Transferring device and transferring method for completing transferring process through transferring device

Abstract

The invention provides a transferring device. The transferring device comprises a transferring machine, a feeding roller way and a material taking roller way, the feeding roller way and the material taking roller way are each composed of rollers arranged in parallel at intervals, and the transferring machine is arranged in a transferring area formed in the mode that the feeding roller way and thematerial taking roller way are connected; the transferring machine comprises a PLC, an air cylinder and a material pulling device; the feeding roller way is provided with a feeding sensing switch usedfor sensing that materials enter the transferring area and transmitting a material signal to the PLC; the material taking roller way is provided with a discharging sensing switch used for sensing that the materials arrive at the material taking roller way and transmitting a discharging signal to the PLC; and the air cylinder is used for driving a material pulling device to pull the materials located in the transferring area from the feeding roller way to the material taking roller way and driving the material pulling device to reset after the material pulling device completes material pulling, and the PLC is used for controlling work of the air cylinder and the rotating state of the feeding roller way and the material taking roller way. The transferring device can efficiently and automatically complete the transferring process. The invention further provides a transferring method for completing the transferring process through the transferring device.

Description

technical field [0001] The invention relates to a transfer device and a transfer method using the transfer device to complete the transfer process, in particular to a transfer device that can automatically change the transport direction of materials and improve work efficiency. Background technique [0002] In order to speed up the production speed of the production equipment, many production equipment are changed to automatic production equipment, that is, each workstation is set on the same machine, and the workpieces are processed through each workstation in sequence, and most of the workpieces currently use carrier plates. place, and use a conveyor belt to transport the carrier plate, the feeding direction and the discharging direction of this method are the same direction, so a long conveyor belt is required, which wastes space and is not easy to display; at the same time, a single conveyor belt, its The distance between the feed place and the discharge place is quite f...

AI Technical Summary

Problems solved by technology

[0002] In order to speed up the production speed of the production equipment, many production equipment are changed to automatic production equipment, that is, each workstation is set on the same machine, and the workpieces are processed through each workstation in sequence, and most of the workpieces currently use carrier plates. place, and use a conveyor belt to transport the carrier plate, the feeding direction and the discharging direction of this method are the same direction, so a long conveyor belt is required, which wastes space and is not easy to display; at the same time, a single conveyor belt, its The distance between the feed place and the discharge place is quite far, which is not conducive to the staff to carry out the material receiving and unloading operations. The staff often waste a lot of moving time, or need to add staff to cause waste of resources.

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