Cabinet security system and control method with intelligent detection of medical equipment status

Abstract

The present invention provides a cabinet security system and control method with intelligent detection of medical equipment status. The intelligent cabinet is used to monitor the status of equipment stored in the cabinet and external action events implemented on the cabinet. At the same time, the collected events and information are transmitted to a remote central server in real time; after the central server receives the operator's biometrics or actions collected by the intelligent cabinet, it analyzes the received data and pushes it to a mobile terminal associated with the equipment management unit at the same time; the mobile terminal can view the detailed information of the equipment placed in the cabinet. With the help of Internet technical means, the monitoring and management of the equipment operation status can be realized remotely. At the same time, if the cabinet and the equipment placed inside are moved or taken by someone, the management personnel can receive real-time warning information through mobile device events. On the premise of ensuring that the equipment meets the daily routine and convenient access, the equipment is prevented from being stolen and the security of the deployed equipment is guaranteed.

Description

Technical Field

[0001] The present invention relates to the technical field of security systems, and in particular to a cabinet security system with intelligent detection of medical equipment status and a control method. Background Art

[0002] In order to ensure that certain key medical equipment can work normally during use, there are currently two mainstream solutions: one is to regularly inspect medical equipment, such as ventilators, in-hospital manual defibrillators, etc., and record them after the inspection; the other is to add a self-test function or an operating status display function to the medical equipment. The operating status of the medical equipment after self-test can be transmitted to the remote equipment management system through the network. If the equipment is abnormal, the management personnel need to maintain the equipment as soon as possible. The first solution has high operating and management costs. For equipment that requires high-frequency inspections, it is difficult for most equipment to be managed continuously and orderly; the second solution is to achieve unified management of medical equipment through the Internet, but the equipment operates abnormally during the period from the completion of the equipment self-test and uploading of data to the next self-test, and the management personnel cannot discover and handle it in the first time. Due to the constraints of equipment power consumption or other restrictive conditions, the status information of the equipment cannot be monitored and managed in real time, so that the management personnel cannot find out in time when the equipment status is abnormal, and it often happens that the equipment is unavailable when it is needed.

[0003] In recent years, with the gradual improvement of the education level of the people, the overall quality has been greatly improved, but theft and arbitrary destruction of public or private property have occurred from time to time. For example, medical equipment is laid in public places or other places that are not covered by surveillance cameras, which is very easy to be stolen or damaged. After the equipment is stolen, even if the 110 alarm is activated, there is no guarantee that the loss can be recovered, which can cause considerable negative impact and property losses to the society. Summary of the invention

[0004] The technical problem to be solved by the present invention is: in order to facilitate the storage and monitoring management of medical equipment, especially out-of-hospital medical equipment, the present invention provides a cabinet security system and control method with intelligent detection of medical equipment status. With the help of Internet technical means, the equipment operation status can be remotely monitored and managed. At the same time, if the cabinet and the equipment placed inside are moved or taken away by someone, the management personnel can receive real-time warning information through mobile device events. On the premise of ensuring that the equipment meets the daily routine and convenient access requirements, the equipment can be avoided from being stolen and the safety of the deployed equipment can be guaranteed.

[0005] The technical solution adopted by the present invention to solve its technical problem is: a cabinet security system with intelligent detection of medical equipment status, including a mobile terminal, an intelligent cabinet, medical equipment and a central server, wherein the mobile terminal is connected to the intelligent cabinet and the central server through a network, the central server is connected to the intelligent cabinet through a network, the medical equipment is arranged inside the intelligent cabinet, and the medical equipment is ensured to be available and safe in real time through the intelligent cabinet;

[0006] The intelligent cabinet is used to monitor the status of the equipment stored in the cabinet and the action events implemented by the cabinet from the outside. At the same time, the collected events and information are transmitted to the remote central server in real time;

[0007] After receiving the operator's biometrics or actions collected by the smart cabinet, the central server analyzes the received data and simultaneously pushes it to the mobile terminal associated with the device management unit;

[0008] The mobile terminal can view detailed information of the equipment placed in the cabinet through the APP or mini-program, and the detailed information includes but is not limited to the equipment status and the biometrics of the person accessing the equipment.

