Two-for-one twister multi-motor intelligent control system

Abstract

The invention discloses a two-for-one twister multi-motor intelligent control system comprising a two-for-one twister control host, a tangential belt spindle transmission mechanism, a yarn rolling transmission mechanism, a yarn guide rod yarn guiding transmission mechanism and a overfeeding transmission mechanism. The two-for-one twister control host controls operation of an AC motor of the tangential belt spindle transmission mechanism; a driving wheel is fixed on the output shaft of the AC motor; a tangential belt is tensioned on two synchronous belt wheels; a transmission wheel is fixed on a transmission shaft of one synchronous belt wheel; the belt is tensioned on the driving wheel and the transmission wheel; a relative encoder is fixed on a connection shaft of the other synchronous belt wheel; the relative encoder is connected with a main board of the two-for-one twister control host via a data line; a plurality of transmission spindles are pressed on the tangential belt; the tangential belt spindle transmission mechanism, the yarn rolling transmission mechanism, the yarn guide rod yarn guiding transmission mechanism and the overfeeding transmission mechanism are controlled by different motors, so a mechanical transmission structure is simplified and the intelligent control system can be conveniently manufactured.

Description

Technical field: [0001] The invention relates to the technical field of two-for-one twisting machine equipment, and more specifically relates to a multi-motor intelligent control system for two-for-one twisting machines. Background technique: [0002] Mechatronics has become an inevitable trend in the development of two-for-one twisters. The new two-for-one twister control system not only requires the use of mature electromechanical control technology to realize the coordinated movement of AC motors, stepping motors and servo motors, but also for the traditional two-for-one twister transmission system. The improvement of mechatronics is to simplify the mechanical structure of the transmission system, enhance the operability of the system, and meet the requirements of different process parameters. The existing two-for-one twisting machine uses a motor to drive the whole equipment through the transmission device, and its transmission structure is complicated. , the internal co...

AI Technical Summary

Problems solved by technology

[0002] Mechatronics has become an inevitable trend in the development of two-for-one twisters. The new two-for-one twister control system not only requires the use of mature electromechanical control technology to realize the coordinated movement of AC motors, stepping motors and servo motors, but also for the traditional two-for-one twister transmission system. The improvement of mechatronics is to simplify the mechanical structure of the transmission system, enhance the operability of the system, and meet the requirements of different process parameters. The existing two-for-one twisting machine uses a motor to drive the whole equipment through the transmission device, and its transmission structure is complicated. , the internal components are easily damaged, and the single-motor drive cannot be adjusted from time to time as needed, thus affecting the operation effect

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