EP3012365A1 - Mobile stain-removing device - Google Patents

Abstract

Task Waschmaschinentosierkugel which is fixed for stain treatment directly to the targeted impurity of the piece of fabric in a suitable manner while doing the manual Fleckenvorbehandlung in one operation during the automatic wash cycle. Solution The soiled spot of the textile product (T) to be treated is fixed to a washing machine dosing ball (D) filled with detergent by means of coupling units (K) or better sandwiched between two dosing balls in a kind of sandwich, and the stain without manual pre-treatment during the automatic washing cycle usually in Depending on the version, a washing drum is washed out by an auxiliary cleaning power generator (H) such as expanding / compression force, vibration force, ultrasound, heat generator, etc. First, the concentrated detergent moves from the detergent storage chamber (D) via the feed systems (L) the outlet openings (O) and exits the stain, in the course of the wash cycle then the theoretically ideal detergent concentration is passed through descending. The auxiliary cleaning power generator (H) can be operated passively with energy taken in through the enclosure and then supplied or actively with battery, wind-up equipment, exothermic reaction / crystallization, osmotic, etc ... Several storage chambers and supply systems (L) in the metering balls and the use of these as secure packaging, in other embodiments, legally permissible distribution and the safe use of special agents in private households can be made possible. Removable and separable from the detergent storage chambers coupling units allow the rapid finding of the treated areas even after drying, especially if you are provided with a locatable equipment from the prior art, such as. Magnets, RFID, radioactive marker, etc., The outlet openings (O) and liquid supply systems (L) can be narrowed / extended to physical / chemical effects, or change their chromatographic properties, so that the flow rate of the detergent in general or components of the detergent in the course of the wash specifically offset in time to the fixed Textilgutstelle can be guided.

Description

Technical area

The invention is, in principle, a functional extension of a detergent dosing ball, which can save the current customary manual spot pretreatment process in households or textile cleaning companies.

The invention mainly relates to the patent class D06F39 / 02.

• D06F: Waschgeräte, die unabhängig von einem bestimmten Behälter verwendbar sind, z.B zum lösbaren Befestigen an Waschzubern, Badewannen oder dergleichen.
• D06F 39/00: Einzelheiten von Waschmaschinen, soweit solche Einzelheiten nicht speziell für Waschmaschinen der Gruppen 21-25, 9-19, oder 27 vorgesehen sind.
• D06F39/02 Einrichtungen für die Zugabe von Seife oder anderen Waschmitteln
• D06F39/08 Flüssigkeitszufluss- und abflusseinrichtungen (Zugabe flüssiger Reinigungsmittel D06F39/02)
• D06F7/00: Waschgeräte, die unabhängig von einem bestimmten Behälter verwendbar sind, z.B. zum lösbaren Befestigen an Waschzubern, Badewannen oder dgl.
• D06F 7/04: ... mit Schwingungserzeuger
• D06F 21/14: mit reibenden oder schlagenden Vorrichtungen, die nicht mit dem Behälter verbunden oder Teile davon sind.
  • möglicherweise noch die Patentklassen:
    • D06F 15/00: Waschmaschine mit Vorrichtung zum Schlagen, Reiben, Quetschen der Wäsche in beim Waschen feststehenden Behältern.
    • D06F 15/02: in denen die Wäsche mittels einer flexiblen Membran oder eines flexiblen Balges gequetscht wird.
• D06F 19/00 Waschmaschinen, die mittels Schwingungen den Waschvorgang bewirken.
• D06F 21/00: Waschmaschinen mit Behältern, z.B. gelochten Trommeln, die beim Waschen rotieren, z.B. mit Drehrichtungsumkehr.
• und lediglich entfernt die Patentklassen:
  • D06F 37 / 00 Einzelheiten von Waschmaschinen der durch die Gruppen D06F 21/00-D06F 25/00 umfassten Art und auf Maschinen dieser Art eingeschränkt

