EP1555952A1

EP1555952A1 - Device for storing and dispensing viscous substances

Info

Publication number: EP1555952A1
Application number: EP03753565A
Authority: EP
Inventors: Matthias Suchan; Alexander Bublewitz
Original assignee: Kettenbach GmbH and Co KG
Current assignee: Kettenbach GmbH and Co KG
Priority date: 2002-11-02
Filing date: 2003-10-23
Publication date: 2005-07-27
Anticipated expiration: 2023-10-23
Also published as: US7625114B2; US20050150904A1; JP4027390B2; WO2004041107A2; US7887231B2; JP2006504594A; EP1555952B1; US20100039882A1

Description

Device for storing and dispensing viscous substances

The invention relates to a device for storing and dispensing viscous substances. In this context all viscous, i.e. understood liquid to pasty substances which, for example, can also be gel-like. When used, the substances can be mixed from at least two components. The components themselves can also be viscous, but they do not have to be all, but only at least one.

The viscous substances are, for example, adhesives or sealing materials as used in dental technology. In such applications, the individual components are currently stored separately, for example in bottles. Only very small amounts are usually used in the dental field, for example between 0.01 and 10 ml. The storage of the components to be mixed in the application in individual bottles and the subsequent mixing in a crucible or the like has the disadvantage that the components are exposed to the environment before they are mixed and, for example, solvents can escape or, in particular in the case of light-curing substances, hardening begins before and / or during mixing. In addition, the metering of such small amounts of substance is difficult, so that the desired mixing ratio is not exactly achieved. After they have been mixed, the substances are applied to the application site, for example using a brush or the like there is also the risk of contamination of the individual components stored in the bottles.

From DE 37 17 512 A1 (Ivers-Lee) a liquid container in the form of an elongated, flat bag is known, which is divided into two sections. In the first section there are two superimposed and separate chambers, in the second section a single third chamber which is separate from the first two chambers. The first two chambers are formed by two outer films and a middle film, the peripheral edges of which are sealed. The first two chambers are filled with different liquids. The third chamber, which immediately adjoins the first two chambers and is formed by the two outer foils of the first two chambers, contains no liquid. The first two chambers merge into a tip pointing in the direction of the third chamber, the sealed edges of which have a lower bond strength than that of the sealed peripheral edges. The container enables the mixing of at least two liquids, possibly also with a non-liquid substance. At the end of the third chamber facing away from the first two chambers, a predetermined tear-open point in the form of tear-in notches is provided in the edges of the two outer films. By tearing off the end part of the third chamber at this point, the liquid content can escape from the third chamber. This known liquid container is to be used, for example, in the pharmaceutical sector or for adhesives. No contamination of the liquids or the non-liquid substances can take place in the container because the peripheral edges of the container are hermetically sealed. Due to these tightly sealed peripheral edges, no leakage of the liquids can take place.

Disadvantages of the known liquid container are, on the one hand, the difficulty in introducing the components to be mixed with one another during manufacture, and, on the other hand, the inconvenience of uncomfortable handling. empty the third chamber, since tearing off its end part can be difficult or require a tool, such as a knife or scissors, with the risk of splashing the mixed liquid. In addition, two hands are required for emptying, since the container must be compressed to discharge the liquid so that the liquid is not only moved inside the container. In addition, dosing the amount of liquid dispensed from the container is almost impossible.

EP 0 895 943 A2 (Espe Dental) discloses a device for storing and applying substances, preferably liquids in small quantities, which comprises a container formed by two heat-sealed foils, the foils together forming a chamber for receiving the fluid as well as a bag for holding a brush. Between the chamber and the pocket a predetermined breaking point is formed in the connection of the two foils, which is released by pressure on the chamber, so that the liquid can be pressed out of the chamber into the pocket and the tip of the brush located there can be wetted. One of the two films can be a thermoformed film and the other film can be a cover film. Instead of one chamber, two chambers, a first and a second chamber, can also be provided for the separate reception of different substances which are to be connected to one another via a selectively opening passage area.

In use, a connection to the second chamber is first established by pressure on the first chamber in order to mix the two components with one another. However, the mixture leaves something to be desired. Then the part of the device containing the emptied chamber is bent onto the second chamber in such a way that the chambers on the cover film are stacked on top of one another lie and after pressure on the second chamber, the brush is wetted with the liquid mixture.

This device also has the disadvantage that the second chamber must be large enough to hold the volume of both components. The component contained in the second chamber suffers from this because it is exposed to the air during storage, or the free space above the second component must be filled with an inert gas or evacuated, which increases the manufacturing outlay. To ensure that the buckling process takes place in the correct place, the two foils are drawn in laterally in the area between the two chambers. Due to the arrangement of the two chambers in series, these must be expressed one after the other. For all alternatives, nothing is mentioned about the way the components are filled. Because of the use of a brush as an application instrument, handling when applying the flowable substance to the application site is also only possible with two hands. In addition, manufacturing and storage of the device is complex because of the brush required for applying the liquid mixture.

DE 100 34 647 C1 (3M Espe) discloses an analysis method and a device for carrying out this method. For this purpose, the device has a pocket, an applicator and at least one chamber with an indicator substance and possibly a further chamber with a buffer substance, the first chamber with the pocket and the possibly present second chamber each with the first chamber and / or the Pocket can be connected via a selectively opening passage area. There may also be a number of chambers which are connected via passageways which can be selectively opened such that all substances contained therein can be transferred into the pocket in a directed manner serially and / or in parallel - with the necessary actuation with two hands. Here, too, the need for a special applicator impairs the manufacturing process, storage with regard to the required space and handling, which in turn can only be carried out with two hands, as mentioned.

DE 100 56 212 A1 (3M Espe) discloses a device for storing and dispensing a flowable composition, with a first and a second film, a dispensing area, a first chamber containing a first substance and a second chamber containing a second substance , wherein the chambers can be connected to one another via a selectively opening passage area, at least one of the foils in the region of the chambers is deep-drawn, and at least one of the foils in the region of the second chamber is preformed or mouldable in such a way that after activation of the device while opening the Passage area, the first substance can be transferred completely while increasing the volume of the second chamber. This should make it possible to store and dispense even large quantities of substance without impairing the mixing result.

The design of the second chamber in such a way that its volume can be increased increases the manufacturing outlay and requires the use of a film which can be deformed or stretched under pressure on the second chamber.

No. 5,240,415 A (Haynie) discloses a dental bleaching system which is used only for storage and in which heated silica is to be used as the basis for the production of a paste with a hydrogen peroxide solution. The paste serves as a non-reactive carrier to control the release of the hydrogen peroxide solution onto a tooth surface. The silica is initially contained in a predetermined amount in a mixing chamber, while the hydrogen peroxide solution is contained in a predetermined volume is received in an ampoule. Both the silica and the ampoule are accommodated in upwardly open recesses in a correspondingly deep-drawn support, which are covered with a protective film for storage.

