Stand column-board bolt fixing type compact shelve

Abstract

The invention provides a stand column-board bolt fixing type compact shelve. The compact shelve comprises a cabinet body, fixing round steel, shelves, a handle, a chassis bracket, a shaft lever, a handle, a supporting beam, stopping devices and a transmission device. The cabinet body consists of the fixing round steel, the shelves and the chassis bracket. The handle is connected with the transmission device; the transmission device comprises idler wheels and shaft levers; the idler wheels slide on sliding rails mounted on a ground rack floor; the tail ends of the sliding rails are provided with the stopping devices; and the sliding rails are mounted in an embedded manner. The stand column-board bolt fixing type compact shelve is applicable to a large-scale file storehouse and used for storing heavier materials. Furthermore, the stand column-board bolt fixing type compact shelve is convenient for access to materials and is labor-saving. The mounting manner of the sliding rail does not influence the walking of people.

Description

technical field [0001] The invention relates to a file compact shelf, in particular to a column plate bolt-fixed compact shelf. Background technique [0002] File shelves are widely used in various enterprises, institutions, banks, libraries, museums, geological museums, and schools. Traditional shelves occupy a large area, and are inconvenient to move and check files, and the laying method is not conducive to people's walking. Moreover, the slide rail beams are easy to rust and are very inconvenient to use. The file-intensive cabinet disclosed in patent ZL200620113608.6 provides a file-intensive cabinet without channels and the slide rail beams do not protrude from the ground, which solves the problem that the laying method is unfavorable. People walk, the slide rail beam is easy to rust, but the distribution of the cabinet is unreasonable, and the force generated by the shaking force of the handle is used to amplify the force through the sprocket of the transmission panel ...

AI Technical Summary

Problems solved by technology

[0002] File shelves are widely used in various enterprises, institutions, banks, libraries, museums, geological museums, and schools. Traditional shelves occupy a large area, and are inconvenient to move and check files, and the laying method is not conducive to people's walking. Moreover, the slide rail beams are easy to rust and are very inconvenient to use. The file-intensive cabinet disclosed in patent ZL200620113608.6 provides a file-intensive cabinet without channels and the slide rail beams do not protrude from the ground, which solves the problem that the laying method is unfavorable. People walk, the slide rail beam is easy to rust, but the distribution of the cabinet is unreasonable, and the force generated by the shaking force of the handle is used to amplify the force through the sprocket of the transmission panel and then transmitted to the axle of the chassis, and the axle drives the chassis. The walking wheels move together, so because the contact area between the rollers and the track is large, it is very laborious to shake while increasing the weight

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