WO2007118528A1 - Storage and dispensing system, in particular for detergent or cleaning agent - Google Patents

Abstract

Storage and dispensing system for at least one solid, in particular pulverulent or granular base product (2), in particular for detergents or cleaning agents, comprising a dimensionally stable container (1) for receiving the solid, in particular pulverulent or granular base product (2) having a base (3), a main body (4), wherein the base (3) and the main body (4) form a beaker-like volume (5) having an opening (6) which lies opposite the base (3) for receiving the solid, in particular pulverulent or granular base product (2), a lid-like closure means (7, 17) which closes the opening (6) in such a way that an exchange of air between the interior of the container (1) and the surroundings is prevented substantially, wherein the container (1) comprises at least one further packaging means (8, 18, 28, 38, 48) for receiving at least one portion container (11, 21, 31) which contains an additive product (12, 22, 32).

Description

 Storage and dispensing system especially for washing or

cleaning supplies

The invention relates to a storage and dispensing system for at least one solid, in particular powdery or granular consumer product such as from the group of pharmaceuticals, personal care products, agricultural auxiliaries, building materials, dyes, laundry detergents, dishwashing detergents, adhesives or foodstuffs comprising a dimensionally stable container for receiving the solid, in particular powdery or granular product wherein the container comprises at least one further packaging means for receiving at least one portion containing an additive product portion.

State of the art

There has long been a need to be able to individually customize products or to have them customized by the customer to a certain extent. A particularly suitable medium for the individualization of a product is its packaging, since this forms the direct interface between consumer and product.

Therefore, it is desirable to couple means for individualizing or further functionalizing a product directly with the packaging of a product.

From some fields of application, in particular in the field of cleaning of textiles or surfaces, the use of liquid active ingredient compositions is known, which should or must be stored separately from each other. Examples include liquid chlorinated bleach, cleaning, decalcifying and disinfecting agents. In the case of liquid detergents, owing to chemical incompatibility of the individual ingredients, negative interactions of these ingredients with one another and their decrease in activity and thus overall decrease in the washing performance of the agent may occur, even if it is stored only for a relatively short time. This decrease in activity relates in principle to all detergent ingredients which carry out chemical reactions in the washing process in order to contribute to the washing result, in particular bleaches and enzymes, although surfactant or sequestering ingredients which are responsible for dissolution processes or complexing steps, in particular in the presence of said chemically reactive ingredients in aqueous systems are not unlimited shelf life. Sensitive ingredients are in particular also perfume oils or individual fragrances.

To solve this problem, it has been variously proposed in the prior art not to incorporate all liquid detergent ingredients desirable for a good washing result into a liquid detergent at the same time, but to provide the user of the detergent with several liquid components that he or she only shortly before or during of the washing process and contain the only compatible ingredients, which are used together under the conditions of use.

However, the by far most common form of administration of detergents is traditionally not the liquid detergents but dispersing or pourable detergents. A significant advantage of this dosage form lies in the flexible metering of these detergents by the consumer as a function of the degree of soiling of the laundry to be cleaned and the higher storage stability compared to liquid detergents. However, the multicomponent metering systems for liquid active ingredients known from the prior art can not be transferred to the dispensing or pourable detergents.

Another need of the type described above is also particularly in the field of perfuming of products such as detergents, detergents and the like, where it is currently still common to sell the entire sales unit with a specific fragrance. Often, however, the user desires that for different fields of application, a different fragrance is released by a cleaning product. For example, it is desirable for a toilet cleanser to emit a more intense fragrance than in the home, where intense fragrances are often more likely to be distracting. Thus far, it has been necessary to use a variety of specialty cleaners with the appropriate scents, although the detergent-active formulations are the same or at least very similar.

Especially with very aggressive cleaning preparations, there is also the problem that the aggressive cleaning components also decompose the fragrances persisting in the preparations, so that they have only a low storage stability.

There is therefore a need to realize a receiving and dispensing system for solid, in particular pulverulent or granular products, in particular washing or cleaning products, which effects an increased storage stability of product preparations and a conventional addition of additive substances, for example as bleaching or fragrances, allowed to a solid, in particular powdered to granular base product. - A -

Object of the invention

Object of the present invention is therefore to provide a receiving and dispensing system for a solid, in particular powdered or granular base product, which allows the user to simple and konveniente way to dose additive substances to a solid, especially powdered to granular base product added.