US Pat. No. 4,534,509 (Holzner) discloses a plastic packaging for the storage and dispensing of active material, which has several compartments which are intended to hold liquid, solid or gel-like material. The compartments are formed by the connection of two flexible polymer films, so that there is at least one sealed storage compartment which is impermeable to the active material, and a sealed receiving compartment. At least one of the edges of the storage compartment is formed by a system which consists of an inner foam layer and adheres to leak-tight, flexible polymer films on its two outer surfaces. External pressure on one of the compartments causes the foam layer to tear open without damaging the polymer films, so that the storage compartment can be emptied into the receiving compartment without exposing the active substance to the environment. This plastic packaging is particularly useful for ready mixes of different components immediately before they are used. It is not said how the storage compartment is filled and how the active mixture is released from the packaging.

DE 31 22 237 A1 (Klocke) discloses packaging for liquid contents, consisting of a deep-drawn part and a cover film sealing the deep-drawn part from above, in which there is a liquid filling material and an insert for dispensing liquid in the space between the deep-drawn part and the cover film located. The packaging has a predetermined breaking point, which is placed in such a way that when one part of the packaging is broken off, the insertion part is exposed from the rest, so that liquid is dispensed from the liquid space through the insertion part through a passage channel can. This packaging is particularly intended for use as disposable packaging or for samples. Appropriate design of the insert (brush, sponge, dropper, stopper, etc.) allows the type and speed of liquid delivery to be determined. This packaging is also complex to manufacture and requires two-hand operation.

From EP 0 770 021 B1 (Fig. 16/17) (Centrix) a single-dose disposable dispenser for several materials is known, which has a flat container element and a complementary cover element, an applicator trough which is formed in the flat container element and an open end and has an applicator which is arranged in the applicator well and a part of which extends beyond the open end of the applicator well. A holding device is provided which belongs to the applicator trough to hold the applicator in the applicator trough, a joint which connects the cover element to the flat container element, at least two material troughs which are formed in the flat container element, a trough sealing ring which in is formed in the flat container member and surrounds each of the material wells, a complementary well sealing ring formed in the cover member for each of the material wells, the complementary well sealing rings engaging the corresponding well sealing rings to seal the material that is in the material wells is filled.

This dispensing device intended for pharmaceuticals is also complex to manufacture and cumbersome to handle, especially if two components are to be mixed, these are to be brought to a mixing area of the flat container with the applicator and are to be mixed there.

From DE 33 10 215 A1 (Flier), a thin small plastic packaging is also known for liquid substances with an introduced metering opening, which are characterized in that the filling substance is packaged in an edge-sealed or edge-bonded plastic bag, the lower wall of which is made of thick material, but the upper wall of which is made of a thinner material. The thinner side of the bag is welded or glued to its welding or adhesive edge with a thicker foil tape; At the same time, a cutting-profiled rod is inserted between the thinner side of the bag and the film strip lying above it, the other end of which is firmly connected to the further film band, in order to pull the pulling piece of the film, which lies between the bag and the cut-outs, which is the tear - Specify or separation point, is pulled out of the separating part and, under the pressure of the film, cuts open the thin-walled side of the bag over it and creates an opening at the tear or separation point in the weld or adhesive seam between the film and bag, from which the contents of the filling are poured out by pressure on the bag, an opening that closes again due to the material elasticity of the film and bag when the pressure is released.

WO 01/46037 A1 (Espe Dental) shows and describes a device for storing and dispensing a flowable substance from an upper and a lower film, which has at least one chamber, a dispensing area and a selectively opening passage area connecting the chamber and the dispensing area form, with the films being peelable in the passage area and firmly sealed to one another in the other areas, and wherein at least in a partial area of the spreading area, surface formation is achieved by forming waves in the top and / or bottom film with the troughs running along the flow direction. In this way, larger amounts of substance should be able to be applied in a targeted manner, simply and without spilling, without further aids. In one embodiment of the device, two chambers are arranged in parallel and separated from one another by an intermediate wall, which are parallel in the region of a chamber shoulder to each other lead to a passage area. Each of the chambers is designed to hold a flowable substance and both chambers are separated from the dispensing area by a peelable sealed passage area. The peelable sealed passage also separates the chambers from each other. While the two chambers have no connection to one another in the closed state of the device due to the sealed passage area, it is possible to mix the two substances in the chambers in the jointly provided dispensing area after opening the passage area. The passage area is weakened to facilitate opening by rotating the chambers in the area of the chamber shoulder against a wing in the longitudinal direction of the spreading area. After turning back into the starting position, the passage area is weakened in such a way that opening the passage area and thus a connection between the respective chamber or both chambers and the dispensing area can be achieved even by applying slight pressure to one or both of the chambers. Furthermore, it is possible to apply only a part of the amount of substance in the chamber by reducing the pressure on one of the chambers. This should, for example, also be able to influence the mixing ratio of the two substances to be applied, which, however, requires difficult handling. In particular, this device also requires two-hand operation.

Furthermore, from DE 37 26 876 A1 a container for the separate storage of at least two products is known, which has two separate compartments and a film that seals them. In one of the compartments, which is additionally closed by a further inner film spaced apart from the first film, an annular insert is provided which is provided with a row of teeth on its side facing the films. To open the compartment, pressure is exerted on the insert via the container wall, so that the teeth of the ring cut through the inner film of the ring and the product in the second compartment can be deployed. Several through openings are provided in the insert, so that a liquid received in the compartment can also flow through the annular insert into the second compartment, where it is mixed with a base product. After pulling off the first film, which covers the entire container, the finished mixed product can be removed from the second container, for example using an applicator. With this container, too, it is not possible to precisely meter the amount of liquid transferred from the first compartment to the second compartment.

The present invention has for its object to provide a device for storing and dispensing viscous substances as functional packaging, which is easy to manufacture, space-saving and easy to use, in which even small amounts of substances are safely stored, if necessary in the correct mixing ratio mixed and simple - e.g. in the dental field - can be applied.

