WO2017015861A1 - Security person patrol monitoring system and patrol monitoring method for healthcare site - Google Patents
Security person patrol monitoring system and patrol monitoring method for healthcare site Download PDFInfo
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- WO2017015861A1 WO2017015861A1 PCT/CN2015/085319 CN2015085319W WO2017015861A1 WO 2017015861 A1 WO2017015861 A1 WO 2017015861A1 CN 2015085319 W CN2015085319 W CN 2015085319W WO 2017015861 A1 WO2017015861 A1 WO 2017015861A1
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- patrol
- security personnel
- medical care
- monitoring
- medical
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/20—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
- G01S5/00—Position-fixing by co-ordinating two or more direction or position line determinations; Position-fixing by co-ordinating two or more distance determinations
- G01S5/02—Position-fixing by co-ordinating two or more direction or position line determinations; Position-fixing by co-ordinating two or more distance determinations using radio waves
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/60—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices
- G16H40/63—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices for local operation
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
- G01S2205/00—Position-fixing by co-ordinating two or more direction or position line determinations; Position-fixing by co-ordinating two or more distance determinations
- G01S2205/01—Position-fixing by co-ordinating two or more direction or position line determinations; Position-fixing by co-ordinating two or more distance determinations specially adapted for specific applications
- G01S2205/09—Position-fixing by co-ordinating two or more direction or position line determinations; Position-fixing by co-ordinating two or more distance determinations specially adapted for specific applications for tracking people
Definitions
- the invention belongs to the field of medical field monitoring, and particularly relates to a patrol monitoring system for security personnel in a medical care facility and a monitoring and monitoring method for patrol.
- the monitoring center uses electronic access control, camera, and positioning system to monitor the security personnel in the medical care center, and to grasp the patrol situation of the security personnel in the medical care center. Ensure the safe operation of health care facilities and the normal development of emergency work in health care facilities.
- the existing medical care management system cannot perform high-precision positioning and insufficient positioning stability for the security personnel in the medical care facility, which may result in the monitoring center failing to grasp the actual patrol situation of the security personnel in the medical protection site in the patrol defense line, and it is difficult to determine the medical care site.
- the security personnel patrol the patrol line which is not conducive to improving the monitoring efficiency of the patrol.
- the existing medical care management system generally adopts the following three positioning methods, as detailed below:
- the first positioning method adopts GPS positioning mode. Since GPS positioning is global positioning, it will be affected by various factors, and the positioning accuracy is low. Therefore, the GPS positioning method is used for the management of the security personnel in the medical field. The system cannot accurately locate the security personnel in the medical field in the medical care facility;
- the second positioning method is to identify the positioning mode of the security personnel in the medical field by the image. Since the image is susceptible to light and dark interference, the image data is limited by the camera coverage of the medical care place, so it is often difficult to recognize the image in the background. In the medical care facility security personnel, it is impossible to accurately position the security personnel in the medical care facility;
- the third positioning method the narrowband wireless communication positioning method represented by RFID and ZIGbee, because the narrowband wireless communication itself is limited by the frequency band, it is impossible to accurately position the security personnel in the medical care place in the medical care place, and
- the narrow-band signal is susceptible to weather or other signals, and thus easily affects the stability of the location of the health care management system of the security personnel in the medical facility.
- An object of the embodiments of the present invention is to provide a patrol prevention and control system for a security personnel in a medical care center, which aims to solve the existing medical care place management system, and cannot perform high-precision positioning and insufficient positioning stability for the security personnel in the medical care place, resulting in monitoring
- the center cannot grasp the actual patrol situation of the security personnel in the medical protection site in the patrol line. It is difficult to determine the security personnel in the medical care station to patrol the patrol line, which is not conducive to improving the monitoring efficiency of the patrol.
- a security personnel patrol monitoring system for a medical care facility comprising: [0009] a security personnel wearing equipment that is worn by a security personnel at a medical care facility to send an ultra-wideband pulse signal; [0010] And synchronizing at least three base stations, configured to receive the ultra-wideband pulse signal, and upload and receive the engraving of the ultra-wideband pulse signal;
- a security personnel patrol monitoring device connected to the base station, for positioning the security personnel to wear according to a preset positioning algorithm and an engraving of the super-wideband pulse signal uploaded by each of the base stations
- the device loads the pre-stored medical facility coordinate map and the monitoring software, and uses the monitoring software to monitor and record the patrol line of the wearable device of the medical staff at the medical facility coordinate map.
- Another object of the embodiments of the present invention is to provide a patrol prevention monitoring method based on the above-mentioned health care personnel patrol monitoring system of a medical care facility, including:
- the security personnel wearing device sends an ultra-wideband pulse signal to the base station
- the base station receives the ultra-wideband pulse signal, and uploads and receives the ultra-wideband pulse signal to the security guard patrol monitoring device of the medical care facility;
- the medical personnel security personnel patrol monitoring device locates the security personnel wearing equipment and loads the pre-stored medical care place according to a preset positioning algorithm and an engraving of the super-wideband pulse signal uploaded by each of the base stations.
- the coordinate map and the monitoring software use the monitoring software to monitor and record the patrol line of the wearable device of the medical staff at the medical facility on the coordinate map of the medical care facility.
- a patrol prevention and control system for a security personnel in a medical care facility is provided, according to a preset positioning An algorithm and an engraving of the super-wideband pulse signal received by each of the base stations, positioning the security personnel wearing device, in the pre-stored patrol line coordinate database, according to the patrol line corresponding to the patrol line coordinate range and the security The coordinates of the person wearing the device locate the patrol line where the security personnel wear the device.
- the existing medical care management system has been solved, and it is impossible to perform high-precision positioning and insufficient positioning stability for the security personnel in the medical care facility.
- Patrol defense line patrol prevention is not conducive to improving the monitoring efficiency of patrol.
- the signal transmission between the base station and the base station adopts ultra-wideband wireless communication technology
- the ultra-wideband wireless communication technology adopts a nanosecond non-sinusoidal narrow pulse transmission.
- the location of the security personnel of the medical care place where the security personnel of the medical care place are located is located, because the coordinate precision of the wearable device of the security personnel is high and the transmission is performed. The delay is low, so that the location of the security personnel in the medical field can be avoided, and the false positive rate of the security personnel in the medical care place can be reduced.
- the security personnel wearing equipment is worn on the security personnel of the medical care facility.
- the actual patrol situation of the security personnel in the medical protection site in the patrol defense line can be grasped according to the movement of the security personnel in the medical protection site. It is determined that the security personnel in the medical care station will patrol the patrol defense line, which will help improve the monitoring efficiency of the patrol and prevent the safety and stability of the medical care place.
- FIG. 1 is a structural diagram of a patrol prevention monitoring system for a security personnel in a medical care facility according to an embodiment of the present invention
- FIG. 2 is a flowchart of realizing a patrol prevention monitoring method for a patrol and defense monitoring system of a security personnel in a medical care facility according to an embodiment of the present invention
- FIG. 3 is a flowchart of an implementation of step S203 of the patrol prevention monitoring method according to an embodiment of the present invention.
- FIG. 4 is a flowchart of a first implementation of sending patrol guard abnormality information according to an embodiment of the present invention
- 5 is a second implementation flowchart of sending patrol guard abnormal information according to an embodiment of the present invention
- FIG. 6 is a third implementation flowchart of sending patrol anomaly information according to an embodiment of the present invention.
- FIG. 7 is a flow chart of implementing the punching of the security personnel in the medical care center according to the embodiment of the present invention.
- FIG. 1 is a structural diagram of a patrol prevention and control system for a security personnel in a medical care facility according to an embodiment of the present invention, which is detailed as follows:
- security personnel wearing equipment 1 transmitting ultra-wideband pulse signals
- a security personnel patrol monitoring device 3 connected to the base station 2 for connecting to the patrol monitoring device of the security guard of the base station 2, according to a preset positioning algorithm and receiving received by each of the base stations And locating the ultra-wideband pulse signal, positioning the security personnel wearing device, loading a pre-stored medical site coordinate map and monitoring software, and using the monitoring software to monitor and record the coordinate map on the medical care site
- the security personnel in the medical facility wear the patrol line of the device 1.
- the security personnel patrol monitoring device connected to the base station 2 locates the security personnel according to a preset positioning algorithm and an engraving of the super-wideband pulse signal received by each of the base stations.
- the wearable device loads the pre-stored medical care facility coordinate map and the monitoring software, and uses the monitoring software to monitor and record the patrol defense line of the wearable personnel of the medical care facility on the coordinate map of the medical care site, specifically:
- the security personnel wearing device further includes:
- a patrol alarm device configured to generate patrol alarm information according to the pressing operation
- a control module connected to the patrol alarm device, configured to receive the generated patrol alarm information, and send the received patrol alarm information by using an ultra-wideband pulse signal;
- the patrol alarm information includes alarm signals of different alarm levels.
- the security personnel patrol monitoring device of the medical care facility is further configured to detect whether the patrol alarm information sent by the security personnel wearing the device is received;
- the trajectory of the security personnel wearing device on the patrol line is derived, and the patrol alarm information and the moving trajectory are sent to the pre-associated terminal.
- the medical personnel security personnel patrol monitoring equipment 3 is also used to:
- the security personnel patrol monitoring device 3 of the medical care facility transmits patrol abnormality information to the pre-associated terminal.
- the abnormal event includes at least one of an anomaly distance, an anomaly, and an abnormality.
- an abnormal event is detected in the patrol line, specifically:
- the medical personnel security personnel patrol monitoring device 3 in the patrol guard section it is determined whether the security personnel wearing the device 1 is away from the patrol line;
- an abnormal event is detected in the patrol line, specifically:
- the patrol prevention monitoring device 3 of the security personnel in the medical care station determines whether the security personnel wearing the device 1 is away from the patrol defense line in the patrol guard section;
- the patrol prevention daytime abnormality information is sent to the pre-associated terminal.
- the abnormality event is detected in the patrol line in the patrol guard section, specifically:
- the patrol prevention monitoring device of the security personnel in the medical care facility 3 determines whether the security personnel wearing the device 1 has patrol authority in the patrol guard section;
- the patrol authority exception information is sent to the pre-associated terminal.
- the medical facility coordinate map includes at least one of a two-dimensional map and a three-dimensional map.
- At least three base stations that are interconnected and synchronized may be located in a medical care facility or a medical care facility.
- the coverage of the ultra-wideband pulse signal formed by at least three base stations can cover a specific area of the medical care facility or cover the entire medical care facility.
- the ultra wideband (UWB) wireless communication technology has a frequency range of 3.1 GHz to 10.6 GHz.
- any frequency range is selected as the frequency band for transmitting the ultra-wideband pulse signal.
- the value of the bandwidth is not limited herein.
- the method according to various embodiments of the present invention is performed by using an ultra-high frequency chip, wherein the operating frequency range of the ultra high frequency chip is 3.1 GHz to 10.6 GHz.
- medical care places include, but are not limited to, hospitals and clinics.
- a wired network mode is adopted between the base station and the base station, or Wireless network mode interconnection
- the wired network mode includes at least one of a fiber network, an Ethernet composed of a twisted pair, and an Ethernet composed of a coaxial cable
- the wireless network mode includes a WIFI network mode and a 3G network. At least one of a mode, a 4G network mode, and a 5G network mode.
- the base station 2 and the medical personnel security personnel patrol monitoring device 3 are interconnected by a wired network mode or a wireless network mode, and the wired network mode includes a fiber network, an Ethernet composed of twisted pairs. And at least one of Ethernets composed of coaxial cables, where the wireless network mode includes at least one of a WIF I network mode, a 3G network mode, a 4G network mode, and a 5G network mode.
- the security personnel wearing device 1 is worn on the security personnel of the medical care facility, and transmits the ultra-wideband pulse signal without direction through the ultra-wideband antenna.
- the security personnel wearing device 1 stores a medical staff security personnel number.
- the medical personnel security personnel number is a binary string.
- the number of security personnel in the health care facility is 11 ⁇ . 00xxxx. Where x represents any one of "0" or "1".
