Fully-automatic card conveying, detecting and locating device

Abstract

The invention relates to a conveying, detecting and locating device for a hard sequence card. The device is used on a fully automatic dividing and cutting machine for the hard card which is made of a polyvinyl chloride (PVC) material as a representative, belongs to the field of printing and packaging machinery, and comprises a conveyor belt, a side locating plate, a front locating plate, a nozzle assembly, a side detection switch, an induced-draught belt, a front detection switch and a control system. The device overcomes the defects of low efficiency, time and labor waste and low precision due to manual card conveying of the conventional card cutting machine, implements the automatic conveying, detection, location and adjustment for the hard sequence card, is fast and precise in action, and can obviously improve the working efficiency and effectively improve the process precision of conveying the card, so as to ensure the dividing and cutting qualities, avoid manual card conveying and location, and liberate the productivity. The device can also be used for the automatic conveying, detection, location and adjustment of the hard card made of a non-PVC material or a common paper card.

Description

technical field [0001] The invention relates to a fully automatic card conveying detection and positioning device, in particular to a card conveying detection and positioning device for a hard card automatic slitting machine, which belongs to the field of printing and packaging machinery. Background technique [0002] At present, various hard cards made of hard materials represented by polyvinyl chloride (PVC) are widely used in various industries due to their variety of colors, patterns, specifications and excellent performance. However, in the hard card making process, the final cutting of the card is still done by a manual card cutter or an electric card cutter. Cutting one piece at a time, not only because the hard card is hard and has a certain thickness, the work intensity of the card cutting is high and the work efficiency is extremely low, but also because of the instability of manual card feeding, the cutting accuracy is difficult to guarantee, and it is only suitab...

AI Technical Summary

Problems solved by technology

However, in the hard card making process, the final cutting of the card is still done by a manual card cutter or an electric card cutter. Cutting one piece at a time, not only because the hard card is hard and has a certain thickness, the work intensity of the card cutting is high and the work efficiency is extremely low, but also because of the instability of manual card feeding, the cutting accuracy is difficult to guarantee, and it is only suitable for the required quantity. It is used when there are few and the standard requirements are not high

The existing electric PVC card cutting machine does not have the functions of automatic delivery of hard cards and detection and positioning. The workers also push the continuous hard cards forward by hand, and then complete the cutting by machinery. This kind of manual card feeding The disadvantage is that the efficiency of card delivery is low, time-consuming and labor-intensive, and the accuracy is not high

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