This object can, according to the invention, according to a first embodiment, for. B. be solved by a device for storing and dispensing viscous substances, which are to be mixed from at least two components in use, with a z. B. film-like carrier in which at least three or four z. B. are arranged in a row next to each other, initially open to the top, so that each of the components in each of two middle, ie adjacent and substantially equidistant from a bending line arranged wells from above and then the two middle Wells with a cover film can be closed to the outside to form a chamber in such a way that between each middle chamber and at least one adjacent outer well remains a connecting channel that opens under pressure to the respective middle chamber via a predetermined breaking point to at least one outer well and so dfe in components located in the two middle chambers ten are miscible in a third chamber and / or already in the interconnected connecting channels, which third chamber is formed by the unfolding of the two carrier sections connected to one another via the bending line by the at least one or the two outer recesses which in turn overlap, whereby after the unfolding of the two carrier sections also the third chamber to the outside - for. B. can be closed by heat sealing or gluing, preferably in such a way that between the third chamber and the edge of the carrier there remains a discharge channel which opens when a pressure is exerted on the third chamber containing the at least two components via a predetermined breaking point and thus exits the two components mixed and emerging from the discharge channel viscous substance can be applied to the application site.

The compact, since relatively short device according to the invention has the particular advantage that the components from the two middle chambers, once they are folded onto one another, both expelled into the third chamber simultaneously and together by applying pressure - for example between the thumb and index finger of a single hand and, with simple operation, the two components can be mixed extremely well, especially if mixing is already taking place in the connecting channels.

The device according to the invention can be used for viscous substances, the individual components of which are also viscous but do not have to be all. For example, viscous components can be accommodated in the two middle chambers and a powdery component can be accommodated in the third chamber, so that when they are mixed, a viscous substance is formed which can be expelled from the dispensing channel. The film-like carrier can consist of a self-supporting thermoplastic deep-drawn part, while the cover film can be a relatively thin flat material which can be easily and hermetically sealed or glued to the carrier. The predetermined breaking points can be created, for example, in that the covering film can be more easily detached from the carrier in its area than the connection between the covering film and carrier in the edge region.

The device according to the invention is simple to produce by introducing the corresponding components into the upwardly open central depressions of the carrier before the cover film is applied to the carrier. The device according to the invention permits precise dosing of the components when the viscous substance is mixed, the third chamber in which the components are to be mixed having or occupying such a volume that all of the components to be mixed can be accommodated in it. The two middle chambers, on the other hand, only need to have such a capacity to hold a single component each.

Another advantage of the device according to the invention is that it can be used directly as an applicator.

Obviously, several - e.g. B. powder and / or liquid - components, as long as they do not react with each other, are kept in one of the chambers until use. A plurality of middle chambers arranged next to one another can also be linked to one another and / or to one or more third chambers in a similar manner.

It is easy to understand that the previously discussed embodiment can be modified simply in that the carrier does not consist of two carrier sections connected via a bending line, but the carrier sections in any case, are initially separated and after the introduction of the components into each chamber of a carrier section and seal with one or a common cover film, the two carrier sections can be placed on top of one another in reverse, so that on the one hand the two first chambers filled with components and, if each carrier section, a further one Has depression, the two other empty wells, which then form the mixing chamber, are brought to cover. If only one of the carrier sections has a further depression, this forms the mixing chamber when the carrier sections are placed one on top of the other.

In the last-described embodiment, the cover films, with which the two wells filled with components are closed to form a chamber, can be formed as a single film, with which the two initially separate carrier sections are connected to one another and which then forms a type of film hinge which the two carrier sections can be folded onto each other.

In all of the above-mentioned embodiments, the two cover foils lie directly on one another in the folded, superimposed or folded position, or, in the case of a one-piece design, foil sections which close the two first chambers.

In all of the above-mentioned embodiments, it is also advantageous if the two first chambers are essentially congruent with one another after the two carrier sections have been folded up, placed on top of one another or folded up, as are the possibly two depressions, which together form a mixing chamber, in order to be highly functional to back up. At least one depression should completely cover the opposite one. It is also advantageous if the predetermined breaking points only allow the respective components in one direction of the discharge channel after they have been opened. This reliably prevents the individual components from flowing back.

While the depressions molded into the carrier are usually carlot-shaped, emptying the components in the direction of the mixing chamber when pressure is applied, and in particular completely emptying the storage chambers, and preventing the components or their mixture from flowing back if at least one is prevented of the, preferably two of the mutually assigned recesses, in which one of the components is inserted and stored or the components are mixed, an insert or inserts made of essentially rigid material with a flat or inclined surface is or are arranged.

In the starting position, the space between two mutually associated inserts can advantageously be tapered, the greater distance between the surfaces of the inserts lying on the side of the connecting channel to the mixing chamber or the discharge channel to the edge of the carrier. After the associated first chambers (storage chambers) or the third chamber (mixing chamber) have been completely pressed together, the surfaces of the inserts are essentially parallel to one another, so that a complete squeezing out of the substances present in the respective chamber is ensured.

If the inserts, which are arranged in particular in the mixing chamber, can be gradually fed to one another, very precise metering is possible when the mixture is being applied to the application site. Since all of the chambers equipped with such inserts permit precise metering, this inventive idea is also suitable for dispensing single-component systems.

The mixing of the individual components can be improved in a common connecting channel and / or the common discharge channel in that a mixing device is provided in the respective channels for mixing the components flowing through it during and because of their conveyance. Such a mixing device can be, for example, a static mixer, an inserted mixer helix, a Kennex mixer or a labyrinth mixer.

So that the viscous substance can be applied to the application site in a simple manner after the individual components have been mixed, it is further proposed that the discharge channel tapers towards the outlet end like a cannula or funnel and / or that the chamber receiving the mixture of the components is vial-like Applicator is designed to achieve high dosing accuracy and job security.

It is a further advantage if the walls of the vial-like applicator are designed to be elastically flexible at least in some areas. In this way, a kind of pumping effect can be achieved in order to ensure high metering accuracy.

According to a further embodiment, the object on which the invention is based can also be achieved, for example, by a device for storing and dispensing viscous substances which, for example, B. has film-like carrier, in which at least one recess open on one side is formed, so that at least one substance can be introduced into the at least one recess and then with a cover film in this way at least to the outside It can be closed in a chamber that a dispensing channel opening under pressure on at least one of the chambers via a predetermined breaking point remains and so the viscous substance emerging from the dispensing channel can be applied to an application point, with an insert made of essentially rigid, non-compliant material and / or a layer of essentially rigid, unyielding material is arranged opposite the at least one depression. The insert can have a flat, stepped, curved or inclined surface for dispensing the viscous substance. The emptying of a substance from the normally dome-shaped depression can be facilitated by the provision of the insert or the rigid layer, at the same time preventing the substance from flowing back. When the depression between two fingers is pressed together, the indentation bulges locally, the surface of the insert of the cover film being approximated. The use of an insert in the depression consequently ensures that the chamber can be completely emptied by pressurizing the insert arranged in the depression. The rigid layer provided as an alternative or in addition to the insert serves as a counter-bearing for the pressure applied to the depression and thus also facilitates the emptying of the chamber.

