Line Scan Sensors

Features

1. High precision

a. Accuracy: 0.02mm

b. The finest trace: 0.2mm

c. Detection range: 20mm

2. High speed

Reaction time: 2ms

3. High stability

Full metal housing, high-speed digital communication to ensure freedom from outside interference

4. Powerful performance

Can chase and chase

A flexible thin material correcting device based on a CCD sensor, comprising: a CCD sensor for collecting position information of a flexible thin material installed at a yarn output end of the spinning machine; a single-chip microcomputer electrically connected with the CCD sensor; a connected driving circuit and a correcting mechanism electrically connected to the driving circuit for controlling the position of the shaft end of the spinning machine; the flexible thin material adjusted by the correcting mechanism continuously collects the position of the flexible thin material through the CCD sensor in real time After the automatic calculation of the shift amount by the single chip microcomputer, the signal is transmitted to the driving circuit and the action is sent in real time, and the correcting mechanism is activated to correct the position of the shaft end of the spinning machine; the correcting mechanism includes an executing motor a lead screw, a curved plate, a sliding nut and a guide rail; the curved plate is fixed to an upper end of the frame of the spinning machine, the execution motor is fixed on an outer side of the curved plate, and an output shaft of the execution motor and the wire One end of the bar is coupledly coupled, and the other end of the lead screw is coupled to the sliding nut, and the guide rail is disposed on the inner side of the curved plate and is provided for providing An outer shaft slidably supporting the side sliding nut, said screw and said screw nut constituting the slide nut, close to the inner side of the spinning machine and the axial end position of the sliding nut mating connector.

Application

Order Details