WO2018103240A1

WO2018103240A1 - Air cushion container

Info

Publication number: WO2018103240A1
Application number: PCT/CN2017/078666
Authority: WO
Inventors: 钟华; 詹玲郎
Original assignee: 洽兴包装工业（中国）有限公司
Priority date: 2016-12-08
Filing date: 2017-03-29
Publication date: 2018-06-14
Also published as: CN106723876A; KR200493444Y1; KR20190001942U

Abstract

An air cushion container comprises: a container assembly (1) for holding a fluid cosmetic material; an applicator assembly (2) for drawing out the fluid cosmetic material and applying the same to a part of a user to be applied with the fluid cosmetic material; and a cap assembly (3). One side of the applicator assembly (2) is freely inserted into the container assembly (1), and the other side of the applicator assembly (2) is connected to the cap assembly (3). The cap assembly (3) is also aligned with and detachably connected to the container assembly (1). When the cap assembly (3) is detached from the container assembly (1), the applicator assembly (2) can resiliently project outwardly away from the cap assembly (3).

Description

Air cushion container

Technical field

The invention relates to the technical field of cosmetic containers, and in particular to an air cushion container which can apply makeup to the lips, eyes or face of a user.

Background technique

Make-up, as an art about the beauty of the human body, can make the user more beautiful and attractive, and exude greater charm and confidence. Lip gloss, mascara brush and other cosmetics commonly used in make-up, generally viscous liquid or thin body cream, containing all kinds of highly moisturizing oil and glittering factor, so that the color of the lips or eyes is strong after coloring, especially in the pursuit of special The makeup effect is outstanding; however, the lip gloss or mascara brush is easier to remove when used, so it is necessary to carry the lip gloss or mascara brush for easy makeup.

The existing lip gloss or mascara brush structure mainly includes two main parts of the bottle body and the brush. When the user wants to use the lip gloss or the mascara brush, the brush is taken out from the bottle body for makeup. However, the existing lip gloss or mascara brush structure also has some shortcomings, which are manifested in: 1) the existing lip gloss or mascara brush structure is larger in size and more space-consuming; 2) because the brush head is often covered with lip gloss Liquid or mascara, sometimes the amount of lip gloss or mascara on the brush head is too much. If the time is long, it is easy to open the bottle and the brush, which is not conducive to use, and the makeup efficiency is low.

In view of this, the present invention has been specifically proposed.

Summary of the invention

In order to overcome the above drawbacks, the present invention provides an air cushion container, the air cushion The container structure is simple, novel, small in size, convenient for taking and convenient to use, and improves the dressing efficiency.

The technical solution adopted by the present invention to solve the technical problem thereof is: an air cushion container comprising a container assembly for containing a cosmetic liquid, and a method for taking out the cosmetic liquid and applying it to a portion to be coated of a user. a coating assembly, and a cap assembly, one side of the coating assembly being freely inserted into the container assembly, the other side of the coating assembly being coupled to the cap assembly, and the cap The lid assembly is also detachably positionally coupled to the container assembly; in addition, the coating assembly can resiliently project outwardly away from the cap assembly when the cap assembly is disengaged from the container assembly.

As a further improvement of the present invention, the container assembly includes an inner plug and an outer bottle for holding a cosmetic liquid, and the inner plug and the outer bottle are respectively hollow structural bodies that are open at one side, and the inner plug is positioned and embedded. Provided in the outer bottle, and the open side of the inner plug is also connected to the open side of the outer bottle; and the inner plug is further provided with a plurality of liquid suction holes, the inner plug Passing through the plurality of liquid suction holes to penetrate the inside of the outer bottle;

The coating assembly includes a sponge head, one side of the sponge head is freely inserted into the inner plug, and the plurality of liquid suction holes can be used to suck a cosmetic liquid from the outer bottle; the sponge head The other side is connected to the cap assembly.

As a further improvement of the present invention, a specific structure for connecting the other side of the sponge head to the cap assembly is: the cap assembly includes an outer cover that is coaxially threaded from the outside to the inside, and the inner cover a cover and a spring sleeve, wherein the inner cover is fixed relative to the outer cover, the spring sleeve is slidably coupled to the inner cover, and the spring sleeve is further positioned and connected to the other side of the sponge head;

The inner cover is also sealably screwed to the open side of the outer bottle, and When the inner cover is disengaged from the outer bottle, the spring sleeve can drive the sponge head to elastically protrude outwardly toward the inner cover.

