An anti-reverse device for shaft loading and its use method

Abstract

The invention relates to automatic production equipment, in particular to charging reverse-preventing equipment. A shaft charging reverse-preventing device of the invention comprises a positioning assembly, a detection assembly and a lifting assembly, wherein the positioning assembly is used for positioning a workpiece; the detection assembly is used for detecting whether the workpiece is placed reversely; the lifting assembly is used for lifting the workpiece and is positioned on the lower part of the detection assembly; the positioning assembly is positioned on the right side of the detection assembly; the positioning assembly comprises a positioning air cylinder; the detection assembly comprises a detection air cylinder, a first detection switch and a second detection switch; and the lifting assembly comprises a lifting air cylinder. The workpiece is conveyed by a conveying device, and the conveying device stops when a set position is detected by the first detection switch; the lifting cylinder lifts to ensure that the workpiece can reach the set position; the positioning air cylinder pushes the workpiece to the set position after the lifting action is completed; the positioning air cylinder resets and the detection air cylinder is pushed out; and the second detection switch determines whether the workpiece has a lug boss and whether the workpiece is placed reversely.

Description

technical field [0001] The invention relates to automatic production equipment, in particular to anti-reverse feeding equipment. [0002] The invention relates to an automatic production process, in particular to a method for using a feeding anti-reverse device. Background technique [0003] Shaft workpieces are often used in the field of mechanical production and processing. Traditional manual loading requires multiple workers to place and load, and errors are prone to occur during the placement process, which is not reliable and labor-intensive. Because the traditional manual loading consumes manpower and man-hours, and increases the production cost, it is increasingly unable to meet the needs of production. It is considered to use common mechanical equipment such as mechanical claws to load shaft workpieces. However, due to the different structures at both ends of shaft workpieces, it is necessary to pay attention to the directionality when loading materials. The traditi...

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Problems solved by technology

[0003] Shaft workpieces are often used in the field of mechanical production and processing. Traditional manual loading requires multiple workers to place and load materials, and errors are prone to occur during the placement process. The reliability is not high and the labor intensity is high.

Because the traditional manual loading consumes manpower and man-hours, and increases the production cost, it is increasingly unable to meet the needs of production.

It is considered to use common mechanical equipment such as mechanical claws to load shaft workpieces. However, due to the different structures at both ends of shaft workpieces, it is necessary to pay attention to the directionality when loading materials. The traditional feeding mechanism cannot meet the requirements of shaft workpieces. The feeding demand

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