A sand-proof and dust-suppressing net processing machine for environmental protection

Abstract

The invention relates to a sand-proof and dust-suppressing mesh processing machine for environmental protection, which includes a workbench, a mounting frame, a splint mechanism and a forming mechanism. There are four lifting grooves evenly opened on the upper end of the frame from left to right. The splint mechanism includes a support column, a supporting plate, a compression cylinder, a No. 1 pressing plate and a No. 2 pressing plate. Block, connecting frame, return spring, driving motor, driving frame and transition branch chain. The present invention can drive four stamping blocks to complete the forming operations on the plate one by one from left to right through a driving motor, which saves the manufacturer's processing cost, and the friction form between the plate and the stamping block can be adjusted according to the size of the stamping force. Make changes to ensure the stamping effect.

Description

technical field [0001] The invention relates to the field of environmental protection tool processing equipment, in particular to a sand-proof and dust-suppressing net processing machine for environmental protection. Background technique [0002] Sand-proof and dust-suppressing net, also known as wind-proof and dust-suppressing wall, wind-proof wall, wind-shielding wall, dust-suppressing wall, the main body of the product is composed of steel structure. The sand-proof and dust-suppression net is based on the principle of aerodynamics, and is processed into a certain geometric shape, opening ratio and different hole shapes to prevent dust from flying. [0003] Sand and dust suppression nets can be divided into flexible sand and dust suppression nets and rigid sand and dust suppression nets according to different materials. Rigid sand and dust suppression nets need to go through steps such as bending, punching, forming, and cleaning during processing. The following problems e...

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Problems solved by technology

[0004] (1) When using the existing processing equipment to form sand-proof and dust-suppressing nets, the double-peak and triple-peak continuous forming methods are generally used, and the processing efficiency is still not high enough, and due to the limited deformation of the steel structure during the processing, Therefore, stamping operations must be carried out at different positions of the plate in batches, and multiple driving devices need to be equipped, which increases the production cost of the manufacturer;

[0005] (2) When stamping, the stamping head and the upper end of the plate are in a sliding friction mode to reduce the relative sliding displacement between the plate and the downward moving stamping head, but after the plate is stamped, the distance between the left and right ends becomes shorter, so It will move left and right relative to other stamping heads. During the movement, its surface is susceptible to wear, which affects the appearance of the finished product

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