The object is achieved by a storage and dispensing system for at least one solid, in particular pulverförmges or granular base product, in particular for a detergent or cleaning agent, which a dimensionally stable container (1) for receiving the solid, in particular powdered or granular base product with a bottom and a hull, wherein the bottom and the hull form a cup-like volume with a bottom opposite opening for receiving the solid, in particular powdered or granular base product, a lid-like closure means which closes the opening such that an air exchange between the interior of the container and the environment is substantially prevented, wherein the container comprises at least one further packaging means for receiving at least one containing an additive product portion container.

By realizable with the invention spatial separation of certain active substances (fragrance, enzymes, bleaching, etc.) from a preparation and their portioned arrangement in or on the container of the solid, especially powdered or granular base product by a suitable additional packaging the base product is simple for the consumer.

The content of the portion containers may consist of one or more identical or different products or additives such as fragrances, Cleaning substances, dyes, enzymes, hygroscopic substances and the like exist.

For example, it would be conceivable to arrange substances with different scents in the portion containers in order to allow different perfuming of the contents of the container. Thus, for example, when using a fragrance-neutral detergent granules, a different fragrance from a portion container can be added with each washing process. On the one hand, this prevents the olfactometric adaptation to a particular fragrance, on the other hand a fragrance (sporty, masculine, feminine, floral, fresh, citrus, aldehydic, oriental, chyprian, balsamic, woody, leathery or the like) can be selected according to the user's personal preferences become. This then no longer requires the use of several specially perfumed detergent substances, which is also desirable in terms of environmental protection and resource conservation.

Furthermore, the solid, in particular pulverulent or granular base product can be embodied as a so-called "color" detergent to which bleach from the corresponding portion container and / or brightener can be metered when cleaning white laundry as an additive substance that nowadays much more coloreds than laundry with predominantly white textiles is obtained, so that the consumer can be provided with a typical application behavior adapted detergent supply system that has a comparatively large dosage amount of color detergent (ie basic detergent without bleaching) and a coordinated Provides amount of bleach doses.

Depending on the intended use, it may be advantageous to apply fragrance to the bleach-containing or bleach-free preparation. In addition, both preparations may be mixed with fragrances, wherein it may be advantageous to choose here different concentrations of the same or different fragrances.

The Dosiermengenverhältnisse between the solid, especially powdered or granular base product and the additive or the additive contained portion containers are for the addition of perfume in about 1: 1, for the addition of bleach between 2: 1 and 10: 1. Further Dosiermengenverhältnisse, for example, for water softeners, detergency booster with particular fat dissolving and / or fabric softening compositions, rinse aid formulations especially for use in machine dishwashers, salt also in particular for use in automatic dishwashers are to be selected accordingly.

packaging

For the purposes of this application, packing means is understood to mean a device which is part of the storage system according to the invention and is suitable for wrapping or holding portion packs so that the portion packs can be removed by the consumer from a storage system.

In particular, the packaging means of the storage and removal system according to the invention are designed such that they can receive a plurality of additive packages contained portion packs according to the defined Dosiermengenverhältnissen.

In particular, packaging means of the type described may comprise chambers, bags, blister packs, shaped article flow packs containing additive substance, drawers, bottles, canisters, bag-in-bottle packages and the like. In a preferred embodiment of the invention, the packaging means contained in the individual portion containers are releasably fixed to the container containing the solid, in particular pulverulent or granular base product, by means of a suitable form-fitting, non-positive or integral connection. In particular, the fixation by one or more of the types of compounds from the group of snap-in compounds, Velcro, press joints, fusions, glued joints, welded joints, solder joints, screw, wedge, clamp or bounce joints can be done.

According to a further embodiment of the invention, the further packaging means is integrally connected to the container containing the solid, in particular pulverulent or granular base product. For example, the packaging can be designed as a cup-like chamber, which is suitable for receiving the individual portion containers.