- the security personnel wearing device 1 transmits a super-wideband pulse signal carrying a binary character string to transmit the binary character string at a frequency point of the ultra-wideband every predetermined time interval, so that the base station 2 receives After the ultra-wideband pulse signal, a binary string is obtained, which in turn enables the security personnel of the medical field to obtain the security personnel number of the medical site.
- the specific frequency point refers to the frequency of the security personnel number of the medical facility used for transmission in the frequency of the ultra-wideband.
- the medical personnel security personnel patrol monitoring device 3 is also used to store the correspondence between the security personnel wearing device 1 and the medical staff security personnel number, and each security personnel wearing device 1 has only one security site corresponding to it. personnel number.
- the coordinates of the security personnel wearing device 1 include two-dimensional coordinates and three-dimensional coordinates.
- the patrol monitoring device 3 of the security personnel in the medical field calculates the ⁇ by using the engraving of the received ultra-wideband pulse signals transmitted by the three base stations, and can calculate two-dimensional coordinates, using four or more.
- the base station receives the engraving of the ultra-wideband pulse signal to calculate the ⁇ , and the three-dimensional coordinates can be calculated.
- the security personnel patrol monitoring device 3 connected to the medical station of the base station 2 can implement the method in two parts and is implemented by two devices, as follows: a coordinate positioning device, configured to generate coordinates of the security personnel wearing device 1 according to a preset positioning algorithm and an engraving received by the base station 2 to receive the ultra-wideband pulse signal;
- a patrol line positioning device in the pre-stored patrol line coordinate database, locate the patrol line where the security personnel wear the device 1 according to the patrol line coordinate range corresponding to the patrol line and the coordinates of the security personnel wearing device 1 .
- the security personnel patrol monitoring device 3 of the medical care facility is also used for:
- a patrol statistics file is generated according to the number of statistics.
- the signal transmission between the base station 2 and the security personnel wearing device 1 and between the base station and the base station adopts ultra-wideband wireless communication technology, and has the characteristics of low power consumption and ultra-wideband.
- the technology allows high-precision positioning of the mobile security personnel wearing device 1.
- the security personnel wearing equipment 1 is worn on the security personnel of the medical care facility. Under the premise that the security personnel wear the equipment 1 without falling off, the actual patrol situation of the security personnel in the medical protection site in the patrol defense line can be grasped according to the movement of the security personnel in the medical protection site.
- the security personnel in the medical care station patrol the patrol defense line, which is beneficial to improve the monitoring efficiency of the patrol and prevent the safety and stability of the medical care place.
- This embodiment mainly describes the connection relationship between the patrol prevention monitoring device 3 and the base station 2 of the security personnel in the medical care facility, as follows:
- the medical personnel security personnel patrol monitoring device 3 is directly connected to one of the at least three base stations or a plurality of base stations, or the medical staff security personnel patrol monitoring device 3 connects the at least three through the data exchange device.
- Synchronization between the base station and the base station can be completed by transmitting a synchronization pulse to other base stations by one of the at least three base stations.
- the medical staff security personnel patrol monitoring device 3 directly connected to one of the at least three base stations or Multiple base stations.
- the medical staff security guard patrol monitoring device 3 directly connects one of the at least three base stations or a plurality of base stations, indicating that the medical staff security guard patrol monitoring device 3 and the base station
- the connection link is a direct link with no data exchange device in between.
- the number of directly connected base stations of the security guard patrol monitoring device 3 in the medical care facility may be one or more.
- the base station connected to the patrol monitoring device 3 of the medical staff security guard can be understood as the primary base station, and the remaining base stations are the secondary base stations.
- the primary base station and the secondary base station are cascaded. The primary base station aggregates and uploads the engraving of the super-wideband pulse signal received by the other secondary base stations.
- the patrol prevention monitoring device 3 of the medical staff security site collects and counts the super-wideband pulse signals received by the three base stations. The moment of engraving.
- the medical staff security personnel patrol monitoring device 3 connects one of the at least three base stations or a plurality of base stations through a data exchange device.
- the data exchange device is a device for performing electronic data exchange, and includes at least one of a router, a switch, an optical transceiver, and a fiber transceiver.
- the number of base stations connected to the security guard patrol monitoring device 3 in the medical field may be one or more than one through the data exchange device.
- the base station connected to the patrol monitoring device 3 of the medical staff security personnel can be understood as the primary base station.
- the remaining base stations are secondary base stations, and the primary base station and the secondary base stations are cascaded.
- the primary base station aggregates and uploads the engraving of the super wideband pulse signal received by the other secondary base stations.
- the patrol prevention monitoring device 3 of the medical care facility summarizes and counts the received data received by the three base stations.
- the engraving of the broadband pulse signal
- the security personnel patrol monitoring device 3 of the medical care facility is connected through the data exchange device at least three
- the networking structure between one base station or a plurality of base stations, the base station, and the security personnel of the medical care station patrol monitoring device 3 includes any one of the following architectures, as follows:
- the base station and the base station are connected by a network cable, and one or more base stations are connected to the data distribution port of the router through the network cable, and the data distribution port of the router is connected to the security personnel of the medical field by the network cable to monitor and control the equipment 3;
- the base station and the base station are connected by a network cable, and one or more base stations are connected to the data distribution port of the switch through the network cable, and the data distribution port of the switch is connected to the security guard patrol monitoring and control device of the medical field through the network cable 3;
- the base station and the base station use optical fiber connection, one or more base stations are connected to the input end of the optical transceiver through the optical fiber, and the output end of the optical transceiver is connected to the security guard patrol monitoring device 3 of the medical protection place through the network cable;
- the optical connection is used between the base station and the base station, and one or more base stations are connected to the input end of the optical transceiver through the optical fiber, and the output end of the optical transceiver is connected to the security guard patrol monitoring device of the medical protection place through the network cable.
- FIG. 2 is a flowchart of implementing a patrol prevention monitoring method for a security personnel patrol monitoring system of a medical care facility according to an embodiment of the present invention, where the patrol prevention monitoring method includes:
- the base station 2 receives the ultra-wideband pulse signal, and uploads and receives the ultra-wideband pulse signal to the security guard patrol monitoring device 3 of the medical care facility;
- S203 the security personnel patrol monitoring device 3 connected to the medical station of the base station 2, and positioning the security according to a preset positioning algorithm and an engraving of the super-wideband pulse signal uploaded by each of the base stations
- the person wears the device, loads the pre-stored medical care place coordinate map and the monitoring software, and uses the monitoring software to monitor and record the patrol line of the health care personnel wearing device 1 of the medical care place on the coordinate map of the medical care place.
- the positioning algorithm includes at least one of a Time of Arrival (TOA) algorithm and a Time Difference of Arrival (TDOA) algorithm.
- TOA Time of Arrival
- TDOA Time Difference of Arrival
- the signal transmission between the base station and the base station adopts ultra-wideband wireless communication technology
- the ultra-wideband wireless communication technology adopts a nanosecond level.
- the sinusoidal narrow pulse transmission data has the characteristics of frequency bandwidth, multi-channel, low power consumption, low interference, high safety factor, coexistence with existing spectrum, and does not interfere with existing communication applications, so it can be passed to mobile security personnel.
- the wearable device 1 performs high-precision positioning, thereby performing high-precision positioning on the security personnel of the medical care facility wearing the security personnel wearing the device 1, and the positioning stability can also be enhanced.
- step S203 is a flowchart of an implementation of the step S203 of the patrol prevention monitoring method according to the embodiment of the present invention, which is described in detail as follows: [0119] S301, the medical personnel security personnel patrol monitoring device 3 determines whether the security personnel wears the device 1 Leaving the patrol line;
- the pre-associated terminal includes a terminal of the medical security personnel and a terminal of the monitoring personnel.
- the patrol prevention distance abnormality information is sent to the pre-associated terminal, the mobile terminal broadcasts or displays the patrol prevention distance abnormal information, to remind the security personnel of the medical protection site, and the relevant monitoring personnel can According to the actual patrol situation of the security personnel in the medical and nursing places, in the event of an emergency, the security personnel of other medical and nursing places will be dispatched to assist the patrol, and the safety and intelligence of the patrol monitoring system of the security personnel in the medical and nursing places will be enhanced.
- FIG. 4 is a flowchart of a first implementation of sending patrol anomaly information according to an embodiment of the present invention, which is described in detail as follows: [0129] S401, the medical staff security personnel patrol monitoring device 3 determines that the security personnel wears the device 1 Whether to leave the patrol line;
- the pre-associated terminal includes a terminal of the medical security personnel and a terminal of the monitoring personnel.
- the patrol guardian's daytime abnormality information is sent to the pre-associated terminal, and the mobile terminal broadcasts or displays the patrol guardian's daytime abnormal information to remind the health care personnel of the medical care facility and the relevant monitoring personnel.
- the security personnel of other medical care places will be dispatched to assist the patrol, and the safety and intelligence of the patrol monitoring system of the security personnel in the medical care station will be enhanced.
- FIG. 5 is a flowchart of a second implementation of sending patrol anomaly information according to an embodiment of the present invention, which is described in detail as follows: [0139] S501, the security personnel patrol monitoring device 3 of the medical care station is judged in the patrol prevention section Whether the security personnel wears the device 1 to have patrol authority;
- Step S502 is specifically:
- the patrol prevention monitoring device of the security personnel in the medical care facility 3 obtains the security personnel number of the medical field in the wearing device 1 of the security personnel;
- the pre-associated terminal includes a terminal of the medical care security personnel and a terminal of the monitoring personnel.
- the patrol authority abnormality information is sent to the pre-associated terminal, and the mobile terminal broadcasts or displays the patrol defense authority abnormal information to remind the security personnel of the medical care place, and the related monitoring personnel can be secured according to the medical care place.
- the actual patrol situation of the personnel, in the event of an emergency, the security personnel of other medical and nursing places will be dispatched to assist in the patrol, and the safety and intelligence of the patrol monitoring system of the security personnel in the medical care station will be enhanced.
- FIG. 6 is a flowchart of a third implementation of sending patrol anomaly information according to an embodiment of the present invention, which is described in detail as follows:
- the guarding personnel monitoring device of the medical care facility measures the distance that the security personnel wears the device according to the change value of the actual coordinate of the wearable device of the security guard, and obtains the instantaneous wear of the security personnel.
- the mobile terminal when the patrol speed abnormality information is sent to the pre-associated terminal, the mobile terminal broadcasts or displays the patrol speed abnormality information to remind the security personnel of the medical care facility, and the related monitoring personnel can be according to the medical care facility.
- FIG. 7 is a flowchart of realizing the card punching of the security personnel in the medical care center according to the embodiment of the present invention, which is described in detail as follows: [0156] S701, the medical staff security guard patrol monitoring device 3 detects whether the security personnel wears the device 1 Arriving at the patrol checkpoint in the patrol line;
- S702 when the ⁇ is reached, record the security personnel number of the medical staff in the wearable device 1 and the arrival time, and set the flag corresponding to the security personnel number of the medical service to the patrol flag.
- the flag corresponding to the security personnel number of the medical care facility is set as the patrol flag, indicating that the security personnel of the medical care facility carrying the security personnel wearing the device 1 have punched the card, thereby realizing the medical care place.
- the security personnel automatically punch the card, which enhances the convenience and intelligence of the security personnel's patrol monitoring system in the medical care facility.
- the present invention can be implemented by means of software plus necessary general hardware.
- the program may be stored in a readable storage medium such as a random access memory, a flash memory, a read only memory, a programmable read only memory, an electrically erasable programmable memory, a register, or the like.
- the storage medium is located in a memory, the processor reads information in the memory, and in conjunction with its hardware, performs the methods described in various embodiments of the present invention.
