Balancing patch storing and conveying device

Abstract

The invention relates to a balancing patch storing and conveying device. The balancing patch storing and conveying device comprises a workbench support, a picking workbench, a storing mechanism, a main frame and a conveying mechanism which is arranged on the main frame, the picking workbench, the storing mechanism and the main frame are arranged on the workbench support correspondingly, the storing mechanism comprises a storing slipway which is arranged obliquely and a conveying station which is arranged at the lower outlet position of the storing slipway, the conveying station comprises a blocking plate, a butt block which is arranged in front of the blocking plate and is used for bearing current balancing patches and a limiting column which blocks subsequent balancing patches through lifting and falling, and the conveying mechanism is arranged opposite to the conveying station. Compared with the prior art, the balancing patch storing and conveying device has the advantages that grabbing of the balancing patches is convenient and stable, conveying is accurate and the like.

Description

technical field [0001] The invention relates to the field of conveying and storing materials, in particular to a balance plate storing and conveying device. Background technique [0002] The rotor is an important part of the compressor. In modern motors, when the rotor rotates around its axis, if the mass distribution relative to the axis is not uniform, centrifugal force will be generated, which will cause noise and wear on the rotor bearings, thereby reducing the performance of the motor. and longevity. In the motor manufacturing industry, in order to improve the dynamic balance of the compressor motor rotor, it is usually necessary to add balance sheets of copper, zinc, and iron base materials. [0003] In the motor production process, usually a rotor needs to be equipped with multiple balance sheets, and the rotor processing device continuously picks up the balance sheets from the pick-up station, and then adds the balance sheets to the rotor. At present, there is no m...

AI Technical Summary

Problems solved by technology

At present, there is no mature mechanical automatic material storage and conveying for thin slices such as balance sheets. Therefore, in the existing processing process, it is all carried out by manual feeding. At the position, waiting for the pick-up of the rotor processing device, there are many disadvantages in this manual feeding method. The workers need to go back and forth between the front balance piece output device and the pick-up station, and then place the balance piece on the pick-up station after getting the balance piece. , the operation is cumbersome, the feeding efficiency is low, and a large amount of labor is required. The high labor cost will increase the cost of the enterprise's life. It is difficult to realize the precise positioning of the balance piece when it is in position, which leads to errors in the subsequent rotor processing device when picking up the balance piece from the pick-up station, making it also error when adding the balance piece to the rotor, which leads to the performance and life of the motor. reduce

[0004] With the improvement of efficiency and precision requirements, simple manual feeding can no longer meet the needs of the use of balance sheets, especially when the production scale is large, which is not conducive to the long-term development of the enterprise

However, since the balance piece is a thin piece, it is difficult to grasp it with mechanical equipment such as mechanical claws, and there are problems such as instability in the grasping, so a storage and delivery device for the balance piece is needed to overcome these difficulties to meet the production requirements. need

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