Unmanned full-automatic book management system

Abstract

The invention discloses an unmanned full-automatic book management system. On the basis of the original enclosed shelf book depository, thorough optimization and improvement are carried out; a book basket concept is introduced; the order of each borrower is processed in batches; and during the processes of book storage, book taking, book return, and book basket transmission and delivery, equipment is simplified, and the efficiency of a single functional component is improved, thus the integral system functions are optimized. The unmanned full-automatic book management system comprises a book shelf, a laneway vehicle, a laneway vehicle port, a delivery device, a book brought-out window and a book return window, a book basket and book cases individual from the book shelf. An enclosed shelf book depository management system manages and operates data information in a database of the enclosed shelf book depository system, completes the interaction among control systems of a collection system and the full-automatic enclosed shelf book depository, and finally the management operation of the books is completed through the full-automatic enclosed shelf book depository.

Description

technical field [0001] The invention relates to an unattended fully automatic book management system. The system includes an upper-level book management system and a fully automatic closed-shelf library. The rack library mechanical system can automatically borrow, return and organize books, and finally realize the 24-hour automatic unattended book borrowing in the library. Background technique [0002] The library is the collection center of physical materials such as books, periodicals, newspapers, CDs, etc. The collection, arrangement, storage and use of these materials have long been the main functions of the library. It is the mainstream of books, but it also brings about the problems of lost books on wrong shelves and crowded reading space. Therefore, many libraries at home and abroad have begun to transfer a large number of books to closed stack systems for management by sophisticated automation systems. [0003] The automatic borrowing and returning system of the lib...

AI Technical Summary

Problems solved by technology

[0008] 2. Each intelligent roadway vehicle contains multiple intelligent manipulators with the same function, and the operation and implementation methods of each manipulator are exactly the same, resulting in duplication and waste of structure and function

[0009] 3. The main conveying channel and roadway car interface are designed as upper and lower structures in order to cooperate with the borrowing and returning of books. Although the design is simple, it will cause a waste of resources in terms of saving resources

[0010] 4. During the transportation of books, a single book is delivered on the conveyor line, and only one book can be delivered at the same time point, and the overall efficiency of the equipment is low

[0011] 5. Books are stored in the temporary storage before they leave the warehouse, and the delivery is completed sequentially through the rail car manipulator set on the side of the temporary storage. When the same borrower borrows multiple books, the system repeatedly picks up books-stores- Picking up books, the system function is not optimized enough

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