The removal opening of the chamber can be closed by the closure of the container, which contains the solid, in particular powdered or granular base product. The closure can be a closure means from the group of the lid, tear-off, Abrolldeckel, Aufreißdeckel, essay lid, Eindrückdeckel, Einsteckdeckel, Falzdeckel, Foliendeckel, flap lid, cam cover, bayonet cover, groove cover, hinge lid, sliding lid, insertion cover, snap lid, clamping lid, screw cap , Slip-on lids, overlap lids, push-in latches, flaps, outer flaps, inner flaps, closure flaps, transverse flats, bungs, plugs, screw plugs, stubble, handle plugs, ground plugs, closure caps, tube caps, crown corks, screw caps, valve caps, caps, valves, bottle caps, tear-off caps, crimp caps or cones act.

The closure is preferably made childproof. It may be advantageous if the storage and dispensing system according to the invention comprises a plurality of packaging means, ie at least two packaging means. For example, two to ten packaging materials are conceivable. One embodiment provides that a packaging means are arranged on the front of the storage and dispensing system and another on a side wall or the lid. In a further embodiment, two packaging means are arranged at the front of the storage and dispensing system. A further embodiment provides that a packaging means is arranged on each side of the storage and dispensing system. In addition, a packaging can also be arranged on the lid. The person skilled in the art will readily appreciate further design options.

The size of the or the packaging means as well as the size ratio of the receiving volume for the solid, in particular powdered or granular base product to the packaging material or the packaging in total can vary within a wide range and be tailored to the compositions of the detergent or their respective additive products.

For individual needs of portioning of additive substances is advantageous to perform the packaging according to an advantageous embodiment of the invention as blister packs. Typically, a blister pack consists of a first surface element, in which a plurality of individual, usually cup-shaped, mutually separate cavities for receiving additive product doses are formed and a second surface element, which is connected flat with the first surface element and closes the cavities.

Usually, the first surface element, in which the cavities are introduced, consists of a plastic film piece in which the cavities are formed, for example by deep drawing. The second, the cavities occlusive surface element consists of a material that is sufficiently strong to prevent accidental opening, but can be opened by applying a corresponding pressure, for example by thumb pressure or tearing the film with a fingernail. By pressure on a chamber of the blister pack pressure is exerted on the product located in the chamber, which then finally pierces the lower film.

A blister pack can also be designed such that the second area element closing the cavities is made stronger in such a way that the cup-shaped cavities of the first area element are opened by the applied pressure and the second area element closing the cavities remains undamaged.

In a further embodiment of the invention, the packaging material is designed as a flow pack for receiving at least one molded article containing an additive product. Preferably, the flow pack is formed from a water-soluble film so that it can be supplied by the user directly after removal from the storage system without further action step of the intended application, for example in a washing machine.

serving container

A portion container in the sense of this application is a device for receiving a defined amount of additive substance, wherein the portion container is configured such that an inadvertent release of additive in the storage state is prevented.

For example, a portion container can be used as a tear-off pack, pillow pack, shrink wrap, blister package, blister pack, contour pack, blister pack, skin pack, stretch pack, strip pack, Vacuum pack, combination pack, multi-component pack, multi-pack, multi-part pack, portion pack, multipack or multipack.

In particular, a portion container may also comprise a blister pack, a shaped body containing an additive substance, a flow pack, a bag, a can, an ampoule, a bottle or the like.

As a portion container should also be understood a dosing dispenser, which upon actuation by the user a defined portion of the in the

Packed additive product transported out of the packaging out.

The closure of the portion container is preferably made child-proof.

According to a particular embodiment of the invention, it is possible for the portioned container containing the additive substance to be composed at least in part of a material which allows a diffusive release of additive substance enclosed in the portioning container to the environment. In addition, in this case, the additive substance may be covered by an additional protective film which initially prevents an additive substance delivery to the environment. The protective film can be removed, for example, by tearing off or rubbing off of a portion container, so that then additive product can be released to the environment.

additive

For the purposes of this application, the term "additive product" is understood to mean a substance or a substance mixture which is suitable for achieving or increasing the property of the base product by mixing with the solid, in particular pulverulent or granular base product present in the container in particular, to enhance, produce, highlight, attenuate, accelerate or slow down a temporal process, initiate, inhibit or catalyze a reaction or, as in the case of fabric softening additives and / or fragrance-releasing additives, add a property that is either present simultaneous application of the base product, ie, for example, in the main wash, or in subsequent application, for example in the rinse, is achieved.

