DE6931814U - POWDER BOX - Google Patents

Description

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* Patent Attorney Bonn, Aug. 8, 1969

Ii Or. Wolf Müller 2124/69 Ka./Sch

53 B ο η η

Ι * Adenauerallee 4-6a

Applicant;

Herbert B rο me rt
532 Bad Godesberg
Langenbergsweg 54

Utility model

Powder box.
The innovation concerns a powder box for Mogul systems *

Such powder boxes, filled with powder, the recording of casting compounds in the production of pastilles from a wide variety of raw materials (gum arabic, agar agar, gelatine, Starch, etc.) and are used for all articles cast in powder in the confectionery and pharmaceutical industries are known and are used in many companies in a wide variety of sizes and designs.

The poured pellet is poured into this box over a

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Dried off enough water for a certain period of time until it retains its shape remains and has assumed a rubbery character.

The previously known powder boxes were primarily made from HoIa, da.-wood due to its ability to hold water itself which came closest to the requirement of achieving an optimal drying time. The guard parts of the wooden manufactured powder boxes consists in the formation of wood splinters in the event of machine malfunctions and in the difficulty Finding these wooden parts in the powder again, which leads to quality reductions and complaints from consumers leads. Another disadvantage is the limited lifespan of the wooden powder boxes, which is caused by the constant Change in temperature and exposure to moisture is. The previously known powder boxes made of plastic have disadvantages, since the drying effect as a result of smooth floors are not very high.

The innovation is therefore based on the task of constructing a powder box for Mogul systems, in which one The formation of splinters when used in machines is excluded and the drying process of the lozenges is accelerated and also has an almost unlimited lifespan.

The & e object is achieved according to the invention in that

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he one or. Is designed to be assembled in several parts, its frame made of plastic and its bottom surface 'from Plastic or sheet metal is made.

In order to achieve the highest possible drying effect, is the powder box designed according to a further advantageous idea of the innovation so that the bottom surface slots or has holes of various shapes and sizes.

This type of floor design accelerates the release of water and also when the pastille shapes are stamped in in the powder facilitates the escape of air. * When the water evaporates from the lozenge mass it follows namely the release of moisture not only through the surface, but also through the perforated bottom of the box additionally reinforced.

For this purpose, it has been 'ken the innovation proven advantageous that the bottom surface is covered over with a textile or Kunststoffgaze also according to a further indent. This prevents the powder from falling through.

In order to provide the fudder boxes with additional stability, it is finally expedient according to a further advantageous embodiment of the subject of the innovation, that the bottom surface has profile ribs. This profiling also increases with the appropriate shape

area and thus increases the area affected during the drying process.

An embodiment of the innovation is shown in the drawing and is described in more detail below. It demonstrate:

Fig. 1 is a plan view of the subject of the innovation and

Figure 2 is a plan view of the bottom surface of the article of innovation =

The powder box consists essentially, as can be seen from Fig. 1, of a frame 1, which at all four corners Has feet 2, as well as a floor 3. It can ent · * neither frame and bottom surface be made of plastic, or the frame made of plastic and the bottom of metallic Consist of sheet metal. The bottom surface 3 is provided with slots or holes 4. For stabilization and for Increases the area of action during the drying process the bottom surface continues to have profile ribs 5, which are attached both in the longitudinal and in the transverse direction. To fail To prevent the powder through the slots or holes, the inside of the bottom surface of the box is still using pasted over a textile or plastic gauze.

The size of the floor area and the frame as well as its height depends on the machines used.

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The advantages achieved with the innovation are, in particular, that splinters form in the event of machine malfunctions it is no longer possible that the drying process of the lozenge mass etc. is accelerated by the design of the bottom is that the powder box occupies a practically unlimited life and that it is inexpensive in a simple manner can be produced.

Protection claims

69 3 ί

Claims (4)

Ii ι * tv e «β f" 1 FfcRt a · »* 'ot ft · t # ro · * · β t! ■■ β · ί · * β» t · ft »ι · · ti | β ro n * Protection claims 1. Powder box for Mogul systems, characterized in that that he one or. Is constructed in several parts, with its frame (1) made of plastic and its bottom surface (3) consists of plastic or sheet metal. 2. Powder box for Mogul plants according to! Claim 1, characterized characterized in that the bottom surface has slots or holes (4). 3- powder box for Mogul plants according to claims 1 to 2, characterized in that the bottom surface (3) is glued over with a textile or plastic gauze. 4. Powder box according to one of the preceding claims, characterized in that the bottom surface (3) profile ribs (5) having. B931814