Manufacturing and processing machinery and processing technology of a silicone rubber insulating protective sleeve

Abstract

The invention provides a silicone rubber insulating protection casing manufacturing and processing machinery and processing technology, including a mounting base plate, a supporting foot, a supporting frame, a conveying mechanism, a cutting mechanism and a blanking mechanism. In the process of cutting the insulating protective sleeve, many people are often required to work together, which causes overlap and waste of human resources to a certain extent, and it is difficult to ensure the quality of the silicone rubber by manually feeding and cutting the insulating protective sleeve. The cutting length of the insulating protective sleeve is accurate and uniform, and the thickness of the buckle part on the silicone rubber insulating protective sleeve is often thick. It is difficult to apply the cutting pressure evenly to the surface of the silicone rubber insulating protective sleeve by manual cutting. It is easy to cause wrinkles and deformation of the cut surface, which will affect the later use effect and other problems.

Description

technical field [0001] The invention relates to the technical field of production of silicone rubber protective sleeves, in particular to a production and processing machine and process for silicone rubber insulating protective sleeves. Background technique [0002] In the existing power transmission system, due to various reasons such as changes in the external environment of the line operation or illegal intrusion of other facilities, the potential distance between the power transmission lines or the lines to the ground or to the object will be too close, which will cause equipment Failure, even personal injury and other accidents; [0003] Silicone rubber insulating protective casing (also known as open silicone tube or bird pecking tube), can solve the above problems very well, and is widely used in various line systems such as substation protection projects and railway catenary, and the use effect in cross lines Especially notable. This series of products is novel in ...

AI Technical Summary

Problems solved by technology

[0004] 1. In the process of cutting the silicone rubber insulating protective sleeve, the cutting operation is often performed manually. A large number of repetitive operations increase the labor intensity of the workers, and the buckle position on the silicone rubber insulating protective sleeve The thickness is often thick, and it is difficult to apply the cutting pressure evenly to the surface of the silicone rubber insulating protective sleeve by manual cutting, which will easily cause wrinkles and deformation of the cut surface, which will affect the later use effect

[0005] 2. In the process of feeding, cutting and collecting silicone rubber insulating protective sleeves, many people are often required to work together, which causes overlap and waste of human resources to a certain extent, and the manual operation of silicone rubber insulating protective sleeves It is difficult to ensure the precise uniformity of the cutting length of the silicone rubber insulating protective sleeve in the feeding and cutting of the tube, and it is difficult to quickly polish and remove the debris and burrs on the cut surface, which increases the workload of manual secondary cleaning operations

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