The additive product may be powdered, granular or a shaped article, for example a pellet or a tablet. In some embodiments, the additive product may also be liquid, gelatinous or pasty, with additive products which are solid, ie powdery or granular or formed as shaped bodies, being preferred. Further preferred additive products may be formed as shaped bodies, which represent multiple portions, which can be converted into individual portions, for example, by tearing off or breaking off. The breaking off of the individual portions can be facilitated by predetermined breaking points. Such molded articles designed as multiple portions can be present, for example, as chocolates known as chalkboard or as a bar.

The additive may, for example, one or more substances from the group of fragrances, bleaching agents, cleaning substances, solvents, surfactants, dyes, enzymes, dye transfer inhibitors, hygroscopic substances, flame retardants, hardeners, flow control agents, wetting agents, dispersants, foaming agents, defoamers, deaerators, corrosion inhibitors, biocides , Fungicides, water softeners, preservatives, silver protectants, emulsifiers, stabilizers, vitamins, minerals, gas generants, heat generators and the like. In a preferred embodiment of the invention, a plurality of additives, ie at least two different additives, are provided by the storage and dispensing system according to the invention. In the case of detergents, the first additive may be a bleaching agent and the second additive may be a fragrance-releasing composition. In a further embodiment, the first additive may be a bleach, optionally including an optical brightener, and the second additive may be a fabric softening composition, the latter being usable either in the main wash or in the rinse cycle. The inventive form of supply even allows, if desired, to add bleach in the rinse. Another additive which can preferably be used has washing-power-boosting properties and, above all, fatliquoring properties. Such a detergency booster can be provided either as a first additive or as a second additive, in particular in combination with a bleach as the first additive, and optionally as a further, ie third or fourth additive.

In the case of automatic dishwashing agents, further advantageous embodiments can be provided. As a base product, a dishwashing detergent composition is used. A first additive product is preferably a rinse aid composition. For example, a second additive product may be a salt commonly used in automatic dishwashers.

In a further preferred embodiment, an additive product, which serves either as a first or as an additional additive product, constitutes a cleaning enhancer which leads to an increased cleaning performance in the case of certain soiling, for example in the case of starch-containing stains or grease stains or soiling caused by tea. In a further preferred embodiment, a machine dishwashing additive product contains an active ingredient which has a glass protection function.

In a further preferred embodiment, an additive product contains a silver protection agent.

In a further preferred embodiment of the invention, at least one additive is present, which is provided in a blister pack. Very particular preference is the provision of bleaching agents, with particular advantage of bleaching agents in tablet form.

In all of these embodiments, it is particularly advantageous that corresponding compositions for the prior art additive products are already known or can be made according to the knowledge of the skilled artisan of the prior art. The same applies to the basic compositions of the detergent or machine dishwashing detergent.

container

For the purposes of this application, a container is understood to mean a device for receiving a solid, in particular pulverulent or granular product, the air exchange between the interior of the container and its surroundings being substantially prevented by a closure.

The closure can be a closure means from the group of the lid, tear-off, Abrolldeckel, Aufreißdeckel, essay lid, Eindrückdeckel, Einsteckdeckel, Falzdeckel, Foliendeckel, flap lid, cam cover, bayonet cover, groove cover, hinge lid, sliding lid, insertion cover, snap lid, clamping lid, screw cap , Slip-on lid, over-lids, push-in latches, flaps, outer flaps, Inner flaps, closing flaps, transverse washers, bungs, plugs, screw plugs, stubble, handle plugs, ground plugs, cap closures, tube caps, crown corks, screw caps, valve caps, caps, capsules, capsules, crimp caps and pegs act.

Due to the good dimensional stability even after a variety of use cycles, it is advantageous to produce the container, especially if it is designed as a refill system, from a dimensionally stable plastic.

The receiving and dispensing system according to the invention can be produced particularly inexpensively by being made in one piece. This can be achieved, for example, by producing the container and the closure from one or more plastic materials by injection molding in a mold, wherein the container and the closure are connected to one another in an articulated manner, for example via a flexibly formed material web. It is also possible in this case to design the injection mold in such a way that the integrally molded container with the deflectable closure has a packaging means for holding portion containers.

If the container is designed primarily as a disposable packaging, however, it may be preferred to carry out the container as a box made of cardboard or cardboard or as a wrapped and stabilized bag.

