DE102019004059A1 - Arrangement for achieving process-reliable adhesive attachments - Google Patents

Abstract

The invention relates to an arrangement for achieving a non-machine, process-reliable adhesive attachment of multicomponent adhesive systems by an end user without expert knowledge, with at least two system components are kept ready for the gluing, the system components, all on the product or at least one on the product or am Product, to be kept ready.

Description

State of the art

Various tube shoulders of conventional type are known from the prior art, which have different tips and application options for a mass flow from the inside to the outside. Through these designs, the tubes, even if they contain several components, must be filled via the empty tube in one operation. A subsequent assembly as needed with one or more other needs-based components is not possible.

Furthermore, it is known that metering systems of conventional type are generally 2-chamber cartridges (side-by-side cartridges), which are discharged by means of pistols or Ausdrückstempeln via mixing nozzles (static mixer). There are also tube containers, which distribute components via reusable compartments and mix the components via static mixers.

These systems require a minimum amount of adhesive and booster, as with every application irrevocably lost glue and booster according to the volume of the mixing nozzle. After each operation, the remaining adhesive mixture in the mixing nozzle hardens quickly and the complex mixing nozzle is no longer usable. For these reasons, such systems are used for larger containers. Alone the loss of glue and booster in the mixing nozzle requires a minimum amount of glue and booster.

It is also known that curing systems for aerobic adhesives exist as permeable porous bodies which communicate with the air humidity from the ambient air and are encapsulated from the ambient air and are sealed off. The system that draws the air humidity from the ambient air depends on the prevailing air humidity, which is so low on cold, dry winter days that the curing process is very slow until there is no reaction.

The system with encapsulated porous bodies, shielded from the atmosphere, only works by manually adding moisture to the porous body prior to assembly. This manual feed depends on the user and can severely affect curing from under-inflated moisture to failure of the bond due to over-migration.

Also known are conventional foil bag packaging, which are offered as a single bag or multiple bags next to each other or with each other. Separate storage is always visible to the user in these designs.

Also known are film bags conventional type of surrounding seal edges and optionally a peel seam for separating the contents contained. If application aids, such as, for example, threaded or dispensing openings, are integrated in such foil pouches, the sealing of these application aids is a weak point and can only be produced with great technical effort.

It is also known that commercial spouts are designed to be placed in a single bag to allow easy emptying of the bag contents. They are available in various designs for welding in foil / tubular bags or with a press fastener for multiple use. They consist essentially of a fastening part to which the bag is welded or clamped on preferably large sealing surfaces, a pouring over which the filling material is emptied and a closure which can be designed either for screwing, pressing and / or as tamper-evident closure.

The disadvantage of these commercial spouts is that they can only be used for a single chamber of a bag. As a result, it is not possible to dispense a multicomponent product, which must not be mixed before use, via a single spout.

Task / Problem

One recognized in the above-described prior art object of the invention is to provide a tube shoulder, about this one or more contents / components can be equipped even after filling of the first product inside the tube still.

Another object of the invention, which is related to the above-described problem is to provide a preferably small and compact adhesive booster dosing system, which as a one-way handling or reusable handling due to its small amounts, lossless adhesive and booster by hand without further tools for End user can be used, and ensures a process-safe and simple filling and high storage stability.

Another object of the invention, which is related to the problems described above, is to provide a process-safe system for the end user, which eliminates the need for the curing process moisture from the Product or component surface, as well as the moisture already predosed has. The metered moisture must be storage-stable from production to use for several months on the product to be active.

A further object of the invention, which is related to the problems described above, is that the visibility should often be avoided, especially in the case of multicomponent materials, so as not to unsettle the user in the handling.

A further object of the invention, which is related to the problems described above, is to provide a foil pouch which contains a sluice region as a component or multi-component pouch between the application aid and the filling material or products. About this lock area, the application aids are doubly secured embedded in the foil bag. In addition, the application aids can also be integrated manually before, after, or during filling.

A further object of the invention, which is related to the above problems, is to provide a single spout that can be loaded with a plurality of bags whose contents remain physically separate until the time of application and can not mix.

solution

The entire tasks and problems are initially solved by claim 1 in the context of the invention.

An advantage for the solution of the basic problem and the second problem is that a second or more components can subsequently be introduced via a sealed inner contour in the tube shoulder after the completed filling process of the first filling material. The components can be filled into containers adapted to the inner contour of the tube shoulder before, during or after the filling of the first filling material via the tube shoulder are introduced into the tube. The other contents can also be introduced loosely unpacked on the inner contour of the tube shoulder after the filling process of the first filling.

When dispensing the contents, the first filling material flows through the inner contour for receiving the second filling material, thus both or more contents can be applied simultaneously and metered via adjustable volume of the containers in one operation.