Parts could also be assigned to the following patent classes:

• D06F: Washing apparatuses which are usable independently of a specific container, eg for releasable attachment to washing machines, bathtubs or the like.
• D06F 39/00: Details of washing machines, as far as such details are not specifically intended for group 21-25, 9-19, or 27 washing machines.
• D06F39 / 02 Facilities for the addition of soap or other detergents
• D06F39 / 08 Liquid inflow and outflow facilities (addition of liquid detergent D06F39 / 02)
• D06F7 / 00: Washing equipment that can be used independently of a specific container, eg for detachable attachment to washing machines, bathtubs or the like.
• D06F 7/04: ... with vibration generator
• D06F 21/14: with rubbing or beating devices that are not connected to the container or parts thereof.
  • possibly still the patent classes:
    • D06F 15/00: Washing machine with apparatus for beating, rubbing, squeezing laundry in containers fixed during washing.
    • D06F 15/02: in which the laundry is squeezed by means of a flexible membrane or a flexible bellows.
• D06F 19/00 Washing machines that cause the washing process by means of vibrations.
• D06F 21/00: Washing machines with containers, eg perforated drums, which rotate during washing, eg with reversal of direction of rotation.
• and only the patent classes removed:
  • D06F 37/00 Details of washing machines of the type covered by groups D06F 21/00-D06F 25/00 and limited to machines of this type

State of the art

The state of the art is, for example, bending, folding, kinking, compression, tensile, oscillating forces, ultrasonic waves, etc. forces with which a textile material, also fleece or sieve-like coarse fabric may perhaps still be treated in a special chemical bath.

It further comprises rinsing balls, dosing containers, exit controls of cleaning agents in mechanical, physical or chemical combinations which usually improve the cleaning effect, or reduce the cleaning time or the energy consumption or make the detergent need for refreshing washes by means of silver doping completely unnecessary.

• WO9529121 (1995 ): Austrittssteuerung von Reinigungsmittel durchzusammendrücken der Aussenhülle, Verteilungskugel
• US6032495 (2000 ): Laundry Ball, Waschball für feste Waschmittel für die lose Zugabe in die Wäsche, bestehend aus 2 Hälften, verbunden über Schraubverschluss, zur kostengünstiger Produktionsmöglichkeit durch Umformung.

weitere Anmeldungen unter dieser Patentklasse der Firmen/Erfinder Samsung, Reckitt Benckiser NV, Weber Markus, Henkel,
Therefore LTD GB20090003442 (2010 ): batteriebetriebener Ultraschallgenerator im Waschball eingebaut mit Wasserhärtesensoren zur Verteilung des Waschmittels - ohne gezielte Fleckenbehandlung D06F39/02:

• JP2007289606: (2007 ): Aufkonzentration, zum besseren Auflösen von festen Waschmittelpulvern-/granulaten
• CN201952642 (2011 ) [+D06F7/00]: Waschball mit festem Waschmittel innen und schwammartige Aussenblättern mit relativ grosser Oberfläche, vollgesogen mit hochkonzentrierter Waschlauge aus dem Ballinnern - zur losen Zugabe des Waschballs in die Wäsche.
• CN202466208 (2012 ): Waschball aus zwei Halbkugeln mit wasserlöslichen Löchern

Other patents of the prior art are
D06F39 / 024

• WO9529121 (1995 ): Discharge control of detergent squeeze the outer shell, distribution ball
• US6032495 (2000 ): Laundry Ball, washing ball for solid detergents for the loose addition to the laundry, consisting of 2 halves, connected via screw cap, for cost-effective production possibility by forming.

further applications under this patent class of the companies / inventors Samsung, Reckitt Benckiser NV, Weber Markus, Henkel,
Therefore LTD GB20090003442 (2010 ): battery-operated ultrasonic generator installed in the washing ball with water hardness sensors for the distribution of the detergent - without targeted stain treatment D06F39 / 02:

