Triplet copper pipe joint fully-automatic forming machine

Abstract

A full-automatic molding machine of branch copper pipe joint belongs to a manufacture technique field of a copper pipe joint molding device, which is mainly composed of an engine base (8) on belts, a main engine base (1) on the upper bridging beam (5), a lower mold in and out hydraulic cylinder (10) with a lower mold (14) positioned on a pace of the main engine base, a side mold connecting rod (7) with a side mold (2), a split mold hydraulic cylinder (9) with an upper mold connecting rod (11) arranged on the engine base, a main hydraulic cylinder (6) with a flexible beam (4) positioned on the upper bridging beam, a buck stay (3) positioned in the flexible beam, a retainer plate (16) positioned on the main engine base which is engaged with the lower mold (14), a lubricating substance board (17) of a material splicing groove (18) positioned on the inner and outer zone of the main engine base, and the like. The upper end of the side mold connecting rod is connected with the bottom of the flexible beam, the lower end of the side mold connecting rod is fixed on the pace of the main engine base and the side mold, the upper end of the upper mold connecting rod is fixed on the upper engine base, the lower end of the upper mold connecting rod is provided with an upper mold base with upper mold. The utility model has the advantages of reasonable structure design, and is capable of processing the joints quickly and improving the production efficiency efficiently.

Description

technical field [0001] The invention relates to a three-way copper pipe joint automatic forming machine, belonging to the technical field of copper pipe joint forming equipment manufacturing. Background technique [0002] The existing three-way pipe joint is formed by using a traditional press as the mold clamping power, hydraulic cylinders are installed on both sides of the working platform as the extrusion molding power, and the liquid is used as the molding medium, and the molding is performed by manual feeding alone. The main disadvantages are as follows: firstly, in order to overcome the high mold clamping force, a high-tonnage press needs to be selected; secondly, due to the asynchronous extrusion molding action on both sides, the molding quality is poor and the product qualification rate is low; again, the manual feeding operation alone reduces the production efficiency. Very low, and there are security risks. Contents of the invention [0003] The purpose of the p...

AI Technical Summary

Problems solved by technology

The main disadvantages are as follows: firstly, in order to overcome the high mold clamping force, a high-tonnage press needs to be selected; secondly, due to the asynchronous extrusion molding action on both sides, the molding quality is poor and the product qualification rate is low; again, the manual feeding operation alone reduces the production efficiency. Very low, and there are security risks

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