DE1929470U

DE1929470U - COMPONENT TUBE PACKAGING UNIT.

Info

Publication number: DE1929470U
Application number: DE1965M0052855
Authority: DE
Inventors: Walter Meyer
Original assignee: Individual
Current assignee: Individual
Priority date: 1965-09-20
Filing date: 1965-09-20
Publication date: 1965-12-16

Description

BeschreibunDescription

"Komponententüb e"."Component Tub e".

Die Erfindung betrifft die Verpackungs- und Entnahme- bzw. Zuteilungseinrichtung für Materialien, die zum Gebrauch aus mehreren Komponenten gemischt werden, vorher aber, z. Bsp. zur Aufrechterhaltung ihrer Lagerfähigkeit in ihren einzelnen Komponenten getrennt verpackt und gelagert werden. Das ist z. Bsp. bei Zwei- und Mehrkomponenten- Lacken, Klebern und Kitten der Fall, ebenso bei Medikamenten und Kosmetica.The invention relates to the packaging and removal or Allocation device for materials which are mixed for use from several components, but beforehand, e.g. Example for Maintaining their shelf life in their individual components are packed and stored separately. This is e.g. This is the case, for example, with two-component and multi-component paints, adhesives and putties, as well as with medicines and cosmetics.

Bisher sind üblicherweise die einzelnen Komponenten in Verpackungen aufbewahrt, aus denen vor der Anwendung beispielsweise eines Klebers das vorbeschleunigte Grundmaterial und der Härter in dem durch die Gebrauchsanleitung vorgeschriebenen Verhältnis entnommen und miteinander vermischt werden müssen. Das macht nur solange keine Schwierigkeit, als der ganze Packungsinhalt auf einmal entnommen, vermischt und angewendet werden kann.So far, the individual components have usually been in packaging stored, from which the pre-accelerated base material and the hardener before the application of an adhesive, for example must be removed in the ratio prescribed in the instructions for use and mixed with one another. This is just as easy as the entire package contents can be removed, mixed and applied all at once.

Die Verwendung von Mehrkomponentenmaterial erfolgt bekanntlich u.a. aus dem Grunde, weil damit eine bestimmte Reaktion - im Kleberbeispiel die zuverlässige Durchhärtung- innerhalb einer bestimmten Zeit erreicht τ/erden soll.It is well known that multi-component material is used, among other things, because it causes a certain reaction - im Adhesive example that should achieve reliable through-hardening within a certain time τ / earth.

In dem Kleber-Beispiel ist die Verarbeitung durch die sog. "Potlife-Zeit"begrenzt, die nach der Vermischung unweigerlich abläuft. Diese "Potlife-Zeit" und eine Reihe von Eigenschaften des Gemisches ist bekanntlich abhängig u.a. von der Einhaltung des vom Hersteller vorgeschriebenen Mischungsverhältnisses.In the adhesive example, processing is limited by the so-called "pot life time", which inevitably expires after mixing. This "potlife time" and a number of properties of the mixture is known to depend on, among other things, compliance with the mixing ratio prescribed by the manufacturer.

Die Hersteller bemühen sich_? die einzelnen Komponenten so zusammenzustellen und vorzubereiten, daß möglichst einfach zu errechnende Verhältniszahlen, z. Bsp. 1 ; 20, 1 s 10, 1 : 4, 1 : 1 o.dgl. verwendet werden können, um dem Verbraucher das Errechnen von Teilmengen tunlichst zu erleichtern. Dabei können oftmals nicht die optimalen Eigenschaften des Grundmaterials, die man bei größter Freiheit in der Wahl des Mischungsverhältnisses zur Verfugung haben könnte, erreicht werden.Manufacturers strive _? assemble and prepare the individual components in such a way that ratios that can be calculated as easily as possible, e.g. Ex. 1; 20, 1 s 10, 1: 4, 1: 1 or the like. can be used to make it as easy as possible for the consumer to calculate partial quantities. In doing so, it is often not possible to achieve the optimal properties of the base material, which one could have available with the greatest freedom in the choice of the mixing ratio.