• JP2007289606: (2007 ): Concentration to better dissolve solid detergent powders / granules
• CN201952642 (2011 ) [+ D06F7 / 00]: Wash ball with solid detergent inside and spongy outer leaves with a relatively large surface, soaked with highly concentrated wash liquor from the inside of the ball - for the loose addition of the washing ball into the laundry.
• CN202466208 (2012 ): Washing ball made of two hemispheres with water-soluble holes

Utility model: CN2193884 (1995 ): Hemisphere, with pimples for passive laundry

The stain treatment process still requires a relatively large amount of time, especially in the case of individual stains in households and also in textile cleaning companies, when finding the spots, pretreatment - especially in the previous manual rubbing, rubbing, squeezing the locally noticeable pollution, after the main wash again looking for the stain spots, whether this was really washed out satisfactorily, etc ...

Today i. d. Usually the detergent first the water - without having targeted a direct dirt target - added or just placed in a dosing ball in the laundry. The large filling opening is at the same time the outlet opening, from which the detergent is randomly distributed with the movements of the washing drum.

The prior spraying eg. With oxidative or reductive aggressive aids is on the one hand, when spraying on the not pre-dissolved dry spot, in the effect of suboptimal and on the other hand it endangers the integrity of the textile piece after this treatment in a significant way. The manufacturers usually recommend a try at inconspicuous place, which requires additional time: spray, pre-wash, let dry, check - only then should the actual site be treated. That is why this is in the Practice not consistently performed, or the stain treatment often remains unsatisfactory in relation to the manual effort.

Attaching a dosing ball with safety pins or the like is not recommended by manufacturers, as it may tear out or at least be damaged, requiring a user-friendly, robust and highly secure fixation system.

If perhaps one or the other approaches of these illustrated technical solutions have already been published separately or separately somewhere or have been applied in different application areas of the chemical industry etc.: in their entirety and optimized for use in laundries and especially in household washing machines is up to my level The research has not been commercially available or published as an aid-why this patent was created for publication, so that at the same time there is a good chance to secure investments in essential practical optimizations of the dosing for a wide audience at best worldwide.

Brief description of the invention

The invention relates to a dosing ball (D) designed according to the invention, which is fixed to the textile material (T) at one or more female (K _w ) or male coupling units (K _m ) at the site of contamination to be treated. About liquid supply systems (L) and outlet openings (O) according to the prior art, the initially concentrated detergent emerges as close to the anfixierten pollution point. During the automatic wash cycle, the ideal detergent concentration is passed through at the fixed local fouling point. Environmental forces are either passively trapped over the prior art boundary surfaces or generated with active force generators, bundled and released to the fixed site.

Towards the end of the wash cycle, the dosing ball has delivered the entire amount of detergent through the point of contamination and was even rinsed by the surrounding wash liquor.

Technical task

Improvement of the cleaning effect by the descending passing through the detergent concentration at the point of contamination of the concentrated detergent product on the optimum concentration until the same washing liquor concentration of the washing drum.

Improvement of the cleaning effect by auxiliary cleaning forces, which are either passively captured over the boundary surfaces or actively produced by methods of the prior art and are significantly bundled and released at the fixed points of the textile material.

Shortening of the spot pretreatment procedure by the summary of operations made possible by the invention until, for example, only the detergent dosage and the attachment and removal to and from the points of contamination is necessary.

Facilitated finding of the treated areas after the washing or drying process.

Extension of the range of application of the handling of hazardous substances / dangerous cleaning agents in private households through the possible use of disposable dosing balls ready for shipping and ready for use.

Use of novel or known mechanisms resulting from the application, which change the chemical / physical properties of the features according to the summary drawing (eg in size, temperature, permeability, chromatographic property) during the washing process so that the automated cleaning within the textile-coupled dosing ball is significantly improved.

