DE6800669U - PLASTIC GLOVE DIVE FORM - Google Patents

Description

Weilheim / Teck, September 27th, 1968 St / Ea

Wilhelm Kachele, a rubber and plastic manufacturer 7315 Weilheim / Teck

Plastic glove mold

The object of the innovation is a glove dipping mold made of plastic, the palm of the hand, including fingers and thumb, a rough shape (Fig. 1) Furthermore, this shape has a band roughening at the lower end of the sleeve (Fig. 2), also in the form of uniform depressions, and the engraved one Designation (Fig. 3) of the respective shape size. Finally, the shape has a slightly conical taper as a conclusion (Fig. 4) before it has a circumferential bulge (Fig. 5) merges into the cylindrical base (Fig. 6).

A number of different shapes of gloves are known made of metals, ceramic materials or porcelain, on which gloves made of natural and synthetic materials - rubber or Latices, plastics, etc. are produced. Such shapes are relatively cumbersome to make, are pretty heavy and, apart from metal molds, badly prone to breakage.

According to the invention, the material chosen for producing the innovation is selected Plastics that meet the chemical and physical demands placed on the molds.

Such forms are made according to the customary and known method of injection molding, casting, injection molding, pressing, centrifuging, etc.

The indentations made in the form as a roughening (Fig. 1 + Fig. 2) result in elevations on the finished gloves and provide the special grip and slip resistance of the dipped gloves. Of course, this roughening can also be omitted. Smooth gloves are then created.

So far it was common to stamp the finished gloves with a stamp to print the respective identification. Now the form has the Marked as negative on (Fig.3). Step on the finished glove this marking stands out. There is no stamping of the glove.

A particular problem is always the attachment of a rolled edge, be it manual, mechanical or fully automatic, on a submerged one Glove.

Therefore, according to the invention, the plastic immersion mold has as a termination slightly conical tapering (Fig. 4), an all-round bulge (Fig.5) and a cylindrical base (Fig.6).

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After the respective film of material has appeared on the form the rolled edge, manually, mechanically or fully automatically, rolled up onto the base (Fig. 6). Purpose of the circumferential bulge (Fig. 5) is to stretch the rolled edge slightly while rolling up, before it inevitably jumps into the conical taper (Fig. 4) due to the stretching and the tendency to return to the starting position.

This glove dipping made of plastic represents a novelty as a result the construction that goes down to the smallest retail level, taking into account the actual requirements placed on such a glove form represents the current technical peak with a considerable level of inventiveness.

Sheet 3

Claims (5)

Sheet 3 claims for protection 1.) Glove dipping mold made of plastic, characterized in that the palm of the form, along with fingers and thumbs, are even Has depressions (Fig.l). (Roughening effect on the finished Gloves). 2.) glove dipping mold according to claim 1, characterized in that the shape at the lower end of the cuff also has uniform indentations which are distributed around the shape like a band (Fig. 2) 3.) glove dipping mold according to claim 1 and 2, characterized in that that the shape at the lower end of the cuff has the respective shape size engraved (Fig.3). 4.) glove dipping mold according to claim 1 to 3, characterized in that that the shape is conically tapered as a conclusion (Figure 4), including a circumferential bulge (Figure 5) and then merges into a cylindrical base (Fig. 6). 5.) glove dipping form according to claim 1 to 4, characterized in that that the shape has no depressions (Fig.l and 2).