As a further improvement of the present invention, the specific structure for fixing the position of the inner cover relative to the outer cover is: based on a state in which the inner cover is sealed and screwed to the open side of the outer bottle, the outer cover is a semi-elliptical hollow structure having a lower side open, and a first card slot is formed on the inner wall of the outer cover at a position close to the open side thereof, and the inner wall of the outer cover is adjacent to the top thereof The location is also positioned to have an abutment ring;

The inner cover includes a sliding sleeve portion, an inner cover base portion and a snap portion that are coaxially passed through from the inside to the outside, and the sliding sleeve portion, the inner cover base portion and the engaging portion are respectively open on both sides in the axial direction. a sleeve-shaped structure, the upper shaft side peripheral edge of the inner cover base portion extends radially inwardly to form a first connecting edge, and the first engaging edge is positioned and connected to the outer side wall of the sliding sleeve portion. The lower shaft side periphery of the inner cover base portion extends radially outward to form a second connecting edge, and the second engaging edge is positioned and connected to the inner side wall of the engaging portion, and the outer side of the engaging portion a rib is formed on the wall, the rib is engaged in the first card slot, and the top of the engaging portion simultaneously abuts against the inner wall of the first card slot; The ring also abuts outside the upper portion of the sliding sleeve portion.

As a further improvement of the present invention, the specific structure of the spring sleeve is slidably coupled to the inner cover: the inner side wall of the sliding sleeve portion is provided with a plurality of sliding grooves extending along the axial direction thereof; The sleeve has a sleeve body, and the sleeve body is a sleeve-shaped structure that is open on both sides of the axial direction. The outer sleeve of the sleeve body further has a plurality of sliding strips extending along the axial direction thereof. And a plurality of the sliders are correspondingly slidably disposed in the plurality of the sliding slots;

A device for realizing the positioning of the spring sleeve with the other side of the sponge head The body structure is: the spring sleeve further has a connecting rod which is a hollow rod shape, the upper shaft side of the connecting rod is open, and the upper shaft side periphery of the connecting rod further extends radially outward to form a third circle. a connecting edge, the connecting rod is positioned and connected to the inner side wall of the spring sleeve body through the third connecting edge; the sponge head is wrapped outside the connecting rod, and at the same time, the other side of the sponge head is further The lower side of the third connecting edge is positioned and connected.

As a further improvement of the present invention, the lower shaft side circumference of the sliding sleeve portion further extends radially inward to form a first stop edge;

The coating assembly further includes a collar, the collar has a collar body, and the collar body is a sleeve-shaped structure that is open on both sides in the axial direction, and the collar body is positioned and sleeved in the sleeve Outside the sponge head, and at the same time, the collar body is further engaged with the inner side wall of the spring sleeve body; in addition, the lower side of the collar side of the collar body further extends radially outward to form a second stop. The second stop edge can stop outside the first stop edge when the inner cover seal is screwed onto the open side of the outer bottle.

As a further improvement of the present invention, a second card slot is formed on the inner side wall of the spring sleeve body at a position close to the lower shaft side thereof; the outer side wall of the collar body is adjacent to the lower circumference side thereof A rib is formed at a position radially outwardly, and the rib is correspondingly engaged in the second card slot.

As a further improvement of the present invention, the inner cover is further configured to be sealingly screwed onto the open side of the outer bottle: the inner side wall of the inner cover base is formed with an internal thread segment, the outer bottle An outer threaded section is formed on the open side outer wall, and the outer threaded section is threadably coupled to the inner threaded section;

When the inner cover is detached from the outer bottle, the spring cover can drive the sponge head to elastically protrude toward the inner cover outwardly. a compression spring, one side of the compression spring is locably connected to the top inner wall of the outer cover, the other side of the compression spring is positioned and connected to the upper surface of the third engagement edge, and the compression spring has a The elastic force of the spring sleeve moving outward.

As a further improvement of the present invention, the top inner wall of the outer cover and the third connecting edge are oppositely formed with a pair of limiting rings, and the pair of limiting rings are sleeved outside the compression spring to The spring is limited.