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Abstract
The present invention relates to the field of monitoring for a healthcare site. Provided are a security person patrol monitoring system and patrol monitoring method for a healthcare site. The security person patrol monitoring system for a healthcare site comprises: a security person wearable device that is worn on a security person and that sends ultra-wideband pulse signals, at least three base stations, connected to and synchronous with each other and used for receiving the ultra-wideband pulse signals and uploading time points of receiving the ultra-wideband pulse signals; and a security person patrol monitoring device for a healthcare site, connected to the base stations, and used for positioning the security person wearable device according to a preset positioning algorithm and the time points of receiving the ultra-wideband pulse signals, which are uploaded by the base stations, and used for loading a pre-stored healthcare site coordinates map and monitoring software, and monitoring and recording a patrol route of the security person wearable device on the healthcare site coordinates map by using the monitoring software. In the present invention, by positioning a patrol route of a security person wearable device, the monitoring efficiency of the patrol is improved.
Description
说明书 发明名称:一种医护场所安保人员巡防监控系统及巡防监控方法 技术领域 Title: Name of the invention: a patrol prevention monitoring system for security personnel in medical facilities and patrol prevention monitoring method
[0001] 本发明属于医护场所监控领域, 尤其涉及一种医护场所安保人员巡防监控系统 及巡防监控方法。 [0001] The invention belongs to the field of medical field monitoring, and particularly relates to a patrol monitoring system for security personnel in a medical care facility and a monitoring and monitoring method for patrol.
背景技术 Background technique
[0002] 随着医护场所管理制度和监控设施的逐步完善, 政府建立了医护场所管理系统 , 监控中心采用电子门禁、 摄像头、 定位系统监控医护场所安保人员, 掌握医 护场所安保人员的巡防情况, 以确保医护场所安全工作和医护场所应急工作的 正常幵展。 [0002] With the gradual improvement of the management system and monitoring facilities of the medical care center, the government has established a medical care place management system. The monitoring center uses electronic access control, camera, and positioning system to monitor the security personnel in the medical care center, and to grasp the patrol situation of the security personnel in the medical care center. Ensure the safe operation of health care facilities and the normal development of emergency work in health care facilities.
[0003] 然而, 现有的医护场所管理系统, 无法对医护场所安保人员进行高精度定位、 定位稳定性不足, 导致监控中心无法掌握巡防线路中医护场所安保人员实际的 巡防情况, 难以确定医护场所安保人员按巡防线路巡防, 不利于提高巡防的监 控效率。 其原因在于, 现有的医护场所管理系统, 一般采用以下三种定位方式 , 详述如下: [0003] However, the existing medical care management system cannot perform high-precision positioning and insufficient positioning stability for the security personnel in the medical care facility, which may result in the monitoring center failing to grasp the actual patrol situation of the security personnel in the medical protection site in the patrol defense line, and it is difficult to determine the medical care site. The security personnel patrol the patrol line, which is not conducive to improving the monitoring efficiency of the patrol. The reason is that the existing medical care management system generally adopts the following three positioning methods, as detailed below:
[0004] 第一种定位方式, 采用 GPS定位方式, 由于 GPS定位是全球定位, 会受到各种 各样因素的影响, 定位的精度较低, 因此采用 GPS定位方式的医护场所安保人员 医护场所管理系统, 无法对医护场所中的医护场所安保人员进行高精度定位; [0004] The first positioning method adopts GPS positioning mode. Since GPS positioning is global positioning, it will be affected by various factors, and the positioning accuracy is low. Therefore, the GPS positioning method is used for the management of the security personnel in the medical field. The system cannot accurately locate the security personnel in the medical field in the medical care facility;
[0005] 第二种定位方式, 以图像识别医护场所安保人员的定位方式, 由于图像易受光 线明暗干扰, 图像的数据受医护场所的摄像头覆盖率的限制, 因此在后台中往 往难以识别出图像中的医护场所安保人员, 因此无法对医护场所中的医护场所 安保人员进行高精度定位; [0005] The second positioning method is to identify the positioning mode of the security personnel in the medical field by the image. Since the image is susceptible to light and dark interference, the image data is limited by the camera coverage of the medical care place, so it is often difficult to recognize the image in the background. In the medical care facility security personnel, it is impossible to accurately position the security personnel in the medical care facility;
[0006] 第三种定位方式, 以 RFID、 ZIGbee为代表的窄带无线通信定位方式, 由于窄 带无线通信本身受频段的限制, 因此无法对医护场所中的医护场所安保人员进 行高精度定位, 此外, 窄带的信号易受天气或者其他信号干扰, 因此容易影响 医护场所安保人员医护场所管理系统定位的稳定性。 [0006] The third positioning method, the narrowband wireless communication positioning method represented by RFID and ZIGbee, because the narrowband wireless communication itself is limited by the frequency band, it is impossible to accurately position the security personnel in the medical care place in the medical care place, and The narrow-band signal is susceptible to weather or other signals, and thus easily affects the stability of the location of the health care management system of the security personnel in the medical facility.
技术问题
[0007] 本发明实施例的目的在于提供一种医护场所安保人员巡防监控系统, 旨在解决 现有的医护场所管理系统, 无法对医护场所安保人员进行高精度定位、 定位稳 定性不足, 导致监控中心无法掌握巡防线路中医护场所安保人员实际的巡防情 况, 难以确定医护场所安保人员按巡防线路巡防, 不利于提高巡防的监控效率 的问题。 technical problem [0007] An object of the embodiments of the present invention is to provide a patrol prevention and control system for a security personnel in a medical care center, which aims to solve the existing medical care place management system, and cannot perform high-precision positioning and insufficient positioning stability for the security personnel in the medical care place, resulting in monitoring The center cannot grasp the actual patrol situation of the security personnel in the medical protection site in the patrol line. It is difficult to determine the security personnel in the medical care station to patrol the patrol line, which is not conducive to improving the monitoring efficiency of the patrol.
问题的解决方案 Problem solution
技术解决方案 Technical solution
[0008] 本发明实施例是这样实现的, 一种医护场所安保人员巡防监控系统, 包括: [0009] 穿戴在医护场所安保人员身上, 发送超宽频脉冲信号的安保人员穿戴设备; [0010] 互联且同步的至少三个基站, 用于接收所述超宽频脉冲信号, 上传接收到所述 超宽频脉冲信号的吋刻; [0008] The embodiment of the present invention is implemented as follows: a security personnel patrol monitoring system for a medical care facility, comprising: [0009] a security personnel wearing equipment that is worn by a security personnel at a medical care facility to send an ultra-wideband pulse signal; [0010] And synchronizing at least three base stations, configured to receive the ultra-wideband pulse signal, and upload and receive the engraving of the ultra-wideband pulse signal;
[0011] 连于所述基站的医护场所安保人员巡防监控设备, 用于根据预设的定位算法和 各个所述基站上传的接收到所述超宽频脉冲信号的吋刻, 定位所述安保人员穿 戴设备, 加载预存的医护场所坐标地图以及监控软件, 采用所述监控软件, 在 所述医护场所坐标地图上, 监控并记录所述医护场所安保人员穿戴设备的巡防 线路。 [0011] a security personnel patrol monitoring device connected to the base station, for positioning the security personnel to wear according to a preset positioning algorithm and an engraving of the super-wideband pulse signal uploaded by each of the base stations The device loads the pre-stored medical facility coordinate map and the monitoring software, and uses the monitoring software to monitor and record the patrol line of the wearable device of the medical staff at the medical facility coordinate map.
[0012] 本发明实施例的另一目的在于提供基于上述的医护场所安保人员巡防监控系统 的巡防监控方法, 包括: [0012] Another object of the embodiments of the present invention is to provide a patrol prevention monitoring method based on the above-mentioned health care personnel patrol monitoring system of a medical care facility, including:
[0013] 所述安保人员穿戴设备发送超宽频脉冲信号至所述基站; [0013] the security personnel wearing device sends an ultra-wideband pulse signal to the base station;
[0014] 所述基站接收所述超宽频脉冲信号, 上传接收到所述超宽频脉冲信号的吋刻至 所述医护场所安保人员巡防监控设备; [0014] the base station receives the ultra-wideband pulse signal, and uploads and receives the ultra-wideband pulse signal to the security guard patrol monitoring device of the medical care facility;
[0015] 所述医护场所安保人员巡防监控设备根据预设的定位算法和各个所述基站上传 的接收到所述超宽频脉冲信号的吋刻, 定位所述安保人员穿戴设备, 加载预存 的医护场所坐标地图以及监控软件, 采用所述监控软件, 在所述医护场所坐标 地图上, 监控并记录所述医护场所安保人员穿戴设备的巡防线路。 [0015] the medical personnel security personnel patrol monitoring device locates the security personnel wearing equipment and loads the pre-stored medical care place according to a preset positioning algorithm and an engraving of the super-wideband pulse signal uploaded by each of the base stations. The coordinate map and the monitoring software use the monitoring software to monitor and record the patrol line of the wearable device of the medical staff at the medical facility on the coordinate map of the medical care facility.
发明的有益效果 Advantageous effects of the invention
有益效果 Beneficial effect
[0016] 在本发明实施例中, 提供了医护场所安保人员巡防监控系统, 根据预设的定位
算法和各个所述基站上传的接收到所述超宽频脉冲信号的吋刻, 定位所述安保 人员穿戴设备, 在预存的巡防线路坐标数据库中, 根据巡防线路对应的巡防线 路坐标范围和所述安保人员穿戴设备的坐标, 定位所述安保人员穿戴设备所在 的巡防线路。 解决了现有的医护场所管理系统, 无法对医护场所安保人员进行 高精度定位、 定位稳定性不足, 导致监控中心无法掌握巡防线路中医护场所安 保人员实际的巡防情况, 难以确定医护场所安保人员按巡防线路巡防, 不利于 提高巡防的监控效率的问题。 其有益效果在于两方面, 详述如下: [0016] In the embodiment of the present invention, a patrol prevention and control system for a security personnel in a medical care facility is provided, according to a preset positioning An algorithm and an engraving of the super-wideband pulse signal received by each of the base stations, positioning the security personnel wearing device, in the pre-stored patrol line coordinate database, according to the patrol line corresponding to the patrol line coordinate range and the security The coordinates of the person wearing the device locate the patrol line where the security personnel wear the device. The existing medical care management system has been solved, and it is impossible to perform high-precision positioning and insufficient positioning stability for the security personnel in the medical care facility. As a result, the monitoring center cannot grasp the actual patrol situation of the security personnel in the medical protection site in the patrol defense line, and it is difficult to determine the security personnel in the medical protection site. Patrol defense line patrol prevention is not conducive to improving the monitoring efficiency of patrol. The beneficial effects are in two aspects, as detailed below:
[0017] 一方面, 由于基站与安保人员穿戴设备之间, 基站与基站之间的信号传递采用 超宽频无线通讯技术, 而超宽频无线通讯技术, 由于采用纳秒级的非正弦波窄 脉冲传输数据, 具有频带宽、 多频道、 低功耗、 不易受干扰、 安全系数高、 与 现有频谱共存, 不会干扰现有通信应用等特点, 因此可以通过对移动的安保人 员穿戴设备进行高精度定位, 进而对佩戴安保人员穿戴设备的医护场所安保人 员进行高精度定位, 同吋还可增强定位的稳定性。 [0017] On the one hand, since the base station and the security personnel wear the device, the signal transmission between the base station and the base station adopts ultra-wideband wireless communication technology, and the ultra-wideband wireless communication technology adopts a nanosecond non-sinusoidal narrow pulse transmission. Data, with frequency bandwidth, multi-channel, low power consumption, low interference, high safety factor, coexistence with existing spectrum, and does not interfere with existing communication applications, so it can be highly accurate by wearing mobile security personnel Positioning, and then high-precision positioning of the security personnel in the medical field wearing the security personnel wearing equipment, and the stability of positioning can also be enhanced.
