Line hanging mode for novel winding machine

Abstract

The invention discloses a line hanging manner for a winding machine. The equipment comprises an A-screen winding machine, a B-screen winding machine, a five-roller drawing machine and a waste wire machine, wherein the A-screen winding machine and the B-screen winding machine are arranged between the five-roller drawing machine and the waste wire machine; wire guide wheels are arranged at the lower left corner of the A-screen winding machine and the lower left corner and the lower right corner of the B-screen winding machine; the A-screen winding machine and the B-screen winding machine are provided with wire guide hooks; manipulators are respectively arranged on work stations of R1, R2, R3 and R; a single wire is split and pulled out outwards by the manipulator at the work station of R1; single wires are pulled out by the manipulator at the work stations of R2 and R3 and are respectively hung on the wire guide hooks D1 and D2; and the single wires are wound on a motor bobbin by the manipulator at the work station of R4. According to the invention, by rearranging production procedures, a total of four work stations are arranged at the five-roller drawing machine, the A-screen winding machine and the B-screen winding machine; one manipulator is responsible for one work station at the fixed point without moving back and forth, so that the wire hanging efficiency is greatly improved, the ling-hanging time is shortened by 50 percent, waste wires are reduced by about 50 percent and the labor intensity is reduced.

Description

technical field [0001] The invention relates to the technical field of thread hanging for silk products, in particular to a thread hanging method for monofilament. Background technique [0002] In the monofilament manufacturing industry, there is a process of hanging the monofilament on the winding machine. How to hang the monofilament on the winding machine at the fastest speed and minimize the waste is the responsibility of each monofilament manufacturer. major problem. The method currently used is: figure 1 As shown, the five-roll drafting machine 3 is on the left, the A-screen winding machine 1 and the B-screen winding machine 2 are on the right, and the waste silk machine 4 is between the A-screen winding machine 1 and the five-roll drafting machine 3. Wind the entire bundle of monofilament 5 from the five-roller drafting machine 3 to the waste silk machine 4, and then 3-4 operators each pull a monofilament 5 to the B-screen winding machine 2 and A On each winding m...

AI Technical Summary

Problems solved by technology

The disadvantages of the prior art are: every time a wire needs to be run back and forth, the route is long, the labor intensity of the operator is high, the speed is slow, and the efficiency is low. It takes about 50 minutes to complete the hanging wire of 164 monofilaments; and 3 — Four people running back and forth in a narrow passage are likely to collide with each other and break the monofilament, so the end is easy to break, and the waste yarn produced is much

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