Ein weiterer Nachteil des bisherigen Verfahrens, der in der Praxis eine so große Rolle spielt, daß viele Handwerker die Verwendung von Mehrkomponentenmaterial trotz seiner oft hervorragenden Eigenschaften vermeiden, ist der, daß bei der Entnahme von Teilmengen aus den bisher bekannten Verpackungen das Mischungsverhältnis nicht eingehalten wird und dadurch unerwünschte Eigenschaften auftreten. Wenn z. Bsp. bei einer vorgeschriebenen Mischung von 1 ; 10 anfangs nach Schätzung tatsächlich 1:8 aus den Behältern entnommen wird, sodaß für die letzten Mischungen nur noch Material im Verhältnis Ιϊΐβ zur Verfügung steh*, dann weichen alle Mischungen in ihren Eigenschaften so erhablich von dem vom Hersteller vorgesehenen Standart ab, daß Beanstandungen die unausweichliche Folge sind.Another disadvantage of the previous method, in practice plays such a big role that many craftsmen choose to use multi-component material despite its often excellent properties avoid is that when partial quantities are removed from the previously known packaging, the mixing ratio is not adhered to and undesirable properties arise as a result. If z. E.g. with a prescribed mixture of 1; 10 initially According to an estimate, 1: 8 is actually taken from the containers, so that only material in the ratio Ιϊΐβ for the last mixes is available *, then all mixtures soften in their properties so much different from the standard provided by the manufacturer that complaints are the inevitable consequence.

Mithilfe der Erfindung werden alle geschilderten Mängel ausgeschaltet! Erfindungsgemäß wird das Grundmaterial vom Hersteller nach seinen Komponenten getrennt in dem für den Verwendungszweck günstigsten Mengenverhältnis einzeln in Tuben oder ähnliche Behältnisse verpackt, die gleiche Länge haben und in ihrem Querschnitt so bemessen sind, daß das Größenverhältnis ihrer Querschnittsflachen gleichWith the help of the invention, all the defects described are eliminated! According to the invention, the base material is made by the manufacturer according to his Components packed separately in the most favorable proportion for the intended use in tubes or similar containers, have the same length and are dimensioned in their cross-section so that the size ratio of their cross-sectional areas is the same

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Claims

Description - component tube sheet 2

the desired mixing ratio is selected. The tubes or other containers are on the one hand on or in the proximity of the removal head together and parallel to each other gfeehaltert. That can e.g. by welding together or by a strip in the holes for the (pulling of the closures are provided. It would also be conceivable, e.g. Plastic bags with corresponding cross-sections connected from the start or to arrange tubes nested inside one another.

The opposite tube ends are according to the invention to one common emptying device, ζ. Example. A winding core out, as it is usually used for emptying such containers will.

When using the material packed in this way through the consumer is operated when the closures are open, the emptying device, so for example. the winding core or key rotated so that the tubes wind up on them and are parallel to each other, i.e. in terms of quantity in relation to their cross-sectional areas empty. The leaked material is mixed and used in a known manner.

The mixing ratio of the components is not special Measure, weigh or estimate to the rest of the way through the tube cross-sections fixed ratio the same.

Embodiments of the invention are shown in the drawings! -

In Figure 1, the tubes 1 and 2 are of equal length and selected in cross-section so that the cross-sections are like the intended mixing ratio their contents relate to one another. Tubes 1 and 2 are in at one end with their spouts 3 and 4 in the bar 5 held and closed by the screw connections 7 and 8 in the storage state. At the opposite end are the tubes jointly held in the key β as a winding core. The removal and allocation of material takes place after the removal of the Locks 7 and 8 by turning the key 6 from both tubes simultaneously in terms of quantity in the ratio of the surface cross-sections of the Tubes regardless of the size of the total amount removed. This only depends on the number of revolutions of the winding core.

In FIG. 2, a further exemplary embodiment is shown in section through at the head end is shown, in which the tubes 1 and 2 are arranged nested in the center. The closure 7 is an annular Cap, while the closure 8 is carried out in the usual way.

FIG. 3 shows a further exemplary embodiment in section the head end, in which the tubes 1 and 2 eccentrically one inside the other were nested so that the two caps could be arranged side by side. -. .

In both of the exemplary embodiments in FIGS. 2 and J, they are not Tube ends shown each guided in a known manner to a winding core, with the help of which they are emptied together at the same time can be.

Claim to protection .

Packaging 5 emptying and allocation device for multi-component material, such as Synthetic resin, glue and the like in tubes or other flexible containers, characterized in that in each case 2 or more of these containers, in groups to be used together

Description - component tube sheet 3 _ $ *

summarized are dimensioned so that they are essentially the same length and their cross-sectional areas free for the filling are related to one another like the intended mixing ratios of the individual components and that these containers are held together parallel to one another, ζ.Bsp. by including the Removal spouts from tubes in a common head strip ", by welding together or manufacturing the parts together The opposite ends in turn jointly become one per se known emptying device, e.g. E.g. a winding core, tube key or the like. are led, of which they are together equal- -. can be emptied early.