The utility model has the advantages that: compared with the prior art, the air cushion container has the following advantages: 1 simple structure, novel structure, small volume, space saving, and convenient for taking; 2 the air cushion container is designed by the spring cover and the inner cover a sliding fit connection, and a compression spring is disposed between the top inner wall of the outer cover and the third engaging edge of the spring sleeve, and is compressed on the top inner wall and the spring of the outer cover when the outer cover is rotated and disengaged from the outer bottle The compression spring between the third engaging edge of the sleeve is rapidly extended, so that the sponge head is automatically ejected toward the inner cover and is quickly separated from the inner plug, and the compression spring is compressed while the sponge head is pressed into the inner plug. The inner cover is screwed together with the outer bottle; therefore, the air cushion container brings great convenience to the user and greatly improves the user's makeup efficiency.

DRAWINGS

Figure 1 is a schematic cross-sectional view of the air cushion container when the cap assembly of the present invention is screwed onto the container assembly;

2 is a schematic cross-sectional view of the air cushion container when the cap assembly of the present invention is detached from the container assembly;

Figure 3 is a schematic cross-sectional view showing the coating assembly of the present invention in use.

With reference to the drawings, the following description is made:

1 - container assembly 10 - inner plug

11——outer bottle 100——liquid suction hole

2 - coating assembly 20 - sponge head

21 - collar 210 - second stop

3——cap assembly 30——outer cover

31——Inner cover 32——Spring cover

33——Compression spring 34——Limit ring

300——Abutment ring 310——Sliding sleeve

311——Inner cover base 312——Snap joint

320——spring sleeve body 321——connecting rod

3100 - first stop side

detailed description

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

Example:

1 and 2 are schematic cross-sectional views of the air cushion container when the cap assembly is screwed onto the container assembly and the cap assembly is disengaged from the container assembly, respectively. The air cushion container includes a container assembly 1 for holding a cosmetic liquid (such as lip gloss liquid, mascara, etc.), a device for taking out the cosmetic liquid and applying it to a user to be coated (such as a lip, an eye, a coating assembly 2 on a face or the like, and a cap assembly 3, one side of which is freely inserted into the container assembly 1, the other side of the coating assembly 2 being The cap assembly 3 is coupled, and the cap assembly 3 is also detachably positionally coupled to the container assembly 1; in addition, when the cap assembly 3 is detached from the container assembly 1 The coating assembly 2 is capable of resiliently projecting outwardly toward the cap assembly 3.

In this embodiment, the container assembly 1 includes an inner plug 10 and an outer bottle 11 for containing a cosmetic liquid. The inner plug 10 can be made of metal or plastic material, and the outer bottle 11 can be transparent. The inner plug 10 and the outer bottle 11 are respectively hollow structures with one side open, the inner plug 10 is positioned and embedded in the outer bottle 11, and the open side of the inner plug 10 is further An interference connection with the open side of the outer bottle 11; a plurality of liquid suction holes 100 are also formed in the inner plug 10, and the inner plug 100 passes through the plurality of liquid suction holes 100 and the outer bottle 11 internal phase through;

The coating assembly 2 includes a sponge head 20, one side of which is freely inserted into the inner plug 10, and the plurality of liquid suction holes 100 can be used to draw makeup from the outer bottle 11. The other side of the sponge head 20 is coupled to the cap assembly 3.

Preferably, the specific structure of the other side of the sponge head 20 is connected to the cap assembly 3: the cap assembly 3 includes an outer cover 30 that is coaxially threaded from the outside to the inside. a cover 31 and a spring sleeve 32, the inner cover 31 is fixedly fixed with respect to the outer cover 30, the spring sleeve 32 is slidably coupled with the inner cover 31, and the spring sleeve 32 is also associated with the sponge head 20. The other side is positioned and connected; the inner cover 31 is also sealably screwed to the open side of the outer bottle 11, and when the inner cover 31 is disengaged from the outer bottle 11, the spring sleeve 32 can The sponge head 20 is elastically extended toward the outer cover 31 toward the outside.

