Sorting and counting mold for Yuhuan Putian circlips

Abstract

The invention discloses a sorting and counting mold for Yuhuan Putian circlips. The sorting and counting mold comprises a base, a support and a transverse rod. The base is of a rectangular structure,and the support is vertically fixed to one end of the base. The support is provided with a through hole. The transverse rod is arranged in the through hole and is fixed through a bolt arranged on thepart, at the through hole, of the support. The transverse rod is provided with scales used for counting the number of the circlips, and the radial section of the transverse rod and the through hole are both of a water-drop-shaped structure. The scales are centimeter scales or number scales. The support is provided with a screw hole. The bolt is arranged in the screw hole, and the bolt and the screw hole are mutually matched for use. The sorting and counting mold is provided with the water-drop-shaped transverse rod, through the comparison of the open sizes of the circlips with the diameter ofthe transverse rod, the deformed circlips are sorted out, due to arrangement of the scales, sorting and counting are integrated, operation is convenient, and work efficiency and circlip yield are improved.

Description

Technical field: [0001] The invention relates to a mold, in particular to a sorting and counting mold used for Yuhuan Putian circlips. Background technique: [0002] Circlip (foreign name Circlip), also known as retaining ring or buckle, is a kind of fastener, which is installed in the shaft groove or hole groove of the machine and equipment, and plays a role in preventing the axial direction of the parts on the shaft or the hole. The role of exercise. Yuhuan Putian circlips and openings are relatively large, but the steel wire used to make this circlip is relatively thin, and it is easy to deform during transportation, packaging and production, resulting in a decline in the pass rate. In order to improve the pass rate, it is necessary to To measure the opening size of the circlip, the initial detection method in the past was manual visual sorting, but this method is easy to cause dizziness, confusion and missed detection of deformation. Deformation detection (comparison) ...

AI Technical Summary

Problems solved by technology

Yuhuan Putian circlips and openings are relatively large, but the steel wire used to make this circlip is relatively thin, and it is easy to deform during transportation, packaging and production, resulting in a decline in the pass rate. In order to improve the pass rate, it is necessary to To measure the opening size of the circlip, the initial detection method in the past was manual visual sorting, but this method is easy to cause dizziness, confusion and missed detection of deformation. Deformation detection (comparison) is carried out by passing through the opening, but this also requires manual sorting of corresponding molds, which is also easy to cause eye fatigue

[0003] After sorting, the qualified circlips are placed together and then packaged. Due to the needs of the manufacturer, different numbers of circlips need to be individually packaged. During the individual packaging process, a part of the qualified circlips that are centrally stored must be taken out. , in this operation, due to the reason of the circlips, the phenomenon of pulling between the circlips is easy to occur, resulting in the deformation of the circlips (the opening is too large), and then the corresponding number of circlips are measured by a certain measurement method, because the circlips pull each other , It is also troublesome to add or subtract the circlip during the metering operation, which reduces work efficiency

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