Flat-plate split joint latching device for flat-plate continuous sulfuration machine

Abstract

A flat plate splicing locking mechanism for a flat continuous vulcanizing machine, relating to a locking mechanism, comprising a first friction reducing wheel, a fixed stopper, a flat plate to be spliced, a locking link rotating shaft, a restoring elastic element fixing rod, Restoring the elastic element, the second anti-friction wheel, the rotating shaft of the first anti-friction wheel, the rotating shaft of the second anti-friction wheel and the locking link, the first anti-friction wheel is fixed to the locking link through the first anti-friction wheel rotating shaft On the top, the second anti-friction wheel is installed on the hook part of the locking link that enters the locking groove through the second anti-friction wheel rotation shaft, and the restoring elastic element is connected with the locking link through the restoring elastic element fixing rod, and the locking link The part is connected with the rotating shaft of the locking link part. The invention is used for splicing hot plates of flat continuous vulcanizing machines (hot presses). It has compact structure, flat surface, simple and reliable mechanism.

Description

technical field [0001] The invention relates to a locking mechanism, in particular to a locking mechanism used for splicing hot plates of a flat continuous vulcanizer (hot press). Background technique [0002] In the assembly of the equipment structural unit, it is necessary to connect two side-by-side miniaturized thermal plate structural units and be able to withstand a certain tensile force. In the past locking mechanism, the dead point of the mechanism is used to realize the locking function. When the two connecting units are connected, there is a certain overlapping part, and the side-by-side connection locking function cannot be realized. There is also some interference. Although some mechanism forms can realize locking very well, they cannot be used in automation and continuous work; some mechanisms can realize follow-up functions, but they cannot match the locking strength and rigidity. Contents of the invention [0003] The object of the present invention is to ...

AI Technical Summary

Problems solved by technology

In the past locking mechanism, the dead point of the mechanism is used to realize the locking function. When the two connecting units are connected, there is a certain overlapping part, and the side-by-side connection locking function cannot be realized. There is also some interference in the

Although some mechanisms can achieve locking very well, they cannot be used in automation and continuous work; some mechanisms can realize subsequent functions, but they cannot match the locking strength and rigidity.

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