Further aspects of the invention are that the containers of the second or further components, which are introduced into the tube via the tube shoulder, due to their design can be designed such that they are burst on predetermined breaking points, or material properties by external pressure on the tube can and thereby be miscible by manual kneading within the tube. The user does not come into any contact with the various components.

The assembly is universally possible in subregions of the tube or outside the tube.

This shoulder technique is also applicable to cartridges or other containers.

The tube shoulder can be used universally even without further filling material as a 1-component tube. Tubes equipped with these tube shoulders can be equipped manually without any complex machine and tool insert with various filling materials. This variable assembly option saves storage capacities and costs for individual filling machines and tools.

An advantage for the solution of the basic problem and the third problem is that the basis for this adhesive booster metering system is a booster insert ( 1 ) which is separately prepared from the other components and also externally filled and sealed.

This is an external universal booster insert 1 (1) be created that can be matched to all commercially available tubes or containers. The external booster insert ( 1 ) allows a hermetically absolutely simple and tight closure, preferably by means of welding after filling. The sealing and storage against the adhesive requires no plugs or other closure mechanisms, which are associated with weak points of waterproofing.

By using commercially available tubes ( 2 ) or other containers (in the 4 as a key ( 3 ) carried out) it requires the filling no special machines or special devices.

The exemplary placement of a key ( 3 ) as a special container with a booster insert enables very comfortable injection molding of components ( 4 ). This booster insert ( 1 ) is made into commercially available adhesive tubes ( 2 ), or other containers preferably made of aluminum (also possible composite materials or plastics, as well as all metallic and non-metallic materials) during, before or after the filling process introduced.

The booster insert ( 1 ) is designed such that it allows the adhesive in the region of the interior of the tube shoulder the overflow channel openings ( 6 ) of the booster insert ( 1 ) to flow around and a first premix by splitting the dispensing adhesive allows.

Also, the booster insert ( 1 ) a geometry, here by way of example a head distribution plate ( 18 ) to pre-distribute the adhesive mixture. For this purpose, all conceivable geometries are possible, as exemplified in the 1 a star-shaped geometry ( 6 ).

By the booster insert ( 1 ) Technology, are not only 2-K applications, but when using multiple booster inserts in the geometry matched to the outlet openings of different containers also multi-component applications possible.

Further aspects of the invention are that a booster insert ( 1 ) can also contain several components.

A booster insert ( 1 ) can consist of all metallic and non-metallic materials and thus to the restoring force of the containers in which it is used or adapted to the chemical and physical requirements of the fillers.

The booster insert ( 1 ) is designed in its flexibility such that it flexibly accompanies the pinching of a tube during deployment (boring) due to its materiality and / or geometry.

Another important aspect of the booster insert ( 1 ) is the absolutely dense storage of the booster against the adhesive, so that here no curing reactions in the interior of the adhesive tube ( 2 ) occur. Visible to the user is just a tube, as everyone knows from a 1-K application. When expressing automatically the adhesive mixture, which in any desired mixing ratio on the capacity of the booster ( 1 ) can be controlled so discharged that both components adhesive and booster not only as a consumable, but also completely and in parallel in the mixing ratio serving as expelling means from only one container, preferably a tube ( 2 ).

• 1: Ausführungsbeispiel Boosterinsert
• 2: Ausführungsbeispiel Direkt-Mischeraufsatz mit Aufstechdorn und Muffe
• 3: Ausführungsbeispiel Hinterspritz-Mischeraufsatz
• 4: Ausführungsbeispiel Sonderbehältnis Schlüssel für Klebstoff und Boosterinsert
• 5: Ausführungsbeispiel Universalspatel
• 6: Ausführungsbeispiel 2-K Mehr-K Behältnis als Doppelkartusche

After and during dispensing, the adhesive booster dosing system can be optimized with the following different attachments to meet customer needs. Embodiments are based on the 1 to 6 explained. Show it:

• 1 : Embodiment booster insert
• 2 : Example direct mixer attachment with piercing spigot and sleeve
• 3 : Exemplary rear injection mixer attachment
• 4 : Exemplary special container key for glue and booster insert
• 5 : Exemplary embodiment universal spatula
• 6 Example 2-K multi-K container as a double cartridge

2 shows a direct mixer attachment ( 7 ) with piercing spigot and socket. 3 shows the rear injection mixer attachment ( 8th ). The glue tube ( 2 ) with booster insert ( 1 ) can directly via its tube shoulder ( 5 ) universally the direct mixer attachment ( 7 ) or the rear injection mixer attachment ( 8th ) take up.

With the direct mixer attachment ( 7 ), the adhesive mixture can be applied directly during discharge from the adhesive tube with booster insert ( 1 ) are mixed on the adherend or a pad. The glue tube ( 2 ) with booster insert ( 1 ) can with the closure attachment of the direct mixer attachment ( 7 ) after a partial removal of adhesive and booster again product separated for later use.

