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WO2013093127A1 - Document holder for top corner - Google Patents

Document holder for top corner Download PDF

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Publication number
WO2013093127A1
WO2013093127A1 PCT/ES2011/070887 ES2011070887W WO2013093127A1 WO 2013093127 A1 WO2013093127 A1 WO 2013093127A1 ES 2011070887 W ES2011070887 W ES 2011070887W WO 2013093127 A1 WO2013093127 A1 WO 2013093127A1
Authority
WO
WIPO (PCT)
Prior art keywords
carrier
carrier according
upper corner
document
attached
Prior art date
Application number
PCT/ES2011/070887
Other languages
Spanish (es)
French (fr)
Inventor
Miguel Ángel DE LA TORRE MORENO
Original Assignee
De La Torre Moreno Miguel Angel
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by De La Torre Moreno Miguel Angel filed Critical De La Torre Moreno Miguel Angel
Priority to PCT/ES2011/070887 priority Critical patent/WO2013093127A1/en
Publication of WO2013093127A1 publication Critical patent/WO2013093127A1/en

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements
    • G06F1/1601—Constructional details related to the housing of computer displays, e.g. of CRT monitors, of flat displays
    • G06F1/1607—Arrangements to support accessories mechanically attached to the display housing
    • G06F1/1611—Arrangements to support accessories mechanically attached to the display housing to support document holders

Definitions

  • the present invention relates to a document carrier, such as a note or photograph, to be placed on an upper corner, to which the upper horizontal and upper vertical sides of a bulky body converge, such as a flat screen , from a computer or a television.
  • the present invention consists of an office or home decoration utensil or article.
  • the object of the present invention consists of a document holder, such as a photograph or a note, to be placed, removable and with the sure that it does not fall easily, on an upper corner, to which the upper horizontal side and the upper vertical side of a bulky body, preferably hexahedral, converge, such as the flat screen of a computer or a television.
  • the device of the present invention is formed by at least one body in which at least three parts can be distinguished.
  • the first part is formed by two sheets between which the document is placed, at least one of said sheets being transparent, so that it is possible to see the document through it, preferably both sheets are transparent, so that at it is possible to see another document from the back of the carrier, if there is sufficient distance between the two sheets and it is possible to place two documents between them, one that is visualized through the first transparent sheet and the other through the second sheet, or a single document with information on both sides, in this case if the second sheet were transparent it would be possible to visualize the back of said document.
  • the second part rests on the upper horizontal side of the upper corner, being in contact with this side, is placed under the first part, preferably forming a right angle between them, and serves to hold the wearer in place, preventing it moves downwards, it also prevents the wearer from leaving the upper corner on which it is placed, when the body to which the upper corner belongs is rotated counterclockwise and the carrier is placed on the right side of the body, since The more distant the free end of this second part of the first part is, the greater the moment of force in the clockwise direction will be, which will favor keeping the wearer fixed on the upper corner, when the body to which it belongs is rotated in the direction counterclockwise, this second part also generates a moment of force in a clockwise direction that will favor keeping the wearer fixed on the upper corner.
  • the third part extends along the upper vertical side of the upper corner, being in contact with this side, is placed under the first part and the second part, preferably forming a right angle with the second part and preferably being an extension of the lower end of the first part.
  • This third part also serves to hold the wearer in place, to help place it correctly on the upper corner quickly and easily, and to prevent the wearer from falling from the upper corner when the body to which the upper corner belongs it is rotated counterclockwise and the carrier is placed on its right side, something very common in flat computer screens, which the user usually rotates to adapt them conveniently to his viewing angle.
  • the third part When the body to which the upper corner belongs is rotated counterclockwise, the carrier being placed on the right side thereof, the third part generates a moment of force in a clockwise direction that tends to keep the carrier fixed on the upper corner, and which is going to counteract the moment of force generated by the first part when it is counterclockwise and tends to take the wearer from his position on the upper corner.
  • the document to be displayed is inserted between the sheets of the first part of the carrier. To remove the document from the carrier you can simply pass a sheet of paper between the sheets and the document will be dragged by the sheet of paper out of the carrier.
  • the carrier placed on the right side thereof, it is possible to attach on the third part of the carrier, at least one body made from a material of density greater than the density of the material from which the first part is made. It could be used to make said body materials such as stainless steel or a crystalline material, the fact that this body is of greater density than the first part, allows the weight of said body to generate a moment of force in a clockwise direction capable of counteract the moment of force generated by the first part when it makes sense counterclockwise, without the need for said body to occupy a lot of volume.
  • weight is the product between the mass of the body and the force of gravity, the higher the density of the body, the greater its mass will be for the same volume, and therefore the greater its weight, and the moment of force in a clockwise direction that generates in the particular case of the body attached to the third part of the bearer of this description.
  • the third part of the wearer has an attached body when the first part has a considerable height with respect to the height of said third part, since in this case the moment of force generated by the first part counterclockwise could be significant, and get to take the bearer from the upper corner in which it is placed, if it was not counteracted by the moment of force in a clockwise direction generated by the body attached to the third part added to those generated by the second part and the third part.
  • Figure 1 represents a side view of a carrier according to the present invention, containing a document (1) between its sheets.
  • Figure 2 represents a side view of a carrier according to the present invention, the same configuration of the carrier as shown in Figure 1.
  • Figure 3 represents a front view of a carrier according to the present invention, the same configuration of the carrier as shown in Figures 1 and 2.
  • Figure 4 represents a perspective view of a carrier according to the present invention, the same configuration of the carrier as shown in Figures 1, 2 and 3.
  • Figure 5 represents a perspective view of a carrier according to the present invention, while the document (1) is being introduced between the sheets (2) and (3), the same carrier configuration as that shown in Figures 1, 2, 3 and 4.
  • Figure 6 represents a perspective view of a carrier according to the present invention, with the document (1) between the sheets (2) and (3), the same carrier configuration as that shown in Figures 1, 2, 3 , 4 and 5.
  • Figure 7 represents a perspective view of a carrier according to the present invention, with the document between its sheets, on a flat screen, the same configuration of the carrier as shown in Figures 1, 2, 3, 4, 5 and 6.
  • Figure 8 represents a side view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), when the body to which the upper corner on which it is located belongs placed the carrier has been turned counterclockwise and the moment of force generated by the first body (2), (3) on the axis of rotation O has a clockwise direction, the same configuration of the carrier as shown in figures 1, 2 , 3, 4, 5, 6 and 7.
  • Figure 9 represents a side view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), when the body to which the upper corner on which it is located belongs placed the carrier has been turned counterclockwise and the moment of force generated by the first body (2), (3) on the axis of rotation O has counterclockwise direction, and tends to remove the wearer from his position on the upper corner, the same carrier configuration as shown in figures 1, 2, 3, 4, 5, 6, 7 and 8.
  • Figure 10 represents a side view of a carrier according to the present invention, containing between its sheets, (2) and (3), a document (1), and with a first body (6) attached to its third part ( 5).
  • Figure 1 1 represents a front view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), and with a first body (6) attached to its third part (5), the same carrier configuration as shown in Figure 10.
  • Figure 12 represents a perspective view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), while a first body (6) is inserted between the tabs (8) and (9), the same carrier configuration as shown in Figure 10 and 1 1.
  • Figure 13 represents a perspective view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), and with a first body (6) attached to the third part (5), the same carrier configuration as shown in figures 10, 1, 1 and 12.
  • Figure 14 represents a perspective view of a carrier according to the present invention, containing inside a document between its sheets, and with a first body attached to its third part, placed on a flat screen, the same carrier configuration that depicted in figures 10, 1 1, 12 and 13.
  • Figure 15 represents a side view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3 ), and with a first body (6) attached to its third part (5), when the body to which the upper corner on which the carrier is placed has been turned has been turned counterclockwise, and the moment of force generated by the First body (2), (3) on the axis of rotation O has counterclockwise direction, the same configuration of the carrier as shown in Figures 10, 1 1, 12, 13 and 14.
  • Figure 16 represents a side view of a carrier according to the present invention, with a first body (6) attached to its third part (5), the same configuration of the carrier as shown in Figures 10, 1, 12, 13, 14 and 15.
  • Figure 17 represents a side view of a carrier according to the present invention, with a second body (7) attached to its second part (4).
  • Figure 18 represents a perspective view of a carrier according to the present invention, with a second body (7) attached to its second part (4), the same configuration of the carrier as shown in Figure 17.
  • Figure 19 represents a side view of a carrier according to the present invention, with a second body (7) attached to its second part (4) and a document (1) between its sheets (2) and (3), when the body to which the upper corner on which the carrier is placed belongs has been rotated counterclockwise and the moment of force generated by the first body (2), (3) on the axis of rotation O has counterclockwise direction, the same configuration of the carrier as shown in figures 17 and 18.
  • Figure 20 represents a side view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), when the body to which the upper corner on which it is located belongs placed the carrier has been turned counterclockwise, the moment of force generated by the first part (2), (3) on the axis of rotation O has a clockwise direction and the axis of rotation O does not coincide with the open end of the third part (4), the same carrier configuration as shown in Figures 1, 2, 3, 4, 5, 6, 7, 8 and 9.
  • Figure 21 represents a side view of a carrier according to the present invention, in which the surface of one of the sheets (2) occupies less surface than the other sheet (3), producing an unevenness between both sheets that allows to introduce to the document (1) with ease.
  • Figure 22 represents a side view of a carrier according to the present invention, which has a third body (11) attached to its second part (4) by means of a thread (12) generating a weight P6.
  • Figure 23 represents a side view of a carrier according to the present invention, which has two surfaces (14) and (13) attached to its parts (4) and (5).
  • Figure 24 represents a side view of a carrier according to the present invention, which has started its rotational movement around the O axis, and in which the attached surface (14) does not reach the open end of the second part (4 ).
  • the object of the present invention consists of a document carrier 1, such as a photograph or a note, to be placed, removably and with the assurance that it does not fall easily, on a corner higher than the convergence of the upper horizontal side and upper vertical side of a bulky body, preferably hexahedral, such as the flat screen of a computer or a television.
  • the device of the present invention is formed by at least one body in which three parts 2,3,4,5 can be distinguished, as shown in Figures 1, 2,3 and 4.
