Locker controlling method and locker controlling system

Abstract

The invention discloses a locker controlling method and a locker controlling system, wherein the locker controlling method is simple and can freely network and effectively reduce the complexity of the locker controlling system. The locker controlling method comprises the following steps of dividing all locker doors into locker groups, and controlling the locker groups by an SOPC-based (system on a programmable chip) SOC (system on chip) main control center and a row and column control method through a main control system. The control system comprises a main controller which is connected with row control boards and column control boards respectively corresponding to locker doors in each layer and column. The control in locker doors is implemented through an SOPC system of the main controller by taking an SOPC-based SOC solution as the main control center in a control executing manner based on a row and column control method.

Description

technical field [0001] The invention relates to an intelligent locker control, in particular to a locker control method and a control system thereof under the demand for large-scale centralized control. Background technique [0002] We often see smart storage cabinets in supermarkets, hotels, entertainment centers and other places, but the number of such places is small, usually dozens or hundreds of doors, so in terms of control system, it is relatively simple. Not easy to expand. With the development of electronic information, carrying free rides on the information highway, various fields are not far behind, such as the storage of ashes in funeral parlors. Compared with other places, the number of lockers in funeral parlors is very large, usually tens of thousands. The use of control methods in supermarkets and other places will greatly waste costs and resources, and on-site installation, commissioning, and after-sales maintenance are very complicated; while the existing ...

AI Technical Summary

Problems solved by technology

[0002] We often see smart storage cabinets in supermarkets, hotels, entertainment centers and other places, but the number of such places is small, usually dozens or hundreds of doors, so in terms of control system, it is relatively simple. Not easy to expand

With the development of electronic information, carrying free rides on the information highway, various fields are not far behind, such as the storage of ashes in funeral parlors. Compared with other places, the number of lockers in funeral parlors is very large, usually tens of thousands. The use of control methods in supermarkets and other places will greatly waste costs and resources, and on-site installation, commissioning, and after-sales maintenance are very complicated; while the existing centralized storage management control has a large and complex control system, which is not scientific and reasonable enough. In particular, the storage cabinet usually has a structure of one door, one lock, and one relay. The composition of this control system requires a large number of control boards and relatively complicated networking.

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