Vertical steel wire net rack insulation board forming machine

Abstract

The invention discloses a vertical steel wire net rack insulation board forming machine, relates to the technical field of insulation board production equipment, and aims to solve the problem of highfailure rate of an existing wire inserting machine. The machine comprises a conveying device, a wire inserting device and a welding device; the conveying device is used for conveying a polystyrene board; the wire inserting device is used for inserting inserting wires into the polystyrene board; the welding device is used for welding the inserting wires inserted into the polystyrene board with a steel wire net rack; the wire inserting device comprises a second fixed plate, a pushing member and discharge blocks; a plurality of discharge blocks are provided and arranged up and down; material grooves for containing the inserting wires are formed in the discharge blocks; the pushing member is fixedly connected with a plurality of ejector rods corresponding to the discharge blocks; the ejector rods extend into the material grooves and are used for pushing the inserting wires in the material grooves; the wire inserting device further comprises an actuating mechanism; and the second fixed plate is connected with the pushing member through the actuating mechanism.

Description

technical field [0001] The invention relates to the technical field of heat preservation board production equipment, in particular to a vertical steel wire mesh heat preservation board forming machine. Background technique [0002] The steel wire mesh insulation board refers to the installation of steel wire mesh sheets on both sides of the benzene board. There are several inserting wires running through the benzene board. [0003] The existing wire inserting machines are all pneumatically controlled, and the benzene plate and wire insertion are completed by the cylinder. During the continuous production operation, the mechanical failure rate is high. One of the reasons is the mechanical fatigue and wear of the cylinder. The second reason is common It is the problem of the aging of the rubber ring, which causes the response speed of each cylinder to be different after a long time, and the driving force of each cylinder is insufficient, and even the cylinder cannot be used. ...

AI Technical Summary

Problems solved by technology

[0003] The existing wire inserting machines are all pneumatically controlled, and the benzene plate and wire insertion are completed by the cylinder. During the continuous production operation, the mechanical failure rate is high. One of the reasons is the mechanical fatigue and wear of the cylinder. The second reason is common It is the problem of the aging of the apron, which causes the response speed of each cylinder to be different after a long time, and the driving force of each cylinder is insufficient, and even the cylinder cannot be used.

In addition, the production size is limited, and it cannot be produced after increasing the thickness of the benzene board

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