With the rear injection mixer attachment ( 8th ), the adhesive mixture directly from the adhesive tube ( 2 ) with booster insert ( 1 ) via the direct mixer attachment ( 7 ) contamination-free into the rear injection mixer attachment ( 8th ) are completely or partially transferred. Then, by manual short kneading by hand, the adhesive mixture in Hinterspritz mixer attachment ( 8th ) mixed. The glue tube ( 2 ) with booster insert ( 1 ) can be closed with the cap attachment after a partial removal of adhesive and booster product separated for further subsequent applications.

Thereafter, the rear injection mixer attachment ( 8th ) from the adhesive tube ( 2 ) with booster insert ( 1 ) and direct mixer attachment ( 7 ) and back-injected directly over a fastener or product. As a variant of the rear injection mixer attachment ( 8th ), the direct mixer attachment ( 7 ) also receive a mixing nozzle for mixing the adhesive mixture.

The exemplary placement of a key ( 3 ) as a special container with a booster insert ( 1 ) shows in 4 the exemplary injection molding of a component ( 4 ). By screwing in the key ( 3 ) which is filled with adhesive and a booster insert ( 1 ), the closure of the key over the mixing standpipe ( 14 ) and the adhesive mixture is premixed via the head distribution plate ( 18 ) and thereby finer mixed. Finally, the area mixing contour ( 15 ) achieved the final mixing result. The mixing stations can be installed individually or in any combination. Optionally, the component with the aid of an adhesive ring ( 16 ) are prefixed. An attack ( 17 ) is used for positionally accurate recording of accessories or the like.

This exemplary key ( 3 ) as a special container can be combined with any product, not just with the component shown here by way of example ( 4 ). Products can be eg bathroom accessories, kitchen accessories, toilet accessories, shower rods, decorative items or other products and components.

5 shows a universal spatula. The universal spatula ( 9 ) can be used to dispense the adhesive mixture from the adhesive booster tube, as well as to mix the applied adhesive mixture with or without subsequent profiling of the adhesive booster mixture. The profiling of the adhesive booster mixture has the advantage that on the targeted Zahnungsgröße the profiling no applied adhesive can escape on joining parts during assembly.

6 shows a 2-K Multi-K container as a double cartridge. This shows another embodiment for dosing, dispensing and back-injection of 2-K or multi-K adhesives. The application when removing adhesive and booster from the cartridge should be fully automatic, without removing plugs and attaching mixing attachments. Preferably for small containers handling should be as simple as possible, primarily for end users for single use. Especially in the current time, where technical adhesives more and more reach the end user, such handling is very important for processing. Industrial and manual handling are too costly and too expensive.

According to an exemplary embodiment in 6 of 2K or multi-component containers with automatically dropping sealing plugs ( 11 ) they are very easy to use. The user simply presses the piston ( 19 ) the double cartridge ( 10 ) and glue and boosters, or ejectors ( 13 ) automatically press the sealing plugs ( 11 ) of the adhesive chambers and booster chambers without the user noticing. The sealing plugs ( 11 ) remain in the double cartridge ( 10 ) back and are surrounded by glue and booster. The adhesive mixture flows through a pre-assembled mixer ( 12 ) and comes ready to use, apply, inject, profile.

Booster - syringe - dosing system

In order to enable a loss-free injection back during the dispensing process, an adhesive booster mixture is manually introduced into an adhesive syringe with mixing container, or is already in the mixing container of the adhesive syringe with mixing container.

By manual mixing, the adhesive booster mixture is activated and immediately injected behind the adhesive syringe with mixing container behind fasteners or products.

In order to avoid contaminations with the fingers when mixing, the operating handles on the mixing container are arranged offset to create a non-touchable safety zone. The mixing container has an optional removable base, thus facilitating the filling and mixing of the adhesive mixture.

Advantageous for solving the basic problem and the fourth problem is that complete products or components, a hydrophilic coating, a hydrophilic coating or a hydrophilic equipped component obtained, which can be applied to all metallic and non-metallic components and thus the end user without expert Knowledge to enable optimal process-secure adhesive attachments. For this purpose, preferably spraying method-dip method etc. are suitable.

Further aspects of the invention are such that the component is produced in one piece, that is to say without porous inserts made of a compound of polymers and hydrophilic substances. For this example, plastic granules may be incorporated with wood particles in a compound, which can be processed by injection molding in all design variants.

The components thus produced are packed with a soaked cleaning cloth preferably alcohol-water mixture in a diffusion-tight foil bag, etc. The user thus has a curing system, which he can use immediately reliably with one-component aerobic adhesives regardless of prevailing climatic conditions, or subjective additions of moisture.

Advantageous for the solution of the basic problem and the fifth problem is that a film bag is pre-filled with product A and then introduced into the empty or already filled, but still open film bag of product B and the film end is sealed. The inner foil bag receives at least one place a peel seam to pressure to automatically open the inner foil bag on the outer foil pouch.

