Gyroscope light ring constant-tension closed-loop unwinding and winding precise array winding machine and winding technology thereof

Abstract

The invention discloses a gyroscope light ring constant-tension closed-loop unwinding and winding precise array winding machine and a winding technology thereof. According to the gyroscope light ringconstant-tension closed-loop unwinding and winding precise array winding machine and the winding technology thereof, a left winding and unwinding tension constant device, a right winding and unwindingtension constant device, a left winding displacement and wire storing device and a right winding displacement and wire storing device are set to be closed-loop devices, wherein the left winding and unwinding tension constant device and the right winding and unwinding tension constant device can achieve reverse unwinding and reverse winding and can move and swing to a certain angle according to the production requirements for closed-loop lagged precise winding displacement, the same raw material wire is uncoiled from a left raw material coil and a right raw material coil, and it can be guaranteed that under the situation that the raw material wire does not need to be shorn, different layers of raw material wires and multiple layers of raw material wires can be wound around multiple different winding parts of products; and the same raw material wire can be controlled by the left winding displacement and wire storing device and the right winding displacement and wire storing device to becircularly, reversibly and precisely wound around the products in an array manner from each winding and unwinding tension constant device. According to the gyroscope light ring constant-tension closed-loop unwinding and winding precise array winding machine and the winding technology thereof, the winding precision is high, the winding efficiency is high, and operation stability is high.

Description

technical field [0001] The invention relates to a constant-tension closed-loop unwinding precision alignment winding machine of a gyroscope aperture and a winding process thereof. Background technique [0002] Although the current winding machines on the market can realize wire arranging (paying out) and winding, they cannot not only pay out wires, but also take up wires and store wires according to the needs of production, especially the speed of unwinding wires cannot Flexible acceleration or flexible deceleration according to production needs. Moreover, the current winding machine cannot store multi-layer raw material wires according to the production needs due to the continuous winding area, so it cannot guarantee that the raw material wires can be wound on the coil bobbin without cutting them during the winding process. Many different winding positions are wound with different layers of raw material wires and multi-layered raw material wires, which have the disadvantag...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a gyroscope aperture constant tension closed-loop unwinding precision alignment winding machine and its winding process. The wire arranging and storage device and the right arranging and storage device are set as closed-loop devices, in which, the left take-up and pay-off constant tension device and the right take-up and take-off constant tension device can realize reverse pay-off, reverse winding and shifting according to production needs. The closed-loop lag precision wire arrangement is carried out only when the swing is at a certain angle. The same raw material wire is unwound from the left raw material coil and the right raw material coil, which can ensure that the raw material wire can be wound on multiple different products without cutting the wire. The parts are wound with different layers of raw material wires and multi-layer raw material wires, and the same raw material wire can be cyclically reversible under the control of the left wire storage device and the right wire storage device respectively. The constant device is precisely wound onto the product in an entire row, and it can also perform operations such as feeding, unwinding, reverse winding, precise alignment, storage, and winding of the raw material line. Its winding accuracy is high, The winding efficiency is high, which solves the problem that the current winding machine can not integrate the wire unwinding, take-up, line arrangement, storage and winding, and its unwinding speed cannot be flexibly accelerated or decelerated according to the needs of production And it cannot guarantee that the raw material wire can be wound with different layers of raw material wire on different parts of the product without cutting it, which leads to the problems of poor versatility, low winding efficiency and poor winding precision

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