Multi-spool take-up system for flatting mill

Abstract

The invention discloses a multi-spool take-up system for a flatting mill and belongs to the field of take-up devices. The system comprises a flatting mill, a guiding device, a frame, a motor and a speed reducing box, wherein a first spool, a second spool and a third spool are arranged on the frame; a second chain disc and a third chain disc are fixed on a driving rod of the first spool, a fourth chain disc and a fifth chain disc are fixed on a driving rod of the second spool, and a sixth chain disc is fixed on a driving rod of the second spool; the motor and the speed reducing box are arranged below the frame, the motor is connected with the driving end of the speed reducing box through a first chain, the first chain disc and the second chain disc fixed on a non-driving end of the speed reducing box are connected by virtue of a second chain, the third chain disc is connected with the fifth chain disc by virtue of a third chain, and the fourth chain disc is connected with the sixth chain disc by virtue of a fourth chain. According to the system disclosed by the invention, the number of times of stopping to replace pay-off spools or spools is decreased, and moreover, actions of paying off and taking up for three times can be realized by using a motor which drives to take up and using the flatting mill, so that the production efficiency is improved and the production cost is lowered.

Description

technical field [0001] The invention belongs to the field of wire take-up devices, and more specifically relates to a multi-spool wire take-up system for a flattening machine. Background technique [0002] At present, the take-up device is mainly driven by the motor to rotate the I-shaped wheel to realize the take-up. The above structural method can control the rotation of the I-shaped wheel by controlling the rotation of the motor output shaft, thereby conveniently controlling the take-up speed. However, in the prior art, the steel wire take-up is mostly a single I-wheel rotation type take-up and discharge method. , with the improvement of equipment efficiency, at present, because the interval between wire take-up and replacement of I-shaped wheels is constantly shortened, a large amount of labor is added to steel wire manufacturers. At the same time, frequent replacement of I-shaped wheels not only delays production, but also increases labor intensity. , and the product q...

AI Technical Summary

Problems solved by technology

The above structural method can control the rotation of the I-shaped wheel by controlling the rotation of the motor output shaft, thereby conveniently controlling the take-up speed. However, in the prior art, the steel wire take-up is mostly a single I-wheel rotation type take-up and discharge method. , with the improvement of equipment efficiency, at present, because the interval between wire take-up and I-shaped wheel is constantly shortened, a large amount of labor is added to the steel wire manufacturer. At the same time, frequent replacement of I-shaped wheel not only delays production, but also increases labor intensity. , and the product quality is difficult to control and stabilize

Moreover, the existing double take-up devices are complex in structure, high in cost, and difficult to maintain. Therefore, there is an urgent need for a double take-up device with a simple structure and convenient operation and maintenance, that is, a multi-spindle for flattening machines. Wheel take-up system

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