The outer film bag can also receive a peel seam at at least one point, which opens at the same time or with a time delay by pressure on the outer film bag and all products are applied simultaneously or with a time delay.

Further aspects of the invention are that the outer film bag can also be provided with solid seams instead of peeled seams, and is opened by means of a cutting tool or tear-off tab. Similarly, a closure of the outer and inner foil pouch with other techniques, such as mechanical fasteners Click, pressing, etc. possible.

Also, the outer foil pouch may be provided with one or more spouts to apply, spray, mix or otherwise process the products.

The inner foil pouches can be separated or stored together in a pouch and also contain a plurality of products, which are preferably to be opened separately from the outside by peel seams. Also, besides an inner bag (insert), several bags may also be integrated in the outer bag. The inner foil pouches can be firmly or loosely integrated in the outer foil pouch.

The filling can be done in the empty foil pouches, or all or individual foil pouches can already be pre-filled. Even the outer foil bag can already be pre-filled or still empty during the assembly.

As materials, all metallic or non-metallic materials can also be used in combination.

It is advantageous for the solution of the basic problem and the sixth problem that, in addition to the sealing edges, an inner protective zone with a welding device adapted to the geometry of the film bag is to be molded.

For reliable sealing between foil bag and application aid a one-sided geometry is created on the application aid, which is inserted into the foil bag and seals with the opening of the foil bag, this geometry can also be secured preferably with a clamping sleeve against mechanical force. The other side of the application help can be any geometry, adapted to the application, or be equipped with an external geometry additionally.

Other aspects of the invention are that the application aid may contain one-piece or multi-part also pre-mixer or mixer, which support the mixing process by manual kneading of the film bag, or take over completely.

The application aids can consist of all non-metallic or metallic materials.

The film bag can also be used without application aids, wherein the contents are then applied directly through the opening of the film bag.

The lock area has several technical functions. First, he should keep the chambers for storing the contents as small as possible to protect the contents of reactions of the atmosphere in the chambers. On the other hand, after breaking open the separation between lock and filling chambers, the extended lock area should contribute to a more comfortable and better mixing of the contents by kneading, quantities, mixing. Furthermore, it can also serve to ensure that when mixing the components in the filling chambers and still intact separation between the lock and filling chambers, none of the components gets into the application aid and thus can not be mixed. Only after the end of the mixing, the separation between the lock and filling chambers is opened. In addition, the lock area, in conjunction with its separation, should ensure a barrier between application aid (for example, a spout) and the contents (aerobic adhesives by way of example).

The lock area can, in addition to the combination of sealing seams and peel seams, also be introduced internally into the foil bag from all non-metallic or metallic materials, or externally attached to the foil bag, and applied manually to the foil bag.

The foil pouch can optionally fulfill other functions universally, by obtaining a profile structure on an outer side of its sealing edges, which takes place by punching out when trimming the sealing edge foil after or during the filling process. Likewise, a Profilierstruktur be applied

An advantage for the solution of the basic problem and the 7th problem is that several fillings can be applied at the same time in a single operation via a spout and mix only when spreading. Thus, a multiple application is guaranteed because the contents physically separated up to the pouring spout within the multiple spout.

The multi-spout consists of several fastening parts, which are optionally provided with flat shoulders for welding in films or with click fastener. The fasteners may be the same size or differ in size to accommodate different sizes of bags.

Further aspects of the invention are that the fastening parts can be positioned next to each other, with one another or one behind the other, thus allowing an arrangement of the individual bags next to one another or else a configuration in which the fastening parts of the inner bags are made smaller than the fastening parts of the outer ones Bag. Thus, several bags can be inserted into each other, which are not visible to the outside.

The fasteners are firmly connected via channels with the spout. In the pouring part, the channels are led separately up to the outlet opening. This can be done via separately routed channels, but also via a central inner channel, which is flowed around by one or more outer channels. The channels can be executed in a straight line over the spout for better filling or also be bent to optimize the bag positions.

If a mixture of both products already pass within the multiple spouts, the separately guided channels can be merged by the fastening parts also within the spout.

The spout may be threaded to receive a resealable closure, a static mixer for mixing both components outside the bags or other unscrewable adapters.

A tamper-evident closure may be used on the openings of the spout to provide a barrier to the outside atmosphere and the physically separated contents.

For the purposes of this invention, the term product and component are understood to mean: all products in, on, around the house and industry, such as, for example, Bathroom accessories and their fasteners, for example tumbler holders, toothbrush tumblers, soap holders, hair dryer holders, towel racks, bath racks, soap dispensers, handholds, shower systems, curtain systems, magnetic holders, cosmetic mirrors, flower holders, holders for cosmetic products, cleaning products, care products, etc.