Further preferably, the specific structure for fixing the inner cover 31 to the outer cover 30 is as follows: the outer cover is sealed and screwed to the open side of the outer bottle 11, and the outer cover is used as a reference. 30 is a semi-elliptical hollow structure whose lower side is open, and the inner wall of the outer cover 30 is close to the opening side thereof. a first card slot is formed, and an abutment ring 300 is further disposed on the inner wall of the outer cover 30 at a position close to the top thereof;

The inner cover 31 includes a sliding sleeve portion 310, an inner cover base portion 311 and a locking portion 312 which are coaxially passed through from the inside to the outside. The sliding sleeve portion 310, the inner cover base portion 311 and the engaging portion 312 are respectively respectively a sleeve-shaped structure body that is open on both sides of the axial direction, and a circumferential edge of the upper shaft side of the inner cover base portion 311 extends radially inward to form a first first connecting edge, and the first connecting edge and the sliding sleeve The outer side wall of the portion 310 is positioned and connected. The lower side of the inner cover base portion 311 extends radially outward to form a second connecting edge, and the second connecting edge and the inner side wall of the engaging portion 312 are positioned. And a rib is formed on the outer side wall of the latching portion 312, the rib is engaged in the first card slot, and the top of the latching portion 312 is simultaneously The inner wall of the first card slot abuts; the abutment ring 300 also abuts the outer portion of the sliding sleeve portion 310.

Further preferably, the specific structure of the spring sleeve 32 is slidably coupled to the inner cover 31. The inner side wall of the sliding sleeve portion 310 is provided with a plurality of sliding slots extending along the axial direction thereof. The chutes are also arranged at equal intervals along the circumferential direction of the sliding sleeve portion 310. The spring sleeve 32 has a spring sleeve body 320, and the spring sleeve body 320 is a sleeve-shaped structure body that is open on both sides in the axial direction. a plurality of sliding strips extending along the axial direction thereof are further disposed on the outer side wall of the spring sleeve body 320, and a plurality of the sliding strips are correspondingly disposed in the plurality of the sliding slots;

The specific structure of the spring sleeve 32 is also locatingly connected to the other side of the sponge head 20: the spring sleeve 32 further has a connecting rod 321 which is a hollow rod shape, and the upper shaft side of the connecting rod 321 Opening, and the upper shaft side circumference of the connecting rod 321 further extends radially outward to form a third connecting edge, and the connecting rod 321 is positioned by the third connecting edge and the inner side wall of the spring sleeve body 320 The sponge head 20 is wrapped around the connecting rod 321 , and at the same time, the other side of the sponge head 20 is also positioned and connected to the lower side of the third connecting edge.

Further preferably, the lower shaft side peripheral edge of the sliding sleeve portion 310 further extends radially inward to form a first first stopping edge 3100 to stop the sliding of the spring sleeve to prevent the spring sleeve from falling off;

The coating assembly 2 further includes a collar 21, the collar 21 has a collar body, and the collar body is a sleeve-shaped structure body that is open on both sides in the axial direction, and the collar body positioning sleeve Is disposed outside the sponge head 20 and adjacent to the other side of the sponge head 20, and at the same time, the collar body is further engaged with the inner side wall of the spring sleeve body 320; The lower side edge of the body further extends radially outward to form a second stop edge 210. When the inner cover 31 is sealingly screwed to the open side of the outer bottle 11, the second stop side 210 can The stop is outside the first stop edge 3100. In addition, a second card slot is formed on the inner side wall of the spring sleeve body 320 at a position close to the lower shaft side thereof, and the outer side wall of the collar body is adjacent to the position of the lower circumference side thereof. A ring of ribs is protruded outwardly, and the ribs are correspondingly engaged in the second card slot.

In this embodiment, the inner cover 31 is further configured to be sealingly screwed onto the open side of the outer bottle 11 such that the inner side wall of the inner cover base 311 is formed with an internal thread segment. An outer threaded section is formed on the open side outer wall of the bottle 11, and the outer threaded section is threadably coupled to the inner threaded section;

When the inner cover 31 is disengaged from the outer bottle 11, the spring cover 32 can drive the sponge head 20 to elastically extend outwardly toward the inner cover 31. The specific structure is further provided with a compression. a spring 33, one side of the compression spring 33 is locably connected to the top inner wall of the outer cover 30, and the other side of the compression spring 33 is positioned and connected to the upper surface of the third engaging edge, and the compression spring 33 The elastic force is provided to move the spring sleeve 32 outward, thereby achieving the elastic expansion of the sponge head away from the inner cover toward the outside.