  • the first part 2, 3 is formed by two sheets between which document 1 is placed, at least one of said sheets 2 being transparent, so that it is possible to see document 1 through it, preferably both sheets 2,3 are transparent, of such that through the back of the carrier it is possible to see another document, since between the plates 2,3 it is possible to place two documents, if there is sufficient distance between them, one that is visualized through the transparent sheet 2 and another through the sheet 3, or a single document with information on both sides, in this case if the sheet 3 were transparent it would be possible to visualize the back of said document 1.
  • the second part 4 is intended to rest on the upper horizontal side of the upper corner, is placed under the first part 2,3, preferably forming a right angle between them, and serves to hold the wearer in place, preventing it from being scroll down, it also prevents the wearer from leaving the upper corner on which it is placed when the body to which the upper corner belongs is rotated counterclockwise and the wearer is placed on the right side of the body, since the more distanced is the free end of this second part 4 of the first part 2,3, the greater the moment of force in the clockwise direction that will favor to keep the wearer fixed on the upper corner, when the body to which it belongs is rotated counterclockwise, this second part 4 also generates a moment of force in a clockwise direction that will favor keeping the wearer fixed on the upper corner, as it is Explain in detail later in this description.
  • the third part 5 extends along the upper vertical side of the upper corner, being in contact with this side, is placed under the first part 2,3 and the second part 4, preferably forming a right angle with the second part 4 and preferably being a continuation of the lower end of the first part 2,3, although it may also be an extension of the first part 2,3.
  • This third part 5 also serves to hold the wearer in place, to help place it correctly on the upper corner quickly and easily, and to prevent the wearer from falling from the upper corner when the body to which the corner belongs
  • the upper one is rotated counterclockwise with the carrier placed on its right side, which is very common in flat computer screens, which the user usually rotates to adapt them conveniently to his viewing angle.
  • the third part 5 When the body to which the upper corner belongs is rotated counterclockwise, the carrier being placed on the right side thereof, the third part 5 generates a moment of force in a clockwise direction that tends to keep the carrier fixed on the upper corner, and that it is going to counteract the moment of force generated by the first part 2,3 when it makes an anti-clockwise sense and tends to take the wearer from his position on the upper corner.
  • the third part 5 On the surface of this third part 5 it is possible to place messages of a humanitarian, advertising or informative type, which the user of the flat screen will have accessible at all times.
  • Document 1 is inserted between sheets 2 and 3 of the carrier, as shown in Figures 4, 5 and 6. To remove the document from the carrier simply You can pass a sheet of paper between sheets 2,3 and document 1 will be dragged along the sheet of paper.
  • the moment of force produced by the second part 4 is the result of the vector product, R2xP2, between the position vector R2 of the center of gravity of the second part 4, with respect to the center of rotation O, and the weight P2 of this second part 4, this moment of force has a clockwise meaning and tends to keep the wearer fixed on the upper corner in which it is placed, just like the moment of force produced by the weight of the third part 5, which corresponds to the vector product, R3xP3, between the position vector R3 of the center of gravity of the third part 5, with respect to the center of rotation O, and the weight P3 of this third part 5.
  • this moment of force is that produced by the first part 2,3 with document 1 between its two sheets, which corresponds to the vector product, R1 xP1, between the position vector R1 of the center of gravity of the first part 2,3, with the document 1 between its sheets, with respect to the center of rotation O, and the weight P1 of this first part, if the angle formed by these two vectors between them it is less than 180 degrees, as shown in Fig.
  • the second part 4 allows a displacement between the center of rotation O and the first part 2,3, this fact allows an initial angle between the position vector R1 and the weight of the first part P1, which is less than 180 degrees, before the body to which the upper corner belongs has been rotated counterclockwise, since the initial angle formed by vectors R1 and P1 is less than 180 degrees, it is possible that the body to which the upper corner belongs can An angle is rotated counterclockwise, which is the difference between the initial angle formed by vectors R1, P1 and 180 degrees, before the moment of force produced by the first part 2.3 on the center of rotation O makes sense counterclockwise, being able to remove the wearer from his position on the upper corner.
  • first body 6 made from a material of density greater than the density of the material from which the first part 2,3 is made, as depicted in Figures 10, 1, 12 , 13 and 14. It could be used to make the first body 6 materials such as stainless steel or a crystalline material, the fact that this first body 6 is of greater density than the first part 2,3, allows this first body 6 generate a moment of force in a clockwise direction, as shown in Fig.
  • the first body 6 has a triangular prism shape, being positioned such that its center of gravity is as close as possible to the open end of the third part 5. On the surface of this first body 6 it is also possible to place messages of a humanitarian, advertising or informative type, which the user of the flat screen will have accessible at all times.
  • This first body 6 is convenient to be attached to the third part 5 of the carrier when the first part 2,3 has a considerable height with respect to the height of the third part 5, since in this case the module of the position vector R1 it is significant compared to the modules of the position vectors R2 and R3, and the moment of force R1 xP1 could take the bearer from its position on the upper corner, when it takes counterclockwise direction, if it were not counteracted by the moment of force generated R4xP4 by the first body 6.
  • the first body 6 is attached to the third part 5 by means of appropriate joining means, such as two tabs 8,9 that hold the first body 6 attached on the part 5. To place the first body 6 between the tabs, such and as shown in Fig. 12, sliding the body over part 5 and passing it between the tabs 8.9 so that it is fixed between them without falling.
  • the first body 6 may also be attached to the third part 5 by means of an adhesive or by any other appropriate means of attachment. It is also possible that the open end of the third part 5 has a support region on which it is possible to place the first body 6.
  • a high density material such as stainless steel, a crystalline material or similar materials, to make the first body 6, makes the distance from the center of gravity of this first body 6 to the third part 5 of the wearer smaller for the same amount of mass of the first body 6, since keeping the mass of the first body 6 constant, the higher its density, the lower its volume will be and therefore the distance between its center of gravity and the third will be part 5 of the carrier, thus decreasing the module of the vector R4 'and the moment of force, R4'xP4, which tends to remove the carrier from its position on the upper corner.
  • the first part 2,3 may be located on the second part 4, on the area that is not in contact with the third part 5, such that the weight P1 of this first part exerts its force on the horizontal side top of the corner on which the carrier rests, without generating any kind of moment of force, which would be generated in the event that there was a displacement between the first part 2,3 and the upper horizontal side of the upper corner, as is the case with the first attached body 6 in the manner described above.
  • the second part 4 has at least one second body 7 attached, as shown in Figures 17, 18 and 19, made from a material of density greater than the density of the material from which the first part 2,3 of the carrier is made, and that creates a moment of force that is the vector product, R5xP5, between the position vector R5 of the center of gravity of the second body 7, with respect to the center of rotation O, and the weight P5 of the second body 7, this moment of force has a clockwise direction when the body to which the upper corner belongs is turned counterclockwise, the carrier being in the right side of it, as shown in Fig.
  • This second body 7 preferably has a triangular prism shape, as shown in Figures 17, 18 and 19, in this way the position vector R5 has the maximum possible modulus and the vectors R5, P5 form an initial angle, before the body to which the upper corner belongs has been rotated counterclockwise, as close to 90 degrees as possible.
  • Said second body 7 is made from a material of higher density than the material from which the first part 2,3 is made, such as for example stainless steel, a crystalline material or similar high density materials, such that its weight P5 is significant without the need for this second body 7 to occupy a lot of volume.
  • This body 7 can also perform a decorative function and / or have advertising, humanitarian or informational messages on its visible surface.
  • the same joining means can be used as those used to attach the first body 6 on the third part 5. It is also possible that the second part 4 has a stop at its open end , which holds the second body 7 on its surface without the need of any adhesive or any other means of attachment.
  • the center of rotation O of the wearer does not coincide with the open end of the second part 4, as shown in Fig. 20, but is located between the open end of this second part 4 and the end which is in contact with the first part 2,3, this occurs when the length between the open end of the second part 4 and the first part 2,3 is greater than the width 10 of the body on which the carrier is placed , in this case it is easier for the carrier to exit its position on which it is placed in the upper corner, because the modules of vectors R2 and R3 are smaller, and the initial angle formed by vectors R1 and P1 is older.
  • first body 6 attached on the third part 5 and / or a second body 7 attached on the second part 4, so that they help keep it fixed on the corner upper when the body to which said upper corner belongs is turned counterclockwise and the carrier is placed on the right side thereof.
  • One of the sheets 2,3 of the carrier can occupy less surface than the other, this characteristic would produce an unevenness between both sheets that would help to easily introduce the document between them, as shown in Fig. 21. It would also allow to manipulate the document when it is placed between the sheets to place it correctly.
  • the wearer may have at least one third body 1 1 connected by at least one thread 12, or any other flexible joining means, to its second part 4, such that it produces a weight P6 that pushes the wearer down and / or to the left, and helps keep it attached to the body on which it is placed, as shown in Fig. 22, preventing it from leaving the upper corner in the event of any disturbance on the body when that the upper corner or on the carrier itself belongs.
  • the wire 12 is attached to the second part 4 in the area of this part that is in contact with the upper horizontal side of the upper corner, since if there would not be a moment of force that would tend to remove the wearer from his position Over the top corner.
  • This third body 1 1 can also perform a decorative function, and / or have advertising, humanitarian or informational messages on its visible surface.
  • the flexible body, thread or flexible joining means 12 is of high density and is attached to the second part 4 without having any weight attached.
  • the second part 4 has a device that allows its width to be adapted to the width of the flat screen on which it is located, and which also allows the holder to be attached thereto.
  • the carrier may also have attached surfaces 13,14 to the back of the second part 4 or to the back of the third part 5, as shown in Fig. 23, which have a high coefficient of friction or a high degree of adhesion
  • the first attached surface 13 makes it difficult for the carrier to move over the corner in which it is placed once the rotation movement has begun around the center of rotation O, as shown in Fig. 24, since friction occurs between said first surface 13 and the upper corner on which the carrier is placed.
  • the second surface 14 helps to keep the wearer fixed on the upper corner in which it is placed, preventing it from moving towards the sides with any disturbance that the carrier or the body on which it is placed may suffer.
  • the second surface 14 may not extend to the free end of the second part 4, or to the point of the second part 4 where the center of rotation O, such that when the rotation of the carrier around the center of rotation O has started, the carrier can move to the left, as shown in Fig 24, such that the first surface 13 can rub with the upper corner and slow the movement of the carrier on it.
  • the corners of the wearer may have rounded ends, to prevent them from damaging the user.

