Single-layer blanking device for high pressure forming machine

Abstract

A single-layer billet removal device for a high-pressure molding machine. The fixed slide rail is fixedly mounted on the beam of the lifting mechanism; The platform slide block is slidably matched with the moving slide rail, the blank-taking platform body is placed on the blank-taking platform slide block, and the bottom surface of the blank-taking platform body is connected with the traction mechanism. This kind of billet taking device is a single-layer billet taking frame connected with the sliding assembly, which reduces the weight of the billet taking mechanism itself, avoids the wear and tear of the slide parts caused by the sinking of one end, and prevents mud and water from entering the slide rail and causing the slide rail to be jammed and other phenomena, improve the stability and smoothness of the operation of the billet taking mechanism, prolong the overall service life, and reduce cost input.

Description

technical field [0001] The invention relates to the field of high-pressure molding equipment for sanitary ceramics, in particular to a single-layer billet-taking device suitable for high-pressure molding machines. Background technique [0002] At present, high-pressure grouting technology is widely used in sanitary ceramic enterprises. The production capacity of the high-pressure molding machine in the high-pressure grouting technology is 24 minutes per cycle, and the grouting time is 58 times within 24 hours. The molding times are 50 times that of ordinary plaster model grouting molding machines. , which greatly improves the unit output ratio in the factory, and the follow-up processing of the green body formed by the high-pressure molding machine is very simple. Working environment such as temperature and humidity. At the same time, the green body model formed by the high-pressure molding machine has a long service life. Among them, the split or connected model generally ...

AI Technical Summary

Problems solved by technology

In the actual use process, the billet taking device is mostly a billet taking trolley controlled by double-layer linear slide rails, and its own weight is large. When the billet taking trolley stretches out to pick up the billet, the weight bearing position of the billet is at the At the end of the trolley, during long-term continuous production, the end of the billet taking trolley will sink, which will affect the expansion and contraction efficiency and accuracy of the billet taking trolley in the process of connecting billets

In addition, the frame and sliding components of the upper and lower layers of the double-layer blanking trolley are all slider slide rail structures. When the blanking trolley is moving forward and backward, it often occurs that the blanking trolley is stuck in the process of moving due to mud entering the slide rails. The phenomenon of sinking of the end of the billet car after the serious wear of the rail and the guide rail

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