Preferably, the top inner wall of the outer cover 30 and the third connecting edge are oppositely formed with a pair of limiting rings 34, and the pair of limiting rings 34 are sleeved outside the compression spring 33 for the compression. The spring 33 is limited.

In summary, compared with the prior art, the air cushion container has the following advantages: 1 simple and novel structure, small volume, space saving, and convenient for taking; 2 the air cushion container is designed to be slidingly matched by the spring cover and the inner cover. Connecting, and a compression spring is disposed between the inner wall of the top cover of the outer cover and the third connecting edge of the spring sleeve, and is compressed on the top inner wall of the outer cover and the spring sleeve during the process of rotating the outer cover and disengaging it from the outer bottle The compression spring between the third connecting edge is rapidly extended, so that the sponge head is automatically ejected toward the inner cover and is quickly separated from the inner plug, and the compression spring is compressed during the process of pressing the sponge head into the inner plug. The cover is screwed together with the outer bottle; therefore, the air cushion container brings great convenience to the user and greatly improves the user's makeup efficiency.

The above-described embodiments are only illustrative of the effects of the present invention, and are not intended to limit the present invention. It should be noted that those skilled in the art can also make certain embodiments without departing from the technical principles of the present invention. Modifications and variations are also considered to be within the scope of the invention.

Claims

An air cushion container, comprising: a container assembly (1) for containing a cosmetic liquid, a coating assembly (2) for taking out a cosmetic liquid and applying it to a portion to be coated of a user, And a cap assembly (3), one side of the coating assembly (2) being freely inserted into the container assembly (1), the other side of the coating assembly (2) and the cap The assembly (3) is connected and the cap assembly (3) is also detachably positionally coupled to the container assembly (1); in addition, when the cap assembly (3) is disengaged from the container assembly ( 1), the coating assembly (2) is capable of resiliently projecting outwardly away from the cap assembly (3).
The air-cushion container according to claim 1, wherein said container assembly (1) comprises an inner plug (10) and an outer bottle (11) for containing a cosmetic liquid, said inner plug (10) and Each of the outer bottles (11) is a hollow structure that is open at one side, the inner plug (10) is positioned and embedded in the outer bottle (11), and the open side of the inner plug (10) is also An open-side interference connection of the outer bottle (11); and a plurality of liquid-absorbent holes (100) are further formed in the inner plug (10), and the inner plug (100) passes through the plurality of liquid-absorbent holes (100) penetrating the inside of the outer bottle (11);

The coating assembly (2) includes a sponge head (20), one side of the sponge head (20) is freely inserted into the inner plug (10), and the plurality of liquid suction holes (100) can be Applying a cosmetic liquid from the outer bottle (11); the other side of the sponge head (20) is coupled to the cap assembly (3).
The air-cushion container according to claim 2, characterized in that the specific structure for realizing the other side of the sponge head (20) to be connected to the cap assembly (3) is: the cap assembly (3) The utility model comprises an outer cover (30), an inner cover (31) and a spring sleeve (32) which are coaxially threaded from the outside to the inside, and the inner cover (31) phase The outer cover (30) is fixed in position, the spring sleeve (32) is slidably coupled to the inner cover (31), and the spring sleeve (32) is further associated with the sponge head (20) Side positioning connection;

The inner cover (31) is also sealably screwed to the open side of the outer bottle (11), and when the inner cover (31) is detached from the outer bottle (11), the spring cover (32) The sponge head (20) can be driven to elastically project outwardly toward the inner cover (31).
The air-cushion container according to claim 3, wherein the specific structure for fixing the position of the inner cover (31) relative to the outer cover (30) is: sealing and screwing the inner cover (31) Referring to the state on the open side of the outer bottle (11), the outer cover (30) is a semi-elliptical hollow structure, the lower side of which is open, and the inner wall of the outer cover (30) is close to a first card slot is formed at a position on the opening side, and an abutment ring (300) is further disposed on the inner wall of the outer cover (30) at a position close to the top thereof;