For the purposes of this application, cartons are understood to be, in particular, folding cartons which form a container suitable for receiving a product from a blank by folding, such as erecting boxes, passing boxes, folding bottom boxes, folding cases, folding boxes with liners, belt folding boxes, sliding folding boxes, bottom boxes, cover folding cartons and the like Top hat boxes, window boxes, cap boxes such as cover cap boxes or Rändelkappenschachteln, and Laschendeckelschachteln, hull boxes, sliding boxes, chip boxes, Stülpdeckelschachteln, carrying boxes or shipping boxes understood.

A paperboard should also have good printability and foldability and should have suitable stability. Furthermore, the board should be suitable for processing in automated manufacturing processes such as erecting and filling plants. A carton can be selected from the group of chromo cartons, chromo replacement cartons, one-sided smooth cartons, cartons, coated cartons, multiplex cartons, corrugated board, duplex cartons, triplex cartons.

A cardboard should have suitable foldability and appropriate stability. Furthermore, the board should be suitable for processing in automated manufacturing processes such as erecting and filling plants. A paperboard may be corrugated or solid paperboard, the paperboard being a brown board, leather board, brownstone, one-sided plain board, felt board, gray board, hardboard, white board, machine brownstone, machine board, mixed board, multiplex board, duplex board, triplex board, corrugated board, card board, Starkboard, Strohhmischpappe, Wickelpappe, hand cardboard and / or drawing cardboard can be.

REFERENCE CHARACTERS

1st container

2. solid, in particular powdery or granular product

3rd floor

4th hull

4.a front wall

4.b side wall

4.c back wall

4.d side wall

5. volume

6. opening

7. Closure means

8. Packaging

8.a front wall

8.b sidewall

8.c rear wall

8.d side wall

8.e floor

8.f opening

9. window

10. Instructions for use

11. Portion container

12. additive product

13th recess

17. Closure means

18. Packaging

18.a front wall

18.b sidewall

18.c back wall

18.d sidewall 18.e floor

18.f. opening

21. Portion container

22. additive product

28. Packaging

28.f opening (blister)

31. Portion container

32. additive product

33. handle

38. Packaging

38.a front wall

38.b sidewall

38.C back wall

38.d sidewall

38.e floor

38.f. opening

40. Positioning aid

41. Positioning aid

42. Handle element

48. Packaging

48.a hull (blister)

48.b head (blister)

48.c opening (blister)

50. Bag for solid, especially powdery or granular

product

53. recess

56. Delivery opening

57. closure means

58. Packaging

58.a front wall

58.b sidewall 58.C back wall

58.d sidewall

58.e floor

58.f headboard

67 closure means

67 a closure means

68 packaging

68.f headboard

74 opening

75 spout

76 actuator

77 Closures

78 packaging

pictures

Fig. 1: storage system with chamber for portion containers

Fig. 2: storage system with separately closable chamber for

Portionsbehältnisse Fig. 3: Storage system with separately closable, laterally arranged chamber for portion containers Fig. 4: Storage system with arranged in the lid packaging for

Portionsbehältnisse Fig. 5: Storage system with drawer element for

portion containers

Fig. 6: storage system with removable blister pack

Fig. 7: storage system with arranged in the container

Refill pack for solid, in particular powdery or granular product Fig. 8: Storage system provided with a dosing dispenser

packaging

Fig. 9: storage system in a cylindrical shape

Fig. 10: storage system with a container designed as a dispenser with packaging

Description of the pictures

FIG. 1 shows the storage system according to the invention in a perspective view. The system consists of a substantially dimensionally stable container 1. The container 1 forms through the hull 4 and the bottom 3 a receiving volume 5 for receiving a solid, in particular powdery or granular product 2 from. The hull 4 has a substantially rectangular base and is formed by the front wall 4a, the side walls 4b and 4d and the rear wall 4c. However, for aesthetic or functional reasons, the base of the container may also have any shape deviating from a rectangle.

On the side opposite the bottom 3, the container 1 has an opening 6 for filling the container or for removing granular product 2 from the container 1.