[0009] Furthermore, the mobile terminal includes a device management applet / APP, a call / SMS module and a first communication module, wherein the device management applet / APP is used to view detailed information of the device and associated action events; the call / SMS module is used to receive automatic notification voice and SMS messages pushed by a remote central server; the first communication module is a bridge for data communication and exchange between the mobile terminal and the central server.

[0010] Furthermore, the smart cabinet includes a second communication module, an audio-visual alarm module, a cabinet external camera, a cabinet internal camera and a biometric collection module, wherein the second communication module is used for the smart cabinet to communicate with a remote central server; the audio-visual alarm module is used to locally emit an audio-visual alarm when the smart cabinet is opened, thereby alerting and paying attention to the surrounding area; the cabinet external camera is used to collect image information of personnel approaching the smart cabinet; the cabinet internal camera is used to collect equipment operation status box area information; the biometric collection module is used to collect other biometrics of personnel using the equipment (biometrics other than image information), wherein the biometrics include but are not limited to fingerprints, facial features and corneas.

[0011] Furthermore, the personnel image information collected by the external camera of the cabinet is uploaded to multiple image records based on the differential method, and the byte stream collected on site is parsed through a writable bitmap object to reduce the data packet size of the data transmission and save traffic.

[0012] Furthermore, the camera inside the cabinet is installed at a proper angle according to the agreed process to ensure that the camera can accurately collect information only in the device operation status box area, and that the camera only captures pixel information in the device operation status area, thereby minimizing high traffic problems caused by high-frequency data collection.

[0013] Furthermore, the central server includes a third communication module, a message processing module, a message scheduling module, a data storage module and a data retrieval module, wherein the third communication module is a channel for the central server to communicate with the mobile terminal and the intelligent cabinet; the message processing module is used to process messages received by the third communication module, including but not limited to event messages and biometric data of personnel using the equipment; the message scheduling module is used to uniformly schedule the data obtained by querying and filtering the data retrieval module to ensure that data processing is handled according to a unified process; the data storage module is used to store the data processed by the message processing module and the original data received by the third communication module in a persistent database, and the data stored in the data storage module includes but is not limited to rescue ECG data, rescue events, self-test records, event records, etc.; the message retrieval module is used to retrieve specific data from the data storage module for use and analysis by the data demander.

[0014] Preferably, the communication technology used by the central server, smart cabinets and mobile terminals can support but is not limited to 2G, 3G, 4G, 5G, WIFI, Bluetooth and other communication protocols.

[0015] A cabinet security system control method with intelligent detection of medical equipment status includes an equipment monitoring process and a cabinet monitoring process, wherein:

[0016] The equipment monitoring process includes the following steps:

[0017] S1: The camera inside the smart cabinet actively or passively captures the operating status of the equipment; through technical means such as text recognition (OCR), image recognition is performed on the images taken by the camera to filter out images that capture the operating status of the equipment;

[0018] S2: The central server receives the equipment operation status text and image data uploaded by the smart cabinet, and analyzes the equipment operation status; stores the received rescue data and operation status data; the central server identifies the analyzed data, and pushes the abnormal data that is not within the expected normal range to the equipment administrator through warning messages, and the warning message push methods include but are not limited to SMS, automatic voice calls and emails, etc.;

[0019] S3: The device administrator receives the warning message pushed by the central server through the mobile terminal, and opens the device management applet / APP equipped with the mobile terminal to view the details;

[0020] S4: Equipment management personnel rush to the site to troubleshoot and repair equipment problems to ensure that the equipment operates normally;

[0021] The cabinet monitoring process includes the following steps:

[0022] S5: The cabinet external camera actively or passively captures the equipment operation status; the images taken by the cabinet external camera are recognized through technical means such as text recognition (OCR), and the images of the person using the equipment or other biometric features of the person using the equipment are filtered out;

[0023] S6: The central server receives the action events uploaded by the smart cabinet and the biometric data of the user, and parses the data; further, the received original data and the parsed data are stored; the action events are pushed to the device administrator through various means and methods such as automatic voice calls / text messages / emails;

[0024] S7: The device administrator receives the warning message pushed by the system through the mobile terminal and opens the equipped APP / WeChat applet to view the details;

[0025] S8: Judge the event based on the biometrics and other identification of the user recorded in the system, review the on-site event, and ensure that the equipment is safe and controllable.

[0026] The equipment monitoring process and the cabinet monitoring process are performed synchronously.

