Automatic feeding and transferring device for glass panels

Abstract

The invention discloses an automatic feeding and transferring device for glass panels. The automatic feeding and transferring device comprises lifting parts; the two lifting parts are arranged on therear side of the lower end of a first rack in the front-rear direction, the lifting parts can vertically rise and fall at equal distances, a suction-moving part is arranged on one side of a first moving vehicle, a tray claw is arranged on one side of a second moving vehicle, a transferring vehicle is provided with a connecting arm, and mechanical arms are arranged at the two ends and the middle ofthe connecting arm correspondingly; a suction part is arranged at the lower end of each mechanism arm; temporary storage tables are arranged at the two ends and the middle of the lower portion of a second rack; the transferring vehicle operates for three times in a reciprocating mode; and the glass panels are placed on all the temporary storage tables. The automatic feeding and transferring device has the effects that mechanized conveying and transferring operation is achieved, the speed is high, the human factor error is avoided, the yield is high, the production efficiency is high, and theautomatic feeding and transferring device adapts to large-scale continuous production.

Description

technical field [0001] The invention relates to processing and conveying equipment for glass panels, in particular to an automatic feeding and transferring device for glass panels. Background technique [0002] With the continuous development of the economy and the continuous progress of the society, a variety of material consumption products are provided for people's lives to meet people's individual pursuits, and electronic equipment is one of many material consumption products. Some large-sized workpieces are often encountered in the production of electronic equipment, such as glass panel processing, so it is often necessary to use CNC machine tools to process them. However, the existing large-sized workpiece production equipment is manually loaded and unloaded. The disadvantages are: first, manual feeding, slow speed, low production efficiency, and difficult to adapt to large-scale continuous production; second, manual feeding, high labor intensity, long-term work damage...

AI Technical Summary

Problems solved by technology

Some large-sized workpieces are often encountered in the production of electronic equipment, such as glass panel processing, so it is often necessary to use CNC machine tools to process them. However, the existing large-sized workpiece production equipment is manually loaded and unloaded. The disadvantages are: first, manual feeding, slow speed, low production efficiency, and difficult to adapt to large-scale continuous production; second, manual feeding, high labor intensity, long-term work damages the health of workers, and it is easy to It can damage the glass and scratch the human body; thirdly, manual loading is prone to errors due to human factors, the placement of the glass is poor, subsequent production is prone to errors, and the yield of good products is low; fourthly, a large number of labor positions are required, and the labor cost is high

This setting is suitable for automatic loading and unloading of a single processing device. For loading and unloading of multiple processing devices, multiple processing devices are connected in series, and one manipulator in a production line supplies materials to multiple processing devices. The disadvantages are: First, the feeding speed is slow , for the processing device far away from the material warehouse, the movement stroke of the manipulator is long, and the productivity is low; second, the long-distance transportation control is complicated, and the equipment accuracy is high

In addition, multiple processing equipment are connected in parallel, and each processing equipment is equipped with a manipulator. The disadvantages are: first, the number of equipment is large, the production line occupies a large area, and the fixed investment is high; second, equipment debugging and maintenance require more manpower.

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