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Computer Hardware Design (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Devices For Indicating Variable Information By Combining Individual Elements (AREA)

Abstract

The present invention relates to a holder for at least one document (1) that can be placed on a top corner, at the point of convergence of the upper horizontal side and the upper vertical side of a body that has a volume, such as the flat screen of a computer monitor or a TV set, which comprises at least three parts, namely the first part (2), (3) formed by at least two laminar pieces, at least one of which is transparent, between which the document (1) is placed, the second part (4) which is designed to rest on the upper horizontal side of the top corner, and the third part (5) which extends over the upper vertical side of the top corner, these two parts helping to keep the holder fixed to the top corner and to position it easily.

Description

PORTADOR DE DOCUMENTO PARA ESQUINA SUPERIOR  DOCUMENT CARRIER FOR UPPER CORNER
Objeto de la invención Object of the invention
La presente invención se refiere a un portador de documento, como puede ser una nota o una fotografía, para ser colocado sobre una esquina superior, a la que convergen los lados horizontal superior y vertical superior de un cuerpo voluminoso, como puede ser una pantalla plana, de un ordenador o de un televisor.  The present invention relates to a document carrier, such as a note or photograph, to be placed on an upper corner, to which the upper horizontal and upper vertical sides of a bulky body converge, such as a flat screen , from a computer or a television.
La presente invención consiste en un utensilio o artículo de decoración de oficina o de hogar.  The present invention consists of an office or home decoration utensil or article.
Descripción del estado de la técnica Description of the state of the art
Actualmente existen numerosos dispositivos que permiten colocar documentos en diversas partes de las habitaciones y las oficinas. Por ejemplo los post-it permiten adherir notas informativas en cualquier lugar, muchas personas colocan estas notas informativas adherentes alrededor de la pantalla del monitor del ordenador. También existen los marcos para las fotografías, que disponen de un apoyo en su parte posterior para mantener al marco en posición correcta, además existen las chinchetas que permiten fijar notas informativas en tableros de corcho. Sin embargo en la actualidad no existe ningún dispositivo que permita aprovechar el espacio existente sobre las esquinas superiores, a las que convergen los lados horizontal superior y vertical superior de cuerpos voluminosos, preferentemente hexaédricos, como por ejemplo las pantallas planas de ordenador o televisor, para colocar notas informativas o fotografías. Este espacio es especialmente importante en las pantallas planas de ordenador, ya que es accesible a la vista siempre que el usuario esté mirando a la pantalla. Con el dispositivo de la presente invención las personas podrán colocar sobre las esquinas superiores de las pantallas planas del ordenador o del televisor, fotografías de paisajes naturales o de sus familiares, de forma que les ayuden a sentirse rodeados de naturaleza o de sus familiares mientras están trabajando en la oficina, también podrán aprovechar el espacio existente sobre las esquinas de las pantallas planas para colocar notas informativas sin necesidad de pegarlas alrededor de la pantalla de forma desordenada.  There are currently numerous devices that allow you to place documents in various parts of the rooms and offices. For example, post-it allows you to adhere informative notes anywhere, many people place these adherent informative notes around the computer monitor screen. There are also the frames for the photographs, which have a support on the back to keep the frame in the correct position, in addition there are the pins that allow to fix informative notes on cork boards. However, at present there is no device that allows taking advantage of the existing space on the upper corners, to which the upper horizontal and upper vertical sides of bulky bodies, preferably hexahedral, converge, such as computer or television flat screens, to converge. place informative notes or photographs. This space is especially important in flat computer screens, since it is accessible to the eye whenever the user is looking at the screen. With the device of the present invention, people will be able to place photographs of natural landscapes or their relatives on the upper corners of the flat screens of the computer or television, to help them feel surrounded by nature or their relatives while they are Working in the office, they can also take advantage of the existing space on the corners of the flat screens to place informative notes without having to glue them around the screen in a disorderly manner.
Descripción de la invención Description of the invention
El objeto de la presente invención consiste en un portador de documento, como puede ser una fotografía o una nota, para ser colocado, de forma removible y con la seguridad de que no se caiga fácilmente, sobre una esquina superior, a la que convergen el lado horizontal superior y el lado vertical superior de un cuerpo voluminoso, preferentemente hexaédrico, como puede ser la pantalla plana de un ordenador o de un televisor. The object of the present invention consists of a document holder, such as a photograph or a note, to be placed, removable and with the sure that it does not fall easily, on an upper corner, to which the upper horizontal side and the upper vertical side of a bulky body, preferably hexahedral, converge, such as the flat screen of a computer or a television.
El dispositivo de la presente invención está formado por al menos un cuerpo en el que se pueden distinguir al menos tres partes. La primera parte está formada por dos láminas entre las que se coloca el documento, siendo al menos una de dichas láminas transparente, de tal forma que es posible ver al documento a través de ella, preferentemente ambas láminas son transparentes, de tal forma que a través de la parte posterior del portador es posible ver a otro documento, si existe suficiente distancia entre ambas láminas y es posible colocar a dos documentos entre ellas, uno que se visualice a través de la primera lámina transparente y el otro a través de la segunda lámina, o un único documento con información por ambas caras, en este caso si la segunda lámina fuera transparente sería posible visualizar la parte posterior de dicho documento.  The device of the present invention is formed by at least one body in which at least three parts can be distinguished. The first part is formed by two sheets between which the document is placed, at least one of said sheets being transparent, so that it is possible to see the document through it, preferably both sheets are transparent, so that at it is possible to see another document from the back of the carrier, if there is sufficient distance between the two sheets and it is possible to place two documents between them, one that is visualized through the first transparent sheet and the other through the second sheet, or a single document with information on both sides, in this case if the second sheet were transparent it would be possible to visualize the back of said document.
La segunda parte se apoya sobre el lado horizontal superior de la esquina superior, estando en contacto con este lado, está colocada bajo la primera parte, formando preferentemente un ángulo recto entre ellas, y sirve para mantener fijo en su lugar al portador, evitando que se desplace hacia abajo, también evita que el portador salga de la esquina superior sobre la que se encuentra colocado, cuando el cuerpo al que pertenece la esquina superior es rotado en sentido antihorario y el portador está colocado sobre el lado derecho del cuerpo, ya que cuanto más distanciado está el extremo libre de esta segunda parte de la primera parte, mayor va a ser el momento de fuerza en sentido horario que va favorecer a mantener fijo al portador sobre la esquina superior, cuando el cuerpo al que pertenece es rotado en sentido antihorario, también esta segunda parte genera un momento de fuerza en sentido horario que va a favorecer a mantener fijo al portador sobre la esquina superior.  The second part rests on the upper horizontal side of the upper corner, being in contact with this side, is placed under the first part, preferably forming a right angle between them, and serves to hold the wearer in place, preventing it moves downwards, it also prevents the wearer from leaving the upper corner on which it is placed, when the body to which the upper corner belongs is rotated counterclockwise and the carrier is placed on the right side of the body, since The more distant the free end of this second part of the first part is, the greater the moment of force in the clockwise direction will be, which will favor keeping the wearer fixed on the upper corner, when the body to which it belongs is rotated in the direction counterclockwise, this second part also generates a moment of force in a clockwise direction that will favor keeping the wearer fixed on the upper corner.
La tercera parte se extiende a lo largo del lado vertical superior de la esquina superior, estando en contacto con este lado, está colocada bajo la primera parte y la segunda parte, formando preferentemente un ángulo recto con la segunda parte y siendo preferentemente una extensión del extremo inferior de la primera parte. Esta tercera parte también sirve para mantener fijo al portador en su lugar, para ayudar a colocarlo correctamente sobre la esquina superior de forma rápida y sencilla, y para evitar que el portador se caiga de la esquina superior cuando el cuerpo al que pertenece la esquina superior es rotado en sentido antihorario y el portador está colocado en su lado derecho, algo muy habitual en las pantallas planas de ordenador, que el usuario suele rotar para adaptarlas convenientemente a su ángulo de visión. Cuando el cuerpo al que pertenece la esquina superior es rotado en sentido antihorario, estando el portador colocado en el lado derecho del mismo, la tercera parte genera un momento de fuerza en sentido horario que tiende a mantener al portador fijo sobre la esquina superior, y que va a contrarrestar al momento de fuerza que genera la primera parte cuando este tiene sentido antihorario y tiende a sacar al portador de su posición sobre la esquina superior. The third part extends along the upper vertical side of the upper corner, being in contact with this side, is placed under the first part and the second part, preferably forming a right angle with the second part and preferably being an extension of the lower end of the first part. This third part also serves to hold the wearer in place, to help place it correctly on the upper corner quickly and easily, and to prevent the wearer from falling from the upper corner when the body to which the upper corner belongs it is rotated counterclockwise and the carrier is placed on its right side, something very common in flat computer screens, which the user usually rotates to adapt them conveniently to his viewing angle. When the body to which the upper corner belongs is rotated counterclockwise, the carrier being placed on the right side thereof, the third part generates a moment of force in a clockwise direction that tends to keep the carrier fixed on the upper corner, and which is going to counteract the moment of force generated by the first part when it is counterclockwise and tends to take the wearer from his position on the upper corner.
El documento a visualizar se introduce entre las láminas de la primera parte del portador. Para retirar el documento del portador simplemente se puede hacer pasar una hoja de papel entre las láminas y el documento será arrastrado por la hoja de papel fuera del portador.  The document to be displayed is inserted between the sheets of the first part of the carrier. To remove the document from the carrier you can simply pass a sheet of paper between the sheets and the document will be dragged by the sheet of paper out of the carrier.
Para ayudar a mantener fijo al portador sobre la esquina superior en la que se encuentra colocado, cuando el cuerpo al que pertenece la esquina superior es rotado en sentido antihorario estando el portador colocado en el lado derecho del mismo, es posible adjuntar sobre la tercera parte del portador, al menos un cuerpo realizado a partir de un material de densidad superior a la densidad del material a partir del que está realizada la primera parte. Se podría utilizar para realizar a dicho cuerpo materiales como el acero inoxidable o un material cristalino, el hecho de que este cuerpo sea de mayor densidad que la primera parte, permite que el peso de dicho cuerpo genere un momento de fuerza en sentido horario capaz de contrarrestar al momento de fuerza generado por la primera parte cuando este toma sentido antihorario, sin la necesidad de que dicho cuerpo ocupe mucho volumen. Hay que tener en cuenta que el peso es el producto entre la masa del cuerpo y la fuerza de la gravedad, cuanto mayor sea la densidad del cuerpo mayor va a ser su masa para un mismo volumen, y por lo tanto mayor va a ser su peso, y el momento de fuerza en sentido horario que genera en el caso particular del cuerpo adjunto a la tercera parte del portador de la presente descripción.  To help keep the wearer fixed on the upper corner in which it is placed, when the body to which the upper corner belongs is rotated counterclockwise with the carrier placed on the right side thereof, it is possible to attach on the third part of the carrier, at least one body made from a material of density greater than the density of the material from which the first part is made. It could be used to make said body materials such as stainless steel or a crystalline material, the fact that this body is of greater density than the first part, allows the weight of said body to generate a moment of force in a clockwise direction capable of counteract the moment of force generated by the first part when it makes sense counterclockwise, without the need for said body to occupy a lot of volume. Keep in mind that weight is the product between the mass of the body and the force of gravity, the higher the density of the body, the greater its mass will be for the same volume, and therefore the greater its weight, and the moment of force in a clockwise direction that generates in the particular case of the body attached to the third part of the bearer of this description.
