Deburring mechanism and deburring equipment for ejector rod of image housing

Abstract

The invention discloses a deburring mechanism and a deburring device for an image casing ejector rod, including a plurality of stations for placing the image casing, a lifting cylinder, a multi-axis motor, a plurality of main shaft components and an alloy rotary file; the multi-axis Each output shaft of the motor is connected to each main shaft assembly through a flexible shaft, and the lifting cylinder is connected to multiple main shaft assemblies at the same time; the main shaft assembly includes a main shaft, a shaft sleeve and a collet distributed from top to bottom, and the shaft sleeve is elastically and telescopically connected to the main shaft The front end of the shaft sleeve, the collet is fixed on the front end of the shaft sleeve, and the collet holds the alloy rotary file; the multi-axis motor drives the alloy rotary file at the front end of multiple spindle assemblies to rotate, and the lifting cylinder drives the rotating alloy to rotate through the spindle assembly The file is pressed down, so that multiple rotating alloy rotary files deburr the ejector rod burrs in the image housing on different stations.

Description

technical field [0001] The invention relates to an automatic deburring device for an image casing, in particular to a deburring mechanism for an ejector rod of an image casing. Background technique [0002] With the rapid development of car intelligence and driverless technology, cameras are installed in more places on cars; [0003] Usually, the camera of electronic devices is installed in the image housing, which includes a bottom shell and a cover, both of which are formed by die-casting aluminum alloy and connected by fasteners. [0004] In order to ensure the normal operation of the wires and electronic components on the camera without being damaged by burrs in the image housing, it is necessary to deburr the housing and cover. [0005] Many parts on the image housing need to be deburred; for example, the burr on the ejector pin, that is, the burr generated at the position of the ejector pin when the image housing is released from the die-casting mold needs to be remov...

AI Technical Summary

Problems solved by technology

[0005] Many parts on the image housing need to be deburred; for example, the burr on the ejector pin, that is, the burr generated at the position of the ejector pin when the image housing is released from the die-casting mold needs to be removed; because the internal space of the image housing is small and has a certain Deep, traditional equipment is difficult to achieve processing, and manual work requires a lot of labor, and the instability of manual work is too high, resulting in burr residues that need to affect the internal electronic components

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