Technical solution

The Waschmaschinendosierkugeln (D), which are usually filled with detergent today simply added to the laundry, are provided with a coupling system (K) according to the prior art, so that a dosing ball as close as possible to a strongest contamination of a piece of fabric (spot) Can be made and your concentrated Release detergent contents via the supply systems (L) and the outlet openings (O) there. For this purpose, the outlet openings are aligned in the direction of the spot. The dosing balls can be connected via the male and female fixing systems in such a way that the textile material lies as in a sandwich between the detergent outlet openings of at least one dosing ball.

Thus, if a simple coupling counterplate or coupling counter-sieve plate is used for fixation, the dosing ball would be removable and the textile piece may be in the drying cycle with this coupling counter-sieve plate or together with the other units, eg the liquid supply systems (L), outlet openings (O), auxiliary cleaning force generators (H) Dry any energy storage - if they are designed to save space and thus not hinder the drying in an unacceptable steric. If such a plate is provided with markable from the distance markers according to the prior art, such as. Magnets, RFID or radioactive markers, the treated stains can be found even after drying, especially for larger amounts of laundry quickly and the cleaning success in the decrease of this example. sieve-like coupling plates are checked simultaneously.

Furthermore, environmental forces can be passively trapped across the boundary surfaces of the invention and bundled at the prior art interface. In further embodiments, active auxiliary power generators according to the prior art (for example, expanders, vibrators / oscillators, ultrasonic generators, heat pads) can be attached to or in the metering ball according to the invention, which again significantly improve the cleaning result.

Advantageous effects

Cleaning auxiliaries (eg stretching / compression, vibration, ultrasound) are transferred to the fixed area where they develop their effect and significantly improve the washing result. These cleaning forces can passively captured on the envelope (U) and with current methods of the prior art are bundled at the coupling points;
on the other hand, in further versions with active auxiliary power generators with their own energy source (eg. Aufziehwerk, battery, shaker generator, exothermic) are further reinforced.

Concentration of the wash liquor by addition to a fresh water point - especially with little use of detergent - the ideal detergent concentration at the points of contamination is not necessarily run through. Thus, during the main wash, if the detergent is added directly from the dosing ball's detergent storage chamber to the wash drum, the stain is first concentrated, then washed downwards over the theoretical ideal detergent concentration in the direction of flow to the washing drum until the wash liquor concentration is anywhere is equal to. The tendency of the washing-active substances to be distributed evenly throughout the wash liquor tears dirt particles away from the stain rather than when these wash-active substances first have to go to the dirt.

Many operations of manual stain treatment are saved if the stains are immediately introduced between the metering balls according to the invention, for example, as in a sandwich. When removing the fixer units from the stain, the result can be checked almost immediately without having to search the stain again. If the fixing units can again be separated from the detergent storage chamber, designed as distance-holding magnets, or correspondingly slightly staple / sieve-like, so that drying air can reach the tissue well, the fixation units can be left on the textile goods until after drying, without a large drying-inhibiting metering ball. so that the stains can be found well after drying; or can even be automatically automated with large amounts of laundry, with appropriate design of the coupling units with markable from a distance markers, eg. Magnetic / radioactive markers, microwaves or resonance responding or by any other suitable, low-cost, state-of-the-art positioning method.

Although testing is still recommended as in all such manipulations in a less visible place, the effort and the risks overall, especially for robust materials with increased risk of contamination (work, children's clothing) and after elaboration of gentle coupling units are less because of the invention in most cases, the use of the detergent used for the main wash for stain removal sufficient - although in other embodiments, for example, for disposable special speckle balls multi-chamber models with different cleaning substance classes and several supply systems (I) are possible.

