DE443324C

DE443324C - Round powder compact

Info

Publication number: DE443324C
Application number: DER63900D
Authority: DE
Original assignee: ULRICH V RITGEN
Current assignee: ULRICH V RITGEN
Publication date: 1927-04-22

Description

pA'i'EN'i'ANSPEDCH:pA'i'EN'i'ANSPEDCH:

Runde Puderdose mit einem losen, durchlochten Zwischenboden zum Tragen der Puderquaste, dadurch gekennzeichnet, daß der Dosenboden (b) und der Zwischenboden (iz) überieinstimmend vom Rande aus kegelförmig aufsteigen und in der Mitte kugelförmig vertieft sind, und daß der Zwischenboden (ß) eine an sich bekannte, nach unten ragende Förderschneide (d) besitzt.Round powder compact with a loose, perforated intermediate base for carrying the powder puff, characterized in that the base (b) and the intermediate base (iz) rise conically from the edge and are spherically recessed in the middle, and that the intermediate base (ß) is a has known, downwardly projecting conveyor cutting edge (d) .

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Abb. 3.Fig. 3.

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Claims

taken.

The invention relates to a round powder compact with a loosen, perforated intermediate base for carrying the powder puff.

The invention relates to an improvement for powder compacts, in which by, rotation Any amount of powder can hardly be removed from an insert (intermediate floor). The previous powder compacts of this kind: have the · disadvantage, that when using flat xo Intermediate bottom and bottom of the can, the powder firmly cakes when pressure is applied from above and below and it is difficult to push into the openings and can hardly be completely grasped. The invention eliminates these disadvantages, that the bottom of the can and the intermediate floor correspondingly ascend conically from the edge and in the Center spherically deepened sad, further possesses the intermediate floor a known, ao down xagende conveyor nose, which is at the highest point of the false floor.

With this powder compact, the powder is easy to use due to the sloping walls printed up to the conveyor cutting edge. In addition, the matching The shape of the intermediate bottom and bottom of the can causes complete emptying. In the end is still an improvement through the arrangement of the conveyor cutting edge at the highest point achieved by having a cutting edge that can be very small, since all of the powder is used Cutting edge. The small cutting edge increases the resistance when turning, i.e. the Friction on the intermediate floor, and the risk of the whole rotating Powder eliminated.

In the drawing, the subject of the invention is shown, namely shows it:

Fig. Ι in vertical section, Fig. 2 in plan view without cover,

Fig. 3 in section along the line AB of Fig. 2 on an enlarged scale.

The can body consists of the can bottom b and the intermediate bottom a. This is cup-shaped on its upper side, rises conically from the edge on the underside and is spherically recessed in the middle, so that a crater shape is created. It has a small opening c, which is from the crater rim towards the middle of the can. The can bottom b has the same crater shape. At the opening c , the conveyor cutting edge d is bent down, with which the last remaining powder! Can be removed.