The working principle of the braiding machine

Working principle of braiding machine:

Braiding machine is divided into spindle type braiding machine and rotary type braiding machine according to its movement form. According to its working state, there are vertical braiding and horizontal braiding.

1. The working principle of spindle type knitting machine is a fixed part of the table (vertical or horizontal), on the table there are intersecting and tangentially connected "8" shaped trough in the groove and divided into two equal parts, evenly cross each other and equal speed of opposite movement. In this way, the spindles are constantly driven back and forth, so that the copper wire is braided to the cable surface and the braided layer is formed.

2. Rotating disc braiding machine workpiece principle Rotary disc braiding machine is also called high speed braiding machine. Its working principle is that the circular rotary plate in the middle of the equipment drives half of the spindle to rotate, and the other half of the spindle rotates along the curve in the opposite direction on the fixed torus to form the cross of copper wires and weave the intercable surface.

3. Composition and transmission system of spindle braiding machine:

1) Composition of braiding machine: wiring device, weaving machine, mold base (vertical generally not), traction wheel, receiving and discharging line device and electrical and mechanical transmission system.

2) Transmission system of braiding machine The transmission of the knitting machine is: the motor power through the pulley (D1,D2) and transmission gear (Z=37,Z=49) will transfer the motion to the center of the braided disk gear (Z=159), from the gear in three directions to three pinion (Z=34), and then the three pinion transmission automatically connected with each other and circular distribution of 18 spindle gear (Z) = 47). A claw wheel with four grooves is arranged on each gear and opposite to the grooves of the adjacent claw wheel. The cylindrical shaft end of the lower spindle is inserted into the grooves to move and is passed one by one on the adjacent claw wheel to drive the spindle to move in a circular motion. The real movement path of the spindle is realized by the long rims under the spindle seat along the track composed of the disk body and the core wheel. The 36 spindles are divided into two groups of 18 spindles each, and the two groups rotate in opposite directions to make the copper wire cross and form the braided.

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