Thermal sensitive sheet automatic inserting machine

Abstract

The invention discloses a thermal sensitive sheet automatic inserting machine. The automatic inserting machine comprises a rack, an annular conveying device, a detecting device, a discharging and transferring device, a plurality of storage and feeding devices and transferring and inserting devices corresponding to the storage and feeding devices one to one. The rack is sequentially provided with afeeding station, a detecting station and a discharging station in the horizontal circumferential direction, and assembling stations corresponding to the transferring and inserting devices one to oneare distributed between the feeding station and the detecting station. The annular conveying device collects workpieces at the feeding station and sequentially conveys the workpieces to the assemblingstations, the detecting station and the discharging station. The storage and feeding devices store and output thermal sensitive sheets, the transferring and inserting devices clamp the thermal sensitive sheets output by the corresponding storage and feeding devices and transfer and insert the thermal sensitive sheets into the workpieces on the corresponding assembling stations, the detecting device detects insertion positions, on the workpieces, of the thermal sensitive sheets on the detecting station, and the discharging and transferring device moves the workpieces, where the thermal sensitive sheets are inserted and assembled, on the discharging station away from the annular conveying device.

Description

technical field [0001] The invention relates to the technical field of mechanical automatic assembly, in particular to a heat-sensitive sheet automatic insertion machine. Background technique [0002] The thermosensitive sheet is a kind of thermosensitive material. The preparation of the thermosensitive layer consists of dispersing the fuel precursor and the display agent into particles with a diameter of several microns, mixing them with a small amount of aggregate binder, and coating them on the substrate. , Widely used in computer-aided design printing, medical diagnosis photography and overhead projection recording and many other aspects. [0003] Among them, the traditional technology of inserting and assembling thermal strips on a workpiece is to manually assemble them one by one, and also need to manually check whether the subsequent detection is in place. Because of the cumbersome and complicated operation, this mode of operation is slow and inefficient. If the mark...

AI Technical Summary

Problems solved by technology

[0003] Among them, the traditional technology of inserting and assembling thermal strips on a workpiece is to manually assemble them one by one, and also need to manually check whether the subsequent detection is in place. Because of the cumbersome and complicated operation, this mode of operation is slow and inefficient. Can not meet the demand of the market, the manual occupation is more, and the long-term operation is prone to work fatigue, which also leads to the inability to guarantee the accuracy of assembly, resulting in a low assembly pass rate and high production costs

Images