El hecho de que el cuerpo que se coloca sobre la tercera parte no ocupe mucho volumen, gracias a que su densidad es superior a la de la primera parte, es una ventaja muy favorable estéticamente, hay que tener en cuenta que este cuerpo va a estar colocado sobre la pantalla plana y que un cuerpo muy voluminoso resaltaría excesivamente, percibiéndose como un bulto sobre la pantalla plana. Cuanto mayor sea la densidad del cuerpo que se coloca sobre la tercera parte con respecto a la densidad de la primera parte, menor va a ser el volumen de dicho cuerpo necesario para que tenga el peso suficiente, para generar un momento de fuerza capaz de contrarrestar al momento de fuerza generado por la primera parte, cuando este tiene sentido antihorario y puede sacar al portador de su posición sobre la esquina superior en la que se encuentra colocado, si no fuera contrarrestado por el momento de fuerza generado por el cuerpo adjunto a la tercera parte, sumado a los generados por la segunda parte y la tercera parte. The fact that the body that is placed on the third part does not occupy much volume, because its density is higher than that of the first part, is a very aesthetically favorable advantage, it must be taken into account that this body will be placed on the flat screen and that a very bulky body would stand out excessively, perceived as a lump on the flat screen. The higher the density of the body that is placed on the third part with respect to the density of the first part, the smaller the volume of said body will be necessary so that it has enough weight, to generate a moment of force capable of counteracting the moment of force generated by the first part, when it makes sense counterclockwise and can take the wearer from his position on the upper corner in which he is placed, if it were not counteracted by the moment of force generated by the body attached to the third part, added to those generated by the second part and the third part.
Es conveniente que la tercera parte del portador disponga de un cuerpo adjunto cuando la primera parte tiene una altura considerable con respecto a la altura de dicha tercera parte, ya que en este caso el momento de fuerza generado por la primera parte en sentido antihorario podría ser significativo, y llegar a sacar al portador de la esquina superior en la que se encuentra colocado, si no fuera contrarrestado por el momento de fuerza en sentido horario generado por el cuerpo adjunto a la tercera parte sumado a los generados por la segunda parte y la tercera parte. Breve descripción de las figuras  It is convenient that the third part of the wearer has an attached body when the first part has a considerable height with respect to the height of said third part, since in this case the moment of force generated by the first part counterclockwise could be significant, and get to take the bearer from the upper corner in which it is placed, if it was not counteracted by the moment of force in a clockwise direction generated by the body attached to the third part added to those generated by the second part and the third part. Brief description of the figures
Para complementar la presente descripción y con objeto de ayudar a una mejor comprensión de las características de la invención, se acompaña a la presente memoria descriptiva, como parte integrante de la misma, un juego de figuras, en las que con carácter ilustrativo y no limitativo se ha representado lo siguiente:  In order to complement the present description and in order to help a better understanding of the characteristics of the invention, a set of figures is attached hereto as an integral part thereof, in which with an illustrative and non-limiting nature The following has been represented:
La figura 1 representa una vista lateral de un portador conforme a la presente invención, conteniendo entre sus láminas a un documento (1 ). Figure 1 represents a side view of a carrier according to the present invention, containing a document (1) between its sheets.
La figura 2 representa una vista lateral de un portador conforme a la presente invención, la misma configuración del portador que la representada en la figura 1 . La figura 3 representa una vista frontal de un portador conforme a la presente invención, la misma configuración del portador que la representada en las figuras 1 y 2. Figure 2 represents a side view of a carrier according to the present invention, the same configuration of the carrier as shown in Figure 1. Figure 3 represents a front view of a carrier according to the present invention, the same configuration of the carrier as shown in Figures 1 and 2.
La figura 4 representa una vista en perspectiva de un portador conforme a la presente invención, la misma configuración del portador que la representada en las figuras 1 , 2 Y 3.  Figure 4 represents a perspective view of a carrier according to the present invention, the same configuration of the carrier as shown in Figures 1, 2 and 3.
La figura 5 representa una vista en perspectiva de un portador conforme a la presente invención, mientras se está introduciendo el documento (1 ) entre las láminas (2) y (3), la misma configuración del portador que la representada en las figuras 1 , 2, 3 y 4. La figura 6 representa una vista en perspectiva de un portador conforme a la presente invención, con el documento (1 ) entre las láminas (2) y (3), la misma configuración del portador que la representada en las figuras 1 , 2, 3, 4 y 5. Figure 5 represents a perspective view of a carrier according to the present invention, while the document (1) is being introduced between the sheets (2) and (3), the same carrier configuration as that shown in Figures 1, 2, 3 and 4. Figure 6 represents a perspective view of a carrier according to the present invention, with the document (1) between the sheets (2) and (3), the same carrier configuration as that shown in Figures 1, 2, 3 , 4 and 5.
La figura 7 representa una vista en perspectiva de un portador conforme a la presente invención, con el documento entre sus láminas, sobre una pantalla plana, la misma configuración del portador que la representada en las figuras 1 , 2, 3, 4, 5 y 6.  Figure 7 represents a perspective view of a carrier according to the present invention, with the document between its sheets, on a flat screen, the same configuration of the carrier as shown in Figures 1, 2, 3, 4, 5 and 6.
La figura 8 representa una vista lateral de un portador conforme a la presente invención, conteniendo en su interior a un documento (1 ) entre sus láminas (2) y (3), cuando el cuerpo al que pertenece la esquina superior sobre la que está colocado el portador ha sido girado en sentido antihorario y el momento de fuerza que genera el primer cuerpo (2), (3) sobre el eje de rotación O tiene sentido horario, la misma configuración del portador que la representada en las figuras 1 , 2, 3, 4, 5, 6 y 7. Figure 8 represents a side view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), when the body to which the upper corner on which it is located belongs placed the carrier has been turned counterclockwise and the moment of force generated by the first body (2), (3) on the axis of rotation O has a clockwise direction, the same configuration of the carrier as shown in figures 1, 2 , 3, 4, 5, 6 and 7.
La figura 9 representa una vista lateral de un portador conforme a la presente invención, conteniendo en su interior a un documento (1 ) entre sus láminas (2) y (3), cuando el cuerpo al que pertenece la esquina superior sobre la que está colocado el portador ha sido girado en sentido antihorario y el momento de fuerza que genera el primer cuerpo (2), (3) sobre el eje de rotación O tiene sentido antihorario, y tiende a sacar al portador de su posición sobre la esquina superior, la misma configuración del portador que la representada en las figuras 1 , 2, 3, 4, 5, 6, 7 y 8. Figure 9 represents a side view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), when the body to which the upper corner on which it is located belongs placed the carrier has been turned counterclockwise and the moment of force generated by the first body (2), (3) on the axis of rotation O has counterclockwise direction, and tends to remove the wearer from his position on the upper corner, the same carrier configuration as shown in figures 1, 2, 3, 4, 5, 6, 7 and 8.
La figura 10 representa una vista lateral de un portador conforme a la presente invención, conteniendo entre sus láminas, (2) y (3), a un documento (1 ), y con un primer cuerpo (6) adjunto a su tercera parte (5). Figure 10 represents a side view of a carrier according to the present invention, containing between its sheets, (2) and (3), a document (1), and with a first body (6) attached to its third part ( 5).
La figura 1 1 representa una vista frontal de un portador conforme a la presente invención, conteniendo en su interior a un documento (1 ) entre sus láminas (2) y (3), y con un primer cuerpo (6) adjunto a su tercera parte (5), la misma configuración del portador que la representada en la figura 10.  Figure 1 1 represents a front view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), and with a first body (6) attached to its third part (5), the same carrier configuration as shown in Figure 10.
La figura 12 representa una vista en perspectiva de un portador conforme a la presente invención, conteniendo en su interior a un documento (1 ) entre sus láminas (2) y (3), mientras se introduce un primer cuerpo (6) entre las pestañas (8) y (9), la misma configuración del portador que la representada en la figura 10 y 1 1 .  Figure 12 represents a perspective view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), while a first body (6) is inserted between the tabs (8) and (9), the same carrier configuration as shown in Figure 10 and 1 1.
La figura 13 representa una vista en perspectiva de un portador conforme a la presente invención, conteniendo en su interior a un documento (1 ) entre sus láminas (2) y (3), y con un primer cuerpo (6) adjunto a la tercera parte (5), la misma configuración del portador que la representada en las figuras 10, 1 1 y 12. La figura 14 representa una vista en perspectiva de un portador conforme a la presente invención, conteniendo en su interior a un documento entre sus láminas, y con un primer cuerpo adjunto a su tercera parte, colocado sobre una pantalla plana, la misma configuración del portador que la representada en las figuras 10, 1 1 , 12 y 13. La figura 15 representa una vista lateral de un portador conforme a la presente invención, conteniendo en su interior a un documento (1 ) entre sus láminas (2) y (3), y con un primer cuerpo (6) adjunto a su tercera parte (5), cuando el cuerpo al que pertenece la esquina superior sobre la que está colocado el portador ha sido girado en sentido antihorario, y el momento de fuerza que genera el primer cuerpo (2), (3) sobre el eje de rotación O tiene sentido antihorario, la misma configuración del portador que la representada en las figuras 10, 1 1 , 12, 13 y 14. Figure 13 represents a perspective view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), and with a first body (6) attached to the third part (5), the same carrier configuration as shown in figures 10, 1, 1 and 12. Figure 14 represents a perspective view of a carrier according to the present invention, containing inside a document between its sheets, and with a first body attached to its third part, placed on a flat screen, the same carrier configuration that depicted in figures 10, 1 1, 12 and 13. Figure 15 represents a side view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3 ), and with a first body (6) attached to its third part (5), when the body to which the upper corner on which the carrier is placed has been turned has been turned counterclockwise, and the moment of force generated by the First body (2), (3) on the axis of rotation O has counterclockwise direction, the same configuration of the carrier as shown in Figures 10, 1 1, 12, 13 and 14.
La figura 16 representa una vista lateral de un portador conforme a la presente invención, con un primer cuerpo (6) adjunto a su tercera parte (5), la misma configuración del portador que la representada en las figuras 10, 1 1 , 12, 13, 14 y 15. La figura 17 representa una vista lateral de un portador conforme a la presente invención, con un segundo cuerpo (7) adjunto a su segunda parte (4).  Figure 16 represents a side view of a carrier according to the present invention, with a first body (6) attached to its third part (5), the same configuration of the carrier as shown in Figures 10, 1, 12, 13, 14 and 15. Figure 17 represents a side view of a carrier according to the present invention, with a second body (7) attached to its second part (4).
La figura 18 representa una vista en perspectiva de un portador conforme a la presente invención, con un segundo cuerpo (7) adjunto a su segunda parte (4), la misma configuración del portador que la representada en la figura 17. Figure 18 represents a perspective view of a carrier according to the present invention, with a second body (7) attached to its second part (4), the same configuration of the carrier as shown in Figure 17.
La figura 19 representa una vista lateral de un portador conforme a la presente invención, con un segundo cuerpo (7) adjunto a su segunda parte (4) y un documento (1 ) entre sus láminas (2) y (3), cuando el cuerpo al que pertenece la esquina superior sobre la que está colocado el portador ha sido girado en sentido antihorario y el momento de fuerza que genera el primer cuerpo (2), (3) sobre el eje de rotación O tiene sentido antihorario, la misma configuración del portador que la representada en las figuras 17 y 18. Figure 19 represents a side view of a carrier according to the present invention, with a second body (7) attached to its second part (4) and a document (1) between its sheets (2) and (3), when the body to which the upper corner on which the carrier is placed belongs has been rotated counterclockwise and the moment of force generated by the first body (2), (3) on the axis of rotation O has counterclockwise direction, the same configuration of the carrier as shown in figures 17 and 18.