Kitchen accessories and their fasteners, such as Railing systems, utensil holders, paper roll holders, aluminum foil holders, coffee pad holders, coffee filter holders, glass holders, shelf holders, waste disposal systems, cookbook holders, lighting systems, extractor hoods, shelves, pin boards, etc.

Toilet accessories and their fasteners such. Toilet brush sets, toilet roll holders, spare toilet roll holders, storage cupboards, hinges toilet seats with and without lid, fragrance systems etc.

Furthermore, general products and their fasteners, such as e.g. Venetian blinds, roller blinds, pleated blinds, curtain systems, mailboxes, lights, garden equipment holders, technical fasteners, pipe clamps, pipe clips, cable ducts, cable clamps, sinks, shower partitions, medicine cabinets, mirror cabinets, pictures, picture frames, decorative items, clocks, shower rods, security systems, child safety locks, heating systems, WC Lidless seats, shower curtain systems, bell systems, modems, name badges, monitors, mirrors, TV holders, audio holders, shelves, shading, insect screens, alarm systems, electrical products, home appliance holders, handholds, tiles, door stops, floor coverings, wall coverings, wall hangings, facades , Information boards, coat racks, clothes racks, umbrella holders, candle holders, railing systems, blinds, bathroom furniture, cabinets, shoe racks, furniture, organizers, tool holders, tool cabinets, perforated plates, controls, magnetic bars, hose holders, pin boards, machine holders, device holders, vacuum cleaners, broom holders, bike racks, ski racks . Snowboard rack, tire racks, fitness equipment, punching bag, smoke detectors, CO2 holders, CO detectors, gas detectors, warning systems, coffee pad holders, drink holders, ash holders, wall appliances, care product holders, shaver holders, shampoo holders, jewelry holders, soap holders, setting boxes, showcases, blackout systems, advertising posters, banners, foils, Hooks, glass holders, eyeglass holders, flag holders, merchandise article holders, waste systems, wire products, wire baskets, wire racks, toilet roll holders, aluminum roll holders, brochure holders, built-in dustbins, waste separation systems, cleaning product holders, care product holders, rainwater pipe holders, clothes holders, tie clips, closet accessories, cable ducts, Threaded plates, adapter plates, fastener plates, magnets, magnet holders, cable systems, handles, furniture handles, hinges, facades, cosmetic holders, pad holders, holders for cleaning sticks, jewelry holders, charging stations etc.