On the inside of the front wall 4a, which is directed into the container 1, a packaging means 8 for containing portion-containing containers 11 containing additive substance 12 is arranged. The packaging means 8 is formed as a chamber, which is formed by a front wall 8a, two side walls 8b and 8d and a bottom 8e. The front wall 8a of the chamber 8 may be a section of the front wall 4a and the bottom 8e of the chamber 8 may be a section of the bottom 3 of the container 1. The chamber 8 has an opening 8f for holding and removal of additive substance 12 contained portion containers 11th

It is advantageous to carry out the chamber 8 such that in the storage condition or during transport no solid, especially powdery or granular product 2 from the container 1 can enter the chamber 8 and so unwanted merging between solid, especially powdery or granular product 2 and the Additive 12 contained portion containers 11 are avoided. The front wall 8a of the chamber 8 has a window 9, which allows the view from outside into the chamber 8 and the additive substance 12 contained portion container 11. This makes it possible for the user to recognize the filling quantity of the portion containers 11 or the type of additive substance 12 containing portion containers 11 in the chamber 8, without having to open the container 1.

A lid 7 is hinged to the rear wall 4c of the container 1 and prevents in the closed position an exchange of air between the interior of the container 1 and the environment. The lid 7 is formed such that it also closes the opening 8f of the chamber 8 in the closed position.

On the inside of the lid 1, an instruction manual 10 is arranged, which gives the user information on the use of the storage and removal system.

FIG. 2 shows the storage system known from FIG. 1 with a separately closable chamber 8 for portion containers 11. On the rear wall 8c of the chamber 8, a lid 17 is pivotally mounted, which in its closed position closes the opening 8f of the chamber 8. In a non-illustrated embodiment of the invention, the lid 17 is pivotally fixed to the front wall 8a.

The lid 7 of the container 1 has a recess 13, which corresponds in shape, size and arrangement with the lid 17, so that in the closed positions of the lid 7 and 17, the opening 8f of the chamber 8 and the opening 6 of the container 1 so closed are that an air exchange between the interior of the chamber 8 and the container 1 and between the interior of the chamber 8 and the container 1 is prevented with the environment.

The lid 17 may be formed in particular as a child-resistant closure.

3 shows the storage system according to the invention with a separately closable, laterally arranged on the outwardly facing surface of the side wall 4d of the container 1 chamber 18 for receiving additive substance 12 containing portion containers 11th

The chamber 18 has a front wall 18a, two side walls 18b and 18d, a rear wall 18c, a bottom 18e and an opening 18f for filling or removing portion containers 11.

The opening 8f of the chamber 18 can be closed by the cover element 17 hinged to the rear wall 18c of the chamber 8.

The chamber 18 may be releasably secured to the side wall 4d, for example via a snap-in connection.

FIG. 4 shows a further embodiment of the storage system according to the invention with a packaging means 28 arranged in the lid 7 for portion containers 21.

The packaging 28 is designed here as a blister pack. The blister pack 28 may be disposed on the inwardly facing surface of the lid 7 as shown in FIG. However, it is conceivable to fix the blister pack on the outside of the lid 7.

The blister 28 is releasably fixed to the lid 7. This can, for example, by an adhesive layer on the surface of the lid 7 a solid Adhesive bond forms while it forms on the surface of the lid 7 opposite side of a pressure-sensitive adhesive layer, from which the blister 28 can be repeatedly solved and fixed again.

The blister pack 28 may also be fixed by further known in the art releasable positive, non-positive and / or cohesive connections on the lid 7, such as by snap-in connections.

A development of the storage system according to the invention with a designed as a drawer packaging means 38 for portion containers 31 is shown in Fig. 5.

The drawer 38 includes a bottom 38e, an opening 38f opposite the bottom 38e, a front wall 38a, the side walls 38b and 38d, and the rear wall 38c (not visible in Figure 5).

In that formed by the hull and bottom 38e of the drawer 38 volume additive container 32 containing portion containers 31 are arranged.

For better handling, the front side 38 a of the drawer 38 may have a handle 33.

The container 1 has a channel-shaped opening which is formed such that the drawer 38 can be pulled out of the opening and completely pushed in again for closing.

FIG. 6 shows the storage system in a further embodiment with a packaging means 48 which can be removed from the opening 6 of the container 1 and which is designed as a blister pack 48. The blister pack 48 has a base surface which corresponds to the base of the container 1 such that the solid, in particular powdered or granular product 2 in the inserted state of the blister pack 48 is substantially completely covered by the base of the blister pack. The blister pack thus acts as additional protection against air exchange between the solid, in particular powdery or granular product 2 and the surroundings of the container 1.