La figura 20 representa una vista lateral de un portador conforme a la presente invención, conteniendo en su interior a un documento (1 ) entre sus láminas (2) y (3), cuando el cuerpo al que pertenece la esquina superior sobre la que está colocado el portador ha sido girado en sentido antihorario, el momento de fuerza que genera la primera parte (2), (3) sobre el eje de rotación O tiene sentido horario y el eje de rotación O no coincide con el extremo abierto de la tercera parte (4), la misma configuración del portador que la representada en las figuras 1 , 2, 3, 4, 5, 6, 7, 8 y 9. La figura 21 representa una vista lateral de un portador conforme a la presente invención, en el que la superficie de una de las láminas (2) ocupa menos superficie que la otra lámina (3), produciéndose un desnivel entre ambas láminas que permite introducir al documento (1 ) con facilidad. Figure 20 represents a side view of a carrier according to the present invention, containing inside a document (1) between its sheets (2) and (3), when the body to which the upper corner on which it is located belongs placed the carrier has been turned counterclockwise, the moment of force generated by the first part (2), (3) on the axis of rotation O has a clockwise direction and the axis of rotation O does not coincide with the open end of the third part (4), the same carrier configuration as shown in Figures 1, 2, 3, 4, 5, 6, 7, 8 and 9. Figure 21 represents a side view of a carrier according to the present invention, in which the surface of one of the sheets (2) occupies less surface than the other sheet (3), producing an unevenness between both sheets that allows to introduce to the document (1) with ease.
La figura 22 representa una vista lateral de un portador conforme a la presente invención, que tiene unido a su segunda parte (4) un tercer cuerpo (1 1 ) mediante un hilo (12) que genera un peso P6.  Figure 22 represents a side view of a carrier according to the present invention, which has a third body (11) attached to its second part (4) by means of a thread (12) generating a weight P6.
La figura 23 representa una vista lateral de un portador conforme a la presente invención, que dispone de dos superficies (14) y (13) adjuntas a sus partes (4) y (5). La figura 24 representa una vista lateral de un portador conforme a la presente invención, que ha iniciado su movimiento de rotación entorno al eje O, y en el que la superficie adjunta (14) no llega hasta el extremo abierto de la segunda parte (4).  Figure 23 represents a side view of a carrier according to the present invention, which has two surfaces (14) and (13) attached to its parts (4) and (5). Figure 24 represents a side view of a carrier according to the present invention, which has started its rotational movement around the O axis, and in which the attached surface (14) does not reach the open end of the second part (4 ).
Descripción detallada de la invención Detailed description of the invention
El objeto de la presente invención consiste en un portador de documento 1 , como puede ser una fotografía o una nota, para ser colocado, de forma removible y con la seguridad de que no se caiga fácilmente, sobre una esquina superior a la que convergen el lado horizontal superior y el lado vertical superior de un cuerpo voluminoso, preferentemente hexaédrico, como puede ser la pantalla plana de un ordenador o un televisor.  The object of the present invention consists of a document carrier 1, such as a photograph or a note, to be placed, removably and with the assurance that it does not fall easily, on a corner higher than the convergence of the upper horizontal side and upper vertical side of a bulky body, preferably hexahedral, such as the flat screen of a computer or a television.
El dispositivo de la presente invención está formado por al menos un cuerpo en el que se pueden distinguir tres partes 2,3,4,5, tal y como se muestra en las figuras 1 ,2,3 y 4. La primera parte 2,3 está formada por dos láminas entre las que se coloca el documento 1 , siendo al menos una de dichas láminas 2 transparente, de tal forma que es posible ver al documento 1 a través de ella, preferentemente ambas láminas 2,3 son transparentes, de tal forma que a través de la parte posterior del portador es posible ver a otro documento, ya que entre las láminas 2,3 es posible colocar a dos documentos, si existe suficiente distancia entre ambas, uno que se visualice a través de la lámina transparente 2 y otro a través de la lámina 3, o un único documento con información por ambas caras, en este caso si la lámina 3 fuera transparente sería posible visualizar la parte posterior de dicho documento 1 . También es posible que entre las dos láminas, 2 y 3, exista una tercera lámina que separe al documento que se visualiza por la parte posterior del portador y al documento que se visualiza por la parte frontal del portador, cuando ambas láminas 2,3 son transparentes. Las láminas 2,3 pueden estar unidas entre ellas por cualquiera de sus lados, sin embargo tiene que existir un lado por el que no estén unidas, de forma que sea posible introducir el documento 1 entre ambas láminas. La segunda parte 4 está destinada a apoyarse sobre el lado horizontal superior de la esquina superior, está colocada bajo la primera parte 2,3, formando preferentemente un ángulo recto entre ellas, y sirve para mantener fijo en su lugar al portador, evitando que se desplace hacia abajo, también evita que el portador salga de la esquina superior sobre la que se encuentra colocado cuando el cuerpo al que pertenece la esquina superior es rotado en sentido antihorario y el portador está colocado sobre el lado derecho del cuerpo, ya que cuanto más distanciado está el extremo libre de esta segunda parte 4 de la primera parte 2,3, mayor va a ser el momento de fuerza en sentido horario que va favorecer a mantener fijo al portador sobre la esquina superior, cuando el cuerpo al que pertenece es rotado en sentido antihorario, también esta segunda parte 4 genera un momento de fuerza en sentido horario que va a favorecer a mantener fijo al portador sobre la esquina superior, tal y como se explica en detalle más adelante en la presente descripción. The device of the present invention is formed by at least one body in which three parts 2,3,4,5 can be distinguished, as shown in Figures 1, 2,3 and 4. The first part 2, 3 is formed by two sheets between which document 1 is placed, at least one of said sheets 2 being transparent, so that it is possible to see document 1 through it, preferably both sheets 2,3 are transparent, of such that through the back of the carrier it is possible to see another document, since between the plates 2,3 it is possible to place two documents, if there is sufficient distance between them, one that is visualized through the transparent sheet 2 and another through the sheet 3, or a single document with information on both sides, in this case if the sheet 3 were transparent it would be possible to visualize the back of said document 1. It is also possible that between the two sheets, 2 and 3, there is a third sheet that separates the document that is displayed on the back of the carrier and the document that is displayed on the front of the carrier, when both sheets 2,3 are transparent. The sheets 2,3 can be joined together by either side, however there must be a side on which they are not joined, so that it is possible to enter the document 1 between both sheets. The second part 4 is intended to rest on the upper horizontal side of the upper corner, is placed under the first part 2,3, preferably forming a right angle between them, and serves to hold the wearer in place, preventing it from being scroll down, it also prevents the wearer from leaving the upper corner on which it is placed when the body to which the upper corner belongs is rotated counterclockwise and the wearer is placed on the right side of the body, since the more distanced is the free end of this second part 4 of the first part 2,3, the greater the moment of force in the clockwise direction that will favor to keep the wearer fixed on the upper corner, when the body to which it belongs is rotated counterclockwise, this second part 4 also generates a moment of force in a clockwise direction that will favor keeping the wearer fixed on the upper corner, as it is Explain in detail later in this description.
La tercera parte 5 se extiende a lo largo del lado vertical superior de la esquina superior, estando en contacto con este lado, está colocada bajo la primera parte 2,3 y la segunda parte 4, formando preferentemente un ángulo recto con la segunda parte 4 y siendo preferentemente una continuación del extremo inferior de la primera parte 2,3, aunque también puede ser una extensión de la primera parte 2,3. Esta tercera parte 5 también sirve para mantener fijo al portador en su lugar, para ayudar a colocarlo correctamente sobre la esquina superior de forma rápida y sencilla, y para evitar que el portador se caiga de la esquina superior cuando el cuerpo al que pertenece la esquina superior es rotado en sentido antihorario estando el portador colocado en su lado derecho, algo muy habitual en las pantallas planas de ordenador, que el usuario suele rotar para adaptarlas convenientemente a su ángulo de visión. Cuando el cuerpo al que pertenece la esquina superior es rotado en sentido antihorario, estando el portador colocado en el lado derecho del mismo, la tercera parte 5 genera un momento de fuerza en sentido horario que tiende a mantener al portador fijo sobre la esquina superior, y que va a contrarrestar al momento de fuerza que genera la primera parte 2,3 cuando este tiene sentido antihorario y tiende a sacar al portador de su posición sobre la esquina superior. Sobre la superficie de esta tercera parte 5 es posible colocar mensajes de tipo humanitario, publicitario o informativo, que el usuario de la pantalla plana va a tener accesibles a la vista en todo momento.  The third part 5 extends along the upper vertical side of the upper corner, being in contact with this side, is placed under the first part 2,3 and the second part 4, preferably forming a right angle with the second part 4 and preferably being a continuation of the lower end of the first part 2,3, although it may also be an extension of the first part 2,3. This third part 5 also serves to hold the wearer in place, to help place it correctly on the upper corner quickly and easily, and to prevent the wearer from falling from the upper corner when the body to which the corner belongs The upper one is rotated counterclockwise with the carrier placed on its right side, which is very common in flat computer screens, which the user usually rotates to adapt them conveniently to his viewing angle. When the body to which the upper corner belongs is rotated counterclockwise, the carrier being placed on the right side thereof, the third part 5 generates a moment of force in a clockwise direction that tends to keep the carrier fixed on the upper corner, and that it is going to counteract the moment of force generated by the first part 2,3 when it makes an anti-clockwise sense and tends to take the wearer from his position on the upper corner. On the surface of this third part 5 it is possible to place messages of a humanitarian, advertising or informative type, which the user of the flat screen will have accessible at all times.
El documento 1 se introduce entre las láminas 2 y 3 del portador, tal y como se muestra en las figuras 4, 5 y 6. Para retirar al documento del portador simplemente se puede hacer pasar una hoja de papel entre las láminas 2,3 y el documento 1 será arrastrado por la hoja de papel. Document 1 is inserted between sheets 2 and 3 of the carrier, as shown in Figures 4, 5 and 6. To remove the document from the carrier simply You can pass a sheet of paper between sheets 2,3 and document 1 will be dragged along the sheet of paper.
Cuando el cuerpo al que pertenece la esquina superior, sobre la que está colocado el portador con el documento 1 entre sus láminas 2,3, es rotado en sentido antihorario, estando el portador colocado en el lado derecho del cuerpo, tal y como se muestra en las figuras 8 y 9, aparecen una serie de momentos de fuerza que actúan sobre el punto O, que es el centro de rotación, y que podrían provocar que portador saliera fuera de la esquina sobre la que se encuentra colocado. Existen dos momentos de fuerza en sentido horario que actúan sobre el centro de rotación O y que tienden a rotar al portador en sentido horario, estos corresponden a los momentos de fuerza producidos por la segunda parte 4 y la tercera parte 5. El momento de fuerza producido por la segunda parte 4 es el resultado del producto vectorial, R2xP2, entre el vector de posición R2 del centro de gravedad de la segunda parte 4, con respecto al centro de rotación O, y el peso P2 de esta segunda parte 4, este momento de fuerza tiene un sentido horario y tiende a mantener fijo al portador sobre la esquina superior en la que se encuentra colocado, al igual que el momento de fuerza producido por el peso de la tercera parte 5, que corresponde al producto vectorial, R3xP3, entre el vector de posición R3 del centro de gravedad de la tercera parte 5, con respecto al centro de rotación O, y el peso P3 de esta tercera parte 5. Hay que tener en cuenta que cuanto más desplazado hacia abajo se encuentre el centro de gravedad de la tercera parte 5, mayor va a ser el módulo del vector de posición R3 y por lo tanto el momento de fuerza R3xP3 en sentido horario que va a tender a mantener fijo al portador sobre la esquina superior. Sin embargo existe un momento de fuerza que puede tener tanto sentido horario como sentido antihorario, este momento de fuerza es el producido por la primera parte 2,3 con el documento 1 entre sus dos láminas, que corresponde al producto vectorial, R1 xP1 , entre el vector de posición R1 del centro de gravedad de la primera parte 2,3, con el documento 1 entre sus láminas, con respecto al centro de rotación O, y el peso P1 de esta primera parte, si el ángulo que forman estos dos vectores entre ellos es menor que 180 grados, tal y como se muestra en la Fig. 8, entonces el momento de fuerza producido por la primera parte va a tener un sentido horario y el portador no va a salir de su posición sobre la que se encuentra en la esquina superior, en cambio si el ángulo que forman el vector de posición R1 y el peso P1 es mayor que 180 grados, tal y como se muestra en la Fig. 9, entonces el momento de fuerza producido por la primera parte 2,3 va a tener un sentido antihorario y podría provocar que el portador saliera de su posición sobre la esquina superior en la que se encuentra colocado, si este momento de fuerza en sentido antihorario, R1 xP1 , producido por la primera parte 2,3, fuera superior a la suma de los momentos de fuerza producidos por la segunda parte 4, R2xP2, y la tercera parte 5, R3xP3. When the body to which the upper corner belongs, on which the carrier with the document 1 is placed between its plates 2,3, is rotated counterclockwise, the carrier being placed on the right side of the body, as shown in figures 8 and 9, a series of moments of force appear that act on the point O, which is the center of rotation, and that could cause the wearer to go out of the corner on which it is placed. There