Connection control design method for locker lock control boards

Abstract

The invention discloses a connection control design method for locker lock control boards. The functions of adding and connecting lock control boards is designed on the lock control boards to achievethe function of being infinitely connected with other lock control boards; each lock control board has fixed door number limitation, one lock control board is connected with the previous lock controlboard when added, the connection of the lock control boards is achieved, the first lock control board is connected with a locker control main board, the other lock control boards are connected in sequence, the function of infinitely adding the lock control boards is achieved, and the locker control main board achieves unified control. The connection control design method can effectively solve theproblems of the locker addition limitation caused by the limitation of the number of the lock control boards, poor practicality of lockers and number limitation caused by sites, and the function of infinite addition of the lock control boards in number is achieved, and the method has the advantages of high connection flexibility and adaptability and convenient operation.

Description

technical field [0001] The invention specifically relates to a connection control design method of a lock control board of a locker. Background technique [0002] Traditional daily travel uses personal portable items, and walking around with items greatly affects the convenience and mood of travel; for this reason, an item agent storage point has been created to facilitate personal travel, but valuables or Personal items will still be carried by individuals and cannot be stored on behalf of others. Moreover, when there are many people depositing on behalf of others, it will cause a lot of waste of time when accessing and withdrawing items, and the waiting time is too long; on the other hand, not all places Both are suitable for manual agent storage, but there is still great inconvenience. For this reason, electronic lockers are produced, which are fast, efficient, and private, and the applicable scenarios are greatly improved, which not only improves efficiency, but also in...

AI Technical Summary

Problems solved by technology

[0003] The traditional method of lockers is that the main board is used as a lock control board while processing information, and the two are integrated. This approach greatly limits the use of locker doors, and the number of main boards directly affects the number of lockers. The number of doors; on the other hand, long-term use of the main board to process information and operate the door will affect the normal use of the locker after the main board is damaged. The maintenance cost is high and the frequency is more frequent, which is not conducive to use; Changing the design of the locker can only be maintained and installed on the original basis, which is too restrictive and not conducive to development

[0004] Later, another one-to-one method appeared, one main board corresponds to one lock control board, which separates the function of processing information from the function of controlling the cabinet door, and solves the problem of maintenance after damage, but The number on the lock control board is limited and cannot be modified, which leads to a limit on the number of locker doors, and cannot be added or canceled on the original basis. The flexibility is not very high, and the usability is low.

Images