Insulating part press-in equipment for motor production

Abstract

The invention discloses insulating part press-in equipment for motor production in the technical field of motor production and processing. The insulating part press-in equipment comprises an extrusion mechanism and a tray mechanism, wherein the extrusion mechanism is installed right above the tray mechanism and used for pressing an insulating part and a motor stator on the tray mechanism at a constant speed, and the tray mechanism can move vertically and can provide constant supporting force for the insulating part and the motor stator, so that when the insulating part cannot be pressed into the motor stator, the damage of the insulating part or the motor stator caused by the forced extrusion of the extrusion mechanism is avoided. According to the invention, the supporting force is mainly adjusted, and the adjustment is simple and convenient; and the situation that qualified products and unqualified products which can be repaired in the insulating part and the motor stator are damaged due to overlarge downward pressure is prevented, and the production cost of the motor is saved.

Description

technical field [0001] The invention relates to the technical field of motor production and processing, in particular to a pressing-in equipment for insulating parts used in motor production. Background technique [0002] Motor refers to an electromagnetic device that converts or transmits electric energy according to the law of electromagnetic induction. Its main function is to generate driving torque. As a power source for electrical appliances or various machinery, motors are widely used in daily life. During the production of electric motors, it is necessary to press insulators on the motor stator. [0003] When the traditional press-in equipment presses the insulator and the motor stator, because the position of the tray mechanism is fixed, the pressing force of the insulator and the motor stator can only be controlled by the pressing speed of the extrusion mechanism, which leads to, First of all, the pressing speed of the extrusion mechanism should not be too fast, so...

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Problems solved by technology

[0005] The purpose of the present invention is to provide a press-fitting equipment for insulating parts for motor production, to solve the problem that the traditional press-fitting equipment proposed in the above background technology can only press the insulating parts and the motor stator due to the fixed position of the tray mechanism. The pressing force of the insulator and the motor stator is controlled by the pressing speed of the extrusion mechanism, which leads to the fact that the pressing speed of the extrusion mechanism should not be too fast at first, so as to avoid the pressure exerted by the extrusion mechanism on the insulation and the motor stator. The resultant force is too large (if the pressing speed is too large, the speed at which the extrusion mechanism contacts and drives the insulating part to move down will be too large, furthermore, the downward acceleration of the insulating part will be too large, due to the pressure of the tray mechanism under the motor stator The position is fixed, so that the motor stator cannot be unloaded, and the extrusion force generated at the contact between the motor stator and the insulator is too large, so that the insulator and the motor stator are easily crushed), and the workpiece is damaged. Further, in order to maintain To improve work efficiency, it is necessary to continuously adjust the pressing speed of the extrusion mechanism to obtain a suitable pressing speed. Under the premise of ensuring that the insulating parts and the motor stator will not be crushed, the pressing speed is relatively fast, which makes equipment debugging difficult. Higher, low fault tolerance rate; secondly, if there are structural defects in the insulator or the motor stator, the insulator cannot be pressed into the motor stator normally. At this time, under the extrusion of the extrusion mechanism, the insulator will be forcibly pressed into the motor In the stator, the insulating parts and the motor stator make the qualified workpiece or the workpiece that can be repaired scrapped, which causes a huge waste of the production parts of the motor

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