Continuous type full-automatic drilling machining equipment for charger shell bodies

Abstract

The invention provides continuous type full-automatic drilling machining equipment for charger shell bodies. A driving mechanism drives a movable plate to intermittently move up and down in the vertical direction. M radial grooves are formed in the peripheries of driven groove wheels. A limiting platform used for fixing a to-be-machined workpiece is arranged in the position, between every two adjacent radial grooves, of the wheel surface. The disk surface edge of a driving poking disk is provided with a cylindrical pin and a convex locking arc for locking the driven groove wheels. A concave locking arc which is matched with the convex locking arc and can enable the corresponding driven groove wheel to be static is arranged between every two adjacent radial grooves. A transmission mechanism drives the driving poking disk to intermittently rotate. Drilling mechanisms conduct drilling machining on the to-be-machined workpieces fixed to the driven groove wheels. A controller is connected with the driving mechanism, the transmission mechanism, the N drilling mechanisms and a distance measuring sensor. According to the continuous type full-automatic drilling machining equipment for the charger shell bodies, the driving mechanism, the driving poking disk, the N driven groove wheels, the transmission mechanism, the N drilling mechanisms and the controller are matched with one another, and thus end surface drilling full-automatic continuous machining work of the multiple charger shell bodies can be completed at a time.

Description

technical field [0001] The invention relates to the technical field of mechanical processing, in particular to a continuous type charger shell automatic drilling processing equipment. Background technique [0002] Now, technologies related to electric vehicles driven by using electric power, which is green energy, are rapidly developing. Most electric vehicles include an electric motor that generates rotational force, a battery that supplies electricity to the motor, an inverter that controls the RPM of the motor, a battery charger that charges the battery with electricity, and a low-voltage DC / DC converter for electric vehicles . The performance of the electric vehicle charger also has a certain influence on the use of electric vehicles. The main circuit components of the electric vehicle charger are all arranged in the casing, and the casing plays an important protective role. During the manufacturing process of the charger housing, a drilling process is often required....

AI Technical Summary

Problems solved by technology

Traditionally, when drilling holes on the charger shell, usually first draw a dot or a cross line on the position of the charger shell where the hole needs to be drilled as a mark, then hold the charger shell and place it on the bench drill, and place the The drill bit is aligned with the marks drawn in advance to drill holes one by one. This kind of drilling method not only cannot guarantee the accuracy of the drilling position, but also has low work efficiency.

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