[0027] S9: The cabinet security system control method with intelligent detection of medical device status as claimed in claim 8 is characterized in that: the acquisition of the device operating status in step S1 specifically includes the following steps:

[0028] S101: The device status collection module collects the operating status of the devices inside the smart cabinet;

[0029] S102: After analyzing the image, based on the image recognition, whether the image contains the status of "√", "×", "red light", or "green light", it is determined whether the device operation status data has been collected. If the device operation status data has been collected, the data storage and remote push process of step S103 is entered. If the device operation status data has not been collected, the process of re-entering step S101 to collect the device operation status;

[0030] Among them, the state of "√" indicates normal; the state of "×" indicates abnormal; the state of "red light" indicates abnormal; the state of "green light" indicates normal. "√" and "green light" are two different ways to indicate the normal state, and you can use both or only one. The same applies to "×" and "red light".

[0031] S103: storing the collected equipment operation status data in the local smart cabinet, and at the same time, pushing the data to the central server;

[0032] S104: The acquisition module controls the intelligent cabinet to enter a standby state.

[0033] S10: The cabinet security system control method with intelligent detection of medical device status as claimed in claim 8, characterized in that step S5 further includes the following steps:

[0034] S501: It is detected that a person approaches the smart cabinet;

[0035] S502: The cabinet external camera in the smart cabinet automatically starts a personnel feature capture event;

[0036] S503: If the captured image meets the standard requirements, then enter the storage and synchronous upload logic of step S504; if it does not meet the preset standards, then jump back to the automatic capture process of step S502;

[0037] S504: The smart cabinet stores relevant data locally and transmits it to the remote device management system synchronously; if the operator starts to unpack or take out the device, the smart cabinet can collect the operator's biometric data through the biometric collection module;

[0038] S505: In addition to storing the collected biometric data of the operator locally in the cabinet, the smart cabinet also transmits it to the central server synchronously; after the entire processing flow is completed, the smart cabinet will enter the standby state.

[0039] The beneficial effects of the present invention are:

[0040] First of all, the operation status of medical equipment can be remotely monitored and managed through smart security cabinets. There is no need for managers to conduct regular inspections. Through the smart modules equipped in the cabinets, managers can obtain the latest status of equipment operation in real time. In addition, if the equipment operates abnormally, the data can be pushed to the remote equipment management platform through network communication in real time to ensure that the equipment can be responded to and handled in the first time when it is abnormal.

[0041] Secondly, if the equipment is taken from the cabinet or damaged, the smart cabinet can capture the biometrics of the relevant personnel and assist the equipment management personnel in monitoring and managing the equipment and recovering possible theft through multiple backups of biometric information such as the cabinet and remote equipment management system. BRIEF DESCRIPTION OF THE DRAWINGS

[0042] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

[0043] Figure 1 It is a schematic diagram of the principle of the cabinet security system of the present invention.

[0044] Figure 2 It is the overall data flow chart of equipment monitoring.

[0045] Figure 3 It is the overall data flow chart of cabinet monitoring.

[0046] Figure 4 It is a flow chart of equipment status data collection.

[0047] Figure 5 This is a chassis event monitoring and collection flow chart.

[0048] In the figure: 1-mobile terminal, 11-device management applet / APP, 12-call / SMS module, 13-first communication module; 2-smart cabinet, 21-second communication module, 22-sound and light alarm module, 23-cabinet external camera, 24-cabinet internal camera, 25-device, 26-biometric feature collection module; 3-central server, 31-third communication module, 32-message processing module, 33-message scheduling module, 34-data storage module, 35-data retrieval module. DETAILED DESCRIPTION

[0049] The present invention will now be described in detail with reference to the accompanying drawings. This figure is a simplified schematic diagram, which only illustrates the basic structure of the present invention in a schematic manner, and therefore only shows the components related to the present invention.

