Helical part bearing frame

Abstract

The invention relates to a helical part bearing frame. The helical part and component carrying frame comprises a base, a bearing set I is arranged on the left side in the base, and a bearing set II is arranged on the right side in the base. An upright rod is arranged in the bearing set I, a motor is arranged in the bearing set II, a driving gear sleeves a shaft of the motor, a driven gear which is meshed with the driving gear sleeves the lower part of the upright rod, brackets which are placed in a helical lifting manner sleeve the upright rod, a control cabinet connected with the motor is arranged on the base, and a single chip computer and a motor driving chip are arranged in the control cabinet. According to the helical part bearing frame, the brackets which are placed in a helical lifting manner are used for placing parts, and space intervals between the brackets are large, so that fast placing of the parts which come off from a production line is facilitated, and fast taking by users in a next working procedure is also facilitated, so that the time is saved, the brackets are placed around the upright rod, and the occupied space is relatively smaller. Under the control of the single chip computer, the motor rotates at certain intervals so as to drive the upright rod and brackets to rotate.

Description

Technical field [0001] The invention relates to the technical field of intelligent placement equipment for industrial parts, in particular to a spiral type parts bearing frame. Background technique [0002] In industrial production, in order to save time and space, people often stack parts that are off the assembly line in batches for subsequent transportation and storage. However, in most cases, the parts produced in batches will be sent to the next production step. , The staff in the next production step need to remove the stacked parts separately during processing or assembly. However, it is difficult to separate the stacked parts, especially for the thick flat flanges with small gaps and mutual Thin plate stamping parts with small stacking gap. In order to improve production efficiency and facilitate users to quickly take stacked components, people need a component support device that can place components evenly, flexibly and simply, and takes up little space. Summary of th...

AI Technical Summary

Problems solved by technology

[0002] In industrial production, in order to save time and space, people often stack the parts produced in batches together for subsequent transportation and storage. However, in most cases, the parts produced in batches will be sent to the next production step , the workers in the next production step need to separate and remove the stacked parts during processing or assembly. However, it is difficult to separate and remove the stacked parts, especially for thick and small flat flanges and mutual Thin sheet stamping parts with small stacking gap

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