Shaft workpiece electroplating epicyclic frame

Abstract

The invention discloses a shaft workpiece electorplating epicyclic frame. The frame comprises four stand columns, wherein the four columns are symmetrically arranged in a quadrilateral form; a connection rod is arranged between the lower ends of every two adjacent stand columns. The frame is characterized in that coamings are arranged between every two adjacent stand columns, at least two layers of brace rods are arranged between a pair of opposite coamings, the two ends of the brace rods are dismountably connected to corresponding coamings respectively, horizontal grooves are uniformly distributed in the longitudinal direction of the upper side surface and the lower side surface of the brace rods, the horizontal grooves formed in the upper side surface of the brace rods and the horizontal grooves formed in the lower side surface of the brace rods are arranged correspondingly, and intervals used for placing shaft workpieces are reserved between the horizontal grooves formed in the oppsite surfaces of adjacent two layers of brace rods. The shaft workpiece electroplating epicyclic frame provided by the invention is convenient for statistics and the quality of components can be ensured, and no rummage is necessary when components are taken from goods shelves, therefore the frame is time-saving and rather convenient, and is suitable for electroplating of shaft components.

Description

technical field [0001] The invention relates to a shelf. Specifically, it is a turnover shelf for electroplating of shaft parts. Background technique [0002] At present, in the electroplating industry, the turnover shelves used to store shaft parts are traditional shelves. This traditional shelf contains four columns. The four columns are arranged in a quadrilateral. There are two adjacent columns on each side of the quadrilateral. hoarding. When in use, the shaft parts are directly stacked together, only the adjacent layers are separated by cardboard, and the shaft parts on the same layer are in contact. Since the shaft parts are stacked together, it is not easy to count, and it is troublesome to count. And because the shaft parts are stacked together, the shaft parts are easy to collide with each other, making it difficult to guarantee the quality of the produced parts. In addition, since the shaft parts are stacked together, when the shaft parts on the same shelf hav...

AI Technical Summary

Problems solved by technology

Since the shaft parts are stacked together, it is not easy to count, and it is more troublesome to count

And because the shaft parts are stacked together, the shaft parts are easy to collide with each other, making it difficult to guarantee the quality of the produced parts

In addition, because the shaft parts are stacked together, when the shaft parts on the same shelf have different specifications, when removing the parts from the shelf, it is necessary to rummage, which is not only time-consuming, but also troublesome

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