[0050] like Figure 1 As shown, a cabinet security system with intelligent detection of medical device status of the present invention includes a mobile terminal 1, a smart cabinet 2, a medical device 25 and a central server 3, wherein the mobile terminal 1 is connected to the smart cabinet 2 and the central server 3 through a network, the central server 3 is connected to the smart cabinet 2 through a network, and the medical device 25 is arranged inside the smart cabinet 2, and the real-time availability and safety of the medical device 25 are guaranteed by the smart cabinet 2; the smart cabinet 2 is used to monitor the status of the device 25 stored in the cabinet and the action event monitoring of the cabinet from the outside, and at the same time, the collected events and information are transmitted to the remote central server 3 in real time; after the central server 3 receives the biometric characteristics or actions of the operator collected by the smart cabinet 2, the received data is analyzed and pushed to the mobile terminal 1 associated with the equipment management unit at the same time; the mobile terminal 1 can view the detailed information of the device 25 placed in the cabinet through an APP or a mini program, and the detailed information includes but is not limited to the device status and the biometric characteristics of the person using the device. Preferably, the communication technology used by the central server 3, the smart cabinet 2 and the mobile terminal 1 can support but is not limited to 2G, 3G, 4G, 5G, WIFI, Bluetooth and other communication protocols.

[0051] The mobile terminal 1 includes a device management applet / APP11, a call / SMS module 12 and a first communication module 13, wherein the device management applet / APP11 is used to view detailed information and associated action events of the device 25; the call / SMS module 12 is used to receive automatic notification voice and SMS messages pushed by the remote central server 3.

[0052] The smart cabinet 2 includes a second communication module 21, an audio and video alarm module 22, a cabinet external camera 23, a cabinet internal camera 24 and a biometric collection module 26, wherein the second communication module 21 is used for the smart cabinet 2 to communicate with the remote central server 3; the audio and video alarm module 22 is used to locally emit an audio and video alarm when the smart cabinet 2 is opened, so as to arouse the vigilance and attention of the surrounding area; the cabinet external camera 23 is used to collect image information of people close to the smart cabinet 2; the cabinet internal camera 24 is used to collect the operating status box area information of the device 25; the biometric collection module 26 is used to collect other biometrics (biometrics other than image information) of the person using the device 25, and the biometrics include but are not limited to fingerprints, facial features and corneas.

[0053] The personnel image information collected by the cabinet external camera 23 is uploaded to multiple image records based on the differential method, and the byte stream collected on site is parsed through a writable bitmap object to reduce the data packet size of data transmission and save traffic.

[0054] The camera 24 inside the cabinet is installed at a proper angle according to the agreed process to ensure that the camera can accurately collect information about the operating status box area of ​​the device 25 and only capture pixel information about the operating status area of ​​the device 25, thereby minimizing high traffic problems caused by high-frequency data collection.

[0055] The central server 3 includes a third communication module 31, a message processing module 32, a message scheduling module 33, a data storage module 34 and a data retrieval module 35, wherein the third communication module 31 is a channel for the central server 3 to communicate with the mobile terminal 1 and the intelligent cabinet 2; the message processing module 32 is used to process messages received by the third communication module 31, including but not limited to event messages and biometric data of personnel using the equipment 25; the message scheduling module 33 is used to uniformly schedule the data obtained by querying and filtering the data retrieval module 35 to ensure that data processing is handled according to a unified process; the data storage module 34 is used to store the data processed by the message processing module 32 and the original data received by the third communication module 31, specifically stored in a persistent database, and the data stored in the storage module includes but is not limited to rescue ECG data, rescue events, self-test records, event records, etc.; the message retrieval module is used to retrieve specific data from the persistent database for use and analysis by the data demander.

[0056] like Figure 2-Figure 3 As shown, a cabinet security system control method with intelligent detection of medical device status of the present invention includes a device monitoring process and a cabinet monitoring process, wherein:

[0057] like Figure 2 As shown, the device monitoring process includes the following steps:

[0058] S1: The camera inside the smart cabinet 2 actively or passively captures the running status of the device; the image captured by the camera is recognized by technical means such as text recognition (OCR), and the image capturing the running status of the device is filtered out;

[0059] S2: The central server 3 receives the device operation status text and image data uploaded by the smart cabinet 2, and analyzes the device operation status; stores the received rescue data and operation status data; the central server 3 identifies the analyzed data, and pushes the abnormal data that is not within the expected normal range to the device administrator through an early warning message, and the early warning message push method includes but is not limited to SMS, automatic voice call and email, etc.;

[0060] S3: The device administrator receives the warning message pushed by the central server 3 through the mobile terminal 1, and opens the device management applet / APP 11 equipped with the mobile terminal 1 to view the details;

[0061] S4: Equipment management personnel rush to the site to troubleshoot and repair equipment problems to ensure that the equipment operates normally;