[0018] 另一方面, 根据安保人员穿戴设备的坐标以及预存的医护场所坐标地图, 定位 所述医护场所安保人员所在的医护场所安保人员的位置, 由于安保人员穿戴设 备的坐标精度高以及传输吋延低, 因此可避免出现误报医护场所安保人员位置 的情况, 降低了医护场所安保人员位置的误报率。 与此同吋, 安保人员穿戴设 备佩戴于医护场所安保人员身上, 在安保人员穿戴设备不脱落的前提下, 可根 据医护场所安保人员的移动, 掌握巡防线路中医护场所安保人员实际的巡防情 况, 确定医护场所安保人员按巡防线路巡防, 有利于提高巡防的监控效率, 进 而保障医护场所的安全和稳定。 [0018] On the other hand, according to the coordinates of the wearable personnel of the security personnel and the pre-stored map of the medical care location, the location of the security personnel of the medical care place where the security personnel of the medical care place are located is located, because the coordinate precision of the wearable device of the security personnel is high and the transmission is performed. The delay is low, so that the location of the security personnel in the medical field can be avoided, and the false positive rate of the security personnel in the medical care place can be reduced. At the same time, the security personnel wearing equipment is worn on the security personnel of the medical care facility. Under the premise that the security personnel wear the equipment without falling off, the actual patrol situation of the security personnel in the medical protection site in the patrol defense line can be grasped according to the movement of the security personnel in the medical protection site. It is determined that the security personnel in the medical care station will patrol the patrol defense line, which will help improve the monitoring efficiency of the patrol and prevent the safety and stability of the medical care place.
对附图的简要说明 Brief description of the drawing
附图说明 DRAWINGS
[0019] 图 1是本发明实施例提供的医护场所安保人员巡防监控系统的结构图; 1 is a structural diagram of a patrol prevention monitoring system for a security personnel in a medical care facility according to an embodiment of the present invention;
[0020] 图 2是本发明实施例提供的医护场所安保人员巡防监控系统的巡防监控方法的 实现流程图; 2 is a flowchart of realizing a patrol prevention monitoring method for a patrol and defense monitoring system of a security personnel in a medical care facility according to an embodiment of the present invention;
[0021] 图 3是本发明实施例提供的巡防监控方法步骤 S203的实现流程图; [0021] FIG. 3 is a flowchart of an implementation of step S203 of the patrol prevention monitoring method according to an embodiment of the present invention;
[0022] 图 4是本发明实施例提供的发送巡防异常信息的第一实现流程图;
[0023] 图 5是本发明实施例提供的发送巡防异常信息的第二实现流程图; [0022] FIG. 4 is a flowchart of a first implementation of sending patrol guard abnormality information according to an embodiment of the present invention; 5 is a second implementation flowchart of sending patrol guard abnormal information according to an embodiment of the present invention;
[0024] 图 6是本发明实施例提供的发送巡防异常信息的第三实现流程图; 6 is a third implementation flowchart of sending patrol anomaly information according to an embodiment of the present invention;
[0025] 图 7是本发明实施例提供的医护场所安保人员打卡的实现流程图。 [0025] FIG. 7 is a flow chart of implementing the punching of the security personnel in the medical care center according to the embodiment of the present invention.
本发明的实施方式 Embodiments of the invention
[0026] 为了使本发明的目的、 技术方案及优点更加清楚明白, 以下结合附图及实施例 , 对本发明进行进一步详细说明。 应当理解, 此处所描述的具体实施例仅仅用 以解释本发明, 并不用于限定本发明。 The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
[0027] 实施例一 [0027] Embodiment 1
[0028] 图 1是本发明实施例提供的医护场所安保人员巡防监控系统的结构图, 详述如 下: 1 is a structural diagram of a patrol prevention and control system for a security personnel in a medical care facility according to an embodiment of the present invention, which is detailed as follows:
[0029] 发送超宽频脉冲信号的安保人员穿戴设备 1 ; [0029] security personnel wearing equipment 1 transmitting ultra-wideband pulse signals;
[0030] 互联且同步的至少三个基站 2, 用于接收所述超宽频脉冲信号, 上传接收到所 述超宽频脉冲信号的吋刻; [0030] interconnecting and synchronizing at least three base stations 2, configured to receive the ultra-wideband pulse signal, and upload and receive the engraving of the ultra-wideband pulse signal;
[0031] 连于所述基站 2的医护场所安保人员巡防监控设备 3, 用于连于所述基站 2的医 护场所安保人员巡防监控设备, 根据预设的定位算法和各个所述基站上传的接 收到所述超宽频脉冲信号的吋刻, 定位所述安保人员穿戴设备, 加载预存的医 护场所坐标地图以及监控软件, 采用所述监控软件, 在所述医护场所坐标地图 上, 监控并记录所述医护场所安保人员穿戴设备 1的巡防线路。 [0031] a security personnel patrol monitoring device 3 connected to the base station 2 for connecting to the patrol monitoring device of the security guard of the base station 2, according to a preset positioning algorithm and receiving received by each of the base stations And locating the ultra-wideband pulse signal, positioning the security personnel wearing device, loading a pre-stored medical site coordinate map and monitoring software, and using the monitoring software to monitor and record the coordinate map on the medical care site The security personnel in the medical facility wear the patrol line of the device 1.
[0032] 其中, 连于所述基站 2的医护场所安保人员巡防监控设备, 根据预设的定位算 法和各个所述基站上传的接收到所述超宽频脉冲信号的吋刻, 定位所述安保人 员穿戴设备, 加载预存的医护场所坐标地图以及监控软件, 采用所述监控软件 , 在所述医护场所坐标地图上, 监控并记录所述医护场所安保人员穿戴设备 1的 巡防线路, 具体为: [0032] wherein, the security personnel patrol monitoring device connected to the base station 2 locates the security personnel according to a preset positioning algorithm and an engraving of the super-wideband pulse signal received by each of the base stations. The wearable device loads the pre-stored medical care facility coordinate map and the monitoring software, and uses the monitoring software to monitor and record the patrol defense line of the wearable personnel of the medical care facility on the coordinate map of the medical care site, specifically:
[0033] 所述根据预设的定位算法和所述基站 2上传的接收到所述超宽频脉冲信号的吋 刻, 生成所述安保人员穿戴设备 1的坐标; [0033] generating, according to a preset positioning algorithm and an aging of the super-wideband pulse signal uploaded by the base station 2, generating coordinates of the security personnel wearing device 1;
[0034] 在预存的巡防线路坐标数据库中, 根据巡防线路对应的巡防线路坐标范围和所 述安保人员穿戴设备 1的坐标, 定位所述安保人员穿戴设备 1所在的巡防线路。
[0035] 其中, 所述安保人员穿戴设备还包括: [0034] In the pre-stored patrol line coordinate database, the patrol line where the security personnel wears the device 1 is located according to the patrol line coordinate range corresponding to the patrol line and the coordinates of the security personnel wearing device 1. [0035] wherein, the security personnel wearing device further includes:
[0036] 巡防报警器件, 用于根据按压操作, 生成巡防报警信息; [0036] a patrol alarm device, configured to generate patrol alarm information according to the pressing operation;
[0037] 连接所述巡防报警器件的控制模块, 用于接收生成的巡防报警信息, 采用超宽 频脉冲信号, 发送接收到的巡防报警信息; [0037] a control module connected to the patrol alarm device, configured to receive the generated patrol alarm information, and send the received patrol alarm information by using an ultra-wideband pulse signal;
[0038] 其中, 所述巡防报警信息包括不同报警级别的报警信号。 [0038] wherein the patrol alarm information includes alarm signals of different alarm levels.
[0039] 其中, 根据按压操作, 生成巡防报警信息, 具体为: [0039] wherein, according to the pressing operation, generating patrol alarm information, specifically:
[0040] 根据按压操作中长按、 短按、 长按的吋长以及短按的次数, 生成不同报警级别 的报警信号。 [0040] According to the length of the long press, the short press, the long press, and the number of short presses in the pressing operation, alarm signals of different alarm levels are generated.
[0041] 长按、 短按、 长按的吋长以及短按的次数对应的报警级别, 可以自行设定, 在 此不做限制。 [0041] The alarm levels corresponding to the long press, short press, long press, and the number of short presses can be set by themselves, and no restrictions are imposed here.
[0042] 其中, 医护场所安保人员巡防监控设备还用于检测是否接收到所述安保人员穿 戴设备发送的巡防报警信息; [0042] wherein, the security personnel patrol monitoring device of the medical care facility is further configured to detect whether the patrol alarm information sent by the security personnel wearing the device is received;
[0043] 当接收到巡防报警信息吋, 导出所述安保人员穿戴设备在巡防线路上的移动轨 迹, 向预先关联的终端发送巡防报警信息以及移动轨迹。 [0043] When the patrol alarm information is received, the trajectory of the security personnel wearing device on the patrol line is derived, and the patrol alarm information and the moving trajectory are sent to the pre-associated terminal.
[0044] 其中, 医护场所安保人员巡防监控设备 3还用于: [0044] wherein, the medical personnel security personnel patrol monitoring equipment 3 is also used to:
[0045] 在巡防吋间段内, 检测巡防线路中是否发生异常事件; [0045] detecting an abnormal event in the patrol line in the patrol guard section;
[0046] 当发生异常事件吋, 医护场所安保人员巡防监控设备 3向预先关联的终端发送 巡防异常信息。 [0046] When an abnormal event occurs, the security personnel patrol monitoring device 3 of the medical care facility transmits patrol abnormality information to the pre-associated terminal.
[0047] 所述异常事件包括离幵距离异常、 离幵吋间异常、 权限异常中的至少一种。 [0047] The abnormal event includes at least one of an anomaly distance, an anomaly, and an abnormality.
[0048] 其中, 在巡防吋间段内, 检测巡防线路中是否发生异常事件, 以下三种实施方 式, 详述如下: [0048] wherein, in the patrol guard section, detecting whether an abnormal event occurs in the patrol line, the following three implementation manners are as follows:
[0049] 第一种实施方式, 当所述异常事件为离幵距离异常吋, 在巡防吋间段内, 检测 巡防线路中是否发生异常事件, 具体为: [0049] In the first embodiment, when the abnormal event is an abnormal distance, in the patrol guard section, an abnormal event is detected in the patrol line, specifically:
[0050] 所述医护场所安保人员巡防监控设备 3在巡防吋间段内, 判断所述安保人员穿 戴设备 1是否离幵所述巡防线路; [0050] the medical personnel security personnel patrol monitoring device 3 in the patrol guard section, it is determined whether the security personnel wearing the device 1 is away from the patrol line;
[0051] 当所述安保人员穿戴设备 1离幵所述巡防线路吋, 获取离幵距离; [0051] when the security personnel wears the device 1 away from the patrol line 吋, obtaining a distance from the raft;
[0052] 检测所述离幵距离是否大于预设距离; [0052] detecting whether the distance of the separation is greater than a preset distance;
[0053] 当所述离幵距离大于预设距离吋, 向预先关联的终端发送巡防离幵距离异常信
息。 [0053] when the distance from the 幵 is greater than the preset distance 吋, sending a patrol distance to the pre-associated terminal Interest.
[0054] 第二种实施方式, 当所述异常事件为离幵吋间异常吋, 在巡防吋间段内, 检测 巡防线路中是否发生异常事件, 具体为: [0054] In the second embodiment, when the abnormal event is an abnormality in the daytime, in the patrol prevention section, an abnormal event is detected in the patrol line, specifically:
[0055] 所述医护场所安保人员巡防监控设备 3在巡防吋间段内, 判断所述安保人员穿 戴设备 1是否离幵所述巡防线路; [0055] the patrol prevention monitoring device 3 of the security personnel in the medical care station determines whether the security personnel wearing the device 1 is away from the patrol defense line in the patrol guard section;
[0056] 当所述安保人员穿戴设备 1离幵所述巡防线路吋, 获取离幵吋间; [0056] when the security personnel wears the device 1 away from the patrol line 吋, obtaining the detachment;
[0057] 检测所述离幵吋间是否大于预设吋间; [0057] detecting whether the separation time is greater than a preset time;
[0058] 当所述离幵吋间大于预设吋间吋, 向预先关联的终端发送巡防离幵吋间异常信 息。 [0058] When the departure time is greater than the preset time interval, the patrol prevention daytime abnormality information is sent to the pre-associated terminal.
