Automatic Segmented Forming Equipment for Hollow Composite Insulators

Abstract

An automatic segmental molding equipment for hollow composite insulators, including a horizontal rubber injection machine, a trolley base, a product trolley, a bushing rear end support frame and a bushing front end support frame, and a bushing clamping device, bushing preheating device, and remove insert device. The invention connects a horizontal rubber injection machine, a product trolley, a trolley base, a casing front end support frame, a casing rear end support frame, a casing clamping device, an insert removal device, and a casing preheating device into one unit so that each equipment It can fully work, has a high degree of automation, and has a compact structure; integrates various auxiliary machines required for the original insulator forming into one structure, so that the main machine and peripheral equipment can work without interruption, greatly improving work efficiency; through multi-mechanism fully closed loop Control, realize automatic section forming, save labor, reduce the labor intensity of the staff, and improve the safety of production at the same time, automatic control improves product quality and reduces labor intensity.

Description

technical field [0001] This patent relates to an automatic section forming equipment for hollow composite insulators. Background technique [0002] The traditional hollow composite insulator multi-stage forming mechanism generally adopts an integral mandrel to support the inside of the casing; simple devices are used at both ends to support the weight; manual or electric operation is used to align the corresponding positions of the casing and the mold to achieve multi-stage forming. The use of such a mechanism requires high skills for the operator and high labor intensity; since personnel need to enter the forming area during the forming process and align the casing and the mold while the machine is running, there is a great potential safety hazard; in addition, the traditional The structure requires an additional mechanism to separate the mandrel from the sleeve, replace the mold insert, lift the mold, etc., which increases the cost; due to the use of the integral mandrel, ...

AI Technical Summary

Problems solved by technology

The use of such a mechanism requires high skills for the operator and high labor intensity; since personnel need to enter the forming area during the forming process and align the casing and the mold while the machine is running, there is a great potential safety hazard; in addition, the traditional The structure requires an additional mechanism to separate the mandrel from the sleeve, replace the mold insert, lift the mold, etc., which increases the cost; due to the use of the integral mandrel, the heat will be conducted through the mandrel during the segmental preheating process of the sleeve, consuming a lot of energy. Energy does not necessarily have a good effect, and the performance is unstable

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