New energy automobile motor copper wire automatic molding equipment

Abstract

The invention discloses a new energy automobile motor copper wire automatic molding integrated equipment, comprises an assembly slide rail, wherein one end of the assembly slide rail is provided witha copper wire coiling and uncoiling device and the other end is provided with a copper wire molding device, and a copper wire stripping device, a copper wire traction device, a copper wire cutting device and an automatic copper wire clamping device are sequentially arranged from left to right between the copper wire coiling and uncoiling device and the copper wire molding device. The device automatically unwinds the copper wire, and uninterrupted conveying is realized by the traction device, in this convey process, As that paint strip device travels with the cop wire, and finish stripping thecopper wire in the course of traveling, A thread cutting device is also arranged after the paint stripping operation, The copper wire cutting is completed, and the copper wire is conveyed to the copper wire molding device by an automatic clamping device to complete the molding operation, and in the operation, the paint stripping device, the wire cutting device and the automatic clamping device alltravel together with the copper wire, so that the paint stripping, the cutting and the molding are automatically completed when the copper wire is uninterruptedly conveyed.

Description

technical field [0001] The invention relates to the technical field of copper wire forming, more specifically, it relates to an automatic forming integrated equipment for copper wire used in new energy automobile motors. Background technique [0002] In the production process of the motors used in new energy vehicles, the stators and rotors of the motors are produced separately, and then assembled to form a complete motor. The winding of the stator of the traditional motor is to wind the copper wire in the stator slot, but for the high-power motor used in the new energy vehicle, etc., the flat copper wire is generally cut and reshaped into a U-shaped connecting wire, and then the U-shaped connecting wire They are respectively inserted into the stator slots, and finally the joints of the U-shaped connecting wires are respectively welded by a welding machine to form a complete stator winding. [0003] The production of U-shaped connecting wire is to unwind a continuous copper...

AI Technical Summary

Problems solved by technology

[0003] The production of U-shaped connecting wire is to unwind a continuous copper wire from a copper wire reel, and then cut and extrude it into a corresponding shape, but the existing equipment cannot realize the copper wire of this shape The automatic production of the line, the overall effect is not good

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