are two moments of force in the clockwise direction that act on the center of rotation O and that tend to rotate the bearer clockwise, these correspond to the moments of force produced by the second part 4 and the third part 5. The moment of force produced by the second part 4 is the result of the vector product, R2xP2, between the position vector R2 of the center of gravity of the second part 4, with respect to the center of rotation O, and the weight P2 of this second part 4, this moment of force has a clockwise meaning and tends to keep the wearer fixed on the upper corner in which it is placed, just like the moment of force produced by the weight of the third part 5, which corresponds to the vector product, R3xP3, between the position vector R3 of the center of gravity of the third part 5, with respect to the center of rotation O, and the weight P3 of this third part 5. It is necessary to take into account that the more displaced downwards are re the center of gravity of the third part 5, the greater the modulus of the position vector R3 and therefore the moment of force R3xP3 in a clockwise direction that will tend to keep the carrier fixed on the upper corner. However, there is a moment of force that can have both clockwise and counterclockwise sense, this moment of force is that produced by the first part 2,3 with document 1 between its two sheets, which corresponds to the vector product, R1 xP1, between the position vector R1 of the center of gravity of the first part 2,3, with the document 1 between its sheets, with respect to the center of rotation O, and the weight P1 of this first part, if the angle formed by these two vectors between them it is less than 180 degrees, as shown in Fig. 8, so the moment of force produced by the first part will have a clockwise direction and the carrier will not leave its position on which it is located in the upper corner, however if the angle formed by the position vector R1 and the weight P1 is greater than 180 degrees, as shown in Fig. 9, then the moment of force produced by the first part 2, 3 will have an anti-clockwise sense and could p rovocar the carrier out of position on the upper corner in the that is placed, if this moment of force counterclockwise, R1 xP1, produced by the first part 2,3, was greater than the sum of the moments of force produced by the second part 4, R2xP2, and the third part 5 , R3xP3.
La segunda parte 4 permite que exista un desplazamiento entre el centro de rotación O y la primera parte 2,3, este hecho permite que exista un ángulo inicial entre el vector de posición R1 y el peso de la primera parte P1 , que es menor de 180 grados, antes de que el cuerpo al que pertenece la esquina superior haya sido rotado en sentido antihorario, al ser el ángulo inicial que forman los vectores R1 y P1 menor que 180 grados, es posible que el cuerpo al que pertenece la esquina superior pueda ser rotado en sentido antihorario un ángulo, que es la diferencia entre el ángulo inicial que forman los vectores R1 ,P1 y 180 grados, antes de que el momento de fuerza producido por la primera parte 2,3 sobre el centro de rotación O tenga sentido antihorario, pudiendo sacar al portador de su posición sobre la esquina superior.  The second part 4 allows a displacement between the center of rotation O and the first part 2,3, this fact allows an initial angle between the position vector R1 and the weight of the first part P1, which is less than 180 degrees, before the body to which the upper corner belongs has been rotated counterclockwise, since the initial angle formed by vectors R1 and P1 is less than 180 degrees, it is possible that the body to which the upper corner belongs can An angle is rotated counterclockwise, which is the difference between the initial angle formed by vectors R1, P1 and 180 degrees, before the moment of force produced by the first part 2.3 on the center of rotation O makes sense counterclockwise, being able to remove the wearer from his position on the upper corner.
Para ayudar a mantener fijo al portador sobre la esquina superior en la que se encuentra colocado, cuando el cuerpo al que pertenece la esquina superior es rotado en sentido antihorario estando el portador colocado en el lado derecho del mismo, es posible adjuntar sobre la tercera parte 5 del portador al menos un primer cuerpo 6 realizado a partir de un material de densidad superior a la densidad del material a partir del que está realizada la primera parte 2,3, tal y como se representa en las figuras 10, 1 1 , 12, 13 y 14. Se podría utilizar para realizar al primer cuerpo 6 materiales como el acero inoxidable o un material cristalino, el hecho de que este primer cuerpo 6 sea de mayor densidad que la primera parte 2,3, permite que este primer cuerpo 6 genere un momento de fuerza en sentido horario, tal y como se representa en la Fig. 15, que corresponde al producto vectorial, R4xP4, entre el vector de posición R4 del centro de gravedad del primer cuerpo 6, con respecto al centro de rotación O, y su peso P4, capaz de contrarrestar al momento de fuerza R1 xP1 , generado por la primera parte 2,3, cuando este toma sentido antihorario, como se muestra en la Fig. 15, sin la necesidad que este primer cuerpo 6 ocupe mucho volumen. Hay que tener en cuenta que el peso P4 es el producto entre la masa del primer cuerpo 6 y la fuerza de la gravedad, cuanto mayor sea la densidad del primer cuerpo 6 mayor va a ser su masa para un mismo volumen, y por lo tanto mayor va a ser el peso P4 del primer cuerpo 6 y el momento de fuerza R4XP4 en sentido horario que genera. Para aumentar el módulo del vector de posición R4 es posible que el primer cuerpo 6 tenga forma de prisma triangular, estando colocado de tal forma que su centro de gravedad está lo más próximo posible al extremo abierto de la tercera parte 5. Sobre la superficie de este primer cuerpo 6 también es posible colocar mensajes de tipo humanitario, publicitario o informativo, que el usuario de la pantalla plana va a tener accesibles a la vista en todo momento. To help keep the wearer fixed on the upper corner in which it is placed, when the body to which the upper corner belongs is rotated counterclockwise with the carrier placed on the right side thereof, it is possible to attach on the third part 5 of the carrier at least a first body 6 made from a material of density greater than the density of the material from which the first part 2,3 is made, as depicted in Figures 10, 1, 12 , 13 and 14. It could be used to make the first body 6 materials such as stainless steel or a crystalline material, the fact that this first body 6 is of greater density than the first part 2,3, allows this first body 6 generate a moment of force in a clockwise direction, as shown in Fig. 15, which corresponds to the vector product, R4xP4, between the position vector R4 of the center of gravity of the first body 6, with respect to the center of rotation O, and its weight P4, capable of counteracting the moment of force R1 xP1, generated by the first part 2,3, when this takes counterclockwise direction, as shown in Fig. 15, without the need for this first body 6 Occupy a lot of volume. It must be taken into account that the weight P4 is the product between the mass of the first body 6 and the force of gravity, the higher the density of the first body 6, the greater its mass will be for the same volume, and therefore greater will be the weight P4 of the first body 6 and the moment of force R4XP4 in the clockwise direction it generates. To increase the position vector module R4, it is possible that the first body 6 has a triangular prism shape, being positioned such that its center of gravity is as close as possible to the open end of the third part 5. On the surface of this first body 6 it is also possible to place messages of a humanitarian, advertising or informative type, which the user of the flat screen will have accessible at all times.
El hecho de que el primer cuerpo 6 no ocupe mucho volumen, gracias a que su densidad es superior a la densidad del primer cuerpo 2,3, es una ventaja muy favorable estéticamente, hay que tener en cuenta que este primer cuerpo 6 va a estar colocado sobre la pantalla plana y que un cuerpo muy voluminoso resaltaría excesivamente, percibiéndose como un bulto sobre la pantalla plana. Cuanto mayor sea la densidad del primer cuerpo 6 con respecto a la densidad de la primera parte 2,3, menor va a ser el volumen del primer cuerpo 6 necesario para que dicho cuerpo tenga el peso P4 suficiente para contrarrestar al momento de fuerza R1 xP1 generado por la primera parte 2,3 cuando este tiene sentido antihorario, como se muestra en la Fig. 15, y puede sacar al portador de su posición sobre la esquina superior en la que se encuentra colocado, si no fuera contrarrestado por el momento de fuerza R4xP4 generado por el primer cuerpo 6, sumado a los generados por la segunda parte 4 y tercera parte 5.  The fact that the first body 6 does not occupy much volume, because its density is higher than the density of the first body 2,3, is a very aesthetically favorable advantage, it must be taken into account that this first body 6 will be placed on the flat screen and that a very bulky body would stand out excessively, perceived as a lump on the flat screen. The higher the density of the first body 6 with respect to the density of the first part 2,3, the lower the volume of the first body 6 will be necessary for said body to have sufficient weight P4 to counteract the moment of force R1 xP1 generated by the first part 2,3 when it has counterclockwise direction, as shown in Fig. 15, and can take the wearer from his position on the upper corner in which he is placed, if it was not counteracted by the moment of force R4xP4 generated by the first body 6, added to those generated by the second part 4 and third part 5.
Este primer cuerpo 6 es conveniente que esté adjunto a la tercera parte 5 del portador cuando la primera parte 2,3 tiene una altura considerable con respecto a la altura de la tercera parte 5, ya que en este caso el módulo del vector de posición R1 es significativo comparado con los módulos de los vectores de posición R2 y R3, y el momento de fuerza R1 xP1 podría sacar al portador de su posición sobre la esquina superior, cuando toma sentido antihorario, si no fuera contrarrestado por el momento de fuerza R4xP4 generado por el primer cuerpo 6.  This first body 6 is convenient to be attached to the third part 5 of the carrier when the first part 2,3 has a considerable height with respect to the height of the third part 5, since in this case the module of the position vector R1 it is significant compared to the modules of the position vectors R2 and R3, and the moment of force R1 xP1 could take the bearer from its position on the upper corner, when it takes counterclockwise direction, if it were not counteracted by the moment of force generated R4xP4 by the first body 6.
El primer cuerpo 6 está adjunto a la tercera parte 5 mediante medios de unión apropiados, como por ejemplo dos pestañas 8,9 que mantienen fijo al primer cuerpo 6 adjunto sobre la parte 5. Para colocar al primer cuerpo 6 entre las pestañas se procede tal y como se muestra en la Fig. 12, deslizando al cuerpo sobre la parte 5 y haciéndolo pasar entre las pestañas 8,9 de forma que queda fijo entre ellas sin caerse. El primer cuerpo 6 también puede estar adjunto a la tercera parte 5 mediante un adhesivo o mediante cualquier otro medio de unión apropiado. También es posible que el extremo abierto de la tercera parte 5 disponga de una región soporte sobre la que es posible colocar al primer cuerpo 6.  The first body 6 is attached to the third part 5 by means of appropriate joining means, such as two tabs 8,9 that hold the first body 6 attached on the part 5. To place the first body 6 between the tabs, such and as shown in Fig. 12, sliding the body over part 5 and passing it between the tabs 8.9 so that it is fixed between them without falling. The first body 6 may also be attached to the third part 5 by means of an adhesive or by any other appropriate means of attachment. It is also possible that the open end of the third part 5 has a support region on which it is possible to place the first body 6.
Otro factor a tener en consideración es que el centro de gravedad del primer cuerpo 6 está desplazado con respecto a la tercera parte 5 una distancia R4', tal y como se muestra en la Fig. 16, este hecho genera un momento de fuerza en el portador que podría llegar a sacarlo de su posición sobre la esquina superior si fuera lo suficientemente fuerte, este momento de fuerza corresponde al producto vectorial entre el vector de posición R4' del centro de gravedad del primer cuerpo 6 con respecto al punto O', sobre el que actúa el momento de fuerza, y el peso P4 del primer cuerpo 6, es decir el producto vectorial R4'xP4. Cuanto menor sea la distancia entre el centro de gravedad del primer cuerpo 6 y la tercera parte 5 del portador, menor va a ser el módulo del vector R4', por lo tanto menor va a ser el producto vectorial R4'xP4 y menor va a ser el momento de fuerza que va a tender a sacar al portador de su posición sobre la esquina superior. El utilizar un material de alta densidad, como el acero inoxidable, un material cristalino o materiales similares, para realizar al primer cuerpo 6, hace que la distancia del centro de gravedad de este primer cuerpo 6 a la tercera parte 5 del portador sea menor para una misma cantidad de masa del primer cuerpo 6, ya que manteniendo la masa del primer cuerpo 6 constante, cuanto mayor sea su densidad menor va a ser su volumen y por lo tanto menor va a ser la distancia entre su centro de gravedad y la tercera parte 5 del portador, disminuyendo de esta forma el módulo del vector R4' y el momento de fuerza, R4'xP4, que tiende a sacar al portador de su posición sobre la esquina superior. Another factor to consider is that the center of gravity of the first body 6 is displaced with respect to the third part 5 a distance R4 ', as shown in Fig. 16, this fact generates a moment of force in the carrier that could get it out of position on the upper corner if it were strong enough, this moment of force corresponds to the vector product between the position vector R4 'of the center of gravity of the first body 6 with respect to the point O', on the one that acts the moment of force, and the weight P4 of the first body 6, that is to say the vector product R4'xP4. The smaller the distance between the center of gravity of the first body 6 and the third part 5 of the carrier, the smaller the module of the vector R4 'will be, therefore the smaller the vector product R4'xP4 will be and the smaller the be the moment of force that will tend to take the wearer from his position on the upper corner. Using a high density material, such as stainless steel, a crystalline material or similar materials, to make the first body 6, makes the distance from the center of gravity of this first body 6 to the third part 5 of the wearer smaller for the same amount of mass of the first body 6, since keeping the mass of the first body 6 constant, the higher its density, the lower its volume will be and therefore the distance between its center of gravity and the third will be part 5 of the carrier, thus decreasing the module of the vector R4 'and the moment of force, R4'xP4, which tends to remove the carrier from its position on the upper corner.