The inner cover (31) includes a sliding sleeve portion (310), an inner cover base portion (311) and a snap portion (312) which are coaxially threaded from the inside to the outside, and the sliding sleeve portion (310) and the inner portion The cover base portion (311) and the engaging portion (312) are respectively sleeve-shaped structures that are open on both sides in the axial direction, and the upper edge side edge of the inner cover base portion (311) extends radially inward to form a circle. a connecting edge, and the first connecting edge is positioned and connected to the outer sidewall of the sliding sleeve portion (310), and the lower shaft side periphery of the inner cover base portion (311) extends radially outward to form a second connecting And the second connecting edge is locatingly connected to the inner side wall of the engaging portion (312). In addition, a ring rib is formed on the outer side wall of the engaging portion (312), and the rib card is formed. Connected to the first card slot, and the top of the latching portion (312) also abuts against the inner wall of the first card slot; the abutment ring (300) also abuts the sliding Socket (310) Upper outside.
The air cushion container according to claim 4, wherein the specific structure of the spring sleeve (32) and the inner cover (31) is slidably coupled to the inner side wall of the sliding sleeve portion (310). a plurality of sliding slots extending along the axial direction thereof; the spring sleeve (32) has a spring sleeve body (320), and the spring sleeve body (320) is a sleeve-shaped structure body that is open on both sides in the axial direction The outer side wall of the spring sleeve body (320) is further provided with a plurality of sliding strips extending along the axial direction thereof, and the plurality of the sliding strips are correspondingly slidably disposed in the plurality of the sliding slots;

The specific structure of the spring sleeve (32) is also positioned and connected to the other side of the sponge head (20): the spring sleeve (32) further has a connecting rod (321) which is a hollow rod shape. The upper shaft side opening of the connecting rod (321) is open, and the upper shaft side peripheral edge of the connecting rod (321) further extends radially outward to form a third connecting edge, and the connecting rod (321) passes through the The three engaging edges are positioned and connected to the inner side wall of the spring sleeve body (320); the sponge head (20) is wrapped outside the connecting rod (321), and at the same time the other side of the sponge head (20) is further Positioning is connected to the lower side of the third connecting edge.
The air cushion container according to claim 5, wherein the lower shaft side peripheral edge of the sliding sleeve portion (310) further extends radially inward to form a first first stop edge (3100);

The coating assembly (2) further includes a collar (21), the collar (21) has a collar body, and the collar body is a sleeve-shaped structure that is open on both sides in the axial direction. The collar body is sleeved outside the sponge head (20), and at the same time, the collar body is further engaged with the inner side wall of the spring sleeve body (320); The side periphery also extends radially outward to form a second stop edge (210), and the inner cover (31) is sealingly screwed to the outer bottle (11) On the open side, the second stop edge (210) can stop outside the first stop edge (3100).
The air cushion container according to claim 6, wherein a second card slot is formed on the inner side wall of the spring cover body (320) at a position close to the lower axis side thereof; A ring of ribs is protruded radially outwardly at a position on the outer side wall and adjacent to the lower peripheral side thereof, and the ribs are correspondingly engaged in the second card slot.
The air-cushion container according to claim 5, wherein the inner cover (31) is further capable of sealingly screwing onto the open side of the outer bottle (11): the inner cover base (311) An inner threaded section is formed on the inner side wall, and an outer threaded section is formed on the open side outer wall of the outer bottle (11), and the outer threaded section is threadably coupled to the inner threaded section;

When the inner cover (31) is disengaged from the outer bottle (11), the spring sleeve (32) can drive the sponge head (20) to extend outwardly toward the inner cover (31). The specific structure is: a compression spring (33) is further provided, one side of the compression spring (33) is locatingly connected to the top inner wall of the outer cover (30), and the other side of the compression spring (33) An upper surface of the third engaging edge is positioned and coupled, and the compression spring (33) has an elastic force that moves the spring sleeve (32) outward.
The air cushion container according to claim 8, wherein a top inner wall of the outer cover (30) and a third connecting edge are oppositely formed with a pair of limiting rings (34), the pair of limiting rings (34). Both are sleeved outside the compression spring (33) to limit the compression spring (33).