• - die Tubenschulter, oder ein Behältnis einer weiteren Komponente in der Geometrie ihrer Innenkontur und Außenkontur passgenau aufeinander abgestimmt sind.
• - die Tubenschulter an ihrem Design Konturen besitzt, mit welchen durch Ausübung von Druck das Behältnis der zweiten oder weiteren Komponenten zum Aufplatzen bringt.
• - die Tubenschulter abgestimmt auf ihre Konturen der jeweiligen Komponenten eine Abschlusskappe erhält, welche mit ihren Gegenkonturen die Auslässe der Tubenschulter dicht verschließen, so dass eine Mehrfachanwendung mit den darin gelagerten Füllgütern möglich ist.
• - die Behältnisse der weiteren Komponenten in ihrem Design und ihrer Materialität derart ausgestaltet sind, dass sie durch äußeren Druck innerhalb der Tube zum Aufplatzen gebracht werden können und somit von außerhalb mischbar sind.
• - externe Boosterinserts (1) mit handelsüblichen Tuben kombinierbar sind.
• - ein Boosterinsert (1) ein oder mehrere Komponenten beinhaltet Komponenten können auch andere Produkte neben Kleber und Booster sein.
• - das Boosterinsert (1) in seinem Design, Volumen, sowie Länge Breite Höhe an verschiedene Mischverhältnisse und Behältnisse anpassbar ist.
• - jeder Boosterinsert (1) in seiner Flexibilität und Geometrie der Rückstellkraft des Behältnisses anpassbar ist.
• - jeder Boosterinsert (1) in seiner Materialbeschaffenheit aus allen metallischen und nichtmetallischen Werkstoffen bestehen kann.
• - das Boosterinsert (1) in einem Sonderbehältnis Schlüssel (3) verbaut ist.
• - dass das Sonderbehältnis Schlüssel (3) über einen Befestiger Bauteil (4) durch Einschrauben oder Eindrücken entleerbar ist.
• - das Bauteil (4) ein Mischstandrohr (14) und mindestens eine Misch-Flächenkontur (15), sowie alternativ eine Kopf-Verteilerplatte (18) enthält um das Klebstoffgemisch beim Austragen aus dem Schlüssel (3) zu verteilen und zu mischen.
• - das Bauteil (4) einen Klebering (16) enthält.
• - der Befestiger optional einen Einschubanschlag (17) enthält.
• - Mehrkomponentenbehältnisse Doppelkartusche (10) mit produkttreibenden ausfallenden Verschlusstopfen (11) bestückt sind.
• - Mehrkomponentenbehältnisse Doppelkartusche (10) mit Auswerfern (13) für Verschlusstopfen (11) bestückt sind.
• - die Klebstoffspritze mit Mischbehältnis eine Vertiefung aufweist, um Klebstoff und Booster aufzunehmen.
• - die Klebstoffspritze mit Mischbehältnis zur Mündung hin abgesetzt angeordnete Bedienungsgriffe enthält, um die Sicherheitszone abzugrenzen.
• - die Klebstoffspritze mit Mischbehältnis einen abnehmbaren Standfuß zum komfortablen Befüllen und Mischen enthält.
• - ein Universalspatel (9) vorzugsweise aus Holz oder allen metallischen oder nichtmetallischen Werkstoffen in seiner Außenkontur einen Schlitz aufweist und an seiner Außenkontur eine Zahnung aufweist.
• - das Produkt, oder Bauteil aus einem Compound aus metallischen oder nichtmetallischen Werkstoffen und hydrophilen Werkstoffen besteht.
• - das Produkt, oder Bauteil aus einem Compound aus Polymeren und hydrophilen Werkstoffen besteht.
• - das Produkt, oder Bauteil aus einem Compound aus Polymeren und nachwachsenden Holzwerkstoffen besteht.
• - die hydrophil ausgestatteten Produkte, oder Bauteile mit Feuchtigkeit diffusionsdicht verpackt sind.
• - die hydrophil ausgestatteten Produkte, oder Bauteile mit einem getränkten Reinigungstuch diffusionsdicht verpackt sind.
• - die hydrophil ausgestatteten Produkte, oder Bauteile mit einem Alkohol-Wassergemisch getränktem Reinigungstuch diffusionsdicht verpackt sind.
• - die hydrophil ausgestatteten Produkte, oder Bauteile mit einem Alkohol-Wassergemisch mit Alkoholanteil zwischen 20-80% getränktem Reinigungstuch diffusionsdicht verpackt sind.
• - die Materialien der äußeren und inneren Folienbeutel als allen metallischen oder nichtmetallischen Werkstoffen bestehen können.
• - die inneren Folienbeutel mit dem äußeren Folienbeutel fest verbunden sind.
• - die inneren Folienbeutel mit dem äußeren Folienbeutel lose verbunden sind.
• - die inneren Folienbeutel mit dem äußeren Folienbeutel in Kombination fest und lose verbunden sind.
• - die Anzahl der inneren Folienbeutel mind. aus einem, oder mehreren Folienbeutel besteht.
• - der äußere Folienbeutel einen oder mehrere Spouts zur Ausbringhilfe, Hinterspritzung, Weiterverarbeitung enthalten kann.
• - der äußere und die inneren Folienbeutel anstatt mit Peelnähten oder festen Schweißnähten, auch mit mechanisch dichtenden oder durch Druck zu öffnenden Verschlüssen vorzugsweise mit Click oder Druckverschlüssen jeweils, oder in Kombination versehen sind.
• - der äußere und oder die inneren Folienbeutel bei der Konfektion schon alle gefüllt, nur teilweise gefüllt, oder alle noch leer sind.
• - die Geometrie, Länge, Anordnung der inneren Folienbeutel derart an den äußeren Folienbeutel angepasst sind, dass ein Entleeren der Produkte parallel miteinander, oder nacheinander erfolgt.
• - die Geometrie des äußeren Folienbeutels in jeder Geometrie, auch rund ausgeführt ist, um als Insert in weiteren Produkten Platz zu finden.
• - der äußere Folienbeutel auch nur ein Produkt enthalten kann.
• - der Schleusenbereich aus einer Kombination aus Siegelnähten und Peelnähten, besteht.
• - der Schleusenbereich aus Peelnähten besteht.
• - der Schleusenbereich aus Siegelnähten besteht.
• - der Folienbeutel im Schleusenbereich Markierungen, Profilierungen, Perforierungen, Nasen zum Öffnen besitzt.
• - der Folienbeutel optional über seine Öffnung Applikationshilfen aus allen nichtmetallischen oder metallischen Werkstoffen aufnehmen kann.
• - der Folienbeutel fest mit einer der Applikationshilfen verbunden ist.
• - der Folienbeutel über seine Vorkammer die Schleuse durch Aufbrechen der Peelnaht einen erweiterten Mischbereich erhält.
• - die Applikationshilfe einseitig eine Geometrie abgestimmt auf die Öffnung des Folienbeutels aufweist und somit in diesen dicht und mechanisch fest eingebracht werden kann.
• - die Applikationshilfen zusätzlich zur mechanischen Sicherung und Abdichtung durch Einbringen der Geometrie der Applikationshülse in den Folienbeutel eine Klemmhülse zur Fixierung des Folienbeutels zwischen Applikationshilfe-Folienbeutel und Klemmhülse erhält.
• - die Applikationshilfen einteilig oder mehrteilig ausgeführt sind.
• - die Applikationshilfen auch in Folienbeuteln ohne Schleuse, sowie mit oder ohne Peelnaht eingesetzt werden können.
• - die Applikationshilfe in einteilig oder mehrteiliger Ausführung mit Statikmischern ausgestattet ist, oder bestückt werden kann, wobei der Statikmischer sich bei verbundener Applikationshilfe mit dem Folienbeutel innerhalb oder außerhalb des Folienbeutels befinden kann.
• - die Applikationshilfe anstatt mit Statikmischern auch mit anderen Hilfsmitteln wie Vormischern, Nachmischern oder Handrührvorrichtungen bestückt oder ausgeführt sein kann.
• - der Folienbeutel eine Profilstruktur an einer Außenseite seiner Siegelnähte besitzt, welche zum Profilieren der Klebstoffmasse dienen und dadurch Klebstoffaustritt an den Fügeteilen verhindern.
• - der Folienbeutel eine Profilstruktur durch Applikation über die Applikationshilfe, oder den Folienbeutel besitzt.
• - der Schleusenbereich extern am Folienbeutel aus allen nichtmetallischen oder metallischen Werkstoffen angebracht ist.
• - alle Kanäle der Befestigungsteile in einem Ausgießteil münden.
• - die Füllgüter in den angebrachten Folienbeuteln oder Schlauchbeuteln physisch voneinander getrennt sind.
• - alle Füllgüter über den Spout eingefüllt werden können.
• - alle Füllgüter über die Beutel eingefüllt werden können.

