Cotter pin press-fitting device for plastic shell body of skylight motor

Abstract

The invention relates to a cotter pin press-fitting device for a plastic shell body of a skylight motor. The cotter pin press-fitting device for the plastic shell body of the skylight motor comprisesan engine base, an electronic control device, a feeding device, a collecting device, a rotating device, a press-fitting device, an aperture detection device and a discharging device. According to thecotter pin press-fitting device for the plastic shell body of the skylight motor, the structure is reasonable, and the operation is easy; during use, the collecting device is firstly moved to the corresponding position of the feeding device, cotter pins are delivered by the feeding device into the rotating device, at the same time, the plastic shell body is placed on the press-fitting device, therotating device places the cotter pins on the upper part of the corresponding plastic shell body, the press-fitting device presses the cotter pins into corresponding holes of the plastic shell body, and at the same time, the aperture detection device carries out the detection of the aperture and the depth; and the plastic shell body of press-fitting the cotter pins is attached to the rotating device, and then rotates to the upper part of the discharging device; and finally, defective products and good products are placed in a defective product box and a good product box correspondingly throughthe discharging device, the cotter pins and the plastic shell body can be automatically subjected to press-fitting, so that the purposes that the press-fitting quality and the press-fitting efficiency of the cotter pins and the plastic shell body are effectively improved are achieved.

Description

technical field [0001] The invention relates to the technical field of press-fitting equipment for plastic shells, in particular to a cotter pin press-fitting equipment for plastic shells of sunroof motors. Background technique [0002] At present, the plastic casing of the sunroof motor is processed through a mould. As for the assembly of the plastic shell of the sunroof motor and the metal parts, there are two existing methods: one is to put the metal parts into a plastic mold and form them together. There are too many burrs, and it is inconvenient to assemble and disassemble after being integrated; the other is to drive the metal parts into the metal part mounting holes of the plastic housing of the sunroof motor by manual knocking, which will damage the plastic housing of the sunroof motor, or manually knock the metal parts into the metal parts mounting holes of the sunroof motor plastic housing. The parts are pressed into the mounting holes of the metal parts of the pl...

AI Technical Summary

Problems solved by technology

As for the assembly of the plastic shell of the sunroof motor and the metal parts, there are two existing methods: one is to put the metal parts into a plastic mold and form them together. There are too many burrs, and it is inconvenient to assemble and disassemble after being integrated; the other is to drive the metal parts into the metal part mounting holes of the plastic housing of the sunroof motor by manual knocking, which will damage the plastic housing of the sunroof motor, or manually knock the metal parts into the metal parts mounting holes of the sunroof motor plastic housing. The parts are pressed into the metal parts installation holes of the plastic shell of the sunroof motor, but the efficiency and quality of this kind of press-fitting are low

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