Para evitar que el peso P1 de la primera parte 2,3 con el documento 1 entre sus láminas genere un momento de fuerza que tienda a sacar al portador de su posición sobre la esquina superior, cuando el cuerpo al que pertenece la esquina superior no ha sido rotado, la primera parte 2,3 puede estar situada sobre la segunda parte 4, sobre la zona que no está en contacto con la tercera parte 5, de tal forma que el peso P1 de esta primera parte ejerce su fuerza sobre el lado horizontal superior de la esquina en la que se apoya el portador, sin generar ningún tipo de momento de fuerza, el cual sería generado en el caso de que existiera un desplazamiento entre la primera parte 2,3 y el lado horizontal superior de la esquina superior, tal y como sucede con el con el primer cuerpo adjunto 6 de la forma descrita anteriormente.  To avoid that the weight P1 of the first part 2,3 with the document 1 between its plates generate a moment of force that tends to remove the wearer from his position on the upper corner, when the body to which the upper corner belongs has not been rotated, the first part 2,3 may be located on the second part 4, on the area that is not in contact with the third part 5, such that the weight P1 of this first part exerts its force on the horizontal side top of the corner on which the carrier rests, without generating any kind of moment of force, which would be generated in the event that there was a displacement between the first part 2,3 and the upper horizontal side of the upper corner, as is the case with the first attached body 6 in the manner described above.
También es posible que la segunda parte 4 disponga de al menos un segundo cuerpo 7 adjunto, tal y como se muestra en las figuras 17, 18 y 19, realizado a partir de un material de densidad superior a la densidad del material a partir del que está realizada la primera parte 2,3 del portador, y que crea un momento de fuerza que es el producto vectorial, R5xP5, entre el vector de posición R5 del centro de gravedad del segundo cuerpo 7, con respecto al centro de rotación O, y el peso P5 del segundo cuerpo 7, este momento de fuerza tiene un sentido horario cuando el cuerpo al que pertenece la esquina superior es girado en sentido antihorario, estando el portador en el lado derecho del mismo, como se representa en la Fig 19, y contrarresta al momento de fuerza R1 xP1 , producido por la primera parte 2,3, cuando este tiene un sentido antihorario y puede llegar a sacar al portador de la esquina superior sobre la que se encuentra colocado si es suficientemente fuerte. Este segundo cuerpo 7 tiene preferentemente una forma de prisma triangular, tal y como se muestra en las figuras 17, 18 y 19, de esta forma el vector de posición R5 tiene el máximo módulo posible y los vectores R5,P5 forman un ángulo inicial, antes de que el cuerpo al que pertenece la esquina superior haya sido rotado en sentido antihorario, lo más próximo a 90 grados posible. Dicho segundo cuerpo 7 está realizado a partir de un material de densidad superior al material a partir del que está realizada la primera parte 2,3, como por ejemplo el acero inoxidable, un material cristalino o materiales de alta densidad similares, de tal forma que su peso P5 es significativo sin necesidad de que este segundo cuerpo 7 ocupe mucho volumen. Este cuerpo 7 también puede realizar una función decorativa y/o tener mensajes de tipo publicitario, humanitario o informativo sobre su superficie visible. It is also possible that the second part 4 has at least one second body 7 attached, as shown in Figures 17, 18 and 19, made from a material of density greater than the density of the material from which the first part 2,3 of the carrier is made, and that creates a moment of force that is the vector product, R5xP5, between the position vector R5 of the center of gravity of the second body 7, with respect to the center of rotation O, and the weight P5 of the second body 7, this moment of force has a clockwise direction when the body to which the upper corner belongs is turned counterclockwise, the carrier being in the right side of it, as shown in Fig. 19, and counteracts the moment of force R1 xP1, produced by the first part 2,3, when it has an anti-clockwise direction and can get the carrier out of the upper corner on the one placed if it is strong enough. This second body 7 preferably has a triangular prism shape, as shown in Figures 17, 18 and 19, in this way the position vector R5 has the maximum possible modulus and the vectors R5, P5 form an initial angle, before the body to which the upper corner belongs has been rotated counterclockwise, as close to 90 degrees as possible. Said second body 7 is made from a material of higher density than the material from which the first part 2,3 is made, such as for example stainless steel, a crystalline material or similar high density materials, such that its weight P5 is significant without the need for this second body 7 to occupy a lot of volume. This body 7 can also perform a decorative function and / or have advertising, humanitarian or informational messages on its visible surface.
Para adjuntar el segundo cuerpo 7 sobre la segunda parte 4 se pueden utilizar los mismos medios de unión que los utilizados para adjuntar el primer cuerpo 6 sobre la tercera parte 5. También es posible que la segunda parte 4 disponga de un tope en su extremo abierto, que mantenga sujeto al segundo cuerpo 7 sobre su superficie sin necesidad de ningún adhesivo o cualquier otro medio de unión.  To attach the second body 7 on the second part 4, the same joining means can be used as those used to attach the first body 6 on the third part 5. It is also possible that the second part 4 has a stop at its open end , which holds the second body 7 on its surface without the need of any adhesive or any other means of attachment.
Es posible que el centro de rotación O del portador no coincida con el extremo abierto de la segunda parte 4, tal y como se muestra en la Fig. 20, si no que esté situado entre el extremo abierto de esta segunda parte 4 y el extremo que está en contacto con la primera parte 2,3, esto se produce cuando la longitud existente entre el extremo abierto de la segunda parte 4 y la primera parte 2,3 es mayor que la anchura 10 del cuerpo sobre el que está colocado el portador, en este caso es más fácil que el portador salga de su posición sobre la que se encuentra colocado en la esquina superior, debido a que los módulos de los vectores R2 y R3 son menores, y el ángulo inicial que forman los vectores R1 y P1 es mayor. Cuando el portador va a ser utilizado sobre cuerpos significativamente delgados es conveniente que disponga de un primer cuerpo 6 adjunto sobre la tercera parte 5 y/o un segundo cuerpo 7 adjunto sobre la segunda parte 4, de forma que ayuden a mantenerlo fijo sobre la esquina superior cuando el cuerpo al que pertenece dicha esquina superior es girado en sentido antihorario y el portador está colocado sobre el lado derecho del mismo. Una de las láminas 2,3 del portador puede ocupar menos superficie que la otra, esta característica produciría un desnivel entre ambas láminas que ayudaría a introducir fácilmente al documento entre ellas, tal y como se muestra en la Fig. 21 . También permitiría manipular al documento cuando está colocado entre las láminas para situarlo correctamente. It is possible that the center of rotation O of the wearer does not coincide with the open end of the second part 4, as shown in Fig. 20, but is located between the open end of this second part 4 and the end which is in contact with the first part 2,3, this occurs when the length between the open end of the second part 4 and the first part 2,3 is greater than the width 10 of the body on which the carrier is placed , in this case it is easier for the carrier to exit its position on which it is placed in the upper corner, because the modules of vectors R2 and R3 are smaller, and the initial angle formed by vectors R1 and P1 is older. When the wearer is going to be used on significantly thin bodies it is convenient to have a first body 6 attached on the third part 5 and / or a second body 7 attached on the second part 4, so that they help keep it fixed on the corner upper when the body to which said upper corner belongs is turned counterclockwise and the carrier is placed on the right side thereof. One of the sheets 2,3 of the carrier can occupy less surface than the other, this characteristic would produce an unevenness between both sheets that would help to easily introduce the document between them, as shown in Fig. 21. It would also allow to manipulate the document when it is placed between the sheets to place it correctly.
El portador puede disponer de al menos un tercer cuerpo 1 1 unido mediante al menos un hilo 12, o cualquier otro medio de unión flexible, a su segunda parte 4, de tal forma que produce un peso P6 que empuja al portador hacia abajo y/o hacia la izquierda, y ayuda a mantenerlo unido al cuerpo sobre el que está colocado, tal y como se muestra en la Fig. 22, evitando que se salga de la esquina superior en el caso de que se produzca alguna perturbación sobre el cuerpo al que pertenece la esquina superior o sobre el portador mismo. Preferentemente el hilo 12 está unido a la segunda parte 4 en la zona de esta parte que está en contacto con el lado horizontal superior de la esquina superior, ya que si no se produciría un momento de fuerza que tendería a sacar al portador de su posición sobre la esquina superior. Este tercer cuerpo 1 1 también puede realizar una función decorativa, y/o tener mensajes de tipo publicitario, humanitario o informativo sobre su superficie visible.  The wearer may have at least one third body 1 1 connected by at least one thread 12, or any other flexible joining means, to its second part 4, such that it produces a weight P6 that pushes the wearer down and / or to the left, and helps keep it attached to the body on which it is placed, as shown in Fig. 22, preventing it from leaving the upper corner in the event of any disturbance on the body when that the upper corner or on the carrier itself belongs. Preferably the wire 12 is attached to the second part 4 in the area of this part that is in contact with the upper horizontal side of the upper corner, since if there would not be a moment of force that would tend to remove the wearer from his position Over the top corner. This third body 1 1 can also perform a decorative function, and / or have advertising, humanitarian or informational messages on its visible surface.
También es posible que el cuerpo flexible, hilo o medio de unión flexible 12 sea de alta densidad y esté unido a la segunda parte 4 sin tener ningún peso adjunto. Otra opción posible es que la segunda parte 4 disponga de algún dispositivo que permita adaptar su anchura a la anchura de la pantalla plana sobre la que se encuentra situada, y que también permita sujetar al portador a la misma.  It is also possible that the flexible body, thread or flexible joining means 12 is of high density and is attached to the second part 4 without having any weight attached. Another possible option is that the second part 4 has a device that allows its width to be adapted to the width of the flat screen on which it is located, and which also allows the holder to be attached thereto.
El portador también puede disponer de superficies adjuntas 13,14 a la parte posterior de la segunda parte 4 o a la parte posterior de la tercera parte 5, tal y como se muestra en la Fig. 23, que presentan un alto coeficiente de rozamiento o un alto grado de adherencia. La primera superficie adjunta 13 dificulta el desplazamiento del portador sobre la esquina en la que se encuentra colocado una vez que se ha iniciado el movimiento de rotación en torno al centro de rotación O, tal y como se representa en la Fig. 24, ya que se produce un rozamiento entre dicha primera superficie 13 y la esquina superior sobre la que se encuentra colocado el portador. La segunda superficie 14 ayuda a mantener fijo al portador sobre la esquina superior en la que se encuentra colocado, evitando que se desplace hacia los laterales con cualquier perturbación que pueda sufrir el portador o el cuerpo sobre el que se encuentra colocado. La segunda superficie 14 puede no extenderse hasta el extremo libre de la segunda parte 4, o hasta el punto de la segunda parte 4 en donde se encuentra el centro de rotación O, de tal forma que cuando se ha iniciado la rotación del portador en torno al centro de rotación O, el portador puede desplazarse hacia la izquierda, tal y como se muestra en la Fig 24, de tal forma que la primera superficie 13 puede rozar con la esquina superior y frenar el desplazamiento del portador sobre la misma. The carrier may also have attached surfaces 13,14 to the back of the second part 4 or to the back of the third part 5, as shown in Fig. 23, which have a high coefficient of friction or a high degree of adhesion The first attached surface 13 makes it difficult for the carrier to move over the corner in which it is placed once the rotation movement has begun around the center of rotation O, as shown in Fig. 24, since friction occurs between said first surface 13 and the upper corner on which the carrier is placed. The second surface 14 helps to keep the wearer fixed on the upper corner in which it is placed, preventing it from moving towards the sides with any disturbance that the carrier or the body on which it is placed may suffer. The second surface 14 may not extend to the free end of the second part 4, or to the point of the second part 4 where the center of rotation O, such that when the rotation of the carrier around the center of rotation O has started, the carrier can move to the left, as shown in Fig 24, such that the first surface 13 can rub with the upper corner and slow the movement of the carrier on it.
Las esquinas del portador pueden presentar extremos redondeados, para evitar que puedan dañar al usuario.  The corners of the wearer may have rounded ends, to prevent them from damaging the user.

