Pull-out type goods shelf used for tool placement

Abstract

The invention discloses a pull-out type goods shelf used for tool placement. The draw-pull type goods shelf comprises an aluminum profile framework, supporting shoe feet, a front cross beam, a rear cross beam, guide rails, hanging plates, limiting strips, bearing sets, hanging plate limiting grooves, T-shaped handles and anti-collision belts. The pull-out type goods shelf has the beneficial effects that all connecting parts of the aluminum profile frame are assembled by M8 screws, so that the use strength of the frame can be ensured while the load is reduced; the top ends of the supporting shoe feet are fixedly connected with the bottom surface of the aluminum profile frame, so that the goods shelf can be conveniently fetched and transported through a forklift; the rear ends of the guide rails are directly erected on the rear cross beam, so that the detachable property of the the device is improved; the bearing sets are fixedly connected with the top ends of the hanging plates, so that the pulling distance can reach 60% so as to meet the the requirement that the article taking range of people can cover the whole hanging plates; the hanging plate limiting grooves are the same as the hanging plates in using material, so that the hanging plates can smoothly pass through; the tail end of the T-shaped handles are fixed through screws, so that the hanging plate is more labor-saving when being pull-out; and the anti-collision belts and the hanging plates are fixedly connected, so that the foot part of the person is prevented from being damaged due to pull-out the hanging plates.

Description

technical field [0001] The invention relates to a pull-out shelf, in particular to a pull-out shelf for placing tooling, and belongs to the technical field of shelves. Background technique [0002] In the production management mode of the enterprise, beautiful layout, high efficiency and quickness have become the theme of today's development. Among them, pull-out shelves are widely used in material storage because of their small footprint. [0003] The existing pull-out shelf structure for tooling placement is relatively simple and cannot meet the complex use environment. First, due to the limitation of the force structure, the pull-out distance can only account for 38% of the total width of the hanging board, which leads to When the shelf is placed against the wall, the material on the other side of the siding cannot be accessed. If you change the position of the pulley and move it back to increase the pulling distance, it will cause the front end to tilt due to the unbal...

AI Technical Summary

Problems solved by technology

[0003] The existing pull-out shelf structure for tooling placement is relatively simple and cannot meet the complex use environment. First, due to the limitation of the force structure, the pull-out distance can only account for 38% of the total width of the hanging board, which leads to Items on the other side of the pegboard are not accessible when the rack is placed against a wall

If you change the position of the pulley and move it back to increase the pulling distance, it will cause the front end to tilt due to the unbalanced force. Second, the hanging plate has no limit during the sliding process, and it is easy to shake left and right, and it is easy to get injured or cause the material to fall off When the hanging board is pulled out, it is easy to cause injury to the feet of the personnel. Third, the overall shelf is a welded structure, which is very inconvenient to transfer and disassemble. , it is inconvenient for a forklift to pick up and transport. Fourth, it is easy to be unbalanced during the pulling process and the rear end is tilted. Fifth, it is not convenient for the smooth passage of the hanging board. Sixth, it is laborious to pull the hanging board, and it is easy to hang the board Situation where the pull does not work when the load is heavy

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