A hanging assembly line control method and system

Abstract

The invention discloses a control method for hanging assembly line outbound. The outbound card reader reads the hanger information and sends a signal to the main computer. The main computer judges whether the push rod currently passing through the inbound card reader is empty. empty, the main computer controls or controls the outbound actuator through the communication data controller to drive the hanger out of the station, and the hanger is pushed out by the push rod to move on the main rail. The hanger number of the hanger is associated; otherwise, it will not exit the station; after the hanger completes the exit, the exit actuator will stop running. The invention also provides a hanging assembly line control system and a control method for an outbound actuator. The invention can avoid two hangers from the same push rod.

Description

technical field [0001] The invention belongs to the technical field of hanging conveyor lines, and more specifically, relates to a hanging assembly line control method, system, and outbound actuator control method. Background technique [0002] In recent years, the emergence of hanging assembly lines for clothing and home textiles has completely changed the traditional production mode, realized automatic control of the processing process, improved production efficiency, and facilitated production management. [0003] On the one hand, the current hanging assembly line is more complicated in the control method of the hangers entering and exiting the station. [0004] On the other hand, the hanging assembly line originally used RS485 communication technology, but now it generally uses CAN bus to communicate with the host computer. This communication mode has the disadvantages of relatively low communication distance, communication rate and bandwidth, and cannot meet the commun...

AI Technical Summary

Problems solved by technology

[0008] The structure of the control system is complex, requiring two RFID card readers and an inductive proximity switch at each workstation, as well as an RFID card reader for detecting gaps. distribution, so that the RFID card reader used to detect the gap can accurately read the RFID information on each gap, and the system judges whether there is a hanger on the gap by the inductive proximity switch of each workstation. The installation position of each gap on the main rail and the distance between the RFID card reader for detecting the gap and the inductive proximity switch of each workstation require high installation accuracy; on the other hand, the terminal equipment and the host computer use CAN bus communication, Slow data transmission speed; using serial communication, when the host computer accesses a large number of workstations, it is easy to cause data congestion

The structure of the control system is complex, and the terminal equipment and the upper computer use CAN bus communication, and the data transmission speed is slow; when the serial communication is used, when the number of workstations connected to the upper computer is large, it is easy to cause data congestion

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