Cutter belt adjustment system of vertical-cutter-type high-speed digital-control fabric separator

Abstract

The invention discloses a cutter belt adjustment system of a vertical-cutter-type high-speed digital-control fabric separator. The system comprises a flywheel box supporting plate, a left wallboard, aflywheel supporting plate, a right wallboard, a cutter belt, flywheels, an upward adjustment mechanism, two servo motors, a left supporting slide block, a cutter rack plate, a servo motor connectionrod, a first downward adjustment mechanism, four worm connection rods, a transmission mechanism, second, third, fourth and fifth downward adjustment mechanisms and a right supporting slide block; an output shaft of the first servo motor is connected with the upward adjustment mechanism and drives the upward adjustment mechanism to move up and down; an output shaft of the second servo motor is connected with the first downward adjustment mechanism through the servo motor connection rod; all the downward adjustment mechanisms are arranged at the upper side of the cutter belt and can drive the cutter belt to move downward. The cutter belt adjustment system is simple in structure, the position of the cutter belt is more conveniently, efficiently and accurately adjusted, and a spacer fabric ismore efficiently and stably separated. The aim of up-down adjustment for the cutter belt is to make a separated wool fabric flatter, and the separation process is more stable.

Description

technical field [0001] The invention belongs to the field of textile machinery, in particular to a knife belt adjustment system of a vertical knife type high-speed numerical control fabric dividing machine. Background technique [0002] The fabric dividing machine is a mechanical device for dividing the spacer fabrics produced by various warp knitting machines. The spacer fabric is a kind of fabric with base fabric on both sides and plush fabric in the middle woven by warp knitting machine. The function of the fabric dividing machine is to divide the spacer fabric to form the A side and the B side of the fabric, so that the surface of the cut fabric is covered with smooth fluff, and the single-layer pile height of the A and B sides is controlled within the requirements. Because the thickness of the plush fabric in the middle of the spacer fabric is not the same, the vertical movement distance of the knife belt relative to the spacer fabric is further different, so the posit...

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Problems solved by technology

[0003] The adjustment device of the knife belt of the existing fabric dividing machine relative to the spacer fabric is generally to manually adjust the upper and lower positions of the spacer fabric baffle instead of adjusting the upper and lower positions of the knife belt, let alone the use of numerical control intelligent control of the knife belt. Move up and down, and the spacer fabric baffle of the existing fabric dividing machine is bulky and heavy, so the required mechanical structure of the spacer fabric baffle adjustment device is more complicated and takes up more space, resulting in waste of raw materials and inconvenient operation. Lost a lot of material and financial resources

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