Further embodiments / aspects of the invention are that:

• - The tube shoulder, or a container of another component in the geometry of its inner contour and outer contour are precisely matched to one another.
• - the tube shoulder has contours in its design, with which the container of the second or further components bursts by exerting pressure.
• - The tube shoulder matched to their contours of the respective components receives a cap, which close the outlets of the tube shoulder with their counter-contours, so that a multiple application with the stored therein contents is possible.
• - The containers of the other components are designed in their design and their materiality such that they can be brought by external pressure within the tube to burst and thus are miscible from outside.
• - external booster inserts ( 1 ) can be combined with commercially available tubes.
• - a booster insert ( 1 ) one or more components includes components may be other products besides glue and booster.
• - the booster insert ( 1 ) in its design, volume, and length width height is adaptable to different mixing ratios and containers.
• - every booster insert ( 1 ) is adaptable in its flexibility and geometry of the restoring force of the container.
• - every booster insert ( 1 ) may consist in its material composition of all metallic and non-metallic materials.
• - the booster insert ( 1 ) in a special key ( 3 ) is installed.
• - that the special container key ( 3 ) via a fastener component ( 4 ) can be emptied by screwing in or pushing in.
• - the component ( 4 ) a mixing tube ( 14 ) and at least one mixing surface contour ( 15 ), as well as alternatively a head distribution plate ( 18 ) contains around the adhesive mixture when discharging from the key ( 3 ) to distribute and mix.
• - the component ( 4 ) an adhesive ring ( 16 ) contains.
• - the fastener optionally an insertion stop ( 17 ) contains.
• - multi-component containers double cartridge ( 10 ) with product driving failing closure plugs ( 11 ) are equipped.
• - multi-component containers double cartridge ( 10 ) with ejectors ( 13 ) for closure plugs ( 11 ) are equipped.
• - The adhesive syringe with mixing container has a recess to receive adhesive and booster.
• - Contains the adhesive syringe with mixing container to the muzzle remotely located operating handles to delineate the safety zone.
• - The adhesive syringe with mixing container contains a removable base for convenient filling and mixing.
• - a universal spatula ( 9 ) preferably of wood or all metallic or non-metallic materials in its outer contour has a slot and has on its outer contour a toothing.
• - The product or component consists of a compound of metallic or non-metallic materials and hydrophilic materials.
• - The product or component consists of a compound of polymers and hydrophilic materials.
• - The product or component consists of a compound of polymers and renewable wood materials.
• - The hydrophilic equipped products, or components with moisture are packed diffusion-tight.
• - The hydrophilic equipped products, or components with a soaked cleaning cloth are packed diffusion-tight.
• - The hydrophilic equipped products or components are impregnated diffusion-impregnated cleaning cloth impregnated with an alcohol-water mixture.
• - The hydrophilic equipped products, or components with an alcohol-water mixture with alcohol content between 20-80% soaked cleaning cloth are packed diffusion-tight.
• - The materials of the outer and inner foil bag can be made of all metallic or non-metallic materials.
• - The inner foil bag are firmly connected to the outer foil bag.
• - The inner foil bag are loosely connected to the outer foil pouch.
• - The inner foil bag with the outer foil bag in combination firmly and loosely connected.
• - The number of inner foil bag mind. One or more foil bag consists.
• - the outer foil bag may contain one or more spouts for dispensing aid, back injection, further processing.
• - The outer and the inner foil bag instead of with Peelnähten or fixed welds, also with mechanically sealing or pressure-openable closures preferably with click or snap fasteners each, or are provided in combination.
• - The outer and / or the inner foil bag in the confection already filled, only partially filled, or all are still empty.
• - The geometry, length, arrangement of the inner foil bag are adapted to the outer foil bag such that emptying of the products takes place parallel to each other, or successively.
• - The geometry of the outer foil bag in any geometry, even round is designed to fit as an insert in other products.
• - The outer foil bag can contain only one product.
• - The lock area consists of a combination of sealing seams and Peelnähten exists.
• - The lock area consists of Peelnähten.
• - The lock area consists of sealing seams.
• - The foil bag in the lock area has markings, profiles, perforations, lugs for opening.
• - The foil bag can optionally absorb application aids from all non-metallic or metallic materials via its opening.
• - The foil bag is firmly connected to one of the application aids.
• - The foil bag over its antechamber the lock receives by breaking the peel seam an extended mixing area.
• - The application aid on one side has a geometry matched to the opening of the film bag and thus can be tightly and mechanically fixed in these.
• - The application aids in addition to the mechanical security and sealing by introducing the geometry of the application sleeve in the foil bag receives a clamping sleeve for fixing the foil bag between the application aid foil bag and clamping sleeve.
• - The application aids are made in one or more parts.
• - The application aids can also be used in foil bags without lock, and with or without peel seam.
• - The application aid is equipped in one-piece or multi-part design with static mixers, or can be equipped, the static mixer can be located in connected application aid with the foil bag inside or outside the foil bag.
• - The application aid can be equipped or executed instead of static mixers with other tools such as premixers, remixers or Handrührvorrichtungen.
• - The film bag has a profile structure on an outside of its sealed seams, which serve to profile the adhesive mass and thereby prevent adhesive leakage at the joining parts.
• - The film bag has a profile structure by application via the application aid, or the foil bag.
• - The lock area is externally attached to the foil bag made of all non-metallic or metallic materials.
• - All channels of the fasteners open in a pouring part.
• - The contents are physically separated from each other in the attached foil pouches or tubular pouches.
• - All contents can be filled via the Spout.
• - All contents can be filled through the bag.

