Triangular control mechanism and its multi-station weaving method

Abstract

The invention relates to the knitting field of knitting technology, in particular to a cam control mechanism and its multi-station knitting method. A drive control mechanism is installed on the back of the triangular bottom plate, and a combined cam is fixed to control the action of the relevant cam components, and the motor rotates at an angle of combination. It is 1 station, the control is simple and reliable, and the number of controllable stations is large, avoiding the installation of multiple electromagnets in the moving machine head, eliminating the source of failure, making the machine head small in size, light in weight, high in reliability, and energy-saving. Electricity; through artificial intelligence control, it can be subdivided into multiple stations for knitting. Different knitting processes adopt specially set stations, and various modes can be switched flexibly, which greatly improves production efficiency. With the intelligent yarn feeder, it will provide artificial intelligence for future flat knitting machines. Point out a direction for innovation.

Description

technical field [0001] The invention relates to the knitting field of knitting technology, in particular to a cam control mechanism and a multi-station knitting method thereof. Background technique [0002] Existing triangular knitting systems for flat knitting machines such as gloves, socks, scarves, etc. have the following deficiencies: 1. Each triangular action is performed by multiple motors and electromagnets through connecting rods and other mechanisms. There are many parts such as brackets and brackets, and the structure of the triangular knitting system is complex, resulting in the defects of large size and heavy weight in the head of the flat knitting machine; [0003] 2. Multiple electromagnets are installed in the moving machine head, which are easily affected by vibration and pollution and fail, resulting in errors in related triangular actions, resulting in pin strikes, difficult maintenance, and high maintenance costs; [0004] 3. When repeating knitting, the ...

AI Technical Summary

Problems solved by technology

[0002] Existing triangular knitting systems for flat knitting machines such as gloves, socks, scarves, etc. have the following deficiencies: 1. Each triangular action is performed by multiple motors and electromagnets through connecting rods and other mechanisms. There are many parts such as brackets and brackets, and the structure of the triangular knitting system is complex, resulting in the defects of large size and heavy weight in the head of the flat knitting machine;

[0003] 2. Multiple electromagnets are installed in the moving machine head, which are easily affected by vibration and pollution and fail, resulting in errors in related triangular actions, resulting in pin strikes, difficult maintenance, and high maintenance costs;

[0004] 3. When repeating knitting, the needle selector still needs to pre-select each needle. The needle selector repeatedly selects needles, and the stitches repeatedly enter and exit the triangular track. Finally, select the needle for the next stroke, the reciprocating stroke of the machine head is long, the efficiency is low, and the speed is slow;

[0005] 4. In the past, all flat knitting machines used to weave the middle piece A (high position), tuck the H (middle position), and not weave B (low position). The needle, the needle selection piece is pushed from the low position to the high position by the push needle triangle, the top middle piece is pushed to the A (high) position, and then pressed back to the B (low) position by the needle clearing triangle, which will easily cause wear of the triangle and stitches, and it is easy to slip out missing pin phenomenon

[0006] In addition, the existing triangular knitting system controls the needle selection of the needle selection roller through the motor, which has the advantages of fast knitting speed, good stability, light force, and energy saving, but the disadvantage is that the needle selection roller can only perform one process, that is, Only one pattern can be woven. When changing the pattern, the steel pins need to be disassembled and rearranged, which requires high technical requirements and long working hours. Many enterprises can do nothing about it, which directly affects the delivery time and cost.

Therefore, most enterprises use one machine for one use. Limited by the volume of the drum, products with many changes and complexities cannot be arranged. If they need to make products with high added value, they need to buy more machines, which increases the cost of the enterprise and reduces the economic benefits.

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