Intelligent routing inspection on-duty management and control system and method for prison

Abstract

The invention discloses an intelligent routing inspection on-duty management and control system and method for a prison. The system comprises an RFID (Radio Frequency Identification) electronic tag corresponding to a prison guard, an RFID electronic tag reader and a server, wherein the server comprises a scheduling management module, a routing inspection task management module, a prison guard positioning module and a prison guard on-duty management module; the scheduling management module is used for configuring the on-guard time and the location requirements of each prison guard; the routinginspection task management module is used for configuring a routing inspection task and an executor; the prison guard positioning module is used for obtaining the position information of the prison guard in a prison area in real time on the basis of the positioning method of the RFID; and the prison guard on-duty management module judges the on-guard state and the routing inspection task state ofthe prison guard on the basis of the real-time positioning of the prison guard and the on-guard and routing inspection task requirements in the scheduling management module and the routing inspectiontask management module. The system is combined with a wireless positioning method based on the RFID, the on-guard state and the routing inspection task state of the worker of the prison can be automatically judged, and prison guard on-duty omnibearing management and control can be realized.

Description

technical field [0001] The invention belongs to the technical field of information monitoring, and in particular relates to an intelligent inspection and duty control system and method for prisons. Background technique [0002] The prison’s monitoring methods for staff mainly include: access control, camera and GPS positioning, etc., but the inventor found that if the access control method is used, if the staff is to be detected in all directions, a lot of related equipment needs to be installed. For example, if a belt For monitoring with RF cards with staff identities, RF signal acquisition equipment needs to be installed at all important locations to be monitored, which is costly and important locations may change; while using a camera, the quality of the image is affected by environmental factors such as light The impact is serious, and when there are multiple people in the field of vision, the person identification may be missed due to occlusion, and accurate location mo...

AI Technical Summary

Problems solved by technology

[0002] The prison’s monitoring methods for staff mainly include: access control, camera and GPS positioning, etc., but the inventor found that if the access control method is used, if the staff is to be detected in all directions, a lot of related equipment needs to be installed. For example, if a belt For monitoring with RF cards with staff identities, RF signal acquisition equipment needs to be installed at all important locations to be monitored, which is costly and important locations may change; while using a camera, the quality of the image is affected by environmental factors such as light The impact is serious, and when there are multiple people in the field of vision, the person identification may be missed due to occlusion, and accurate location monitoring cannot be achieved; and the GPS positioning has a problem of low accuracy, which is not suitable for indoor positioning such as prisons. Not applicable

Images