Three-dimensional high-capacity book storage device based on chain roller driving

Abstract

The invention relates to a three-dimensional high-capacity book storage device based on chain roller driving. At present, a traditional bookshelf is not suitable for being too high in the height design process in order to facilitate the reading of books by readers, and the space height of the bookshelf is wasted due to the fact that the height of the bookshelf is usually high in a room where the bookshelf is located. A three-dimensional high-capacity book storage device based on chain roller driving is mainly composed of a driving assembly, a transmission assembly and a frame body assembly. The driving assembly is mainly composed of a servo speed reducer (8), a transmission gear and other parts and serves as a driving unit of the device, the transmission assembly is mainly composed of a driving roller (18), a roller frame (19), a guide roller (21) and other parts and serves as a transmission unit of the device, and the frame body assembly is mainly composed of a head cover (17), a main frame body (15), a box body (16) and other parts and serves as a supporting and storing unit of the device. The method is applied to the field of library book collection and storage.

Description

technical field [0001] The invention relates to a three-dimensional large-capacity book storage device driven by chain rollers. Background technique [0002] At present, in order to facilitate readers to consult books, the height of the bookshelf should not be too high during the design process of the traditional bookshelf, and the shelf in the room where the bookshelf is located is usually high, resulting in a waste of space for the bookshelf. If the height of the bookshelf is increased, the storage capacity of the bookshelf can be expanded, but at the same time, readers need to use the borrowing ladder to go to the upper layer of the bookshelf to check books, which is inconvenient and unsafe, thus limiting the number of books stored in traditional bookshelves. In addition, readers need to bend over or squat down if they want to borrow and check the books on the bottom of the bookshelf, which is very inconvenient to move, and the sight is also affected to a certain extent, ...

AI Technical Summary

Problems solved by technology

[0002] At present, in order to facilitate readers to consult books, the height of the bookshelf should not be too high during the design process of the traditional bookshelf, and the shelf in the room where the bookshelf is located is usually high, resulting in a waste of space on the height of the bookshelf

If the height of the bookshelf is increased, the storage capacity of the bookshelf can be expanded, but at the same time, readers need to use the borrowing ladder to go to the upper level of the bookshelf to check books, which is inconvenient and unsafe, thus limiting the number of books stored in traditional bookshelves

In addition, readers need to bend down or squat down to borrow books on the bottom of the bookshelf, which is very inconvenient to move, and the sight is also affected to a certain extent, and the reading speed is slow

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