TH50883A - Control method of connector press equipment - Google Patents

Abstract

DC60 (26/03/46) The connector pinch device consists of an up-and-down pinch to press the connector onto it. Exposed conductor of the cable And the receiver is positioned opposite to the squeeze. The foregoing The squeeze sections are moved up and down using an integrated driving track. With servo motor Push-pin action controls, connectors are integrated. Section of monitoring compression height at the time of compression of the connector and the load acting on. The aforementioned driving route And comparing the measured load for height with reference data. Predetermined to judge whether the connector squeezing performance is good or bad, thus a reliable judgment of whether good or bad connector squeezing performance is obtained. The connector squeeze device consists of an up-and-down squeeze for pressing the connector onto the terminal. Exposed conductor of the cable And the receiver is positioned opposite to the squeeze. The foregoing The squeeze sections are moved up and down using an integrated drive device. With servo motor Push-pin action controls, connectors are integrated. Section of monitoring compression height at the time of compression of the connector and the load acting on. The aforementioned driving route And comparing the measured load for height with reference data. Predetermined to judge whether the connector squeezing performance is good or bad, thus a reliable judgment of whether good or bad connector squeezing performance is obtained.

Claims (2)

1. Methodology for controlling a terminal compression device consisting of a compression part that has been moved back Back for pressing the connector onto the exposed conductor of the cable and the positioned receiver. In contrast to the squeeze section where the squeezing is produced by the drive path, which is combined with the servo motor, to move back and forth, the method consists of steps of Operate the drive path to move the squeeze section back and forth between the up and down positions. And where the connector is pressed Monitoring of the compression height and the electrical load acting on the drive path at the time of the compression of the connector. Determination of the measuring electrical load relative to the pressure squeeze height from the measurement, and compare it with the current reference to determine whether the connector compression performance. Is that good or bad? Where reference value, the reference value is the provided consent value of the predetermined value in The manner in which connector compression performance is judged as poor when the measured load is outside the range of The consent of the predetermined value and where the value is obtained by pressing or multiplying the difference between the dozen, height, peak value taken. Determine and the value of the reference versus the nominal value of the reference will be considered as the new reference value. 2. Methodology for controlling a terminal compression device consisting of a compression part that has been moved back Back for pressing the connector onto the exposed conductor of the cable and the positioned receiver. In contrast to the squeeze, where the squeeze, where the compression is produced. By means of a fixed path, which includes a servo motor, to perform the movement back and forth, the method consists of Operate the driveway to move the squeeze section back and forth between the up and down positions. And where the connector is pressed and squeezed Monitoring of the compression height and the electrical load acting on the drive path at the time of the compression of the connector. Determination of the electrical load on the measurement versus the pressure squeeze height from the measurement, and compare as well as a predetermined reference to determine whether the performance in Pressing and squeezing the connector is good or bad. Where the reference value of the reference is the provided consent value of the predetermined value in It is likely that the terminal compression performance will be judged as poor when the measured load is outside the range of the The consent of the predetermined value, and where the value is obtained by adding or multiplying the ratio between the load, height, peak value taken Determine and the value of the reference versus the respective value of the reference will be considered as the new reference value.