Mobile device management system

Abstract

The mobile device management and control system is a dispatch center that accurately deploys mobile devices, including: control platform, wireless wired network adapter group, and mobile terminal group. A specific code is formed according to the type, model and serial number of the device connected to the front power adapter of the smart mobile device. The device connected to the front power adapter of the smart mobile device can be clearly identified from the code. The power supply and device current are detected by the front power adapter of the smart mobile device to determine the shutdown, working and standby status of the equipment; fault and loss of connection alarms are set. The control platform monitors the mobile devices at any time through the data reported by the front power adapter of the smart mobile device and the data reported by the mobile terminal through the data detection module; the data analysis module is used to provide a basis for the effective adjustment and management of single equipment, the same model equipment, the same type of equipment and the using department.

Description

Technical Field

[0001] The present invention relates to a device management system, in particular to a mobile device management and control system. Background Art

[0002] Mobile equipment in medical units often refers to small, shared general-purpose instruments, such as monitors, push pumps, infusion pumps, etc., or less commonly used rescue equipment, such as defibrillators, ventilators, etc. In large and medium-sized medical units, centralized management and unified dispatch methods are often adopted. The hospital has an equipment dispatch center, which is responsible for managing daily work such as the lending of equipment. Each department borrows equipment from the dispatch center when needed and returns it to the dispatch center after use. Due to various factors, sometimes the equipment is not known where it is after being borrowed? Or whether it is working? This causes certain troubles in the allocation of equipment. Summary of the invention

[0003] In order to strengthen the dispatch management of mobile medical equipment and keep track of the dynamics of the equipment at any time (where is it? Is it in working condition?), the center can use the network to achieve comprehensive control of all mobile devices. Most medical units have internal networks, which is relatively easy to implement. The mobile device control system is a means of managing mobile devices. It can monitor which department the mobile device is in and whether it is working, and can make precise arrangements. It summarizes, counts, and analyzes the usage of each department, the performance of each mobile device (usage rate, failure rate), the usage rate and failure rate of various mobile devices based on the recorded data, providing a basis for whether to add equipment in the future and which company produces the equipment.

[0004] The mobile device management and control system includes: a control platform, a wireless and wired network adapter group, and a mobile terminal group. The wireless and wired network adapter is connected to the control platform through a wired network and connected to the mobile terminal through a wireless network.

[0005] The control platform includes an operation data processing module, an equipment operation data storage unit, an operation data analysis module, a fault processing module, a data detection module, an alarm module, an information notification module, and a release module. The operation data analysis module includes a usage unit for each mobile terminal (equipment), a usage unit for each department, a usage unit for the same type of equipment, a usage unit for the same model of equipment from each manufacturer, and a real-time status and location unit for the mobile terminal.

[0006] The data detection module includes loss of connection time setting and track saving time setting.

[0007] The real-time status and location unit of the mobile terminal includes the location of the mobile terminal, whether the device is in working, stopped, standby or faulty state, the dynamic trajectory over a period of time, and the fixed trajectory when lost.

[0008] The wireless wired network adapter group is composed of a plurality of wireless wired network adapters, which are arranged in each using department, and the network modes of the wireless wired network adapter group and the mobile terminal group are matched.

[0009] The mobile terminal group consists of multiple mobile terminals, which are fixedly connected to specific devices using a front power adapter of an intelligent mobile device with an additional fault reporting function. The intelligent device with an additional fault reporting function includes dual power supply, network module, current detection, current setting, and maintenance button. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] The present invention is further described in detail below with reference to the accompanying drawings.

[0011] Figure 1 A block diagram of the present invention.

[0012] In the figure: 1. Operation data processing module; 2. Equipment operation data storage unit; 3. Operation data analysis module; 4. Unit for use of each mobile terminal (equipment); 5. Unit for use of each department's equipment; 6. Unit for use of similar equipment; 7. Unit for use of the same model of equipment of each manufacturer; 8. Unit for real-time status and location of mobile terminals; 9. Data detection module; 10. Loss of contact and trajectory time setting; 11. Fault handling module; 12. Information notification module; 13. Release module; 14. Alarm module; 15. Wireless and wired network adapter; 16. Front power adapter for smart mobile devices; 17. Mobile devices; 18. Mobile terminals. 21. Control platform; 22. Wireless and wired network adapter group; 23. Mobile terminal group; 24. Network cable. DETAILED DESCRIPTION

[0013] Medical devices themselves do not have positioning functions. If you want to perform positioning management on mobile medical devices, you must do so without changing the overall performance of the medical devices.

[0014] The mobile device management and control system includes: control platform, wireless and wired network adapter group, and mobile terminal group.

[0015] The wireless wired network adapter and the control platform transmit data via the network cable (wired), the wireless wired network adapter receives data reported by the mobile terminal via the wireless network (wireless), and the control platform receives data from each mobile terminal transmitted by the wireless wired network adapter group via the wired network, and summarizes, classifies, and stores all the data for real-time monitoring.