[0062] like Figure 3 As shown in the figure, the cabinet monitoring process includes the following steps:

[0063] S5: The cabinet external camera 23 actively or passively captures the operation status of the equipment; through OCR and other technical means, the image recognition is filtered out to capture the image of the person using the equipment or other biometric features of the person using the equipment through the mobile phone;

[0064] S6: The central server 3 receives the action event and the biometric data of the user uploaded by the smart cabinet 2, and parses the data; further, stores the received original data and the parsed data; and pushes the action event to the device administrator through various means and methods such as automatic voice call / text message / email;

[0065] S7: The device administrator receives the warning message pushed by the system through the mobile terminal 1, and opens the equipped APP / WeChat applet to view the details;

[0066] S8: Judge the event based on the biometrics and other identification of the user recorded in the system, review the on-site event, and ensure that the equipment is safe and controllable.

[0067] The equipment monitoring process and the cabinet monitoring process are performed synchronously.

[0068] like Figure 4 As shown, the process of collecting status data of the device 25 in the smart cabinet 2 is as follows:

[0069] S101: The device status collection module collects the operating status of the internal devices of the intelligent cabinet 2;

[0070] S102:

[0071] After analyzing the image, based on the image recognition, whether the image contains the status of "√", "×", "red light", or "green light", it is determined whether the device operation status data has been collected. If the device operation status data has been collected, the process of data storage and remote push in step S103 is entered. If the device operation status data has not been collected, the process of re-entering step S101 is performed to collect the device operation status.

[0072] Among them, the state of "√" indicates normal; the state of "×" indicates abnormal; the state of "red light" indicates abnormal; the state of "green light" indicates normal. "√" and "green light" are two different ways to indicate the normal state, and you can use both or only one. The same applies to "×" and "red light".

[0073] S103: The cabinet stores relevant data locally and pushes it to the remote device management system;

[0074] S104: The acquisition module controls the intelligent cabinet 2 to enter a standby state.

[0075] like Figure 5 As shown, the event monitoring and collection process of the smart cabinet 2 is as follows:

[0076] S501: It is detected that someone is approaching the smart cabinet 2;

[0077] S502: the cabinet external camera 23 in the smart cabinet 2 automatically starts a personnel feature capture event;

[0078] S503: If the captured image meets the standard requirements, enter the storage and synchronous upload logic of S504; if it does not meet the preset standards, jump back to the automatic capture process of S502;

[0079] S504: the smart cabinet 2 stores relevant data locally and transmits it to the remote device management system synchronously; if the operator initiates the action of unpacking or taking the device, the smart cabinet 2 can obtain the operator's biometric data through the biometric collection module 26;

[0080] S505: In addition to storing the collected biometric data of the operator in the cabinet, the smart cabinet 2 also transmits it to the remote device management system. After the entire processing flow is completed, the smart cabinet 2 will enter the standby state.

[0081] In this embodiment, the mobile terminal 1 is a mobile phone; the smart cabinet 2 is an AED smart cabinet, the device is an AED (Automatic External Defibrillator) device, and the cabinet is deployed in a crowded public place; the central server 3 is an AED device remote monitoring and management system deployed on the cloud, which can respond to the data and requests of the AED smart cabinet 2 and the mobile terminal 1 in real time; the device management applet / APP 11 in the mobile terminal 1 is the "AED First Aid Map" WeChat applet; the biometric feature collection module 26 in the smart cabinet 2 is a fingerprint lock, and each time the cabinet is opened, the fingerprint information of the unpacking person will be collected on the cabinet handle; the cabinet external camera 23 in the smart cabinet 2 is equipped with an infrared sensor detector, and the camera function is automatically turned on when a person approaches; the cabinet internal camera 24 in the smart cabinet 2 is equipped with a control module, and the system administrator can remotely control the collection and upload of the device status data in real time, and can also complete the collection and upload of the device status data on a regular basis every day; the AED device remote monitoring and management system can realize the remote control of the AED device and the data processing and response of the device uploaded to the system in real time.