The insert is preferably fastened in the chamber, for example glued to it, in such a way that the surface of the insert, ie the side facing the cover film, forms an acute angle with the latter. For this purpose, the insert can have an oblique surface or can be arranged obliquely within the depression. The greater distance between the surface of the insert and the cover film lies on the side of the dispensing channel, so that in order to empty the chamber, the surface of the insert must be brought into a substantially parallel orientation to the cover film. At the same time, it is ensured that the insert does not hinder the dispensing of the substance, for example by blocking the dispensing channel. A very precise metering when dispensing the substance onto the application site is made possible by the fact that the surface of the insert has one or more steps which run transversely to the direction of the dispensing channel. As a result, the surface of the insert can be gradually moved in the direction of the cover film. The amount of substance discharged from the chamber in each individual application step can be adjusted in this way by suitable selection of the step size. A constant dosing amount of the substance can be achieved with each step in that the length of the steps decreases depending on their distance from the cover film.

In the same way, the insert can be gradually approached in a defined manner when the insert has a locking rod. Such a locking rod can, for example, be a rod with locking elements around which the insert can be pivoted in defined steps. However, the latching rod can also be designed as a pin protruding from the surface of a first insert with latching elements on its periphery, which engages in a corresponding recess in a second insert, for example opposite the first insert, in order to gradually bring the two inserts closer to one another. As an alternative to this, it is also possible to provide projections and recesses in mutually opposite inserts, which engage or engage in one another when the two inserts approach each other.

In order to store a larger amount of a single substance or a plurality of different substances in the device according to the invention, a plurality of depressions can be provided in the carrier for forming chambers next to or behind one another. The chambers can either be connected to one another via connecting channels, each of which has a predetermined breaking point that opens under the application of pressure on the respective chamber. In the same way, the individual chambers can have one or several connecting channels can be connected to a common discharge channel. Furthermore, it is also possible to discharge the substances simultaneously or successively through dispensing channels which are parallel to one another. The chambers are therefore arranged for either parallel (simultaneous) or serial (staggered) dispensing of substances. In the case of the serial arrangement of two chambers, each chamber is preferably sealed by a cover film, so that when a first substance is applied, it does not mix with a second substance accommodated in the second chamber. In principle, individual or all chambers can be sealed by a common cover film or separate sections of a cover film. If only a few chambers are sealed with a cover film, the other chambers can be closed in that this cover film is opened or folded over to seal the unlocked chambers.

According to a preferred embodiment of the invention, it is provided that depressions assigned to one another are folded onto one another by folding the carrier in such a way that the cover foils covering the chambers or the depressions in the carrier essentially lie on one another. The channels for dispensing the substances from the chambers may also lie one above the other after the chambers have been unfolded and may open into a common mixer or dispensing channel. In this way, the chambers formed by the mutually assigned depressions can be emptied simultaneously by pressing the chambers against one another. Thus, by pressing the two chambers of the device according to the invention once, a larger amount of a single substance can be discharged or different substances can be emptied out of the device simultaneously.

If the cover film, which closes the chambers, is formed from a rigid material, the pressure is at two folded chambers Do not transfer a substance from one chamber to the other chamber. Due to the rigid material acting as a counter bearing, the chambers open almost simultaneously when pressure is exerted on them by thumb and forefinger, for example. The same effect can also be achieved by inserting a rigid plate between two possibly elastic cover foils, which is supported on the carrier. It is not absolutely necessary for an insert to be provided in one or both chambers.

It is preferred if, irrespective of the features described above, a mixing device and / or an applicator, which can be plugged in and / or inserted, or an applicator for dispensing and applying the substances is provided in or on the dispensing channel. Such a mixing device can on the one hand bring about a uniform mixing of two different substances taken up in the device or can also serve to achieve a desired consistency of an individual substance.

In a further development of the inventive concept, it is provided that the mixing device or the applicator can be plugged onto the dispensing channel, for. B. tubular area, in the inside of which two mutually opposite radial grooves are introduced. The dimensions of the grooves correspond to those of the carrier. In this way, the regions of the carrier, for example, which are folded onto one another, can be introduced together into the grooves of the mixing device and thus preferably held together in a press fit. The mixing device can thereby be connected to the device for storing and dispensing viscous substances in a substantially liquid-tight manner.

A particularly good mixing result can be achieved if the mixing device has a mixer helix. Such a mixing device is also inexpensive to manufacture in series. Alternatively, the mixing helix or a Applicator, such as a brush, an application tube or the like, can also be provided directly in the application channel.

A technically simple solution for the device according to the invention is achieved, in particular, if the carrier and the cover film are strip-shaped, the carrier preferably being made of a possibly thermoplastic material and the cover film being made of an aluminum composite film.

Several carriers and / or cover foils can be detached in a chain-like manner, for. B. tearable due to lines of weakness and / or perforations, connected to each other, for example via film-like joints, so that several individually arranged storage and dispensing devices according to the invention save space, z. B. wound up into a roll or folded in meanders.

Further objectives, features, advantages and possible uses of the invention result from the following description of exemplary embodiments with reference to the drawing. All of the described and / or illustrated features, alone or in any combination, form the subject matter of the invention, regardless of their combination in individual claims or their relationship.

They show schematically:

1 is a vertical longitudinal section of a storage and dispensing device according to the invention according to a first embodiment of the invention, 2 in a vertical longitudinal section the storage and dispensing device according to FIG. 1 after the two carrier sections adjoining a middle bending line have been folded open,

3 likewise in a vertical longitudinal section a second embodiment of a storage and dispensing device according to the invention, in which the mixing and dispensing chamber is designed as a vial-like applicator with elastically flexible walls,

4 shows a device according to a third embodiment of the invention with a single chamber,

5 shows a device according to a fourth embodiment of the invention with two chambers,

6 shows a device according to a fifth embodiment of the invention with two chambers and a mixing device,

7 shows a device according to a sixth embodiment of the invention with two chambers and a mixing device,

8 shows a mixing device seen in the direction of arrow V in FIG. 7,

9 shows a device according to a seventh embodiment of the invention with four chambers and an applicator,

10 is a side view of the device of FIG. 9,

11 shows a device according to an eighth embodiment of the invention with two chambers, Fig. 12 shows a device according to a ninth embodiment of the invention with two chambers and

13 shows a device according to a further embodiment of the invention with four chambers.

In the embodiment of a storage and dispensing device 1 illustrated in FIGS. 1 and 2, a carrier 2 initially has four depressions 3a, 3b arranged in series, mirror-symmetrically to a bending line 7; 4a, 4b. In the manufacture of the storage and dispensing device 1, the components to be mixed with one another are introduced into the two middle depressions 3a, 3b. Only these middle depressions 3a, 3b are closed with a film 5 to form two middle chambers 3a ', 3b'. The closure takes place in such a way that one connecting channel half 8 'remains free with the involvement of a predetermined breaking point 14 or 15 to the adjacent depressions 4a, 4b.