[0016] The mobile terminal group is composed of multiple mobile terminals, and the mobile terminals are fixedly connected to specific devices using a smart mobile device front power adapter with additional fault reporting function. The smart mobile device front power adapter with additional fault reporting function includes dual power supply, network module, current detection, current setting, and maintenance button.

[0017] According to the category, model and serial number of the device connected to the front power adapter of the smart mobile device, a specific code is formed. The device connected to the front power adapter of the smart mobile device can be clearly identified from the code. For example, the first segment of numbers or letters in the code indicates the category of the device, such as monitors, ventilators, infusion pumps, etc.; the second segment of numbers or letters indicates that it is a certain model of equipment from a certain manufacturer, which is used to distinguish similar products from different manufacturers, and also to distinguish different models of products from the same manufacturer; the third segment is the serial number of the device of this type and number used in this unit. For example, in the code A H12 089, A represents the monitor, H12 represents the model 12 monitor produced by the H manufacturer, and 089 represents that the serial number of the device in this hospital is 089. That is to say, a front power adapter of a smart mobile device corresponds to a mobile device to form a specific combination, and there is a unique code. A code represents a mobile terminal. Monitoring the mobile terminal is equivalent to monitoring the connected device, so that the control platform can classify, summarize, analyze, and count all devices.

[0018] The working power supply of the front power adapter of the smart mobile device adopts the AC and DC dual power supply mode. The AC power is supplied to the connected device through the front power adapter of the smart mobile device. The power supply module detects whether the working power supply of the front power adapter of the smart mobile device is battery-powered and uploads it. When the battery power is uploaded, it means that the device is in a state of out of use (shutdown); when the detection is AC power supply, it means that the device can be used. The current detection unit detects the working current of the device. When the current detection value is greater than or equal to the set power value, it means that the device is in a "working" state. When the current detection value is less than the set power value, it means that the device is in a "standby" state. When the maintenance button is activated, it means that there is a fault in the device, and the "fault" information is reported to the control platform; when the maintenance button is restored, it means that the device fault is eliminated, and the "fault removal" information is reported to the control platform.

[0019] The wireless wired network adapter group is composed of multiple wireless wired network adapters. The wireless wired network adapter is installed in each department, connected to the control platform with a network cable, and transmits the information reported by the mobile terminal to determine the location of each mobile terminal. Since most of the movable equipment used in the hospital is used in the hospital, positioning generally adopts indoor positioning, and indoor and outdoor positioning can also be used; according to the specific needs of the hospital, an appropriate positioning method is adopted and a suitable network is selected. According to the specific situation of the hospital's use department, the hospital is divided into several wireless wired network adapter coverage areas. There is a certain range of blind spots between two adjacent areas to prevent a certain overlap between the two adjacent areas, which affects the accuracy of positioning.

[0020] The wireless wired network adapter group and the mobile terminal group transmit data wirelessly, and the network modes of the two should match to ensure smooth communication.

[0021] The control platform monitors the real-time status of the equipment, including working, standby, stopped, fault, location, and alarm status. The control platform stores, summarizes, analyzes, and processes the received data for access by relevant personnel.

[0022] The control platform includes an operation data processing module, an equipment operation data storage unit, an operation data analysis module, a fault processing module, a data detection module, an alarm module, an information notification module, and a publishing module. The operation data processing module receives the equipment stop, work, and standby working status information reported by the mobile terminal, and outputs each reported equipment information to the equipment operation data storage unit, which stores its data. When an abnormality occurs in the equipment, the user activates the maintenance button of the mobile terminal to report the equipment fault information to the fault processing module; the fault processing module transmits the fault information to the equipment operation data storage unit and the information notification module. After the fault is eliminated, the maintenance button is turned off and the equipment "working" information is re-reported to the fault processing module, which then transmits it to the equipment operation data storage unit and the information notification module to resolve the equipment "fault" to "working" state.

[0023] Due to various reasons, the mobile terminal may lose contact with the control platform. The data detection module continuously detects the connection between the mobile terminal and the control terminal to determine whether there is a "disconnection" phenomenon. The data detection module includes the settings of the loss of connection time and the track saving time.

[0024] When the system only has indoor positioning, mobile devices used in the hospital sometimes need to leave the room and go outdoors during the movement process. When the mobile terminal moves outdoors, indoor positioning cannot enable the mobile terminal to communicate effectively with the control platform. Depending on the size of the hospital, the mobile device sometimes needs to be allowed to disconnect from the wireless wired network adapter during the movement process. Therefore, the maximum time allowed for the mobile terminal not to send data to the control platform (i.e., the mobile terminal loss time) is set. According to the time when the mobile device is set to lose connection, set the time for saving the mobile device's movement trajectory (trajectory saving time setting). The trajectory saving time should be set to be greater than the set loss time. After the device loses connection, use trajectory playback to quickly find the lost location for easy search. After discovering that the mobile terminal has lost connection, the control platform automatically fixes its movement trajectory (trajectory fixation) until the trace is found, manually reset or resume data reporting, and release the trajectory fixation.

