Screening-blistering integrated tool disc for producing crystal blistering disc and preparation method thereof

Abstract

The invention relates to a screening-blistering integrated tool disc for producing a crystal blistering disc and a preparation method thereof. The tool disc comprises a disc body, a plurality of screening-blistering portions used for allowing screening-blistering integration to be achieved are arranged on the upper surface of the disc body, each screening-blistering portion comprises an embeddinghole and at least three convex blocks arranged along the circumference of the embedding hole, each three convex blocks form a blistering hole for crystal screening and blistering, the bottom of each embedding hole communicates with a vent hole, the side, facing the corresponding embedding hole, of each convex block is provided with a slope used for reducing the demolding resistance, crystal screening can be quickly completed and blister forming can be directly conducted through the screening-blistering portions, and the convex blocks are arranged in an inverted conical mode, so that crystal blistering disc demolding is convenient. According to the tool disc for producing the crystal blistering disc and the preparation method thereof, the preparation process is reduced, demolding is convenient, the production cost is reduced, the crystal embedding precision is high, and the preparation quality is high.

Description

technical field [0001] The invention relates to the technical field of rhinestone processing, in particular to a tooling tray for producing rhinestone blister trays with integrated screening and suction and a preparation method thereof. Background technique [0002] Publication No. CN101073876A discloses a plastic forming machine comprising a frame, a vacuum pump and a heater. The frame is provided with a base, the base is provided with a suction template, and a pressure frame plate is provided above the suction template. Both the suction formwork and the pressure frame plate are pivotally connected to the base on the right side, and the heater is movably erected above the pressure frame plate through a moving mechanism. A tooling plate is placed on the base and in the center of the suction formwork. The air pipe interface on the base is connected to the vacuum pump. The above-mentioned suction plate and frame plate are both frame-shaped plates with a large round hole in the...

AI Technical Summary

Problems solved by technology

The production process of the above-mentioned tooling plate embedded with rhinestones is complicated. It needs to pass through the sieve plate and then cover the tooling plate correspondingly, and then turn it over. During the process of covering the sieve tray and turning over the sieve tray and the tooling tray together, there should not be too much deviation. Once a small mistake occurs, the rhinestone will deviate from the embedded hole, or the rhinestone will be damaged, which will affect the subsequent rhinestone absorption. Blister molding of plastic trays reduces the overall production quality, requires high manufacturing precision, and the quality of the produced products cannot meet the standard, thereby increasing production costs, and the low yield rate increases the waste of raw materials; During the molding process, because the embedded holes on the surface have a strong fixing effect on the rhinestones, it is difficult to demould the rhinestones during the demoulding process, and the rhinestone blister trays that cannot be demoulded will lead to the failure of the overall processing and production , can not be used, material waste at the same time, increased production costs and manpower and material resources

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