A feeding and retrieving device for mechanical automation spare parts processing

Abstract

A feeding and retrieving device for mechanical automation spare parts processing, including a bottom plate, two first slide rails are arranged on the bottom plate, second slide rails are arranged on both sides of the two first slide rails, and sliders are installed in the first slide rails, The first telescopic rod is installed on the slide block, a C-shaped block is arranged on the first slide rail, and a receiving box is installed on the C-shaped block. There is a horizontal plate, the second telescopic rod is installed on the bottom of the horizontal plate, and the vertical plate is installed under the second telescopic rod. There is a material box on the right side of the vertical plate, and an inclined pipe is installed on the material box. The second positioning magnetic block below, the third positioning magnetic block is installed in the C-shaped block, the placement device is arranged on the first slide rail, the transmission device is arranged on the second slide rail, and the auxiliary transmission device is arranged in the first slide rail. The invention can reduce the use of electronic components, realize the material distribution, retrieving and transfer of the balls through the mechanical structure, reduce the production cost, and has the characteristics of being convenient for repairing, maintaining and replacing parts.

Description

technical field [0001] The invention belongs to the field of retrieving and feeding devices, in particular to a retrieving and feeding device for processing mechanical automation spare parts. Background technique [0002] In mechanical automation, it is often necessary to use spare parts such as ball screws, ball bearings, and ball slides. When processing such spare parts, it is often necessary to take out a fixed number of balls to install these parts. In the existing devices, the material counter is often used to count and control the amount of material taken each time, but using this method often requires the use of complex control circuits and many electronic components, which is not only difficult to carry out when a fault occurs. Troubleshooting, and the interval between electronic components is relatively high, and the cost of replacement is high. In addition, long-term use will also cause a large amount of power loss and increase production costs. Therefore, we have ...

AI Technical Summary

Problems solved by technology

[0002] In mechanical automation, it is often necessary to use spare parts such as ball screws, ball bearings, and ball slides. When processing such spare parts, it is often necessary to take out a fixed number of balls to install these parts. In the existing devices, the material counter is often used to count and control the amount of material taken each time, but using this method often requires the use of complex control circuits and many electronic components, which is not only difficult to carry out when a fault occurs. Troubleshooting, and the interval between electronic components is relatively high, and the cost of replacement is high. In addition, long-term use will also cause a large amount of power loss and increase production costs. Therefore, we have designed a mechanical automatic spare parts processing retrieving and feeding device.

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