[0025] When the data detection module detects that a mobile terminal has not reported valid data within the set time, the data detection module transmits the "lost connection" information to the alarm module and the equipment operation data storage unit; the alarm module sounds an alarm, fixes the trajectory of the mobile terminal, and transmits this information to the fault handling module; when the mobile terminal resumes reporting data to the control platform, the "lost connection" information is released and the normal process is restored.

[0026] The operation data analysis module includes the usage unit of each mobile terminal (equipment), the equipment usage unit of each using department, the usage unit of the same type of equipment, the usage unit of the same model of equipment from each manufacturer, and the real-time status and location unit of the mobile terminal.

[0027] Each mobile terminal (device) usage unit records the total usage time and total failure time of each device within a certain period of time, thereby calculating its usage rate and failure rate, which is the basis for determining whether the device has reached the scrap standard.

[0028] The equipment usage unit of each department records what type of equipment the department uses for how many hours, and how many hours it is stopped and on standby in a certain period of time, and uses this as a basis for evaluating the department.

[0029] The usage unit of similar equipment records the total usage hours and failure hours of the equipment in a certain period of time, providing a basis for the hospital to determine whether it needs to be updated or purchased additional equipment.

[0030] Each usage unit of the same model of equipment produced by each manufacturer records the total usage time and failure time of this type of equipment within a certain period of time. By comparing the usage rate and failure rate of similar equipment from different manufacturers, it provides one of the bases for what type of equipment to purchase in the future.

[0031] The real-time status and location unit of mobile terminals records the location of each mobile terminal and the equipment operation status (shutdown, startup, standby, and whether there is any fault) within a set time. When a mobile terminal is "lost", the moving track of the mobile terminal is automatically fixed, and when the mobile terminal resumes uploading data, the track fixation is automatically released. If the equipment needs long-term maintenance and is suspended, the monitoring of the mobile terminal can be manually turned off.

[0032] The information notification module is used to send SMS notifications to relevant personnel when a device fails or loses connection, or when the device failure is eliminated and the connection is restored.

[0033] The release module is for users to use, so that relevant users can call relevant information, so that the dispatch center can keep abreast of the dynamics of all mobile devices (working, stopped, standby, faulty, and located), and dispatch relevant equipment to the most needed departments in a timely and effective manner. The fault button and fault alarm linkage can be used to promptly notify relevant personnel to troubleshoot the fault, thus shortening the emergency maintenance time.

Claims

1. A mobile device management and control system, comprising a control platform, a wireless and wired network adapter group, and a mobile terminal group, characterized in that: The wireless wired network adapter is connected to the control platform through a wired network and to the mobile terminal through a wireless network; the wireless wired network adapter group is composed of multiple wireless wired network adapters and is set up in the using department, and the network module of the wireless wired network adapter group matches the network mode of the mobile terminal group; the mobile terminal group is composed of multiple mobile terminals, and the mobile terminal adopts a smart mobile device front power adapter with an additional fault reporting function to fix the connection device; A specific code is formed according to the type, model and serial number of the connected equipment. The code includes the equipment type, manufacturer, model and serial number. All equipment and departments using it are classified, summarized, analyzed and counted according to the coding control platform; The working power supply of the front power adapter of the smart mobile device adopts an AC and DC dual power supply mode, and the AC power is supplied to the connected device through the front power adapter of the smart mobile device; when the power supply module detects that the front power adapter of the smart mobile device is powered by the battery, it indicates that the device is in a stopped state; when it is detected that it is powered by AC, the current detection unit detects the working current of the device, and when the current detection value is greater than or equal to the set power value, it indicates that the device is in a "working" state, and when the current detection value is less than the set power value, it indicates that the device is in a "standby" state; The control platform includes an operation data processing module, an equipment operation data storage unit, an operation data analysis module, a fault processing module, a data detection module, an alarm module, an information notification module, and a release module; the operation data analysis module includes a usage unit for each mobile terminal, a usage unit for each department's equipment, a usage unit for the same type of equipment, a usage unit for each manufacturer's same model of equipment, and a real-time status and location unit for the mobile terminal; The data detection module includes the settings of loss of connection time and track saving time; The real-time status and location unit of the mobile terminal includes the location of the mobile terminal, whether the device is in working, stopped, standby or faulty state, dynamic trajectory over a period of time, and fixed trajectory when disconnected; The front power adapter of the intelligent mobile device with additional fault reporting function comprises a dual power supply, a network module, a current detection, a current setting, and a maintenance button.

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