For this purpose, the blister pack 48 is in particular designed such that it can be positioned positively and / or non-positively in the opening 6 of the container 1. The peripheral edges of the blister pack 48 may be designed so flexible to enhance the sealing effect that they are pressed when inserting the blister pack 48 into the opening 6 by means of a 48 caused by the formation of the blister pack spring action against the inner fuselage surfaces of the container 1.

For easier removal of the blister pack 48 from the container 1, a grip element 42 is arranged on the blister pack. In the embodiment shown in FIG. 6, the grip element 42 is designed as a dimensionally stable cylinder which projects beyond the height of the individual packaging means 38. The grip element may alternatively be formed as a bracket, case handle, handle hole, support bar or carrying handle.

In order to achieve a more accurate guidance of the blister pack 28 in the opening 6 of the container 1, a first positioning aid 40 is disposed on the inwardly facing surface of a wall 4d of the container 1, which engages with a second positioning aid 41 disposed on the blister pack 28 can be brought.

FIG. 7 shows the removal system according to the invention, in which the solid, in particular pulverulent or granular product 2 is completely removed has been. A refill pack 50, which may for example be designed as a bag filled with solid, in particular powdery or granular product 2, is designed such that it can be positioned in the volume 5 of the container 1. Thus, the pick and place system can be used multiple times by the user.

8 shows a further embodiment of the storage system according to the invention with a packaging means 58, the content of which is delivered to the environment in portioned quantities by means of a closure means 57 designed as a metering dispenser 57.

The packaging means 58 is designed as a chamber which is formed by the front wall 58a, the side walls 58b and 58d, the top wall 58f and the bottom 58e.

The opening 58 of the chamber 58 arranged on the top wall 58f is closed by a closure means in the form of a metering dispenser 57. The metering dispenser 57 is such that upon actuation by the user, it conveys a defined portion of the additive product within the chamber 58 out of the chamber 58.

The metering dispenser 57 can be, for example, an aerosol valve, a spray head, a foam pump or the like. The dosing dispenser 57 can also be designed such that it emits a single or multiple portion of a tablet-shaped or solid, in particular powdery or granular additive product from the chamber 58 to the environment when actuated.

The walls 58a-d, which form the body of the chamber 58, may in particular be designed elastically deformable. As a result, by deformation of the walls 58a-d, a pressure on the additive product located in the chamber 58 be exercised, whereby the delivery of a defined portion amount via the metering dispenser 57, for example in the form of a metering valve, is effected.

It is particularly advantageous to fix the chamber 58 releasably on the container 1.

As shown in Fig. 8, the dosing dispenser may protrude beyond the upper peripheral edge of the container 1. In this case, it is advantageous to provide a recess 53 in the cover 7, which corresponds with the size and position of the dosing dispenser 57 such that in the closed position of the lid 7, the recess 53 surrounds the dosing dispenser 57 such that an exchange of air between the interior of the Container 1 and the environment is prevented.

In Fig. 9, the storage system according to the invention is shown in a cylindrical shape. The container 1 and the lid-like closure means 67a have a circular or oval base surface that differs substantially from a rectangular basic shape.

The closure means 67a is formed as a slip-on or top cover. However, it is also possible to form the lid 67a as a hinged lid.

The packaging means 68 is arranged as a cylindrical body on the inwardly facing surface of the hull of the container 1 detachably. The cylindrical body 68 has on its top wall 68f a closure means that causes the dispensing of a defined portion of additive substance.

A further embodiment of the invention is shown in FIG. 10. The storage system comprises a container 1 for receiving a solid, in particular pulverulent or granular base product, on the outwardly directed fuselage surface of which a packaging means 78 in the form of a container with metering cock 77 is arranged. The container 1 can be closed by a cover 7. The container 78 know at the lower end of the hull on a closure means 77, which is designed as a metering cock. However, all other closure means 77 which are suitable for dispensing a defined portion of active substance from the container 78 are also conceivable as the closure means 77.