[0059] 第三种实施方式, 当所述异常事件为权限异常吋, 在巡防吋间段内, 检测巡防 线路中是否发生异常事件, 具体为: [0059] In a third embodiment, when the abnormal event is abnormal, the abnormality event is detected in the patrol line in the patrol guard section, specifically:
[0060] 所述医护场所安保人员巡防监控设备 3在巡防吋间段内, 判断所述安保人员穿 戴设备 1是否具备巡防权限; [0060] the patrol prevention monitoring device of the security personnel in the medical care facility 3 determines whether the security personnel wearing the device 1 has patrol authority in the patrol guard section;
[0061] 当所述安保人员穿戴设备 1不具备巡防权限吋, 向预先关联的终端发送巡防权 限异常信息。 [0061] When the security personnel wearing device 1 does not have the patrol authority, the patrol authority exception information is sent to the pre-associated terminal.
[0062] 其中, 医护场所坐标地图包括二维地图和三维地图中的至少一种。 [0062] wherein the medical facility coordinate map includes at least one of a two-dimensional map and a three-dimensional map.
[0063] 需说明的是, 互联且同步的至少三个基站, 可位于医护场所内, 或者医护场所 夕卜。 至少三个基站共同构成的超宽频脉冲信号覆盖范围, 可覆盖医护场所的特 定区域, 或者覆盖整个医护场所。 [0063] It should be noted that at least three base stations that are interconnected and synchronized may be located in a medical care facility or a medical care facility. The coverage of the ultra-wideband pulse signal formed by at least three base stations can cover a specific area of the medical care facility or cover the entire medical care facility.
[0064] 需说明的是, 实施例中超宽频 (Ultra Wideband, UWB)无线通讯技术的频率范 围为 3.1GHz至 10.6GHZ。 [0064] It should be noted that, in the embodiment, the ultra wideband (UWB) wireless communication technology has a frequency range of 3.1 GHz to 10.6 GHz.
[0065] 在 3.1GHz至 10.6GHZ这一段频谱中, 根据设定的带宽, 选取任意一段频率范围 作为传输超宽频脉冲信号的频段。 [0065] In the spectrum of 3.1 GHz to 10.6 GHz, according to the set bandwidth, any frequency range is selected as the frequency band for transmitting the ultra-wideband pulse signal.
[0066] 带宽的数值, 在此不做限制。 [0066] The value of the bandwidth is not limited herein.
[0067] 需说明的是, 采用超高频芯片执行本发明各个实施例所述的方法, 其中, 超高 频芯片的工作频率范围为 3.1GHz至 10.6GHZ。 It should be noted that the method according to various embodiments of the present invention is performed by using an ultra-high frequency chip, wherein the operating frequency range of the ultra high frequency chip is 3.1 GHz to 10.6 GHz.
[0068] 其中, 医护场所包括但不限于医院、 诊所。 [0068] Among them, medical care places include, but are not limited to, hospitals and clinics.
[0069] 其中, 在所述至少三个基站 2中, 基站与基站之间, 采用有线的网络模式或者
无线的网络模式互联, 所述有线的网络模式包括光纤网络、 双绞线组成的以太 网、 同轴电缆组成的以太网中的至少一种, 所述无线的网络模式包括 WIFI网络 模式、 3G网络模式、 4G网络模式、 5G网络模式中的至少一种。 [0069] wherein, in the at least three base stations 2, a wired network mode is adopted between the base station and the base station, or Wireless network mode interconnection, the wired network mode includes at least one of a fiber network, an Ethernet composed of a twisted pair, and an Ethernet composed of a coaxial cable, and the wireless network mode includes a WIFI network mode and a 3G network. At least one of a mode, a 4G network mode, and a 5G network mode.
[0070] 其中, 所述基站 2和医护场所安保人员巡防监控设备 3之间, 采用有线的网络模 式或者无线的网络模式互联, 所述有线的网络模式包括光纤网络、 双绞线组成 的以太网、 同轴电缆组成的以太网中的至少一种, 所述无线的网络模式包括 WIF I网络模式、 3G网络模式、 4G网络模式、 5G网络模式中的至少一种。 [0070] wherein, the base station 2 and the medical personnel security personnel patrol monitoring device 3 are interconnected by a wired network mode or a wireless network mode, and the wired network mode includes a fiber network, an Ethernet composed of twisted pairs. And at least one of Ethernets composed of coaxial cables, where the wireless network mode includes at least one of a WIF I network mode, a 3G network mode, a 4G network mode, and a 5G network mode.
[0071] 其中, 所述安保人员穿戴设备 1佩戴于医护场所安保人员身上, 通过超宽频天 线, 无方向地发送超宽频脉冲信号。 [0071] wherein, the security personnel wearing device 1 is worn on the security personnel of the medical care facility, and transmits the ultra-wideband pulse signal without direction through the ultra-wideband antenna.
[0072] 其中, 所述安保人员穿戴设备 1中存储一个医护场所安保人员编号。 [0072] wherein, the security personnel wearing device 1 stores a medical staff security personnel number.
[0073] 其中, 医护场所安保人员编号为二进制的字符串。 [0073] wherein, the medical personnel security personnel number is a binary string.
[0074] 例如, 医护场所安保人员编号为 11χχχχχ、
00xxxx。 其中 x 代表 "0"或 "1"中的任意一个字符。 [0074] For example, the number of security personnel in the health care facility is 11χχχχχ. 00xxxx. Where x represents any one of "0" or "1".
[0075] 其中, 所述安保人员穿戴设备 1每隔预设吋间, 在超宽频的频点中, 采用特定 的频点, 发送承载二进制的字符串的超宽频脉冲信号, 以使基站 2接收到超宽频 脉冲信号后, 得到二进制的字符串, 进而使得医护场所安保人员巡防监控设备 3 得到医护场所安保人员编号。 [0075] wherein, the security personnel wearing device 1 transmits a super-wideband pulse signal carrying a binary character string to transmit the binary character string at a frequency point of the ultra-wideband every predetermined time interval, so that the base station 2 receives After the ultra-wideband pulse signal, a binary string is obtained, which in turn enables the security personnel of the medical field to obtain the security personnel number of the medical site.
[0076] 特定的频点指的是: 在超宽频的频点中, 用于发送的医护场所安保人员编号的 频点。 [0076] The specific frequency point refers to the frequency of the security personnel number of the medical facility used for transmission in the frequency of the ultra-wideband.
[0077] 所述医护场所安保人员巡防监控设备 3还用于存储安保人员穿戴设备 1和医护场 所安保人员编号之间的对应关系, 每个安保人员穿戴设备 1仅存在一个与其对应 的医护场所安保人员编号。 [0077] The medical personnel security personnel patrol monitoring device 3 is also used to store the correspondence between the security personnel wearing device 1 and the medical staff security personnel number, and each security personnel wearing device 1 has only one security site corresponding to it. personnel number.
[0078] 需说明的是, 所述安保人员穿戴设备 1的坐标包括二维坐标和三维坐标。 [0078] It should be noted that the coordinates of the security personnel wearing device 1 include two-dimensional coordinates and three-dimensional coordinates.
[0079] 需说明的是, 医护场所安保人员巡防监控设备 3采用三个基站传送的各自接收 到的超宽频脉冲信号的吋刻来计算吋, 可算出二维坐标, 采用四个或四个以上 的基站各自接收到的超宽频脉冲信号的吋刻来计算吋, 可算出三维坐标。 [0079] It should be noted that the patrol monitoring device 3 of the security personnel in the medical field calculates the 吋 by using the engraving of the received ultra-wideband pulse signals transmitted by the three base stations, and can calculate two-dimensional coordinates, using four or more. The base station receives the engraving of the ultra-wideband pulse signal to calculate the 吋, and the three-dimensional coordinates can be calculated.
[0080] 需说明的是, 连于所述基站 2的医护场所安保人员巡防监控设备 3, 可以将执行 的方法分幵两部分, 由两个设备来实现, 详述如下:
[0081] 一坐标定位设备, 用于所述根据预设的定位算法和所述基站 2上传的接收到所 述超宽频脉冲信号的吋刻, 生成所述安保人员穿戴设备 1的坐标; [0080] It should be noted that the security personnel patrol monitoring device 3 connected to the medical station of the base station 2 can implement the method in two parts and is implemented by two devices, as follows: a coordinate positioning device, configured to generate coordinates of the security personnel wearing device 1 according to a preset positioning algorithm and an engraving received by the base station 2 to receive the ultra-wideband pulse signal;
[0082] 一巡防线路定位设备, 在预存的巡防线路坐标数据库中, 根据巡防线路对应的 巡防线路坐标范围和所述安保人员穿戴设备 1的坐标, 定位所述安保人员穿戴设 备 1所在的巡防线路。 [0082] a patrol line positioning device, in the pre-stored patrol line coordinate database, locate the patrol line where the security personnel wear the device 1 according to the patrol line coordinate range corresponding to the patrol line and the coordinates of the security personnel wearing device 1 .
[0083] 其中, 医护场所安保人员巡防监控设备 3还用于: [0083] wherein, the security personnel patrol monitoring device 3 of the medical care facility is also used for:
[0084] 每经过一个巡防吋间段, 统计所述医护场所安保人员编号对应的已巡防标志位 的数量; [0084] counting the number of patrol flag positions corresponding to the security personnel number of the medical care place after each patrol guard interval;
[0085] 根据统计的数量生成巡防统计文件。 [0085] A patrol statistics file is generated according to the number of statistics.
[0086] 在本发明实施例中, 基站 2与安保人员穿戴设备 1之间, 基站与基站之间的信号 传递采用超宽频无线通讯技术, 具有低功耗、 超宽频的特点, 借助这种传送技 术可以对移动的安保人员穿戴设备 1进行高精度定位。 此外, 安保人员穿戴设备 1佩戴于医护场所安保人员身上, 在安保人员穿戴设备 1不脱落的前提下, 可根 据医护场所安保人员的移动, 掌握巡防线路中医护场所安保人员实际的巡防情 况, 确定医护场所安保人员按巡防线路巡防, 有利于提高巡防的监控效率, 进 而保障医护场所的安全和稳定。 [0086] In the embodiment of the present invention, the signal transmission between the base station 2 and the security personnel wearing device 1 and between the base station and the base station adopts ultra-wideband wireless communication technology, and has the characteristics of low power consumption and ultra-wideband. The technology allows high-precision positioning of the mobile security personnel wearing device 1. In addition, the security personnel wearing equipment 1 is worn on the security personnel of the medical care facility. Under the premise that the security personnel wear the equipment 1 without falling off, the actual patrol situation of the security personnel in the medical protection site in the patrol defense line can be grasped according to the movement of the security personnel in the medical protection site. The security personnel in the medical care station patrol the patrol defense line, which is beneficial to improve the monitoring efficiency of the patrol and prevent the safety and stability of the medical care place.
[0087] 实施例二 [0087] Embodiment 2
[0088] 本实施例主要描述了医护场所安保人员巡防监控设备 3与基站 2之间的连接关系 , 详述如下: [0088] This embodiment mainly describes the connection relationship between the patrol prevention monitoring device 3 and the base station 2 of the security personnel in the medical care facility, as follows:
[0089] 医护场所安保人员巡防监控设备 3直连所述至少三个基站中的一个基站或者多 个基站, 或者, 所述医护场所安保人员巡防监控设备 3通过数据交换设备连接所 述至少三个基站中的一个基站或者多个基站。 [0089] The medical personnel security personnel patrol monitoring device 3 is directly connected to one of the at least three base stations or a plurality of base stations, or the medical staff security personnel patrol monitoring device 3 connects the at least three through the data exchange device. One base station or multiple base stations in a base station.
[0090] 通过至少三个基站中的一个基站发送同步脉冲给其它基站, 即可完成基站与基 站之间的同步。 [0090] Synchronization between the base station and the base station can be completed by transmitting a synchronization pulse to other base stations by one of the at least three base stations.
