A kind of suction glove mold

Abstract

A novel air exhaust glove mold comprises a base, a vacuumizing device and a glove mold body. An air outlet is formed in one side of the base and connected with the vacuumizing device. The glove mold body is arranged on the top face of the base. An air flowing cavity is formed in the glove mold body. The outer side of the air flowing cavity serves as the outer wall of the glove mold body, and a supporting body of the glove mold body is arranged on the inner side of the air flowing cavity. A plurality of air exhaust holes are formed in the outer wall of the glove mold body to communicate with the air flowing cavity. A supporting rod is arranged at the position, corresponding to the circle centers of the air exhaust holes, of the supporting body and is a telescopic supporting rod. A supporting ball is arranged at the tail end of the supporting rod. The flowing space of dust particles in a glove is reasonably designed, automation and mechanization of the glove production process are improved, human cost is reduced, and production efficiency is improved.

Description

technical field [0001] The invention relates to a glove production device, in particular to a suction glove mold. Background technique [0002] Generally, after heating and plasticizing gloves during the production process, dust particles, wool, down and other residues in the gloves need to be cleaned. In the traditional technology, the gloves are manually reversed in this process, and the suction device is used to reverse the inside of the gloves. The residue on the surface is adsorbed. In the process of inversion, the gloves on the finger part need to be filled once before they can be completely inverted. This process uses strips to fill the glove, which is prone to excessive force and the fingers will be pierced, which greatly increases errors. The efficiency is high, and when the cleaning is incomplete, an additional adhesion process is required, and the glue is used to adhere the surface of the reversed glove, resulting in extremely low production efficiency. There is ...

AI Technical Summary

Problems solved by technology

[0002] Generally, after heating and plasticizing gloves during the production process, dust particles, wool, down and other residues in the gloves need to be cleaned. In the traditional technology, the gloves are manually reversed in this process, and the suction device is used to reverse the inside of the gloves. The residue on the surface is adsorbed. In the process of inversion, the gloves on the finger part need to be filled once before they can be completely inverted. This process uses strips to fill the glove, which is prone to excessive force and the fingers will be pierced, which greatly increases errors. efficiency, and when the cleaning is not complete, an additional adhesion process is required, using glue to adhere to the surface of the reversed glove, resulting in extremely low production efficiency

There is no equipment for automatic production of this cleaning process in the traditional technology. In addition to increasing the tedious production process and wasting human resources, manual operation is not satisfactory for the cleaning effect in the glove.

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