Aluminum piston storable automatic feeding equipment and production method thereof

Abstract

The invention provides automatic feeding equipment capable of storing aluminum pistons and a production method of the automatic feeding equipment, relates to the field of automatic feeding of aluminum pistons, and belongs to equipment capable of storing pistons well at a time and classifying and feeding the pistons step by step as well as a production method. The automatic feeding equipment comprises an equal divider (3) and a base (1), wherein the equal divider is mounted on the base; a material tray (16) is arranged above the equal divider, and equipped with a blank feature identification tooling; the blank feature identification tooling comprises a piston inner-cavity positioning block (11); a station distinction-detection tooling and a material existence detection tooling are arranged on two sides of the equal divider; and the station distinction-detection tooling comprises a station detection mounting arm (4), a station detection proximity switch (5) and a station detection block. The automatic feeding equipment provided by the invention has the positive effects that both material resources and the manpower are saved, the labor intensity is reduced, and the automated piston production is improved.

Description

technical field [0001] The invention relates to the field of automatic feeding of aluminum pistons, in particular to a device and a production method for storing pistons at one time and gradually sorting and feeding them. Background technique [0002] In the automatic production process of pistons, it is necessary to identify the key characteristics of the pistons. The basic characteristics include the eccentricity of the pin hole, the position of the oil injection gap, the assembly mark on the top surface, etc. If these key characteristics cannot be identified first during the production process , In the follow-up production process, the characteristics of the piston will be inconsistent due to the processing process, resulting in the scrapping of the piston, making it difficult for the production line to achieve automatic production of pistons, thus restricting the accuracy of piston production automation. Contents of the invention [0003] The object of the present inve...

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Problems solved by technology

[0002] In the automatic production process of pistons, it is necessary to identify the key characteristics of the pistons. The basic characteristics include the eccentricity of the pin hole, the position of the oil injection gap, the assembly mark on the top surface, etc. If these key characteristics cannot be identified first during the production process , in the follow-up production process, the characteristics of the piston will be inconsistent due to the processing process, resulting in the scrapping of the piston, making it difficult for the production line to achieve automatic production of pistons, thus restricting the accuracy of piston production automation

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