Twisting net structure and twisting net method of simple and efficient gabion box machine

Abstract

The invention relates to the technical field of gabion box manufacturing equipment, and discloses a twisting net structure and a twisting net method of a simple and efficient gabion box machine. The twisting net structure comprises a threading guide plate and a dragging plate assembly which are arranged in sequence according to the advancing direction of a wire during the twisting net operation, aplurality of through wire holes which are arranged at intervals are formed in the threading guide plate, the dragging plate assembly comprises a pair of dragging plates, half gears and threading twisting holes, the dragging plates are mutually aligned on the side face of the dragging plate assembly and can reciprocate in the opposite-closing plane, the multiple half gears are arranged at equal intervals on each dragging plate at equal intervals and are located on the corresponding plane are rotationally arranged at the center of the rotating center, each threading twisting hole is formed in each half gear, and the half gears on the pair of dragging plates in corresponding positions on the pair of dragging plates are correspondingly spliced into whole gears when the pair of dragging platesare twisted to the twisting net operation position. According to the twisting net structure, the equipment cost can be reduced, the working efficiency and the reliability are improved, and the quality of netting is improved.

Description

technical field [0001] The invention relates to the technical field of gabion mesh manufacturing equipment, in particular to a twisted mesh structure and a twisted mesh method of a simple and efficient gabion mesh machine. Background technique [0002] Wire mesh weaving machine is a special equipment for weaving wire mesh with specific shape mesh. Because the mesh of the wire mesh produced by the equipment is hexagonal, the equipment is also commonly known as hexagonal mesh twisting machine or gabion mesh machine. [0003] The core twisting structure of the gabion net machine in the prior art includes a pair of upper carriages and a pair of lower carriages horizontally arranged on the frame, and the sides of each pair of carriages are close to each other and can be moved along the flat sides. Rubbing back and forth in opposite directions, there are a number of rotatable half gears arranged at equal intervals on the upper and lower carriages. The rotation axis of the half ge...

AI Technical Summary

Problems solved by technology

[0007] One is that it is necessary to set up and down the upper and lower carriages on the gabion machine to move synchronously, which leads to the complex structure of the equipment itself, low reliability and high equipment cost

[0008] Second, in order to install the reed pipe, the distance between the upper and lower two carriages must be set relatively large, resulting in a high equipment height, thereby reducing the convenience and safety of operation, and increasing the cost of the equipment

This results in the need to stop and reinstall a new spring wire after one spring wire is used up, resulting in frequent shutdowns, so that continuous weaving cannot be realized, resulting in the limitation of the length of the weaving net on the one hand, and low production efficiency on the other hand.

[0010] Fourth, because the straightness of the spring wire and the warp wire in the two metal wires is different, although there is an adjustment device, it is difficult to adjust the tension of the two wires to balance, which will easily lead to irregular meshes after twisting the net, thereby affecting product quality.

[0011] Fifth, when customers purchase the gabion net machine, they also need to purchase the spring winding machine at the same time, which greatly increases the investment cost of the equipment.

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