Short description of the drawing figures

• F_F: Fixiersystem (weiblicher Systemteil, bzw. magnetischer Pol)
• F_M: Fixiersystem (männlicher Systemteil, bzw. magnetischer Gegenpol)
• D: Reinigungsmittelspeicherkammer
• O: Reinigungsmittelaustrittsöffnung
• L: Reinigungsmittelzuführungssystem
• U: Dosierkugeloberfläche - speziell gestaltete Umhüllung/Kontaktfläche zu Textilgut
• H: Reinigungshilfskräfterzeuger nach Stand der Technik zur Verbesserung des Reinigungseffektes (bspw. Oszillator, Ultraschall, Vibrator, etc.)
• E: Energiespeicher für aktive Reinigungshilfskräfteerzeuger und/oder für aktive Marker (M) für Ortungsfunktion
• M: passiver oder aktiv betriebener Marker für Ortung

T: Textile material (also suitable fleece or other sieve fabric conceivable)

• F _F : Fixing system (female system part or magnetic pole)
• F _M : Fixing system (male system part, or magnetic opposite pole)
• D: detergent storage chamber
• O: detergent outlet
• L: detergent delivery system
• U: Metering sphere surface - specially designed coating / contact surface to textile material
• H: Cleaning auxiliary power generator according to the prior art for improving the cleaning effect (eg oscillator, ultrasound, vibrator, etc.)
• E: Energy storage for active cleaning auxiliary generators and / or for active markers (M) for locating function
• M: passive or active marker for location

Description of the embodiments

• Ausführungen mit

In the following embodiments, the possible combinations of the essential features of the invention with the prior art are shown by way of example, so that the invention can be developed, for the most part, with the current state of the art and closely marketed to the respective customer needs during the patent protection period applied for , but also may require further novelty, patented and unprotected specific developments:

• Versions with

- Several male and / or female fixation units on the washing ball for juxtaposing several such balls to stabilize the fixation and protection of delicate textile and / or the simultaneous local pretreatment of several contaminated sites while saving on dosing.

- Magnetic fixation units or with temperature-resistant north or south pole docking points, alone or in combination with mechanical, physical fixation units according to the current state of the art.

- Removable from the dosing ball, ventilated fixing systems, which can remain on the textile material until after the end of the drying process, so that the stains can be found well after the drying cycle, with the other units such as. Zuleitungssysteme and outlet ports can count to the coupling unit. These can be equipped in laundry companies with state-of-the-art location technologies such as magnetic, RFID, radioactive markers or etc. in order to be able to find the stain areas with large amounts of laundry more easily by machine. If an energy store with or without auxiliary power generator remains on the coupling unit, the energy store can be used to supply even more effective, active location systems (such as radio transmitters) according to the prior art.

- Several detergent storage chambers, which have also been optimized for different cleaning agents according to the prior art.

- i. d. Usually elastic wrapping, to go along with the milling forces of the washing machine and bundled these forces to the coupling points (eg knobs) forward and can be washed out himself.

- Markings on the coupling unit, which is a recommended

Attachment direction of the entire dosing ball or at least one alignable Reinigungshilfskräfteerzeugers to tissue structure in the most effective angle - compression, strain, squeezing forces on the knobs for example. As possible at right angles to the grain directions - can show.

- Detergent storage in a rigid form similar to the syringe principle, in which after each corresponding passive force or active auxiliary energy generator according to the prior art on a stamp or a membrane, the syringe expresses some detergent, and this is completely emptied in the course of the wash cycle. Anti-kickbacks prevent at least until the first complete expression of the storage chamber a Wiederaufziehen. Thereafter, it could re-emerge through prior art mechanisms - including the design of a coupled multi-chamber or multi-chamber syringe.

a plurality of detergent storage chambers and separate supply systems designed in such a way that specially developed cleaning agents can be used for the particular localized contamination in the chambers and supply systems made of special material if necessary. Special agents could be used by the invention in the private household sector, since the inventive dosing can serve as packaging for these actually dangerous substances in the application and this dosing ball can then be designed so that it is excluded that the user with the hazardous material in contact comes. For example. the plug dissolves only under water in the wash liquor. Any undesirable effect of a special agent on adjacent textile material is exponentially lost with the distance to the outlet opening, which is why the filled quantity for sale can be calculated, for example, on the water volume of a 4.5 or 6 kg laundry load. Thus, parallel to a gamme of effective special agents for the dosing balls could be developed, for example, against red wine stains, Paint paints, Gummififen-, mineral oil contaminants, etc. and uniform additive additive for the respective substrate material, etc.

