Speed change circulation book borrowing/returning belt system suitable for metro platform

Abstract

The invention discloses a speed change circulation book belt system suitable for such space as stations and metros. The book belt is divided into upper and lower two layers; the upper layer is a slow book belt, and the lower layer is a quick book belt; and an output device (electronic display screen) is arranged externally. The upper layer of slow book belt moves fully around a metro platform layer to provide a quick book borrowing / returning function to readers in the whole space. The book belt is controlled through a computer; the readers control corresponding books to fall onto the lower layer of quick book belt after selecting the books on the electronic display screen; and the quick book belt quickly conveys the books to the corresponding positions of the readers to achieve the quick book taking function.

Description

technical field [0001] The invention relates to an intelligent borrowing and returning belt, in particular to a variable-speed circulation borrowing and returning belt system on a subway platform that fully utilizes the waiting space of a subway and provides fast reading services. Background technique [0002] With the improvement of the level of urbanization in our country, the research on urban underground space has been further deepened, and people's standards for the construction of underground space have gradually changed from simple functional ones to comfortable ones. Then, the rational use of the urban underground space, which is very expensive, has become a general standard for measuring the level of urban construction. How to take into account people's feelings and integrate scattered spaces while urban construction has become a hot spot in frontier research in this field. At present, many developed regions are actively developing and utilizing underground space, a...

AI Technical Summary

Problems solved by technology

Some developed cities in my country have also carried out relevant explorations, but no matter at home or abroad, the existing subway bookshelves generally have defects such as low degree of automation, small amount of books, and single access method, which cannot meet the requirements of large-capacity subway traffic environment. In order to meet the reading needs of the waiting crowd, the subway reading space urgently needs an automatic book storage device with high speed, high degree of automation, large capacity and diversified access methods.

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