Between the two middle chambers 3a ', 3b', the strip-like carrier 2 has the bending line 7, which has already been mentioned and runs transversely to the longitudinal extent of the carrier 2. The right-hand support section 2b in FIG. 1 can be folded over this to the left-hand support section 2a in FIG. 1, so that it assumes a position as shown in FIG. 2 in which the two halves of the two depressions 3a, 3b common cover sheet 5 lie on top of each other. The chambers 3a ', 3b', on the one hand, and the depressions 4a, 4b are not only arranged at the same distance from the bending line 7, but are also designed and dimensioned in such a way that, according to FIG. 2, they practically completely cover or at least one Depression completely covered the other. When they are unfolded, a third is formed from the depressions 4a, 4b Chamber 4 '. In the position shown in Fig. 2, the two carrier sections 2a, 2b at their edges or the halves of the cover sheet 5 are then connected to one another in such a way, for. B. glued or welded that the two channel halves 8 'form a common channel 8 and on the opposite side of the chamber 4' a discharge channel 9 connects, which leads to the outside, but is initially closed via a predetermined breaking point 10. Otherwise, the chambers 3a, 3b ', 4' are hermetically sealed.

In the device described, pressure can be exerted jointly on the two superimposed chambers 3a 'and 3b' between the thumb and index finger of one hand, so that the components contained therein simultaneously mix into the predetermined breaking points 14, 15 and the channel 8 Chamber 4 'are transferred.

Obviously, instead of the predetermined breaking points 14, 15 or in addition to these, a further predetermined breaking point (not shown) can be provided in the common channel 8, which opens when pressure is exerted on the two chambers 3a ', 3b'.

A mixing device can additionally be provided both in the connecting duct 8 and in the discharge duct 9. The size of the chamber 4 'is dimensioned or expandable so that it can accommodate all components from the chambers 3a' and 3b '. If all of the components are in the chamber 4 ', pressure can be exerted on the thumb and forefinger of one hand in the same way as described above, so that the predetermined breaking point 10 opens and the finished viscous substance from the dispensing channel 9 can be driven directly to the application site. In order to ensure that the components in the chambers 3a, 3b 'are transferred as completely as possible into the chamber 4', in the recesses 3a and 3b there are inlays 6 with conical planar surfaces in accordance with the illustration in FIG. 2 arranged so that the space between the surfaces widens towards channel 8. At the common pressure on the chambers 3a ', 3b', the surfaces pivot towards one another, so that they finally rest on the respective side of the likewise folded sheet 5.

In Fig. 1 it is indicated by the dashed line in the recess 4b that this recess can also be omitted. Then the recess 4a alone forms the mixing chamber 4 "when the carrier sections 2a, 2b are folded together.

The embodiment shown in FIG. 3 largely corresponds to that shown in FIGS. 1 and 2. One difference, however, is that on the one hand the discharge channel 9 tapers towards its exit end as a cannula-like applicator 4 ″ and that a mixing device 13 in the form of a baffle is shown inside the discharge channel 9. The chamber 4 ′, in which the inserts 6 correspond 2 thus forms a type of vial, with the aid of which a precisely metered application of the multi-component mixture is possible. The walls of the applicator 4 "can consist of elastically flexible material, so that a pump effect can be achieved.

It is of course also possible to apply the multicomponent mixture to the application site with the aid of an applicator, for example a brush-like applicator, which is arranged in the discharge duct 9 or following it. In this case, the applicator should be sealed in a film for hygienic reasons or enclosed in a cap. Only when using the invention This protective cover is then torn open, for example via a perforation.

The device 101, shown schematically in vertical longitudinal section in FIG. 4, for storing and dispensing a viscous substance, not shown in the figures, is formed from a first film-like carrier 102 which has a depression 103 which is open at the top in the figure. A cover film 104 is applied to the carrier 102 in a liquid-tight manner, so that the depression 103 in the carrier 102 forms a closed chamber 105 with the cover film 104.

In the recess 103 of the carrier 102, an insert 106 made of an essentially rigid material is fastened, for example by gluing. The flat surface of the insert 106 is oriented obliquely to the cover film 104 and forms an acute angle with it.

The hermetic connection between the cover film 104 and the carrier 102 takes place, for example, by welding and gluing in the edge region of the carrier and the film, as indicated by reference number 107. On the right-hand side in the figure, the connection area between the cover film 104 and the carrier 102 is provided with a predetermined breaking point 108 in such a way that it opens under increased internal pressure in the chamber 105 and releases a discharge channel 109 between the carrier and the cover film. This can e.g. B. in the device 101 described in such a way that the depression 103 of the carrier 102 and the region of the cover film 104 opposite the recess 103 are pressed against one another between the thumb and index finger of one hand, so that the insert 106 is pressed against the cover film 104 , As a result, the pressure of the viscous substance contained in the chamber 105 increases in such a way that the predetermined breaking point 108 can penetrate and the substance can emerge from the dispensing channel 109. The insert 106 has the effect that the substance contained in the chamber 105 is as complete as possible is discharged through the discharge channel 109, the insert 106 pivoting during the emptying of the chamber 105 into a position in which its surface is oriented essentially parallel to the cover film 104.

In the device 101 shown schematically in vertical longitudinal section in FIG. 5, two depressions 103a and 103b of different sizes are formed in the carrier 102, which together with the cover film 104, which seals both depressions 103a and 103b, a first chamber 105a and a second chamber 105b form. The cover film 104 is hermetically connected to the carrier 102 by a seal 107, a predetermined breaking point 108 being provided in the area of the discharge duct 109 in the connection area between the cover film 104 and the carrier 102. The two chambers 105a and 105b are connected to one another via a connecting channel 110, which is formed between the cover film 104 and the carrier 102. The connection channel 110 can also be closed with a predetermined breaking point 108, which can be broken through by applying pressure to the substances contained in the chambers 105a and 105b, not shown in the figure.

In the right-hand chamber 105b in the figure, an insert 106 'is arranged, which is provided with steps 111a and 111b in such a way that the otherwise flat surface of the insert 106' runs at different angles to the cover film 104. In the recess 103a, which forms the chamber 105a, an insert 106 is introduced, the flat surface of which runs essentially parallel to the cover film 104. A substance contained in the chamber 105a, which can be different from or the same as the substance contained in the chamber 105b, can be transferred into the chamber 105b in the manner described above, for example by applying pressure to the index finger and thumb of one hand Depression 103a and the area of the cover film 104 opposite the depression 103a is exerted. For applying substances In the same way, pressure is exerted from the chamber 105b on the depression 103b and the region of the cover film 104 opposite the depression 103b. The insert 106 'is initially only pivoted against the cover film 104 until the first step 111a abuts the cover film 104. In this way, a predeterminable amount of the substance contained in the chamber 105b can be discharged depending on the design of the stages. When the recess 103b is pressed further against the cover film 104, the insert 106 'pivots further in the direction of the cover film 104 until first the second step 111b and then also the area of the surface of the insert 106' on the cover film on the right in the figure 104 rests and the chamber 105b is thus largely emptied. The substances mixed with one another are discharged together from the device 101 via the discharge channel 109, the predetermined breaking point 108 being broken up.