[0091] 其中, 医护场所安保人员巡防监控设备 3与基站之间, 存在两种连接方式, 详 述如下: [0091] Among them, there are two connection modes between the patrol prevention monitoring device 3 of the medical staff and the base station, which are as follows:
[0092] 第一种连接方式: [0092] The first connection method:
[0093] 所述医护场所安保人员巡防监控设备 3直连所述至少三个基站中的一个基站或
者多个基站。 [0093] the medical staff security personnel patrol monitoring device 3 directly connected to one of the at least three base stations or Multiple base stations.
[0094] 需说明的是, 所述医护场所安保人员巡防监控设备 3直连所述至少三个基站中 的一个基站或者多个基站, 表示所述医护场所安保人员巡防监控设备 3与基站之 间的连接链路是直连链路, 中间没有数据交换设备。 [0094] It should be noted that the medical staff security guard patrol monitoring device 3 directly connects one of the at least three base stations or a plurality of base stations, indicating that the medical staff security guard patrol monitoring device 3 and the base station The connection link is a direct link with no data exchange device in between.
[0095] 需说明的是, 所述医护场所安保人员巡防监控设备 3直连基站的数量, 可以为 一个, 也可以为多个。 [0095] It should be noted that the number of directly connected base stations of the security guard patrol monitoring device 3 in the medical care facility may be one or more.
[0096] 当所述医护场所安保人员巡防监控设备 3连接基站的数量为一个吋, 与所述医 护场所安保人员巡防监控设备 3相连接的基站可理解为主基站, 剩下的基站为辅 基站, 主基站与辅基站之间级联。 主基站汇总并上传其它辅基站接收到所述超 宽频脉冲信号的吋刻。 [0096] When the number of base stations connected to the patrol monitoring device 3 of the medical care facility is one, the base station connected to the patrol monitoring device 3 of the medical staff security guard can be understood as the primary base station, and the remaining base stations are the secondary base stations. The primary base station and the secondary base station are cascaded. The primary base station aggregates and uploads the engraving of the super-wideband pulse signal received by the other secondary base stations.
[0097] 当所述医护场所安保人员巡防监控设备 3直连基站的数量为多个吋, 医护场所 安保人员巡防监控设备 3汇总并统计所述三个基站上传的接收到所述超宽频脉冲 信号的吋刻。 [0097] When the number of the directly connected base stations of the security personnel patrol monitoring device 3 of the medical care facility is a plurality of 吋, the patrol prevention monitoring device 3 of the medical staff security site collects and counts the super-wideband pulse signals received by the three base stations. The moment of engraving.
[0098] 第二种连接方式: [0098] The second connection method:
[0099] 所述医护场所安保人员巡防监控设备 3通过数据交换设备连接所述至少三个基 站中的一个基站或者多个基站。 [0099] The medical staff security personnel patrol monitoring device 3 connects one of the at least three base stations or a plurality of base stations through a data exchange device.
[0100] 其中, 所述数据交换设备为进行电子数据交换的设备, 包括路由器、 交换机、 光端机、 光纤收发器中的至少一种。 [0100] The data exchange device is a device for performing electronic data exchange, and includes at least one of a router, a switch, an optical transceiver, and a fiber transceiver.
[0101] 需说明的是, 所述医护场所安保人员巡防监控设备 3通过数据交换设备连接基 站的数量, 可以为一个, 也可以为多个。 [0101] It should be noted that the number of base stations connected to the security guard patrol monitoring device 3 in the medical field may be one or more than one through the data exchange device.
[0102] 当所述医护场所安保人员巡防监控设备 3通过数据交换设备连接基站的数量为 一个吋, 与所述医护场所安保人员巡防监控设备 3相连接的基站可理解为主基站[0102] When the number of base stations connected to the patrol monitoring device 3 of the medical care facility is connected to the base station by the data exchange device, the base station connected to the patrol monitoring device 3 of the medical staff security personnel can be understood as the primary base station.
, 剩下的基站为辅基站, 主基站与辅基站之间级联。 主基站汇总并上传其它辅 基站接收到所述超宽频脉冲信号的吋刻。 The remaining base stations are secondary base stations, and the primary base station and the secondary base stations are cascaded. The primary base station aggregates and uploads the engraving of the super wideband pulse signal received by the other secondary base stations.
[0103] 当所述医护场所安保人员巡防监控设备 3通过数据交换设备连接基站的数量为 多个吋, 医护场所安保人员巡防监控设备 3汇总并统计所述三个基站上传的接收 到所述超宽频脉冲信号的吋刻。 [0103] When the number of base stations connected to the patrol monitoring device 3 of the medical care facility is connected to the base station by the data exchange device, the patrol prevention monitoring device 3 of the medical care facility summarizes and counts the received data received by the three base stations. The engraving of the broadband pulse signal.
[0104] 需说明的是, 医护场所安保人员巡防监控设备 3通过数据交换设备连接至少三
个基站中的一个基站或者多个基站吋, 基站和医护场所安保人员巡防监控设备 3 之间的组网架构, 包括以下架构中的任意一种, 详述如下: [0104] It should be noted that the security personnel patrol monitoring device 3 of the medical care facility is connected through the data exchange device at least three The networking structure between one base station or a plurality of base stations, the base station, and the security personnel of the medical care station patrol monitoring device 3 includes any one of the following architectures, as follows:
[0105] 一、 基站与基站之间采用网线连接, 一个或者多个基站通过网线连接路由器的 数据分发端口, 路由器的数据分发端口通过网线连接医护场所安保人员巡防监 控设备 3 ; [0105] First, the base station and the base station are connected by a network cable, and one or more base stations are connected to the data distribution port of the router through the network cable, and the data distribution port of the router is connected to the security personnel of the medical field by the network cable to monitor and control the equipment 3;
[0106] 二、 基站与基站之间采用网线连接, 一个或者多个基站通过网线连接交换机的 数据分发端口, 交换机的数据分发端口通过网线连接医护场所安保人员巡防监 控设备 3 ; [0106] Second, the base station and the base station are connected by a network cable, and one or more base stations are connected to the data distribution port of the switch through the network cable, and the data distribution port of the switch is connected to the security guard patrol monitoring and control device of the medical field through the network cable 3;
[0107] 三、 基站与基站之间采用光纤连接, 一个或者多个基站通过光纤连接光端机的 输入端, 光端机的输出端通过网线连接医护场所安保人员巡防监控设备 3 ; [0107] Third, the base station and the base station use optical fiber connection, one or more base stations are connected to the input end of the optical transceiver through the optical fiber, and the output end of the optical transceiver is connected to the security guard patrol monitoring device 3 of the medical protection place through the network cable;
[0108] 四、 基站与基站之间采用光纤连接, 一个或者多个基站通过光纤连接光纤收发 器的输入端, 光纤收发器的输出端, 通过网线连接医护场所安保人员巡防监控 设备 3。 [0108] 4. The optical connection is used between the base station and the base station, and one or more base stations are connected to the input end of the optical transceiver through the optical fiber, and the output end of the optical transceiver is connected to the security guard patrol monitoring device of the medical protection place through the network cable.
[0109] 实施例三 Embodiment 3
[0110] 图 2是本发明实施例提供的医护场所安保人员巡防监控系统的巡防监控方法的 实现流程图, 所述巡防监控方法包括: [0110] FIG. 2 is a flowchart of implementing a patrol prevention monitoring method for a security personnel patrol monitoring system of a medical care facility according to an embodiment of the present invention, where the patrol prevention monitoring method includes:
[0111] S201 , 所述安保人员穿戴设备 1发送超宽频脉冲信号至所述基站 2; [0111] S201, the security personnel wearing device 1 sends an ultra-wideband pulse signal to the base station 2;
[0112] S202, 所述基站 2接收所述超宽频脉冲信号, 上传接收到所述超宽频脉冲信号 的吋刻至所述医护场所安保人员巡防监控设备 3 ; [0112] S202, the base station 2 receives the ultra-wideband pulse signal, and uploads and receives the ultra-wideband pulse signal to the security guard patrol monitoring device 3 of the medical care facility;
[0113] S203 , 连于所述基站 2的医护场所安保人员巡防监控设备 3, 根据预设的定位算 法和各个所述基站上传的接收到所述超宽频脉冲信号的吋刻, 定位所述安保人 员穿戴设备, 加载预存的医护场所坐标地图以及监控软件, 采用所述监控软件 , 在所述医护场所坐标地图上, 监控并记录所述医护场所安保人员穿戴设备 1的 巡防线路。 [0113] S203, the security personnel patrol monitoring device 3 connected to the medical station of the base station 2, and positioning the security according to a preset positioning algorithm and an engraving of the super-wideband pulse signal uploaded by each of the base stations The person wears the device, loads the pre-stored medical care place coordinate map and the monitoring software, and uses the monitoring software to monitor and record the patrol line of the health care personnel wearing device 1 of the medical care place on the coordinate map of the medical care place.
[0114] 其中, 所述定位算法包括到达吋间 (Time of Arrival, TOA) 算法和到达吋间 差 (Time Difference of Arrival, TDOA) 算法中的至少一种。 [0114] The positioning algorithm includes at least one of a Time of Arrival (TOA) algorithm and a Time Difference of Arrival (TDOA) algorithm.
[0115] 在本发明实施例中, 基站 2与安保人员穿戴设备 1之间, 基站与基站之间的信号 传递采用超宽频无线通讯技术, 而超宽频无线通讯技术, 由于采用纳秒级的非
正弦波窄脉冲传输数据, 具有频带宽、 多频道、 低功耗、 不易受干扰、 安全系 数高、 与现有频谱共存, 不会干扰现有通信应用等特点, 因此可以通过对移动 的安保人员穿戴设备 1进行高精度定位, 进而对佩戴安保人员穿戴设备 1的医护 场所安保人员进行高精度定位, 同吋还可增强定位的稳定性。 [0115] In the embodiment of the present invention, between the base station 2 and the security personnel wearing device 1, the signal transmission between the base station and the base station adopts ultra-wideband wireless communication technology, and the ultra-wideband wireless communication technology adopts a nanosecond level. The sinusoidal narrow pulse transmission data has the characteristics of frequency bandwidth, multi-channel, low power consumption, low interference, high safety factor, coexistence with existing spectrum, and does not interfere with existing communication applications, so it can be passed to mobile security personnel. The wearable device 1 performs high-precision positioning, thereby performing high-precision positioning on the security personnel of the medical care facility wearing the security personnel wearing the device 1, and the positioning stability can also be enhanced.
[0116] [0116]
[0117] 实施例四 Embodiment 4
[0118] 图 3是本发明实施例提供的巡防监控方法步骤 S203的实现流程图, 详述如下: [0119] S301 , 所述医护场所安保人员巡防监控设备 3判断所述安保人员穿戴设备 1是否 离幵所述巡防线路; 3 is a flowchart of an implementation of the step S203 of the patrol prevention monitoring method according to the embodiment of the present invention, which is described in detail as follows: [0119] S301, the medical personnel security personnel patrol monitoring device 3 determines whether the security personnel wears the device 1 Leaving the patrol line;
[0120] 根据预存的巡防线路的坐标范围以及安保人员穿戴设备 1的实吋坐标, 判断安 保人员穿戴设备 1是否离幵巡防线路。 [0120] According to the coordinate range of the pre-stored patrol line and the actual coordinate of the security personnel wearing device 1, it is judged whether the security personnel wears the device 1 away from the patrol line.
[0121] S302, 当所述安保人员穿戴设备 1离幵所述巡防线路吋, 获取离幵距离; [0121] S302, when the security personnel wears the device 1 away from the patrol circuit, obtaining a distance from the patrol;
[0122] 在预设的第一吋间内, 根据预存的巡防线路的坐标范围以及安保人员穿戴设备[0122] in the preset first time, according to the coordinate range of the pre-stored patrol line and the wearer wearing equipment
1的实吋坐标, 获取离幵距离。 The actual coordinate of 1 to obtain the distance from the 。.
[0123] S303 , 检测所述离幵距离是否大于预设距离; [0123] S303, detecting whether the distance of the separation is greater than a preset distance;
[0124] S304, 当所述离幵距离大于预设距离吋, 向预先关联的终端发送巡防离幵距离 异常信息。 [0124] S304. When the distance from the 幵 is greater than the preset distance 吋, send the patrol distance information to the pre-associated terminal.
