Automatic pressing and detecting machine for iron cores

Abstract

The invention belongs to the field of processing and detecting equipment for iron cores, and particularly relates to an automatic pressing and detecting machine for iron cores, which presses the iron cores and automatically sorts the pressed iron cores. The automatic pressing and detecting machine for the iron cores comprises a support consisting of a first support and a second support, and is characterized in that a pressing device for pressing the iron cores is arranged on the first support, a pushing mechanism for pushing the pressed iron cores out of the pressing device is further arranged on the pressing device, a material feeding mechanism for feeding the iron cores into the pressing device is connected to the left side edge of the pressing device, a material guiding groove connected with a material holding plate is connected to the front side edge of the pressing device, and a grating detection device for detecting the height of the pressed iron cores is arranged on the pressing device. The automatic pressing and detecting machine further comprises a control device for controlling operation of all mechanisms.

Description

technical field [0001] The invention belongs to the field of iron core processing and testing equipment, and in particular relates to an iron core automatic pressure testing machine which can press and straighten iron cores and can automatically sort the pressed iron cores. Background technique [0002] The stator iron core is made of multiple steel sheets connected. In order to ensure the fit between each steel sheet, the stator iron core needs to be pressurized and pressed. Traditionally, an ordinary hydraulic press is used, and the pressing speed of the hydraulic press is relatively slow. It cannot meet the rapid requirements of assembly line production, and the existing pressurization testing process uses manual operations. First, there are certain operational risks in manual operations, and unnecessary production accidents cannot be completely avoided. Secondly, the staff Engaging in a single labor for a long time is prone to mental slack and inattention, which also inc...

AI Technical Summary

Problems solved by technology

[0002] The stator iron core is made of multiple steel sheets connected. In order to ensure the fit between each steel sheet, the stator iron core needs to be pressurized and pressed. Traditionally, an ordinary hydraulic press is used, and the pressing speed of the hydraulic press is relatively slow. It cannot meet the rapid requirements of assembly line production, and the existing pressurization testing process uses manual operations. First, there are certain operational risks in manual operations, and unnecessary production accidents cannot be completely avoided. Secondly, the staff Engaging in a single labor for a long time is prone to mental slack and inattention, which also increases the probability of production accidents. Again, the workload of a day's production is heavy, and the labor intensity of the staff is also high, and the production volume is large. The staff are prone to missing inspections or non-standard inspection methods, and some bad products are easy to mix into good products, which affects the company's image

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