Multi-mode fishing net knitting machine movement mechanism

Abstract

The invention provides a multi-mode fishing net knitting machine movement mechanism, and relates to the technical field of textile machinery. The movement mechanism comprises a box body, a driving shaft, a driven shaft a, a driven shaft b, a driven shaft c, a driven shaft d, a driven shaft e and a driven shaft f, and the driving shaft, the driven shaft a, the driven shaft b, the driven shaft c, the driven shaft d, the driven shaft e and the driven shaft f are installed on the box body; the driving shaft is connected with the driven shaft a through a gear transmission mechanism, and the drivenshaft a is connected with the driven shaft b through a gear transmission mechanism b; the driven shaft c, the driven shaft d, the driven shaft e and the driven shaft f are connected through three different connection schemes, and accordingly, three different knitting modes, including the three-plain-knitting one-twisted-knitting mode, the plain and twisted knitting mode and the single twisted knitting mode, are achieved. The movement mechanism is high in transmission precision, small in size, simple in structure and convenient to disassemble, intermittent movement can be achieved through a cam, the movement stability is improved, in addition, different power output modes can be achieved, and accordingly, the multi-mode knitting function is achieved.

Description

Technical field: [0001] The invention relates to the technical field of textile machinery, relates to a composition mechanism of a fishing net weaving machine, in particular to a multi-mode fishing net weaving machine movement mechanism. Background technique: [0002] The kinematic mechanism of the fishing net knitting machine is an important component of the fishing net knitting machine, which realizes the knitting function of the fishing net knitting machine through power output. At present, the movement mechanism of the existing fishing net knitting machine adopts traditional chain or gear transmission, which is generally located above the fishing net machine. At the same time, the motion mechanism of the current fishing net knitting machine has a single function and cannot produce different motion outputs according to production needs, which has certain limitations. Existing fishing net knitting machine adopts spring to do recovery movement, and its stability is relativ...

AI Technical Summary

Problems solved by technology

At present, the existing fishing net knitting machine adopts traditional chain or gear transmission, which is generally located above the fishing net machine. Its transmission accuracy is low, and continuous movement is achieved. It is large in size, complex in structure, and troublesome to replace.

At the same time, the current fishing net knitting machine motion mechanism has a single function and cannot produce different motion outputs according to production needs, which has certain limitations

The existing fishing net knitting machine uses springs for recovery movement, and its stability is poor

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