Rolling rod type ferrule delivering and feeding device

Abstract

The invention relates to a rolling rod type ferrule delivering and feeding device and belongs to the technical field of ferrule feeding devices. The rolling rod type ferrule delivering and feeding device comprises a support, a receiving and feeding mechanism, a rolling rod mechanism and a driving mechanism in transmission connection with the rolling rod mechanism, wherein the receiving and feeding mechanism and the rolling rod mechanism are fixedly arranged on the support. The rolling rod mechanism is composed of one set of rolling rod components which are arranged in a sloping mode. Each rolling rod component is provided with one carrying groove used for carrying ferrules. The rolling rod type ferrule delivering and feeding device is simple in structure and reasonable in design. An existing vertical type is changed to a rolling rod type. The rolling rod type ferrule delivering and feeding device has the following advantages that the ferrules are delivered in an isolating mode through an outer diameter face, an outer diameter or a channel is prevented from being damaged, and the device is particularly suitable for delivery of bearing inner rings; when the ferrules are changed, tools and debugging are not required, cost is saved, and changing time is shortened; feeding is rapid, convenient and large in randomness; working positions are low and operation is convenient.

Description

technical field [0001] The invention belongs to the technical field of ferrule feeding devices, and in particular relates to a rolling rod type ferrule transferring and feeding device. Background technique [0002] The ferrule, especially the inner ring of the bearing, after grinding the outer diameter or the groove, generally adopts a vertical hanging rod and its base with a certain interval, and pushes a ferrule under the rod base that has been detached from the rod to the conveying plane through the push plate To complete the movement of the ferrule and enter the next processing station. This transfer method can avoid damage to the outer diameter surface or channel caused by collisions between ferrules, but it also has the following disadvantages: 1. When feeding, the ferrules in the hanging rod must fall into the base before feeding, and, The ferrules originally stored in the turnover disk often have to be moved to the transfer slot with a string rod first, and then str...

AI Technical Summary

Problems solved by technology

This transfer method can avoid damage to the outer diameter surface or channel due to collisions between ferrules, but it also has the following disadvantages: 1. When feeding, the ferrules in the hanging rod must fall into the base before feeding, and, The ferrules originally stored in the turnover disk often have to be moved to the transfer slot with a string rod first, and then strung up with a hanging rod before they can be hung. Regular feeding is required, and the number of links increases; 2. When changing ferrules, different apertures and outer diameters The corresponding hanging rod and base need to be replaced. If the height of the ferrule is different, the distance between the base and the bottom plate needs to be adjusted, which not only increases the cost, but also takes more time; 3. The fixing position of the hanging rod is far higher than the working surface, which increases the Altitude and Difficulty of Operation

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