[0082] The steps for collecting AED equipment operating status data are as follows:

[0083] S101: When the AED intelligent cabinet receives a device status acquisition instruction issued by the AED device remote monitoring management system or implemented after the AED intelligent cabinet control module is awakened regularly, the device status acquisition module starts the device status acquisition instruction;

[0084] S102: If the AED cabinet control module has collected the AED device status data, it will enter the storage and synchronous upload step of S103. If the AED device status data has not been collected, it will re-execute step S101;

[0085] S103: The AED intelligent cabinet stores the AED devices in the cabinet storage module and simultaneously uploads them to the AED device remote monitoring management system;

[0086] S104: After the AED intelligent cabinet acquisition module completes data acquisition and uploading, it automatically enters the standby mode;

[0087] Furthermore, the steps of monitoring and collecting AED intelligent cabinet events are as follows:

[0088] S501: The infrared detector equipped with the external camera monitors in real time whether someone is approaching. When someone approaches the AED smart cabinet, a capture command is issued to the camera;

[0089] S502: the external camera starts the action of capturing the characteristics of the person, and records the captured data and the biological characteristics of the person;

[0090] S503: The internal module of the external camera automatically determines whether the captured data meets the standard. If so, it goes to step S504; otherwise, it goes back to S502 to capture the features;

[0091] S504: The AED smart cabinet stores the captured data in a local storage module, and simultaneously uploads the data to the AED device remote monitoring management system; if the operator triggers unpacking, the AED smart cabinet handle automatically collects the operator's fingerprint;

[0092] S505: The AED smart cabinet stores the collected operator's biometric information in a local storage module, and simultaneously uploads the data to the AED equipment remote monitoring and management system. After completing data collection, the AED smart cabinet automatically enters standby mode.

[0093] Based on the above ideal embodiments of the present invention, the relevant staff can make various changes and modifications without departing from the scope of the present invention through the above description. The technical scope of this invention is not limited to the contents of the specification, and its technical scope must be determined according to the scope of the claims.

Claims

1. A cabinet security system with intelligent detection of medical equipment status, characterized by: It includes a mobile terminal, a smart cabinet, medical equipment and a central server, wherein the mobile terminal is connected to the smart cabinet and the central server through a network, the central server is connected to the smart cabinet through a network, and the medical equipment is arranged inside the smart cabinet, and the smart cabinet is used to ensure the real-time availability and safety of the medical equipment; The intelligent cabinet is used to monitor the status of the equipment stored in the cabinet and the action events implemented by the cabinet from the outside. At the same time, the collected events and information are transmitted to the remote central server in real time; After receiving the operator's biometrics or actions collected by the smart cabinet, the central server analyzes the received data and simultaneously pushes it to the mobile terminal associated with the device management unit; The mobile terminal can view detailed information of the equipment placed in the cabinet through the APP or applet, including the equipment status and the biometrics of the person who accesses the equipment; The smart cabinet includes an external camera and an internal camera. The external camera is used to collect image information of people close to the smart cabinet; the internal camera is used to collect device operation status frame area information. The internal camera actively or passively captures the equipment operation status, performs image recognition on the images taken by the camera, and filters out the images that capture the equipment operation status; the central server receives the equipment operation status text and image data uploaded by the smart cabinet, and analyzes the equipment operation status; stores the received rescue data and operation status data; the central server determines the analyzed data, and pushes abnormal data that is not within the expected normal range to the equipment administrator through early warning information; the equipment administrator receives the early warning information pushed by the central server through the mobile terminal, and opens the equipment management applet / APP equipped with the mobile terminal to view the details; The mobile terminal includes a device management applet / APP, a call / SMS module and a first communication module, wherein the device management applet / APP is used to view detailed information of the device and associated action events; the call / SMS module is used to receive automatic notification voice and SMS messages pushed by a remote central server; the first communication module is a bridge for data communication and exchange between the mobile terminal and the central server; The central server includes a third communication module, a message processing module, a message scheduling module, a data storage module and a data retrieval module, wherein the third communication module is a channel for the central server to communicate with the mobile terminal and the intelligent cabinet; the message processing module is used to process messages received by the third communication module, including event messages and biometric data of personnel using the equipment; the message scheduling module is used to uniformly schedule the data obtained by querying and filtering the data retrieval module to ensure that data processing is handled according to a unified process; the data storage module is used to store the data processed by the message processing module and the original data received by the third communication module in a persistent database; the message retrieval module is used to retrieve specific data from the persistent database for use and analysis by the data demander.

