DE7807001U1 - SOUND-INSULATED RECEIVED GLASS CONTAINER - Google Patents

Description

Kurt Fischer, cardboard box factory, house number 9 »798ü rtavensburg-ford 19;

and

Willi Stadler, Steel & Light Metal Construction, Blumenstrasse 5, 7963 Altshausen

Eating exercise

of
Soundproofed waste glass containers:

A. Aim of the innovation:

In the case of collections of old surfaces, the "known usual container (in the form of a trough open at the top) is used. But after that, containers of the same type are usually also used for garbage are used, the previously mentioned practice had the great disadvantage that the people largely unn confused these containers with garbage containers. consequently Throwing any kind of rubbish into the bottles. This was a meaningful recycling (economic reuse of the raw material glass).

The second disadvantage was that all types of glass were mixed up lay. Sorting out by a commercial enterprise is unprofitable here.

The third disadvantage was that every single one of them was thrown in Bottle a significant noise nuisance to the neighborhood originated.

The registered new type of container counteracts these 3 disadvantages in the following way: It is not a rotten one that is open at the top, but rather it provides a space that is enclosed on all sides and has slots above, which are dimensioned so that you can throw jadwede bottle through it without any problems, but not bulky rubbish. Corresponding labeling can do something else in this sense.

In addition, the individual types of glass can be thrown in separately and stored separately in the container, each type of glass (e.g. green glass, amber glass, etc.) having its own pair of openings (one on the left, one on the right of the container), with each These pairs of slots in the container interior have their own Department, separated by partitions, belongs.

In order to prevent noise nuisance, first of all, everyone has Throw-in opening a sound-insulated throw-in flap, which is immediately after each bottle has been thrown in, it closes automatically before the bottle in question has reached the bottom; and second is the bottom of the container is provided with a sound-absorbing layer.

The innovations mentioned are achieved by the following

B. Spatial and technical features:

The container basically forms a space that is enclosed on all sides (Fig. 1) with insertion openings (2 in Fig. 1). Here is in the Drawing (Fig1) η ir the right part visible. But Jis heard for each insertion opening (2) on the right-hand side shown there is an identical insertion opening on the (hidden in the drawing) left side, namely so that a thrower opens the throw-in opening the type of glass in question can always be reached effortlessly by hand, regardless of whether it is to the left or right of the container. In other

7807001 08/17/78

en: for every type of glass there is no Ί on the container, but 1 pair of openings, namely 1 liaks and 1 right.

Inside the container are then one behind the other individual compartments, each compartment for one type of glass, namely separated by partitions (5 in Fig 2)

Each of these (one behind the other) partition walls (5) is pivoted at the top and has the lock (6 in Fig. 2) at the bottom. This lock can be operated from the outside. If it is opened, then the partition (5) in question can be pivoted backwards at the bottom. Fig j illustrates the interaction of partition (b) and lock (6) in an easily recognizable manner.

The last (rearmost) partition is identical to the Container rear wall (V in Fig. 1 and in Fig. 4) · The locking mechanism there (8 in Fig. 4) is for understandable reasons with all its parts attached to the outside (i.e. at the rearmost end? of the container below) and its operating lever pointing to the side (Fig 4j, while the operating levers the the other partitions (5) to the rear (Fig 3)

This is how it works: The truck carrying the container is first moved to the first one when it is unloaded Glas-3orte moved backwards. You unlock the Container-Klckwand 7 (see Abu 1 or Fig 4), that is at the same time the "rearmost partition), and then it is tilted · The rearmost Gla3 variety rolls out. Then you drive to the storage area of the next glass 3orte, unlocks the penultimate partition and tips over again: The next type of glass is rolled out »Etc.

The sound insulation is provided by the following spatial-technical Features achieved:

Each of the throw-in openings (2 in Fig. 1) has a throw-in flap (3 in> .bb 6) on its inside with a return spring (all 4 in Fig. 6; so that this throw-in flap (3) automatically closes again after each operation. For this purpose, the aand of the insertion opening (2 in Fig. 1 and in Fig. 5) has an acoustically insulating profile on the inside (fig Throw-in is closed again immediately before the / tab hits the container end.

Ultimately, the 'jontainer bottom is inside the container designed with a sound-absorbing layer (9 in FIG. 4) j-es & m ^ nit these sound-absorbing measures have the effect that when When the bottle hits the container boom, a noise tigun, can no longer occur.

rür dle ^ correctness:

/ -urt Fischer:

'.TiIIi Stadler:, Q ^. ^,

7807001 08/17/78

Claims (4)

Kurt Fischer, cardboard box factory, house no. 9 7980 Ravensburg-Furt 19, and Willi Stadler, steel and light metal construction, Blumenstrasse 5 7963 Altshausen. Protection claims: 1) Container, characterized in that it has an on all sides represents enclosed space, further characterized by the fact that it has slot openings at the top with automatically closing soundproof throw-in flaps, both of them with a diameter that is only slightly larger than the maximum width of commercially available bottles. 2) sound insulation according to claim 1, characterized in that the inner edge of the slot of claim 1 equipped iat with a sound-absorbing profile. 3) Soundproof covering on the inside of the container floor Dependent claim 3a): Covering as in 3 »characterized by this that it is made of corrugated rubber. Dependent claim 3b): Covering as in 3a, characterized in that that the corrugation is on the underside of the covering. 4) partitions for individual departments dee container or container rear wall, characterized by Ver & ngelung above and below Verri3gel.ung with ratchet forward, wherein each partition wall (or container backplane) has its own such Verangelung plus locking. For the correctness: Kurt Fischer:
Willi Stadler: 7807001 08/17/78