Exemplary following mechanisms of the prior art, which act in the course of the wash time offset or respond to physical / chemical changes in which you disconnect / couple units, or physical / chemical properties (such as, elasticity, size, chromatographic properties, Permeability etc.) of the outlet openings (O), liquid supply systems (L) and mechanical coupling systems according to known techniques: Mechanism, by way of example / example

a) in case of excessive force load, eg. In case of strong centrifugal or impact forces, eg. During the spin cycle to separate to avoid any risk of damage to the fixed points.

b) coupling systems that dissolve after a certain time from the textile to apply the inventive stain treatment only at the beginning of the wash cycle. Towards the end or during the spin cycle, the balls are separated from the textile material for protection in the case of one-sided fixation of the affected fabric area.

(c) coupling systems existing when

Detergent concentration difference remain closed (measurable with special probes or, for example. On the osmotic pressure), and at a constant detergent concentration - when the reservoir is washed out - from the textile material.

d) bimetallic fixing systems, which separate on reaching a specific temperature and solve the connection to the fabric.

e) fixation systems, e.g. Threads or plastic needles, which can dissolve in the course of the wash cycle by chemical / physical processes.

Such prior art dissolvable fixing systems may themselves contain cleaning agents which can then be concentratedly released at the point of puncture directly to the stain.

f) outlet openings or supply systems according to the state of Technique that are initially closed or completely closed, and in the course of the wash cycle dissolve by physical / chemical processes similar to the state of the art in time, on heat or on chemical substances or slightly further, to a rinsing of residual detergent against To enable the end of the process, or even chromatographically change according to the prior art, so that they only optimized certain ingredients of the detergent to the textile material.

e) outlet openings (O) or supply systems (L), the contact surfaces are pretreated with catalytic or disinfecting substances, which ultimately improve the effect of the detergent or the washing action.

example

The simplest version: dosing ball with or without special contact surface design, with an outlet opening (O) which also serves as a filling opening and is fastened with needles or magnets to the textile stain, which in a further elastic version with the movement of the washing drum over adjacent rubber knobs slightly stain the spot and stretch.

Disposable model, eg. With several dosing chambers, each prefilled with, for example, a descaling tablet, detergent and fabric conditioner, with manual vibrator for mounting, magnetic fixing system which allows the elastic rubber knobs, with the movement of the washing drum stain the spot slightly and stretch, with the type of spot specially doped sponge surface - designed for a treatment.

High-end reusable model, unfilled, such as disposable model, with higher-quality contact surface design, (replaceable) sponge surface designed for at least several treatments, in addition to elastic rubber knobs for easy stretching and compression even with vibrator and ultrasound unit,

Special disposable, eg wine ball with pretreatment agent in chamber 1, main treatment agent in chamber 2, aftertreatment agent in chamber 3, filled with different fast dissolving closure plug of the individual chambers or with retarded forms of the treatment agent in a detergent storage chamber.

Industrial Applicability

The fixable dosing ball according to the invention, for example, designated trademarked "Attachwonder", can be distributed primarily to households and textile cleaning companies. It helps i.d. Usually to save the effort and thus the cost of an additional spot pretreatment procedure. The combination possibilities of the features according to the invention with the current state of the art as mentioned in the exemplary embodiments make it possible to develop developments that are obvious to a person skilled in the art relatively quickly and to market the patent-pending company to customer-specific models quickly. On the other hand, depending on market demand, there are also new developments in which further investments can be made and the growing market segment could be effectively protected by further patents and utility models.