2. The cabinet security system with intelligent detection of medical equipment status according to claim 1, characterized in that: The smart cabinet also includes a second communication module, an audio-visual alarm module and a biometric feature collection module, wherein the second communication module is used for the smart cabinet to communicate with a remote central server; the audio-visual alarm module is used to locally emit an audio-visual alarm when the smart cabinet is opened, so as to alert and pay attention to the surrounding area; the biometric feature collection module is used to collect other biometric features of the person using the equipment, and the biometric features include fingerprints, facial features and corneas.

3. The cabinet security system with intelligent detection of medical equipment status according to claim 1, characterized in that: The personnel image information collected by the external camera of the cabinet is uploaded into multiple image records based on the difference method, and the byte stream collected on site is parsed through a writable bitmap object.

4. The cabinet security system with intelligent detection of medical equipment status according to claim 1, characterized in that: The camera inside the cabinet is installed in accordance with the agreed process and the angle is adjusted to ensure that the camera only collects information in the equipment operation status box area.

5. The cabinet security system with intelligent detection of medical equipment status according to claim 1, characterized in that: The central server, smart cabinet and mobile terminal communicate using one or more of 2G, 3G, 4G, 5G, WIFI, Bluetooth or other technical communication means.

6. A cabinet security system control method with intelligent detection of medical equipment status, characterized in that: It includes equipment monitoring process and cabinet monitoring process, among which: The equipment monitoring process includes the following steps: S1: The camera inside the smart cabinet actively or passively captures the operating status of the device; the image captured by the camera is image recognized to filter out the image that captures the operating status of the device; The operation status of the acquisition device specifically includes the following steps: S101: The device status collection module collects the operating status of the devices inside the smart cabinet; S102: After analyzing the image, based on the image recognition, whether the image contains the status of "√", "×", "red light", and "green light", it is determined whether the device operation status data has been collected. If the device operation status data has been collected, the data storage and remote push process of step S103 is entered. If the device operation status data has not been collected, the process of re-entering step S101 to collect the device operation status; S103: storing the collected equipment operation status data in the local smart cabinet, and at the same time, pushing the data to the central server; S104: the acquisition module controls the intelligent cabinet to enter a standby state; S2: The central server receives the equipment operation status text and image data uploaded by the smart cabinet, analyzes the equipment operation status, stores the received rescue data and operation status data, and identifies the analyzed data, and pushes the abnormal data that is not within the expected normal range to the equipment administrator through an early warning message. S3: The device administrator receives the warning message pushed by the central server through the mobile terminal, and opens the device management applet / APP equipped with the mobile terminal to view the details; S4: Equipment management personnel rush to the site to troubleshoot and repair equipment problems to ensure that the equipment operates normally; The cabinet monitoring process includes the following steps: S5: The cabinet external camera actively or passively captures the equipment operation status; the image captured by the cabinet external camera is recognized, and the image of the person using the equipment or other biometric features of the person using the equipment is filtered out; S6: The central server receives the action events uploaded by the smart cabinet and the biometric data of the user, and parses the data; further, the received original data and the parsed data are stored; the action events are pushed to the device administrator through various means and methods such as automatic voice calls / text messages / emails; S7: The device administrator receives the warning message pushed by the system through the mobile terminal and opens the equipped APP / WeChat applet to view the details; S8: Based on the biometrics and other identification of the user recorded in the system, the event is judged and the on-site event is reviewed to ensure the safety and controllability of the equipment; The equipment monitoring process and the cabinet monitoring process are performed synchronously.

7. The cabinet security system control method with intelligent detection of medical equipment status according to claim 6, characterized in that: Step S5 also includes the following steps: S501: It is detected that a person approaches the smart cabinet; S502: The cabinet external camera in the smart cabinet automatically starts a personnel feature capture event; S503: If the captured image meets the standard requirements, then enter the storage and synchronous upload logic of step S504; if it does not meet the preset standards, then jump back to the automatic capture process of step S502; S504: The smart cabinet stores relevant data locally and transmits it to the remote device management system synchronously; if the operator starts to unpack or take out the device, the smart cabinet can collect the operator's biometric data through the biometric collection module; S505: In addition to storing the collected biometric data of the operator locally in the cabinet, the smart cabinet also transmits it to the central server synchronously; after the entire processing flow is completed, the smart cabinet will enter the standby state.

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