A multi-cavity pneumatic demoulding device

Abstract

The invention provides a multi-cavity air pressure de-molding device. The multi-cavity air pressure de-molding device comprises a power assembly, a slide block, a gas input connector assembly, a gas output connector assembly, a cover plate and a guide groove, wherein the power assembly is connected with the slide block; the guide groove is provided with a slide groove; the slide block is arranged in the slide groove; the cover plate is arranged in a groove opening of the slide groove; the gas input connector assembly comprises a plurality of gas input connectors; the plurality of gas input connectors are connected with t he slide block; a plurality of independent exhausting channels are formed in the slide groove; the plurality of exhausting channels are communicated with the gas input connectors respectively; a gas outlet hole is formed in the end part of each exhausting channel; the gas output connector assembly comprises a plurality of gas output connectors; the gas output connectors are located on the guide groove and gas inlet holes are formed in the end parts of the gas output connectors; the gas inlet holes are located on movement tracks of the air outlet holes. The multi-cavity air pressure de-molding device has a plurality of paths of gas paths for providing de-molding gas pressure, and any one gas path can provide multiple times of de-molding gas pressure so that a workpiece can be completely de-molded and the de-molding efficiency is higher.

Description

technical field [0001] The invention relates to a demoulding device, in particular to a multi-cavity air pressure demoulding device. Background technique [0002] The demoulding device refers to the mechanical equipment that makes the steel ingot out of the steel ingot mold. Existing demoulding equipment, most rely on the clamping and ejecting special tools that static force is assembled on hoisting machinery. Then, through the opening and closing and lifting movement of the clamp and the gravity of the ingot and the ingot mold, various free demoulding, capping and ingot stripping operations are completed. Movement and forced demoulding (stripping) operation. [0003] However, the above-mentioned demoulding equipment has the defects of incomplete demoulding and inability to provide sufficient demoulding driving force, which affects the efficiency of the demoulding operation. [0004] Therefore, in view of the above problems, it is necessary to propose a further solution. ...

AI Technical Summary

Problems solved by technology

[0003] However, the above-mentioned demoulding equipment has the defects of incomplete demoulding and inability to provide sufficient demoulding driving force, which affects the efficiency of demoulding operations

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