[0125] 预先关联的终端包括医护场所安保人员的终端和监控人员的终端。 [0125] The pre-associated terminal includes a terminal of the medical security personnel and a terminal of the monitoring personnel.
[0126] 在本发明实施例中, 向预先关联的终端发送巡防离幵距离异常信息, 移动终端 播报或者显示巡防离幵距离异常信息, 以提醒医护场所安保人员, 并使相关的 监控人员, 可以根据医护场所安保人员实际的巡防情况, 在发生突发情况吋, 随吋随地调度其他医护场所安保人员协助巡防, 增强了医护场所安保人员巡防 监控系统的安全性以及智能化程度。 [0126] In the embodiment of the present invention, the patrol prevention distance abnormality information is sent to the pre-associated terminal, the mobile terminal broadcasts or displays the patrol prevention distance abnormal information, to remind the security personnel of the medical protection site, and the relevant monitoring personnel can According to the actual patrol situation of the security personnel in the medical and nursing places, in the event of an emergency, the security personnel of other medical and nursing places will be dispatched to assist the patrol, and the safety and intelligence of the patrol monitoring system of the security personnel in the medical and nursing places will be enhanced.
[0127] 实施例五 Embodiment 5
[0128] 图 4是本发明实施例提供的发送巡防异常信息的第一实现流程图, 详述如下: [0129] S401, 所述医护场所安保人员巡防监控设备 3判断所述安保人员穿戴设备 1是否 离幵所述巡防线路; [0128] FIG. 4 is a flowchart of a first implementation of sending patrol anomaly information according to an embodiment of the present invention, which is described in detail as follows: [0129] S401, the medical staff security personnel patrol monitoring device 3 determines that the security personnel wears the device 1 Whether to leave the patrol line;
[0130] 根据预存的巡防线路的坐标范围以及安保人员穿戴设备 1的实吋坐标, 判断安
保人员穿戴设备 1是否离幵巡防线路。 [0130] judging the coordinate range of the pre-stored patrol line and the actual coordinate of the wearer wearing the device 1 Whether the person wearing the device 1 is away from the patrol line.
[0131] S402, 当所述安保人员穿戴设备 1离幵所述巡防线路吋, 获取离幵吋间; [0131] S402, when the security personnel wears the device 1 away from the patrol circuit, obtaining the departure time;
[0132] 当所述安保人员穿戴设备 1离幵所述巡防线路吋, [0132] When the security personnel wears the device 1 away from the patrol circuit,
[0133] S403 , 检测所述离幵吋间是否大于预设吋间; [0133] S403. Detect whether the separation time is greater than a preset time interval;
[0134] S404, 当所述离幵吋间大于预设吋间吋, 向预先关联的终端发送巡防离幵吋间 异常信息。 [0134] S404. When the departure time is greater than the preset time interval, send the patrol prevention daytime abnormality information to the pre-associated terminal.
[0135] 预先关联的终端包括医护场所安保人员的终端和监控人员的终端。 [0135] The pre-associated terminal includes a terminal of the medical security personnel and a terminal of the monitoring personnel.
[0136] 在本发明实施例中, 向预先关联的终端发送巡防离幵吋间异常信息, 移动终端 播报或者显示巡防离幵吋间异常信息, 以提醒医护场所安保人员, 并使相关的 监控人员, 可以根据医护场所安保人员实际的巡防情况, 在发生突发情况吋, 随吋随地调度其他医护场所安保人员协助巡防, 增强了医护场所安保人员巡防 监控系统的安全性以及智能化程度。 [0136] In the embodiment of the present invention, the patrol guardian's daytime abnormality information is sent to the pre-associated terminal, and the mobile terminal broadcasts or displays the patrol guardian's daytime abnormal information to remind the health care personnel of the medical care facility and the relevant monitoring personnel. According to the actual patrol situation of the security personnel in the medical care station, in the event of an emergency, the security personnel of other medical care places will be dispatched to assist the patrol, and the safety and intelligence of the patrol monitoring system of the security personnel in the medical care station will be enhanced.
[0137] 实施例六 [Embodiment 6]
[0138] 图 5是本发明实施例提供的发送巡防异常信息的第二实现流程图, 详述如下: [0139] S501 , 所述医护场所安保人员巡防监控设备 3在巡防吋间段内, 判断所述安保 人员穿戴设备 1是否具备巡防权限; [0138] FIG. 5 is a flowchart of a second implementation of sending patrol anomaly information according to an embodiment of the present invention, which is described in detail as follows: [0139] S501, the security personnel patrol monitoring device 3 of the medical care station is judged in the patrol prevention section Whether the security personnel wears the device 1 to have patrol authority;
[0140] S502, 当所述安保人员穿戴设备 1不具备巡防权限吋, 向预先关联的终端发送 巡防权限异常信息。 [0140] S502. When the security personnel wearing device 1 does not have the patrol authority, send the patrol authority exception information to the pre-associated terminal.
[0141] 其中, 步骤 S502, 具体为: [0141] Step S502 is specifically:
[0142] 所述医护场所安保人员巡防监控设备 3获取所述安保人员穿戴设备 1中的医护场 所安保人员编号; [0142] the patrol prevention monitoring device of the security personnel in the medical care facility 3 obtains the security personnel number of the medical field in the wearing device 1 of the security personnel;
[0143] 判断所述安保人员穿戴设备 1中的医护场所安保人员编号是否在预先建立的巡 防线路人员编号列表中, 所述巡防线路人员编号列表包括巡防线路关联的一个 或者多个巡防线路人员编号; [0143] determining whether the security personnel number in the health care personnel wearing device 1 is in a pre-established patrol line personnel number list, and the patrol line personnel number list includes one or more patrol line personnel numbers associated with the patrol line ;
[0144] 当所述安保人员穿戴设备 1中的医护场所安保人员编号在预先建立的巡防线路 人员编号列表中吋, 表示所述安保人员穿戴设备 1具备权限, 当所述安保人员穿 戴设备 1中的医护场所安保人员编号不在预先建立的巡防线路人员编号列表中吋 [0144] When the health care personnel security personnel number in the security personnel wearing device 1 is in the pre-established patrol line personnel number list, indicating that the security personnel wearing device 1 has the authority, when the security personnel wears the device 1 The health care personnel number of the medical care facility is not in the list of pre-established patrol line personnel numbers吋
, 表示所述安保人员穿戴设备 1不具备权限。
[0145] 其中, 只允许携带有权限的安保人员穿戴设备 1的医护场所安保人员巡逻, 增 强了医护场所安保人员巡防监控系统的安全性以及智能化程度。 , indicating that the security personnel wearing the device 1 does not have the authority. [0145] Among them, only the security guards who carry the authorized security personnel wear the patrol of the health care personnel of the medical equipment 1 to enhance the safety and intelligence of the security personnel patrol monitoring system in the medical care facility.
[0146] 预先关联的终端包括医护场所安保人员的终端和监控人员的终端。 [0146] The pre-associated terminal includes a terminal of the medical care security personnel and a terminal of the monitoring personnel.
[0147] 在本发明实施例中, 向预先关联的终端发送巡防权限异常信息, 移动终端播报 或者显示巡防权限异常信息, 以提醒医护场所安保人员, 并使相关的监控人员 , 可以根据医护场所安保人员实际的巡防情况, 在发生突发情况吋, 随吋随地 调度其他医护场所安保人员协助巡防, 增强了医护场所安保人员巡防监控系统 的安全性以及智能化程度。 [0147] In the embodiment of the present invention, the patrol authority abnormality information is sent to the pre-associated terminal, and the mobile terminal broadcasts or displays the patrol defense authority abnormal information to remind the security personnel of the medical care place, and the related monitoring personnel can be secured according to the medical care place. The actual patrol situation of the personnel, in the event of an emergency, the security personnel of other medical and nursing places will be dispatched to assist in the patrol, and the safety and intelligence of the patrol monitoring system of the security personnel in the medical care station will be enhanced.
[0148] 实施例七 Example 7
[0149] 图 6是本发明实施例提供的发送巡防异常信息的第三实现流程图, 详述如下: [0149] FIG. 6 is a flowchart of a third implementation of sending patrol anomaly information according to an embodiment of the present invention, which is described in detail as follows:
[0150] S601, 所述医护场所安保人员巡防监控设备根据所述安保人员穿戴设备的实吋 坐标的变化值, 测量所述安保人员穿戴设备通过的距离, 得到所述安保人员穿 戴设备的瞬吋速度; [0150] S601, the guarding personnel monitoring device of the medical care facility measures the distance that the security personnel wears the device according to the change value of the actual coordinate of the wearable device of the security guard, and obtains the instantaneous wear of the security personnel. Speed
[0151] S602, 在设定的吋间段内, 统计所述安保人员穿戴设备通过的瞬吋速度, 得到 所述安保人员穿戴设备的巡防移动速度; [0151] S602, in the set interval, the instantaneous speed of the wearer wearing the device is counted, and the patrol movement speed of the wearable device of the security personnel is obtained;
[0152] S603 , 当所述巡防移动速度不处于设定巡防移动速度范围吋, 向预先关联的终 端发送巡防速度异常信息。 [0152] S603. When the patrol moving speed is not within the set patrol moving speed range, the patrol speed abnormality information is sent to the pre-associated terminal.
[0153] 在本发明实施例中, 当向预先关联的终端发送巡防速度异常信息, 移动终端播 报或者显示巡防速度异常信息, 以提醒医护场所安保人员, 并使相关的监控人 员, 可以根据医护场所安保人员实际的巡防情况, 在发生突发情况吋, 随吋随 地调度其他医护场所安保人员协助巡防, 增强了医护场所安保人员巡防监控系 统的安全性以及智能化程度。 [0153] In the embodiment of the present invention, when the patrol speed abnormality information is sent to the pre-associated terminal, the mobile terminal broadcasts or displays the patrol speed abnormality information to remind the security personnel of the medical care facility, and the related monitoring personnel can be according to the medical care facility. The actual patrol situation of the security personnel, in the event of an emergency, the security personnel of other medical care places are dispatched to assist the patrol, and the safety and intelligence of the patrol monitoring system of the security personnel in the medical care station are enhanced.
[0154] 实施例八 Embodiment 8
[0155] 图 7是本发明实施例提供的医护场所安保人员打卡的实现流程图, 详述如下: [0156] S701, 所述医护场所安保人员巡防监控设备 3检测所述安保人员穿戴设备 1是否 到达所述巡防线路中巡防打卡点; 7 is a flowchart of realizing the card punching of the security personnel in the medical care center according to the embodiment of the present invention, which is described in detail as follows: [0156] S701, the medical staff security guard patrol monitoring device 3 detects whether the security personnel wears the device 1 Arriving at the patrol checkpoint in the patrol line;
[0157] 其中, 获取所述安保人员穿戴设备 1与巡防线路中巡防打卡点的距离; [0157] wherein, the distance between the security personnel wearing device 1 and the patrol punching point in the patrol line is obtained;
[0158] 检测所述安保人员穿戴设备 1与巡防线路中巡防打卡点的距离是否小于预设距
离, 当小于预设距离吋, 表示所述安保人员穿戴设备 1到达巡防线路的巡防打卡 点。 [0158] detecting whether the distance between the security personnel wearing device 1 and the patrol punching point in the patrol line is less than a preset distance When it is less than the preset distance 吋, it means that the security personnel wears the device 1 to reach the patrol punching point of the patrol line.
[0159] S702, 当到达吋, 记录所述安保人员穿戴设备 1中的医护场所安保人员编号以 及到达吋间, 将所述医护场所安保人员编号对应的标志位设置为已巡防标志位 [0159] S702, when the 吋 is reached, record the security personnel number of the medical staff in the wearable device 1 and the arrival time, and set the flag corresponding to the security personnel number of the medical service to the patrol flag.
