New-energy electric vehicle traction motor rotor de-weight machine

Abstract

The invention relates to a new-energy electric vehicle traction motor rotor de-weight machine, in particular to a new-energy electric vehicle traction motor rotor de-weight machine adopting techniques of de-weighting a rotor by laser alignment, dial dividing and drill processing. The new-energy electric vehicle traction motor rotor de-weight machine comprises a control board, a machine body, a transverse-sliding table, a movable drill bushing and a servo sliding table, wherein the transverse-sliding table, the movable drill bushing and the servo sliding table are arranged in the machine body in sequence. Center lines of the transverse-sliding table and the servo sliding table are mutually perpendicular. The new-energy electric vehicle traction motor rotor de-weight machine is applicable to de-weighting mass-produced motor rotors by drilling under the condition of dry machining, de-weight information is reached in one step quickly and accurately so as to facilitate operation; de-weighting by the laser alignment is quick and accurate, the dial dividing can standardize the drilling processing to be operated, and de-weighting by drilling workpieces different in diameter and length without polluting the work pieces and surroundings can be realized; when in mass production, a plurality of kinds of products can be placed on the same device to be drilled to de-weight, and the workpieces different in diameter and length are clamped tightly to keep consistency of de-weight surfaces.

Description

technical field [0001] The invention relates to a new energy electric vehicle traction motor rotor de-weighting machine, more specifically, relates to a new energy electric vehicle using laser alignment, indexing plate indexing, drilling processing to remove the weight of the rotor Traction motor rotor weight removal machine. Background technique [0002] The balance and deweighting of mass production of motor rotors under wet processing conditions can be automatically carried out on a dynamic balancing machine, and the reliable method of balancing and deweighting of mass production of motor rotors under dry processing conditions is carried out separately. For new energy electric vehicle traction motor rotors, in mass production, several varieties need to be drilled on one piece of equipment to remove weight. Due to the limitation of processing cycle, the following problems need to be solved: fast transmission of dynamic balance information, different diameters Unified clam...

AI Technical Summary

Problems solved by technology

[0003] In view of the problems existing in the prior art, the purpose of the present invention is to provide a weight-removing machine that adopts laser alignment, indexing, and drilling to remove the weight of the rotor, so as to solve the problem of the rotor of the new energy electric vehicle traction motor. Technical problems such as slow dynamic information transmission encountered in mass production

Images