A kind of brittle plate shearing machine

Abstract

The invention relates to a brittle plate shearing machine, which comprises a bottom plate, a support frame, a rotating assembly, an auxiliary assembly and a shearing assembly. A shear assembly is installed on the upper end, an auxiliary assembly is installed on the lower end of the rotating assembly, a bar-shaped groove is provided in the middle of the bottom plate, and the right side of the bottom plate is gradually inclined downward from left to right. The present invention can solve the problem that the existing shearing machine can only make shear scratches on one side of the brittle plate when cutting the brittle plate, it is easy to break when shearing, the plate is easy to get stuck when placed flat, and the shearing knife can only be used on one side. The problem of cutting brittle plates and the length of the shear knife cannot be adjusted; it can realize the function that the plate does not get stuck and breaks when the brittle plate is sheared; the brittle plate can be cut and scratched on both sides, and the shear knife can be double-sided. The advantages of cutting in the face of brittle plates, the length of the shearing knife is adjustable, the knife is not easy to get stuck and the brittle plate is not easy to break when cutting.

Description

technical field [0001] The invention relates to the field of plate processing, in particular to a brittle plate shearing machine. Background technique [0002] Shearing machines are widely used in the fields of metal recycling, glass, and plastic product processing and molding. There are various types of shearing machines in the market, and there are different styles of shearing machines for different materials of plates. In terms of brittle plate processing , there are many problems in the use of shearing machines in the current market: [0003] Problem 1: When cutting a brittle plate, the first thing to do is to draw a shear mark on the plate, but the existing shearing machine can only make shear scratches on the brittle plate from one side, and it is prone to uneven force during shearing fracture; [0004] Problem 2: The existing shearing machine only places the brittle plate on the cutting table for shearing, but the cutting table is flat, and the plate is easily jamme...

AI Technical Summary

Problems solved by technology

[0003] Problem 1: When cutting a brittle plate, the first thing to do is to draw a shear mark on the plate, but the existing shearing machine can only make shear scratches on the brittle plate from one side, and it is prone to uneven force during shearing fracture;

[0004] Problem 2: The existing shearing machine only places the brittle plate on the cutting table for shearing, but the cutting table is flat, and the plate is easily jammed by the stress of the plate;

[0005] Problem 3: Most of the shearing knives of the existing shearing machines are fixedly installed, so that the shearing knives can only cut the plate from one direction, and the length of the shearing knives is fixed and cannot be adjusted

[0006] For the problems listed above, there is no better exploration and practice results under the existing technical conditions. Therefore, it is necessary to do further exploration and practice to solve the problems listed above

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