Also in the embodiment shown in FIG. 6, two depressions 103a and 103b of substantially the same size and shape are provided in the film-like carrier 102. At a weakened fold line 112, for example, two regions 102a and 102b of the carrier 102 can be folded onto one another in such a way that the depressions 103a and 103b essentially lie opposite one another. One or both of the depressions 103a and 103b can be closed by preferably two cover foils or two sections of a common cover foil folded onto one another or, as shown in the figure, by a single, common cover foil 104 in order to close two mutually opposite chambers 105a and 105b form. On the right side of the device 101 in the figure, the two areas 102a and 102b form between them a delivery channel 109 which is closed by a predetermined breaking point 108. Inserts 106 are each arranged in the depressions 103a and 103b in such a way that their surfaces form an acute angle to one another and to the cover film 104. The surfaces of the inserts 106 move away from one another in the direction of the discharge channel 109. To this In this way, the substances contained in the chambers 105a and 105b can be discharged simultaneously from the device 101 through the discharge duct 109 when pressure is exerted on the two mutually opposite recesses 103a and 103b in the carrier 102. In order to achieve a thorough mixing of the different substances of the chambers 105a and 105b, for example, a mixing device 113 with an inner mixing helix 113a is plugged onto the discharge channel 109. The mixing device also serves as an applicator for applying the substance (s). As an alternative, the mixing helix can also be inserted into any applicator designed differently from the figure or directly into the delivery channel 109.

7 schematically shows in a vertical longitudinal section a further embodiment of the device 101 for storing and dispensing viscous substances, in which two depressions 103a and 103b of substantially the same size and shape are formed in the carrier 102. Two carrier sections 102a and 102b are folded towards one another along a fold line 112. The depressions 103a and 103b are each hermetically sealed by a cover film 104a or 4b by a seal 107, so that two chambers 105a and 105b form in the depressions 103a and 103b. Between the cover films 104a and 104b and the carrier 102, a discharge channel 109 is formed which runs from the chambers 105a and 105b in the direction of the fold line 112 and is closed by predetermined breaking points 108. The cover films 104a and 104b abut one another in the region of the fold line 112 such that the two discharge channels of the chambers 105a and 105b between the cover films 104a and 104b are continued to the left in the figure. A mixing device 113 (applicator) with a mixing helix 113a is inserted or plugged onto the discharge channel 109 and the cover foils 104a and 104b.

If the carrier sections 102a and 102b are now pivoted further toward one another, so that the depressions 103a and 103b, in each of which an inlet ge 106 is provided, butt against one another, the predetermined breaking points 108 in the delivery channel 109 are pierced by the pressure building up in the chambers 105a and 105b, so that the substances contained in the chambers 105a and 105b pass through the delivery channel 109 and the mixing device 113 the device 101 are carried out. In the mixing helix 113a of the mixing device 113, the substances discharged from the chambers 105a and 105b, which may be identical or different, are mixed together.

The mixing device 113, as shown schematically in the enlarged sectional view of FIG. 8, is formed from a cylindrical body with a central through-hole 113b, in which the mixing helix 113a is also accommodated. Furthermore, two mutually opposite radial grooves 114 are provided in the mixing device 113, which extend from the edge of the bore 113b to the vicinity of the outer wall of the mixing device. The dimensions of the grooves 114 and the through-hole 113b are selected such that two superimposed sections of the carrier 102 or the cover film 104 can be received in each of the grooves, while the discharge channel 109 is preferably held in a sealing manner in the through-hole 113b. In this way it is avoided that the substances discharged from the chambers 105a or 105b flow out at the end of the mixing device 113 facing the kink line 112. Rather, the entire volume of the substances discharged from the two chambers is fed directly to the mixing helix 113a via the discharge channel 109 and mixed with one another at the tip of the mixing device 113 facing away from the fold line 112.

The design and arrangement of the inserts 106 or 106 'in the depressions 103, 103a or 103b of the device 101 can be adapted depending on the requirements for the application of the substances contained in the chambers 105, 105a or 105b. So it is possible, for example, all deposits 106 to be aligned with their surface obliquely or parallel to the cover film 104. Furthermore, one or more stages 111 can also be provided in the insert 106 'in order to discharge defined amounts of the viscous substances from the chambers.

To apply the substances to an application site, as shown in FIGS. 9 and 10, arranged in the discharge channel 109 or following it, a z. B. brush-like applicator 115 may be provided. For hygienic reasons, the applicator is welded in a film or enclosed by a cap 116, which can be separated from the carrier 102 along a perforation 117. Only when the device according to the invention is used is this cap 116, which serves as a protective cover, torn or torn off, so that the substance emerging from the discharge channel 109 can be applied, for example, to a tooth with the applicator 115. As shown in FIGS. 9 and 10, the carrier sections 102a and 102b can be folded onto one another along the weakening lines 118, so that the depressions 103a and 103b rest on the depressions 103c and 103d, respectively. In this case, two cover foils 104, which are shown hatched in a diamond pattern in FIG. 9, are arranged between the depressions 103b and 103d, while the depressions 103a and 103c form a common chamber.

Another embodiment of the inserts 106 is shown schematically in FIG. Interacting inserts 106a, 106b are provided in two mutually opposite chambers 105a, 105b, one of which is provided with a locking rod 119 with locking elements 119a and the other with a corresponding bore 120. If the inserts 106a, 106b are pressed against one another, resistance can be felt or a noise can be heard when the latching elements 119a engage in the bore 120, so that the user recognizes that a defined amount of the substance has been discharged. In this way, dosing is also very small substance to be discharged is possible, as is required, for example, in dental bleaching material.

As an alternative to the design of the inserts shown in FIG. 11, they can, as shown in FIG. 12, also be provided with a plurality of projections 119 'and corresponding depressions 120' in order to facilitate the metering of the substance to be discharged. In this embodiment, too, a resistance can be felt or a noise can be heard when the projections 119 'engage in the depressions 120', so that the user recognizes that a defined amount of the substance has been discharged. The projections 119 'in the depressions 120' are preferably arranged relative to one another such that the same volume is discharged between the engagement of two adjacent projections 119 'in the depressions 120'.