Claims (9)

Coupled with the textile, otherwise
principle washing machine independent dosing with one or more detergent storage chambers (D), provided with one or more coupling units (K _{m / f} ), which are designed so that you ideally fix the fabric as gently as possible in the vicinity of the outlet openings (O) according to the prior art and allow the exit of the detergent concentrate from the openings (O) in a calculated manner, wherein the supply systems (L) and outlet openings (O) in their entirety according to the prior art are calculated and designed taking into account the selected fixing system such that the main thrust of the Detergent concentrate from the storage chamber (D) is selectively directed towards fixed textile (T). A washing machine dosing container according to claim 1, wherein the coupling systems (K) are designed according to the prior art so that they could be fastened either to standardized or generally used washing drum inner walls (for example via magnets or hooks),
and / or that they can combine a plurality of dosing balls according to the claims of this invention with each other and in each case via the textile material in connection,
wherein multiple contact points on a dosing ball are possible. Waschmaschinendosierbehälter according to claim 1 or 2, wherein the coupling units (K _{m / f} ) again from at least one of the existing Dosiermittelspeicherkammern (D) separable and if possible according to the prior art are designed in a flexible or ventilated manner that the remaining material on the textile coupling unit no longer hinder the further drying process at the fixed location and technically incalculable - measurably, for example, an unacceptably longer drying time - the site in question, the remaining coupling units the features according to the abstract drawing such as supply systems (L), outlet openings (O), auxiliary power generator (H), any energy storage, detergent storage chambers (D) or parts of Detergent storage chambers may include, as long as they can not disturb a drying process non-sterically, in a manner described in this claim. Waschmaschinendosierbehälter according to claim 3, wherein at least one remaining during the drying of the textile feature feature provided with distance locatable passive markers according to the prior art - for example. Magnets, RFID, radiaoaktive marker, etc.- which the faster mechanical finding the treated stains after the drying also allows for larger amounts of laundry; or with any active markers of the prior art (such as radio transmitters, etc.) operated from any energy storage remaining on the docking unit. Waschmaschinendosierbehälter according to the respective claims, wherein the outer surface is designed according to the prior art so that they absorb as much ambient energy and forward to the coupling points and can bundle them there, so that there cleaning effective forces such as. Vibration, expansion / compression force , Sound waves, heat etc. according to the prior art as possible at or near the point of contact to release textile, this point is also referred to here as Hilfsreinigungskräfteerzeuger (H). A washing machine dispensing container as claimed in any of the claims, provided with prior art auxiliary cleaning power tools (H), such as strainers, vibrators, ultrasound, etc., either passively trapped over the skin of the invention, or active with energy stores of the prior art The technology, for example, with batteries, Aufziehwerken, heat pad, etc. are driven. A washing machine dispensing container according to claim 5 or 6, wherein a prior art mark is provided, according to which the recommended angular position of the auxiliary cleaning force generator (H) to the tissue layer and tissue orientation can be adjusted. Waschmaschinendosierbehälter according to the respective claims, wherein the individual features of the invention offset in time or on physical / chemical agents to separate / couple or according to the prior art, in turn, in your physical / chemical Properties with techniques of the current state (for example, in your size, permeability, chromatographic property) can change, so that, for example, the temperature, total flow rate of the detergent or ingredients of the detergent in the course of the wash specifically: temporally offset or chemically or in your Controlled controlled composition, with known techniques via the supply systems to the fixed Textilgutstelle can be directed. Waschmaschinendosierbehälter according to the respective claims, which is designed with multiple detergent chambers and separate supply systems in the manner and may be specially coated so that special cleaning agents for the respective local pollution can be used, since the used special agents for a targeted pollution exponentially with a corresponding distance to the outlet opening for the surrounding textiles to dilute into a practically ineffective concentration range - whereby a Gamme of special agents in connection with the invention can be developed and operated.

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