The metering cock 77 comprises an actuating element 76 which causes a dispensing of additive substance from the container 78 during actuation. The metering cock 77 may have a spout 75 which is formed as a channel with a downwardly directed opening.

To refill the container 78 after emptying, a closable opening 74 is disposed on top of the container 78.

Claims

claims 1. Storage and dispensing system for at least one solid, in particular pulverulent or granular base product (2), in particular for washing or cleaning agents, comprising a dimensionally stable container (1) for receiving the solid, in particular powdery or granular base product (2) D a bottom (3) D a hull (4) o wherein the bottom (3) and the hull (4) has a cup-like volume (5) with an opening (6) opposite the bottom (3) for receiving the solid, in particular powdery or granular base product (2) D a cover-like closure means (7, 17) which closes the opening (6) such that an air exchange between the interior of the container (1) and the environment is substantially prevented, characterized in that the container (1) at least one further packaging means (8, 18, 28, 38, 48) for receiving at least one an additive product (12, 22, 32) containing portion container (11, 21, 31). 2. storage and dispensing system according to claim 1, characterized in that the packaging means (8, 18, 28, 38) is arranged detachably on or in the container (1). 3. storage and dispensing system according to claim 2, characterized in that the packaging means (8, 18, 28, 38, 48) is formed flexible or dimensionally stable. 4. storage and dispensing system according to claim 3, characterized in that the packaging means (8, 18, 28, 38, 48) is formed as a cup-like chamber. 5. storage and dispensing system according to claim 3, characterized in that the packaging means (28) is formed as a blister pack, which comprises at least one closed by a pierceable film cup-like chamber for receiving an additive product as a portion container. 6. Storage and dispensing system according to claim 5, characterized in that the blister pack (48) is positively and / or non-positively positionable in the opening (6) of the container (1). 7. storage and dispensing system according to claim 6, characterized in that peripheral edges of the blister pack (48) are configured such that they are in inserting the blister pack (48) in the opening (6) by means of a by the formation of the blister pack (48). caused spring action against the inner fuselage surfaces of the container (1) are pressed. 8. storage and dispensing system according to claim 7, characterized in that on the blister pack (48), a grip element (42) is arranged. 9. storage and dispensing system according to claim 3, characterized in that the packaging means (28) is designed as a flow pack for receiving at least one additive product containing a shaped body. 10. storage and dispensing system according to claim 3, characterized in that the packaging means (8, 18, 28, 38) on the inwardly facing surfaces of the container (1) is arranged. 11. storage and dispensing system according to claim 3, characterized in that the packaging means (8, 18, 28, 38, 48) is arranged on the outwardly directed surfaces of the container (1). 12. storage and dispensing system according to claim 3, characterized in that the opening (8f, 18f, 38, f) of the packaging means (8, 18, 28, 38) of the cover-like closure means (7) is closable. 13. storage and dispensing system according to claim 3, characterized in that the opening (8f, 18f, 28f, 38, f) of the packaging means (8, 18) of a packaging means (8,18) associated closure means (7,17) is closable. 14. storage and dispensing system according to claim 12 or 13, characterized in that the closure means (7,17) is designed as a top cover, hinged lid or slip lid. 15. storage and dispensing system according to claim 3, characterized in that the packaging means (38) is designed as a drawer. 16. storage and dispensing system according to claim 1, characterized in that the portion container (11, 21, 31) is a blister pack. 17. storage and dispensing system according to claim 1, characterized in that the portion container (11, 21, 31) is an additive substance containing molding. 18. storage and dispensing system according to claim 1, characterized in that the portion container (11, 21, 31) is a flow pack. 19, storage and dispensing system according to claim 1, characterized in that the portion container (11, 21, 31) is a bag. 20. storage and dispensing system according to claim 1, characterized in that the additive product (12, 22, 32) is formed as a shaped body. 21. storage and dispensing system according to claim 1, characterized in that the additive product (12, 22, 32) at least one substance from the group of perfumes, bleaching agents, cleaning substances, solvents, surfactants, dyes, enzymes, color transfer inhibitors, hygroscopic substances, flame retardants , Curing agents, leveling agents, wetting agents, dispersants, foaming agents, defoamers, deaerators, corrosion inhibitors, biocides, fungicides, water softeners, preservatives, silver protectants, emulsifiers, stabilizers, vitamins or minerals.