In the embodiments according to FIGS. 11 or 12, the chambers 105a and 105b can be separated from one another by one or more cover foils, not shown. These cover foils are pierced by the locking rod 119 or the projections 19 'when the inserts 106a, 106b are pressed against one another.

FIG. 13 shows a further embodiment which has four depressions 103a to 103d and correspondingly four chambers 105a to 105d in two support sections which are folded onto one another along the fold line 112. The chambers are closed by cover foils 104a and 104b, which are each sealed off from the carrier sections by a circumferential seal 107 with predetermined breaking points 108. If in the chambers 105b and 105d z. B. viscous substances are added, these can be introduced by pressure into the chamber 105a serving as a mixing space. The predetermined breaking points 108 of the seal 107 are severed, so that a connecting channel 110 is formed between the chambers 105a, 105b and 105d. On the in the In the lower side of the cover film 104b, no predetermined breaking point is provided in the seal 107, so that the chamber 105c remains sealed off from the connecting channel 110.

A mixing ball 121 is provided in the chamber 105a, with which the substances can be mixed by shaking. In order to be able to completely discharge the substances mixed with one another from the chamber 105a through the discharge channel 109, the chamber 105c opposite this chamber 105a is designed such that the mixing ball 121 can be pressed into the chamber 105c through the cover film. As an alternative to the embodiment of the chamber 105c shown in FIG. 13, this can also essentially have the size of the other chambers 105a, 105b and 105d and can be provided with an insert into which the mixing ball 121 can be received when the chamber 105a is emptied should. A plurality of mixing balls 121 can also be provided in the chamber 105a. The chamber 105c or an insert arranged in it is then preferably designed to receive a plurality of balls.

LIST OF REFERENCE NUMBERS

1 storage and discharge device

2 carriers

2a, 2b support sections

2c edge of the beam 2

3a, 3b wells

3a ', 3b' chambers (storage chambers)

4 'chamber (storage and / or mixing chamber)

4 "vial-like applicator

4a, 4b wells

5 cover foil

6 deposits

7 bending line

8, 8a, 8b connecting channels

8c partition

8 'channel halves

9 discharge channel

9 "channel halves

10 predetermined breaking point

13 mixing device

14 predetermined breaking point

15 predetermined breaking point

101 storage and discharge device

102 carriers

102a, 102b support sections

103, 103a - 103d wells

104, 104a, 104b cover film 105, 105a - 105d chamber 106, 106 ', 106a, 106b insert

107 sealing

108 predetermined breaking point

109 discharge channel

110 connecting channel

111 level

112 crease line

113 mixing device

113a mixing helix

113b through hole

114 groove

115 applicator

116 cap

117 perforation

118 line of weakness

119, 119 'locking bar (projection)

119a locking element

120, 120 'bore (recess)

121 mixing ball

Claims

claims

1. Device for storing and dispensing viscous substances, which are to be mixed from at least two components when used, with a z. B. film-like carrier (2, 102) in which at least three or four z. B. in a row next to each other, initially open recesses (3a, 3b; 4a, 4b; 103a, 103b, 103c, 103d) are molded, so that each of the components in one of two middle, ie adjacent and im Recesses (3a, 3b; 103b, 103d) arranged essentially at the same distance from a bending line (7; 112) can be inserted from above and then the two central depressions (3a, 3b; 103b, 103d) with a covering foil (5, 104, 104a) , 104b) can be closed to the outside to form a respective chamber (3a ', 3b'; 105a, 105b, 105c, 105d) such that between each middle chamber (3a ', 3b'; 105b, 105d) and at least one adjacent outer one Indentation (4a, 4b; 103a, 103c), applying pressure to the respective middle chamber (3a ', 3b'; 105b, 105d) via a predetermined breaking point (14a, 14b; 108) to at least one outer indentation (4a, 4b; 103a, 103c) opening connecting channel (8a, 8b; 110) remains and so that in the two middle chambers (3a ', 3b'; Components 105b, 105d) in a third chamber (4 '; 105a) and / or already in the interconnected connecting channels (8a, 8b; 110) are miscible, which third chamber (4'; 105a) by folding the two over the bending line (7; 112) interconnected support sections (2a, 2b; 102a, 102b) is formed by the at least one or both of the outer recesses (4a, 4b; 103a, 103c) which in turn are congruent, whereby after folding the the two chamber sections (2a, 2b; 102a, 102b) the third chamber (4 '; 105a) can also be closed to the outside, preferably in such a way that between the third chamber (4'; 105a) and the edge (2c) of the carrier (2; 102) one when applying pressure on the third chamber (4 ¹ ; 105a) containing the at least two components via a predetermined breaking point (10; 108) opening discharge channel (9; 109) remains and so the viscous mixture of the two components and exiting from the discharge channel (9; 109) Substance can be applied to the application site.

2. Device for storing and dispensing viscous substances, which in use are to be mixed from at least two components, with two, for example, essentially the same, for example, foil-like carrier sections (2a, 2b), one of which has at least two depressions (3a, initially open at the top) 3b; 4a, 4b) and the other has at least one upwardly open recess (3a, 3b), so that each of the components can be inserted into a recess (3a, 3b) of the two support sections (2a, 3b) from above and then the component-containing recesses (3a, 3b), each with one or a common cover film (5), can be closed to the outside to form a first chamber (3a ', 3b') such that between the first chamber (3a ", 3b ') ) and the respectively adjacent further recess (4a, 4b) a connecting channel (8a, 8b) which opens under pressure by applying pressure to the respective first chamber (3a ', 3b') via a predetermined breaking point (14a, 14b) and thus remains in the components located in the first two chambers (3a ', 3b') are miscible in a third chamber (4 ') and / or already in the interconnected connecting channels (8a, 8b), which third chamber (4') by stacking the two carrier sections (2a, 2b) with their upper sides and the at least one or the two further recesses (4a, 4b) which are thereby congruent, whereby after the two support sections (2a, 2b) have been placed on top of or on top of one another, the third chamber ( 4 ') can be closed on the outside, preferably in such a way that between the third chamber (4') and the edge (2c) of the carrier sections (2a, 2b) there is a third chamber (4 ') containing pressure on the at least two components. Spreading channel (9) opening via a predetermined breaking point (10) remains, and thus the mixture of the two components and of the Application channel (9) emerging viscous substance can be applied to the application site.

3. Apparatus according to claim 1 or 2, characterized in that the two first chambers (3a ', 3b'; 105b, 105d) after folding on or

Placing the two carrier sections (2a, 2b; 102a, 102b) on top of one another is essentially congruent with one another.

