Feather piece visual detection device of badminton

Abstract

The invention discloses a feather piece visual detection device of a badminton, which relates to the technical field of badminton processing equipment, and aims to prevent feather pieces from shakingduring detection. The feather piece visual detection device of the badminton comprises an installation table arranged on the ground, a conveying belt arranged on the installation table, a lifting supporting plate arranged on the conveying belt, a detection frame arranged on the installation table, a visual detection module arranged on the detection frame and a processing unit arranged on the installation table; the processing unit is in electric signal connection with the visual detection module; and the lifting supporting plate comprises a first telescopic rod vertically arranged on the conveying belt and a supporting plate arranged on the first telescopic rod, and the supporting plate is made of a transparent material. The conveying belt moves to drive the feather pieces placed on the lifting supporting plate to move, so that the visual detection module can effectively detect the feather pieces on the lifting supporting plate for detection.

Description

technical field [0001] The invention relates to the technical field of shuttlecock processing equipment, in particular to a vision detection device for shuttlecock feather blades. Background technique [0002] Badminton is widely used in sports and leisure, and because the air flow has a great influence on the trajectory of the shuttlecock during the use of the shuttlecock, the characteristics of the feathers used on a shuttlecock during the manufacturing process of the shuttlecock need to be exactly the same , so that the feather sorting device is needed for sorting. The working process of the equipment is that the feathers automatically sent from the vibrating plate move along the first slideway and reach the fixture. The camera quickly takes pictures and sends the images to the computer, then analyzes and compares the images of the feathers. After determining the category parameters, the feathers are placed on the second slide for movement, and the feathers are classified...

AI Technical Summary

Problems solved by technology

[0003] For example, the computer-controlled visual detection automatic sorting equipment for badminton feather pieces disclosed on the patent network (application number is 201610219016.0) although this kind of sorting equipment can sort, but when the diameter of the feather piece root is small, the clamp is not easy to clamp completely. As a result, the clamping effect is not good, and after the fixture is clamped, the entire fixture needs to move vertically upwards. After the fixture drives the feather piece to move, because the feather piece is long and elastic, the feather piece still shakes when the fixture is stationary. As a result, there will be errors between the pictures taken by the camera and the actual structure of the quills, which will lead to errors in the sorting of the quills, resulting in a decrease in work efficiency

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