Intelligent key managing system and self-inspection processing method thereof

Abstract

The invention relates to an intelligent key managing system and a self-inspection processing method of the same, and belongs to the technical field of computer management. The system comprises ID cards, intelligent communication host machines and at least one set of key cabinets. Each key cabinet comprises a plurality of cabinet doors which are provided with flick door locks respectively, and a set of key hooks with corresponding indicating lamps respectively are arranged inside each cabinet door. Intelligent control circuits of all the key cabinets are provided with preset first level addresses respectively, self-open door locks of all the cabinet doors are provided with preset second level addresses respectively, the controlled ends of the self-open door locks are respectively connected with the open control output ends of the intelligent control circuits of the key cabinets respectively, and the indicating lamps of all the key hooks are provided with preset third level addresses respectively and connected with the ignition control output end of the intelligent control circuits of the key cabinets respectively. By the adaptation of the intelligent key managing system and the self-inspection processing method of the intelligent key managing system, controlled automatic open of a cabinet door indicates the area position of a key, display of the indicating lamps are further combined, a target position can be fast found from numerous key cabinets, extreme reasonability is achieved, and the demands for large-scale cluster key management can be simply met without the need for key managing personnel.

Description

technical field [0001] The invention relates to an intelligent key management system, and also relates to a self-inspection processing method of the intelligent key management system, which belongs to the technical field of computer management. Background technique [0002] For a long time, there are two main ways to manage the keys of the collective unit's parking lot (such as the fleet of the transportation company and the equipment yard of the firefighting force): one is directly in charge of the driver, and the driver can directly use the key in his hand to use the vehicle equipment; Put it in the key cabinet in the duty room of the parking lot. In this way, who opened the cabinet door, what key was taken, and when to return it is impossible to know. It is difficult to hold accountable for incidents such as illegal use of vehicle equipment, and the return of keys. Can not automatically register, can not use the computer to carry out various query statistics. [0003] Th...

AI Technical Summary

Problems solved by technology

Although the technical solution of this patent has a unique identification code for each key with an electronic tag, it solves the problems of real-time automatic identification, verification, recording and updating in the whole process of borrowing, returning and storing, and can accurately detect Who lent the electronic tag keys lent, when lent, when to return and ensure that the storage location is correct, but it is possible to apply it to special fields that require absolute reliability (such as firefighting or military vehicle equipment) and the number of keys When managing large-scale cluster keys, there are the following problems: 1) The key cabinet needs to be opened and closed by managers, which is not convenient enough; 2) It lacks necessary self-inspection and timely handling measures for faults found; 3) When storing more keys In a compact space, the accuracy of RFID card recognition is difficult to guarantee

However, the above existing technologies have the following disadvantages: 1) only for the management of a single key at ordinary times, and cannot realize the cluster management of all vehicle equipment keys of the unit to which the vehicle equipment belongs; 2) there is no self-checking device to check the operation of the smart key cabinet state, the independent operation button of the smart key cabinet is not set to open the door, and there is no device for manually opening the door in the key cabinet body, so as to ensure that all key cabinet doors can be realized under any unexpected circumstances. 3) Without a complete key cabinet management system, real-time perception of the keys in the smart key cabinet and real-time query of the status of each key cannot be realized when the door of the key cabinet is closed, and it is impossible to check the status of the keys. Automatic registration and statistical analysis of requisition and return; 4) There is no combined operation involving multiple key cabinets, and the number of smart key cabinets cannot be expanded to one or more key cabinets according to the number of keys to be managed. Connect multiple key cabinets with slave cabinets to realize unified management of multiple key cabinets

Images