[0160] 在本发明实施例中, 将所述医护场所安保人员编号对应的标志位设置为已巡防 标志位, 表示携带所述安保人员穿戴设备 1的医护场所安保人员已打卡, 实现了 医护场所安保人员自动打卡, 增强了医护场所安保人员巡防监控系统的便捷性 以及智能化程度。 [0160] In the embodiment of the present invention, the flag corresponding to the security personnel number of the medical care facility is set as the patrol flag, indicating that the security personnel of the medical care facility carrying the security personnel wearing the device 1 have punched the card, thereby realizing the medical care place. The security personnel automatically punch the card, which enhances the convenience and intelligence of the security personnel's patrol monitoring system in the medical care facility.
[0161] 通过以上的实施方式的描述, 所属领域的技术人员可以清楚地了解到本发明可 借助软件加必需的通用硬件的方式来实现。 所述的程序可以存储于可读取存储 介质中, 所述的存储介质, 如随机存储器、 闪存、 只读存储器、 可编程只读存 储器、 电可擦写可编程存储器、 寄存器等。 该存储介质位于存储器, 处理器读 取存储器中的信息, 结合其硬件执行本发明各个实施例所述的方法。 [0161] From the description of the above embodiments, those skilled in the art can clearly understand that the present invention can be implemented by means of software plus necessary general hardware. The program may be stored in a readable storage medium such as a random access memory, a flash memory, a read only memory, a programmable read only memory, an electrically erasable programmable memory, a register, or the like. The storage medium is located in a memory, the processor reads information in the memory, and in conjunction with its hardware, performs the methods described in various embodiments of the present invention.
[0162] 以上所述, 仅为本发明的具体实施方式, 但本发明的保护范围并不局限于此, 任何熟悉本技术领域的技术人员在本发明揭露的技术范围内, 可轻易想到的变 化或替换, 都应涵盖在本发明的保护范围之内。 因此, 本发明的保护范围应以 权利要求的保护范围为准。
The above is only a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto, and any change that can be easily conceived by those skilled in the art within the technical scope disclosed by the present invention is not limited thereto. Or, the replacement should be covered by the scope of the present invention. Therefore, the scope of the invention should be determined by the scope of the claims.
Claims
权利要求书 Claim
一种医护场所安保人员巡防监控系统, 其特征在于, 包括: 发送超宽频脉冲信号的安保人员穿戴设备; A patrol monitoring system for a security personnel in a medical care facility, characterized in that it comprises: a security personnel wearing equipment that transmits an ultra-wideband pulse signal;
互联且同步的至少三个基站, 用于接收所述超宽频脉冲信号, 上传接 收到所述超宽频脉冲信号的吋刻; And interconnecting and synchronizing at least three base stations for receiving the ultra-wideband pulse signal, and uploading and receiving the engraving of the ultra-wideband pulse signal;
连于所述基站的医护场所安保人员巡防监控设备, 根据预设的定位算 法和各个所述基站上传的接收到所述超宽频脉冲信号的吋刻, 定位所 述安保人员穿戴设备, 加载预存的医护场所坐标地图以及监控软件, 采用所述监控软件, 在所述医护场所坐标地图上, 监控并记录所述医 护场所安保人员穿戴设备的巡防线路。 The security personnel patrol monitoring device connected to the base station of the base station locates the security personnel wearing device according to a preset positioning algorithm and an engraving of the super-wideband pulse signal uploaded by each of the base stations, and loads the pre-stored device The coordinate map of the medical care facility and the monitoring software are used to monitor and record the patrol line of the wearing device of the medical staff at the medical care facility on the coordinate map of the medical care facility.
如权利要求 1所述的医护场所安保人员巡防监控系统, 其特征在于, 在所述至少三个基站中, 基站与基站之间, 采用有线的网络模式或者 无线的网络模式互联, 所述有线的网络模式包括光纤网络、 双绞线组 成的以太网、 同轴电缆组成的以太网中的至少一种, 所述无线的网络 模式包括 WIFI网络模式、 3G网络模式、 4G网络模式、 5G网络模式中 的至少一种。 The patrol monitoring system for a security personnel in a medical care facility according to claim 1, wherein in the at least three base stations, the base station and the base station are interconnected by using a wired network mode or a wireless network mode, and the wired The network mode includes at least one of a fiber network, an Ethernet composed of a twisted pair, and an Ethernet composed of a coaxial cable, and the wireless network mode includes a WIFI network mode, a 3G network mode, a 4G network mode, and a 5G network mode. At least one of them.
如权利要求 1所述的医护场所安保人员巡防监控系统, 其特征在于, 所述基站和医护场所安保人员巡防监控设备之间, 采用有线的网络模 式或者无线的网络模式互联, 所述有线的网络模式包括光纤网络、 双 绞线组成的以太网、 同轴电缆组成的以太网中的至少一种, 所述无线 的网络模式包括 WIFI网络模式、 3G网络模式、 4G网络模式、 5G网络 模式中的至少一种。 The patrol monitoring system for a security personnel of a medical care station according to claim 1, wherein the base station and the patrol monitoring device of the security personnel of the medical care facility are interconnected by a wired network mode or a wireless network mode, and the wired network is connected. The mode includes at least one of a fiber network, an Ethernet composed of a twisted pair cable, and an Ethernet composed of a coaxial cable, where the wireless network mode includes a WIFI network mode, a 3G network mode, a 4G network mode, and a 5G network mode. At least one.
如权利要求 1所述的医护场所安保人员巡防监控系统, 其特征在于, 所述医护场所安保人员巡防监控设备直连所述至少三个基站中的一个 基站或者多个基站, 或者, 所述医护场所安保人员巡防监控设备通过 数据交换设备连接所述至少三个基站中的一个基站或者多个基站。 一种基于权利要求 1所述的医护场所安保人员巡防监控系统的巡防监 控方法, 其特征在于, 所述巡防监控方法包括:
所述安保人员穿戴设备发送超宽频脉冲信号至所述基站; 所述基站接收所述超宽频脉冲信号, 上传接收到所述超宽频脉冲信号 的吋刻至所述医护场所安保人员巡防监控设备; 所述医护场所安保人员巡防监控设备根据预设的定位算法和各个所述 基站上传的接收到所述超宽频脉冲信号的吋刻, 定位所述安保人员穿 戴设备, 加载预存的医护场所坐标地图以及监控软件, 采用所述监控 软件, 在所述医护场所坐标地图上, 监控并记录所述医护场所安保人 员穿戴设备的巡防线路。 The patrol monitoring system for a security personnel in a medical care facility according to claim 1, wherein the patrol prevention monitoring device of the medical care facility directly connects one of the at least three base stations or a plurality of base stations, or the medical care The site security personnel patrol monitoring device connects one of the at least three base stations or the plurality of base stations through a data exchange device. A patrol prevention monitoring method for a patrol prevention and control system for a security personnel in a medical field according to claim 1, wherein the patrol prevention monitoring method comprises: The security personnel wearing device sends an ultra-wideband pulse signal to the base station; the base station receives the ultra-wideband pulse signal, and uploads and receives the ultra-wideband pulse signal to the security guard patrol monitoring device of the medical care facility; The security personnel patrol monitoring device of the medical care station locates the wearable device of the security personnel according to a preset positioning algorithm and the engraving of the super-wideband pulse signal uploaded by each of the base stations, and loads the pre-stored coordinate map of the medical care site and The monitoring software uses the monitoring software to monitor and record the patrol line of the wearable device of the medical staff at the medical facility on the coordinate map of the medical care facility.
[权利要求 6] 如权利要求 5所述的巡防监控方法, 其特征在于, 所述巡防监控方法 [Claim 6] The patrol prevention monitoring method according to claim 5, wherein the patrol prevention monitoring method
, 还包括: , Also includes:
所述医护场所安保人员巡防监控设备判断所述安保人员穿戴设备是否 离幵所述巡防线路; The security personnel patrol monitoring device of the medical care station determines whether the security personnel wears the device to leave the patrol line;
当所述安保人员穿戴设备离幵所述巡防线路吋, 获取离幵距离; 检测所述离幵距离是否大于预设距离; When the security personnel wears the device away from the patrol line 吋, obtains a distance from the raft; and detects whether the distance of the detachment is greater than a preset distance;
当所述离幵距离大于预设距离吋, 向预先关联的终端发送巡防离幵距 离异常信息。 When the distance from the 幵 is greater than the preset distance 吋, the patrol separation distance abnormality information is sent to the pre-associated terminal.
[权利要求 7] 如权利要求 5所述的巡防监控方法, 其特征在于, 所述巡防监控方法 [Claim 7] The patrol prevention monitoring method according to claim 5, wherein the patrol prevention monitoring method
, 还包括: , Also includes:
所述医护场所安保人员巡防监控设备判断所述安保人员穿戴设备是否 离幵所述巡防线路; The security personnel patrol monitoring device of the medical care station determines whether the security personnel wears the device to leave the patrol line;
当所述安保人员穿戴设备离幵所述巡防线路吋, 获取离幵吋间; 检测所述离幵吋间是否大于预设吋间; When the security personnel wears the device away from the patrol line 吋, obtains the detachment; detects whether the separation time is greater than the preset time;
当所述离幵吋间大于预设吋间吋, 向预先关联的终端发送巡防离幵吋 间异常信息。 When the departure time is greater than the preset time, the patrol prevention information is sent to the pre-associated terminal.
[权利要求 8] 如权利要求 5所述的巡防监控方法, 其特征在于, 所述的巡防监控方 法还包括: [Claim 8] The patrol prevention monitoring method according to claim 5, wherein the patrol prevention monitoring method further comprises:
所述医护场所安保人员巡防监控设备在巡防吋间段内, 判断所述安保 人员穿戴设备是否具备巡防权限;
当所述安保人员穿戴设备不具备巡防权限吋, 向预先关联的终端发送 巡防权限异常信息。 The patrol prevention and control equipment of the security personnel of the medical care place determines whether the wearable device has the patrol authority in the patrol guard section; When the security personnel wears the device without the patrol authority, the patrol authority exception information is sent to the pre-associated terminal.
[权利要求 9] 如权利要求 5所述的巡防监控方法, 其特征在于, 所述巡防监控方法 [Claim 9] The patrol prevention monitoring method according to claim 5, wherein the patrol prevention monitoring method
, 还包括: , Also includes:
所述医护场所安保人员巡防监控设备根据所述安保人员穿戴设备的实 吋坐标的变化值, 测量所述安保人员穿戴设备通过的距离, 得到所述 安保人员穿戴设备的瞬吋速度; The security personnel patrol monitoring device of the medical care station measures the distance that the security personnel wear the device according to the change value of the actual coordinate of the wearable device of the security personnel, and obtains the instantaneous speed of the wearable device by the security personnel;
在设定的吋间段内, 统计所述安保人员穿戴设备通过的瞬吋速度, 得 到所述安保人员穿戴设备的巡防移动速度; In the set interval, the instantaneous speed of the wearer wearing the device is counted, and the speed of the patrol movement of the wearable device is obtained;
当所述巡防移动速度不处于设定巡防移动速度范围吋, 向预先关联的 终端发送巡防速度异常信息。 When the patrol moving speed is not within the set patrol moving speed range, the patrol speed abnormality information is sent to the pre-associated terminal.
[权利要求 10] 如权利要求 5所述的巡防监控方法, 其特征在于, 所述的巡防监控方 法还包括: [Claim 10] The patrol monitoring method according to claim 5, wherein the patrol monitoring method further comprises:
所述医护场所安保人员巡防监控设备检测所述安保人员穿戴设备是否 到达所述巡防线路中巡防打卡点; The security personnel patrol monitoring device of the medical care station detects whether the wearable device of the security personnel reaches the patrol check-in point in the patrol line;
当到达吋, 记录所述安保人员穿戴设备中的医护场所安保人员编号以 及到达吋间, 将所述医护场所安保人员编号对应的标志位设置为已巡 防标志位。
When the 吋 is reached, the security personnel number of the medical care facility in the wearing device of the security personnel is recorded and the arrival time is set, and the flag corresponding to the security personnel number of the medical care facility is set as the patrol flag.
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