Equipment Management System for Unmanned Shared Spaces

Abstract

An equipment management system for an unmanned shared space includes at least one detection device, a management server, and at least one controlled device. The detection device detects the status of a shared space and generates detection information. A processing module of the management server receives the detection information and generates a management signal based on the detection information and room rental time information from a storage module. This management signal is then transmitted to the controlled device via a network module. The controlled device executes a management procedure based on the management signal. The detection information includes monitoring information, and when the processing module receives the monitoring information, if the shared space is idle and the monitoring information contains a human figure, the processing module executes an anomaly detection procedure.

Claims

1. A device management system for an unmanned shared space, comprising: at least one detection device for detecting the status of a shared space and generating detection information; a management server comprising: a processing module; a storage module storing rental time information of a private room and electrically connected to the processing module; and a network module electrically connected to the processing module and communicatively connected to the detection device; and at least one controlled device communicatively connected to the network module of the management server; wherein, The processing module receives the detection information through the network module, generates a management signal based on the detection information, and transmits the management signal to the controlled device through the network module. The controlled device then executes a management program based on the management signal. The detection information includes monitoring information and current time information. When the detection information received by the processing module is monitoring information, the processing module reads the room rental time information and determines whether a shared space is vacant based on the current time information and the room rental time information. When the shared space is vacant, the processing module further determines whether a human figure is present in the monitoring information. When a human figure is present in the monitoring information, the processing module generates the management signal, which is an abnormal signal, and transmits the abnormal signal to the controlled device. The controlled device then executes the management program, which is an abnormality detection program.

2. The equipment management system for the unmanned shared space as described in claim 1, wherein, The at least one detection device includes a thermal imaging device, an electronic fence monitoring device, a millimeter-wave radar device, or an infrared sensing device; wherein the anomaly detection program includes a recording program or a notification program.

3. The equipment management system for the unmanned shared space as described in claim 1, wherein, When the shared space is not in an idle state, the processing module further determines whether the shared space is in an overdue state based on the current time information and the room rental time information; wherein, when the shared space is in an overdue state, the processing module generates the management signal, and the management signal is the abnormal signal, and the processing module transmits the abnormal signal to the controlled device, and the controlled device executes the management program, and the management program is the abnormal detection program.

4. The equipment management system for the unmanned shared space as described in claim 3, wherein, The anomaly detection procedure includes a pre-deducting procedure, a service suspension procedure, or a notification procedure.

5. The equipment management system for the unmanned shared space as described in claim 1, wherein, The detection information includes information about an abnormal opening of a locker; when the processing module receives the abnormal opening information, the processing module accumulates an error opening count and determines whether the error opening count exceeds an error count limit; when the error opening count exceeds the error count limit, the processing module executes the abnormal detection procedure.

6. The equipment management system for the unmanned shared space as described in claim 5, wherein, The at least one detection device includes an electronic lock device for a hair dye cabinet, an electronic lock device for an instrument cabinet, or an electronic lock device for a locker; wherein, it includes an error recording program or an instant notification program.

7. The equipment management system for the unmanned shared space as described in claim 1, wherein, The storage module of the management server further stores power scheduling information; wherein, the processing module reads the power scheduling information and generates a power-on signal or a power-off signal to the controlled device based on the current time information and the power scheduling information.

8. The equipment management system for the unmanned shared space as described in claim 1, wherein, When the detection information received by the processing module is the monitoring information, the processing module determines the flow status based on the monitoring information and generates the management signal based on the flow status. The management signal includes an air conditioning adjustment signal and a lighting adjustment signal. The management program executed by the controlled device based on the management signal includes an energy-saving control program, and the controlled device includes an air conditioning device and a lighting device.

9. The equipment management system for the unmanned shared space as described in claim 1 further includes: a main control server, and a network module communicatively connected to the management server; wherein, When the processing module generates the management signal, it further sends the management signal to the master control server through the network module, and the master control server stores the management signal; wherein, when the processing module receives the detection information through the network module, it further sends the detection information to the master control server through the network module, and the master control server stores the detection information; wherein, the master control server issues a policy issuance signal to the network module of the management server.

10. The equipment management system for the unmanned shared space as described in claim 9, wherein, The main control server further stores an artificial intelligence model; the main control server reads and executes the artificial intelligence model to analyze the detection information and make predictions to generate the policy issuance signal.

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