Can-type capsule sulfuration transition disc

Abstract

The invention discloses a can-type capsule sulfuration transition disc, wherein an upper water inlet tap and an upper water outlet tap which are symmetrical about a circle center are arranged at the upper part of the transition disc; a lower water inlet tap and a lower water outlet tap which are symmetrical about the circle center are arranged at the lower part of the transition disc; the upper water inlet tap is communicated with the lower water outlet tap; and the lower water inlet tap is communicated with the upper water outlet tap. According to the can-type capsule sulfuration transition disc, the original water in and out mode by using metal flexible pipes for connection is changed; the transition disc is adopted; on the premise of not changing the structure of a sulfuration can, the distance, sizes and shapes of the water inlet and outlet taps of the original can-type water bag sulfuration are changed to accord with the can-type capsule sulfuration. Meanwhile, the transition disc and each die as well as the dies are positioned by movable locating pins, therefore, the relative positions of the can, the transition disc and the dies are ensured, and the purpose of performing sulfuration in the sulfuration can in a capsule manner is achieved.

Description

technical field [0001] The invention relates to a tank-type bladder vulcanization equipment, in particular to a tank-type bladder vulcanization transition plate. Background technique [0002] The tank-type bladder vulcanization process can effectively improve the appearance quality of the finished tire, especially the problems of the big edge of the tire mouth and the defects in the tire will be fundamentally improved. Since the position and size of the inlet and outlet water nozzles of the vulcanization tank cover do not match the position and size of the inlet and outlet nozzles of the tank-type capsule mold, during the production process, metal hoses are used for the inlet and outlet nozzles of the vulcanization tank cover and the tank-type bladder mold. The connection method of speeding up the loading joint will be connected. Although this connection method can solve the problem of water in and out of the tank bladder vulcanization process, the sealing performance is not...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the technical problems of poor sealing performance existing in the existing connection between the vulcanization tank cover and the tank-type capsule mold, difficult operation of mold loading and unloading, and waste of manpower and material resources, and to provide a tank-type bladder vulcanization Transition plate, which changes the distance, size and shape of the vulcanization inlet and outlet nozzles of the tank type water tire in the vulcanization tank to the distance, size and shape consistent with the tank type bladder vulcanization

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