Nut assembling and detecting equipment for new energy motor

Abstract

The invention relates to a new energy motor nut assembling and detecting device which comprises a rack. A clamping mechanism, a four-axis gantry module, a nut and screw tightening mechanism, a jig translation mechanism, a product pressing mechanism and a size detection mechanism are arranged on the rack; the clamping mechanism is located on one side of the interior of the rack, and the clamping mechanism, the four-axis gantry module, the nut and screw tightening mechanism, the product pressing mechanism and the size detection mechanism all correspond to the upper position and the lower position of the jig translation mechanism; and the nut and screw tightening mechanism is located on the four-axis gantry module. A new energy motor can be automatically transferred to a jig from a speed chain of a production line, an upper shell and a lower shell are pressed, then automatic screw turning and nut locking operation is carried out, finally, a new energy motor product can be detected, the labor intensity can be reduced, meanwhile, the sealing requirement can be ensured by automatically applying pressure, and the undesirable phenomenon of neglected installation of screws or neglected screwing of nuts can be avoided.

Description

technical field [0001] The invention relates to an assembly detection device, in particular to a new energy motor nut assembly detection device. Background technique [0002] At the end of the assembly of new energy motor products, it is necessary to perform operations of screwing and locking nuts on the upper and lower housings of the new energy motor. [0003] Existing operations are mostly operated by hand-held electric screwdrivers or electric nut guns. However, new energy motors have high requirements for sealing, so it is necessary to ensure a certain pressure between the upper shell and the lower shell when screwing the screws and nuts. Manually holding an electric screw gun or nut gun for operation The method cannot exert pressure on the upper shell and the lower shell. [0004] Moreover, the manual operation method not only consumes more manpower and generates higher labor costs, but also may cause undesired phenomena of missing screws or nuts. SUMMARY OF THE IN...

AI Technical Summary

Problems solved by technology

However, new energy motors have high requirements for sealing, so it is necessary to ensure a certain compression force between the upper shell and the lower shell when screwing the screws and nuts. Manually hold an electric screw gun or nut gun for operation The method cannot exert pressure on the upper shell and the lower shell

[0004] Moreover, the manual operation method will not only consume more manpower and generate higher labor costs, but also may cause undesired phenomena such as missing screws or nuts.

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