Real-time monitoring system of ring spinning frame

Abstract

The invention discloses a real-time monitoring system of a ring spinning frame. The real-time monitoring system of the ring spinning frame comprises a headpiece controller, a headpiece display screen, a headpiece alarm light, a ring plate position sensor, and a plurality of drawing roller sensors. The headpiece display screen, the headpiece alarm light, the ring plate position sensor and the plurality of drawing roller sensors are all connected with the headpiece controller. The headpiece controller is connected with a plurality of spindle controllers; and each spindle controller is connected with a spindle alarm light, a plurality of sensors for collecting a rotation speed of each single spindle, and a plurality of thick yarn holders. An information processing unit and a hand-held terminal communicate with the headpiece controller through a wireless transmitting module. The automation degree and the digitalization level of the spinning process are greatly increased by the application of the system, thereby achieving the expansion of an information network to the working site, and accordingly forming the information network integrated with the production management and the monitoring.

Description

technical field [0001] The invention relates to a real-time monitoring system for a ring spinning frame. Background technique [0002] Spinning frame is an important equipment for completing roving to spun yarn, and the running state of each spindle position directly determines the quality of spun yarn, and the failure to detect and deal with broken yarn in time will cause winding of rollers and waste of raw materials, reducing equipment production efficiency. Although digitalization and information technology have been widely used in the textile industry, the spinning link is currently unable to realize real-time monitoring of production status, real-time and accurate statistics of output, especially the working status of each spindle needs to be manually inspected one by one, and the real-time performance is poor. , and because the faulty spindle position cannot be found in time, the bobbin quality and production efficiency are affected. [0003] The existing detection...

AI Technical Summary

Problems solved by technology

Because the sensor is arranged on each spindle, the real-time performance of the round-trip inspection method is better solved, but it will increase the cost

[0007] 4. The output statistical function of the existing spinning frame adopts the method of detecting the draft roller, but the statistical data will be inaccurate due to the difference in the working status of each spindle

[0008] 5. The function of the existing detection device is relatively simple, and the comprehensive real-time monitoring of the working status of the spinning frame cannot be realized, and the relevant data of the installation, testing and operation of the spinning frame have not been seamlessly uploaded

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