It is understood that the abovementioned features of the invention can be used not only in the particular combination specified, but also in other combinations or alone, without departing from the scope of the invention.

LIST OF REFERENCE NUMBERS

(1)

booster insert

(2)

tube

(3)

key

(4)

component

(5)

tube shoulder

(6)

Through flow channel openings

(7)

Direct mixer attachment

(8th)

Back injection-mixer attachment

(9)

Universal Patel

(10)

double cartridge

(11)

sealing plug

(12)

mixer

(13)

Auswerfervorrichtungen

(14)

Mixed standpipe

(15)

Surface mixed contour

(16)

adhesive ring

(17)

attack

(18)

Capita distribution plate

(19)

piston

Claims (7)

Arrangement for achieving a non-machine, process-reliable adhesive attachment of multicomponent adhesive systems by an end user without expert knowledge, at least two system components being kept ready for the bonding, the system components, all on the product or at least one on the product or not on the product, being kept ready become. Arrangement for achieving non-machine, process-reliable adhesive attachment of multicomponent adhesive systems by an end user without expert knowledge Claim 1 , characterized in that a tube shoulder has in its inner contour a geometric multiple division, via which can introduce additional components before, during, or after the filling process of the first filling. Arrangement for achieving non-machine, process-reliable adhesive attachment of multicomponent adhesive systems by an end user without expert knowledge Claim 1 , characterized in that booster inserts (1) are adapted in their geometry to outlet openings of commercially available standard or special containers such that overflow channel openings (6) remain. Arrangement for achieving a non-machine, process-reliable adhesive fastening of multi-component adhesive systems by an end user without specialist knowledge Claim 1 , characterized in that the product or component receives a hydrophilic coating, a hydrophilic coating or a hydrophilic component. Arrangement for achieving non-machine, process-reliable adhesive attachment of multicomponent adhesive systems by an end user without expert knowledge Claim 1 , characterized in that the outer foil bag accommodates the inner foil pouches in a combination of firm seams and pressure-openable seams, and the combination of the seams can also consist of only fixed seams or pressure-openable seams. Arrangement for achieving non-machine, process-reliable adhesive attachment of multicomponent adhesive systems by an end user without expert knowledge Claim 1 , characterized in that the foil bag contains shielded to the contents out a separate lock area. Arrangement for achieving non-machine, process-reliable adhesive attachment of multicomponent adhesive systems by an end user without expert knowledge Claim 1 , characterized in that the spout has two or more fasteners for attachment of foil bags or tubular bags.

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