Claims

REIVINDICACIONES
1 . Portador de al menos un documento (1 ) del tipo que se dispone sobre una esquina superior, a la que convergen el lado horizontal superior y el lado vertical superior de un cuerpo voluminoso, caracterizado porque comprende al menos tres partes: one . Carrier of at least one document (1) of the type arranged on an upper corner, to which the upper horizontal side and the upper vertical side of a bulky body converge, characterized in that it comprises at least three parts:
- una primera parte (2), (3) formada por al menos dos láminas entre las que se coloca al menos un documento (1 ), siendo al menos una de dichas láminas transparente, - a first part (2), (3) formed by at least two sheets between which at least one document (1) is placed, at least one of said sheets being transparent,
- una segunda parte (4) unida a la primera parte (2), (3) y destinada a apoyarse sobre el lado horizontal superior de la esquina superior, y  - a second part (4) attached to the first part (2), (3) and intended to rest on the upper horizontal side of the upper corner, and
- una tercera parte (5) unida a cualquiera de las otras partes (2), (3), (4) y que se extiende a lo largo del lado vertical superior de la esquina superior.  - a third part (5) attached to any of the other parts (2), (3), (4) and extending along the upper vertical side of the upper corner.
2. Portador según la reivindicación 1 , caracterizado porque la segunda parte (4) está situada en el extremo inferior de la primera parte (2), (3). 2. Carrier according to claim 1, characterized in that the second part (4) is located at the lower end of the first part (2), (3).
3. Portador según la reivindicación 1 , caracterizado porque la segunda parte (4) está situada perpendicularmente a la primera parte (2), (3). 3. Carrier according to claim 1, characterized in that the second part (4) is located perpendicularly to the first part (2), (3).
4. Portador según la reivindicación 1 , caracterizado porque la tercera parte (5) es una continuación del extremo inferior de la primera parte (2), (3). 4. Carrier according to claim 1, characterized in that the third part (5) is a continuation of the lower end of the first part (2), (3).
5. Portador según la reivindicación 1 , caracterizado porque la tercera parte (5) es una extensión de la primera parte (2), (3). 5. Carrier according to claim 1, characterized in that the third part (5) is an extension of the first part (2), (3).
6. Portador según la reivindicación 1 , caracterizado porque las dos láminas (2), (3) de la primera parte son transparentes. 6. Carrier according to claim 1, characterized in that the two sheets (2), (3) of the first part are transparent.
7. Portador según la reivindicación 1 , caracterizado porque la tercera parte (5) dispone de al menos un primer cuerpo (6) adjunto, realizado a partir de un material de densidad superior a la densidad del material a partir del que está realizada la primera parte (2),(3). 7. Carrier according to claim 1, characterized in that the third part (5) has at least one first body (6) attached, made from a material of density greater than the density of the material from which the first is made part (2), (3).
8. Portador según la reivindicación 7, caracterizado porque el primer cuerpo (6) está adjunto a la tercera parte (5) mediante dos pestañas (8), (9). 8. Carrier according to claim 7, characterized in that the first body (6) is attached to the third part (5) by means of two tabs (8), (9).
9. Portador según la reivindicación 1 , caracterizado porque la segunda parte (4) dispone de al menos un segundo cuerpo (7) adjunto, realizado a partir de un material de densidad superior a la densidad del material a partir del que está realizada la primera parte (2), (3). 9. Carrier according to claim 1, characterized in that the second part (4) has at least one second body (7) attached, made from a material of density greater than the density of the material from which the first is made part (2), (3).
10. Portador según la reivindicación 9, caracterizado porque el segundo cuerpo (7) tiene una forma de prisma triangular. 10. Carrier according to claim 9, characterized in that the second body (7) has a triangular prism shape.
1 1 . Portador según cualquier reivindicación anterior, caracterizado porque una de las láminas, (2) ó (3), ocupa menos superficie que la otra. eleven . Carrier according to any preceding claim, characterized in that one of the sheets, (2) or (3), occupies less surface than the other.
12. Portador según cualquier reivindicación anterior, caracterizado porque dispone de al menos un tercer cuerpo (1 1 ) unido a su segunda parte (4) mediante al menos un hilo (12). 12. Carrier according to any preceding claim, characterized in that it has at least one third body (1 1) attached to its second part (4) by means of at least one thread (12).
13. Portador según cualquier reivindicación anterior, caracterizado porque dispone de al menos una primera superficie (13), con alto coeficiente de rozamiento o alto grado de adherencia, adjunta a la parte posterior de la tercera parte (5). 13. Carrier according to any preceding claim, characterized in that it has at least a first surface (13), with a high coefficient of friction or high degree of adhesion, attached to the back of the third part (5).
14. Portador según cualquier reivindicación anterior, caracterizado porque dispone de al menos una segunda superficie (14), con alto coeficiente de rozamiento o alto grado de adherencia, adjunta a la parte posterior de la segunda parte (4). 14. Carrier according to any preceding claim, characterized in that it has at least a second surface (14), with a high coefficient of friction or high degree of adhesion, attached to the back of the second part (4).
15. Portador según cualquier reivindicación anterior, caracterizado porque la primera parte (2), (3), la segunda parte (4) y la tercera parte (5) forman parte de un único cuerpo. 15. Carrier according to any preceding claim, characterized in that the first part (2), (3), the second part (4) and the third part (5) form part of a single body.
PCT/ES2011/070887 2011-12-20 2011-12-20 Document holder for top corner WO2013093127A1 (en)

Priority Applications (1)

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Application Number Priority Date Filing Date Title
PCT/ES2011/070887 WO2013093127A1 (en) 2011-12-20 2011-12-20 Document holder for top corner

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WO2013093127A1 true WO2013093127A1 (en) 2013-06-27

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PCT/ES2011/070887 WO2013093127A1 (en) 2011-12-20 2011-12-20 Document holder for top corner

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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4877212A (en) * 1985-03-02 1989-10-31 Nippo Kabushiki Kaisha Document stand
GB2351178A (en) * 1999-06-02 2000-12-20 Haworth Inc Office display accessory

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4877212A (en) * 1985-03-02 1989-10-31 Nippo Kabushiki Kaisha Document stand
GB2351178A (en) * 1999-06-02 2000-12-20 Haworth Inc Office display accessory

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