4. Device according to one of the preceding claims, characterized in that the predetermined breaking points (14; 14a, 14b; 108) only allow the respective components to be conveyed in the direction of the discharge channel (9; 109) after they have been opened.

5. Device according to one of the preceding claims, characterized in that in at least one of the, preferably two of the mutually associated depressions (3; 3a, 3b; 4, 4a, 4b; 103a, 103b, 103c, 103d) which one of the components is introduced or which form the chamber (4 '; 105a) receiving the mixture of the components, an insert (6) or inserts (6; 106, 106', 106a, 106b) made of essentially rigid material with a flat surface or inclined surface is or are.

6. The device according to claim 5, characterized in that the inlays (3; 3a, 3b; 4a, 4b; 103a, 103b, 103c, 103d) arranged inlays (6; 106, 106 ', 106a, 106b) with their flat surfaces are parallel or conical to each other.

7. The device according to claim 5 or 6, characterized in that the inlays (6; 106, 106 ', 106a, 106b) arranged in mutually assigned recesses (3; 3a, 3b; 4a, 4b; 103a, 103b, 103c, 103d) ) are gradually adjustable with their surfaces.

8. Device according to one of the preceding claims, characterized in that in the connecting channel (8; 8a, 8b; 110) and / or the discharge channel (9; 109) a mixing device (13; 113a) is provided for the substances flowing through it is.

9. Device according to one of the preceding claims, characterized in that the discharge channel (9; 109) tapers like a cannula towards its outlet end and / or the chamber (4 ') receiving the mixture of the components vial-like as an applicator (4 ") is trained.

10. The device according to claim 9, characterized in that the walls of the vial-like applicator (4 ") are designed to be resilient at least in certain areas.

11. Device for storing and dispensing viscous substances with a z. B. film-like carrier (102), in which at least one recess (103, 103a, 10b, 103c, 103d) is molded, so that at least one substance in the at least one recess (103, 103a, 103b, 103c, 103d) can be inserted and then closed with a cover film (104, 104a, 104b) to the outside to form at least one chamber (105, 105a, 105b, 105c, 105d) in such a way that pressure is applied to at least one of the chambers (105, 105a, 105b, 105c, 105d), a dispensing channel (109) opening via a predetermined breaking point (108) remains and so the viscous substance emerging from the dispensing channel (109) can be applied to an application site, an insert (106, 106 ", 106a, 6b) made of essentially rigid, non-compliant material and / or a layer (104, 104a, 104b) made of essentially rigid, non-compliant material is arranged opposite the at least one recess (103, 103a, 103b, 103c, 103d).

12. Device according to one of claims 5 to 7 or 11, characterized in that the insert (106, 106 ', 106a, 106b) has a flat, stepped, curved or inclined surface.

13. Device according to one of claims 5 to 7, 11 or 12, characterized in that the surface of the insert (106, 106 ', 106a, 106b) forms at least an acute angle with the cover film (104) and in the direction of the discharge channel ( 109) drops.

14. Device according to one of claims 5 to 7 or 11 to 13, characterized in that the surface of the insert (106 ') has one or more steps (111) extending transversely to the direction of the discharge channel (109).

15. The apparatus according to claim 14, characterized in that the length of the steps (111) depending on their distance from the cover sheet

(104) decreases.

16. The device according to one of claims 5 to 7 or 11 to 15, characterized in that the inserts (106a, 106b) have locking rods (119).

17. Device according to one of claims 5 to 7 or 11 to 16, characterized in that in the carrier (102) a plurality of depressions (103a, 103b) for forming chambers (105a, 105b, 105c, 105d) are provided side by side or one behind the other who z. B. are connected to one another with a discharge channel (109) via a connection channel (110) which may open under pressure to the respective chamber (105a, 105b, 105c, 105d) via a predetermined breaking point (108).

18. The device according to claim 17, characterized in that mutually associated depressions are bent onto one another in this way by bending the support (102). are folded in such a way that the cover foils (104; 104a, 104b) covering the chambers (105a, 105b, 105c, 105d) or the depressions (103, 103a, 103b, 103c, 103d) in the carrier (102) essentially lie on one another ,

19. The device, in particular according to one of the preceding claims, for storing and dispensing viscous substances with a z. B. film-like carrier (102), in which at least two open-sided recesses (103, 103a, 103b, 103c, 103d) are molded, so that at least one substance can be introduced into the recesses (103, 103a, 103b, 103c, 103d) and thereafter, a cover film (104) can be closed to the outside to form chambers (105, 105a, 105b, 105c, 105d) such that pressure is applied to at least one of the chambers (105, 105a, 105b, 10c, 105d) a discharge channel (109) opening a predetermined breaking point (108) remains and so the viscous substance emerging from the discharge channel (109) can be applied to an application site, characterized in that a possibly attachable and / or insertable mixing device can be inserted in or on the discharge channel (109) (113) is provided for the substances flowing through it.

20. The apparatus according to claim 19, characterized in that the mixing device (113) has a tubular region (113b) which can be plugged onto the discharge duct (109) and in the inside of which two radial grooves (114) lying opposite one another are introduced, the dimensions of which are indicated that of the carrier (102) and / or the cover film (104, 104a, 104b) are adapted.

21. The apparatus according to claim 19 or 20, characterized in that the mixing device (113) has a mixer helix (113a).

22. Device according to one of the preceding claims, characterized in that the carrier (2; 102) or the carrier sections (2a, 2b; 102a, 102b) are strip-shaped.

23. Device according to one of the preceding claims, characterized in that the carrier (2; 102) and / or the carrier sections (2a, 2b; 102a, 102b) and / or the cover film (5; 104, 104a, 104b) from one possibly thermoplastic are formed.

24. Device according to one of the preceding claims, characterized in that between two mutually opposite chambers (3a ', 3b', 4 '; 105a, 105b, 105c, 105d) an essentially rigid plate is provided and / or the cover film (n) (5; 104, 104a, 104b) have greater stiffness than the carrier (2; 102).

25. Device according to one of the preceding claims, characterized in that a plurality of chambers (3a ', 3b', 4 '; 105a, 105b, 105c, 105d) for the parallel and / or serial application of substances are arranged side by side and / or one above the other.

26. Device according to one of the preceding claims, characterized in that at least one mixing ball (121) is accommodated in a chamber (3a ¹ , 3b ', 4'; 105a) and a chamber (3a ', 3b', 4 '; 105c) is designed to receive the mixing ball (121).

27. Arrangement of devices for storing and dispensing viscous substances according to one of the preceding claims, characterized in that a plurality of carriers (2; 102) or carrier sections (2a, 2b; 102a, 210b) and / or cover films (5; 104, 104a , 104b) chain-like and detachable, e.g. B. tearable due to lines of weakness and / or perforations, are connected to each other, for example via film-like joints.