WO2017117705A1 - 医疗设备间协同控制系统和方法及医疗工作站和通讯设备 - Google Patents

医疗设备间协同控制系统和方法及医疗工作站和通讯设备 Download PDF

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Publication number
WO2017117705A1
WO2017117705A1 PCT/CN2016/070060 CN2016070060W WO2017117705A1 WO 2017117705 A1 WO2017117705 A1 WO 2017117705A1 CN 2016070060 W CN2016070060 W CN 2016070060W WO 2017117705 A1 WO2017117705 A1 WO 2017117705A1
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WIPO (PCT)
Prior art keywords
medical detection
message
detection display
display device
information
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PCT/CN2016/070060
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English (en)
French (fr)
Inventor
陈大兵
罗军
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深圳迈瑞生物医疗电子股份有限公司
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Application filed by 深圳迈瑞生物医疗电子股份有限公司 filed Critical 深圳迈瑞生物医疗电子股份有限公司
Priority to PCT/CN2016/070060 priority Critical patent/WO2017117705A1/zh
Priority to CN201680076343.3A priority patent/CN108430313B/zh
Priority to EP16882852.3A priority patent/EP3400864A4/en
Publication of WO2017117705A1 publication Critical patent/WO2017117705A1/zh
Priority to US16/026,882 priority patent/US11126390B2/en

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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/14Digital output to display device ; Cooperation and interconnection of the display device with other functional units
    • G06F3/1423Digital output to display device ; Cooperation and interconnection of the display device with other functional units controlling a plurality of local displays, e.g. CRT and flat panel display
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Measuring for diagnostic purposes; Identification of persons
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Measuring for diagnostic purposes; Identification of persons
    • A61B5/02Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
    • A61B5/021Measuring pressure in heart or blood vessels
    • A61B5/02141Details of apparatus construction, e.g. pump units or housings therefor, cuff pressurising systems, arrangements of fluid conduits or circuits
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Measuring for diagnostic purposes; Identification of persons
    • A61B5/74Details of notification to user or communication with user or patient ; user input means
    • A61B5/742Details of notification to user or communication with user or patient ; user input means using visual displays
    • A61B5/7425Displaying combinations of multiple images regardless of image source, e.g. displaying a reference anatomical image with a live image
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B6/00Apparatus or devices for radiation diagnosis; Apparatus or devices for radiation diagnosis combined with radiation therapy equipment
    • A61B6/46Arrangements for interfacing with the operator or the patient
    • A61B6/461Displaying means of special interest
    • A61B6/463Displaying means of special interest characterised by displaying multiple images or images and diagnostic data on one display
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
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    • A61B8/00Diagnosis using ultrasonic, sonic or infrasonic waves
    • A61B8/46Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient
    • A61B8/461Displaying means of special interest
    • A61B8/463Displaying means of special interest characterised by displaying multiple images or images and diagnostic data on one display
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61MDEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M16/00Devices for influencing the respiratory system of patients by gas treatment, e.g. mouth-to-mouth respiration; Tracheal tubes
    • A61M16/01Devices for influencing the respiratory system of patients by gas treatment, e.g. mouth-to-mouth respiration; Tracheal tubes specially adapted for anaesthetising
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09GARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G5/00Control arrangements or circuits for visual indicators common to cathode-ray tube indicators and other visual indicators
    • G09G5/08Cursor circuits
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09GARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G5/00Control arrangements or circuits for visual indicators common to cathode-ray tube indicators and other visual indicators
    • G09G5/12Synchronisation between the display unit and other units, e.g. other display units, video-disc players
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L65/00Network arrangements, protocols or services for supporting real-time applications in data packet communication
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61MDEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M2205/00General characteristics of the apparatus
    • A61M2205/35Communication
    • A61M2205/3546Range
    • A61M2205/3561Range local, e.g. within room or hospital
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61MDEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M2205/00General characteristics of the apparatus
    • A61M2205/35Communication
    • A61M2205/3576Communication with non implanted data transmission devices, e.g. using external transmitter or receiver
    • A61M2205/3584Communication with non implanted data transmission devices, e.g. using external transmitter or receiver using modem, internet or bluetooth
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61MDEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M2205/00General characteristics of the apparatus
    • A61M2205/50General characteristics of the apparatus with microprocessors or computers
    • A61M2205/502User interfaces, e.g. screens or keyboards
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61MDEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M2205/00General characteristics of the apparatus
    • A61M2205/50General characteristics of the apparatus with microprocessors or computers
    • A61M2205/502User interfaces, e.g. screens or keyboards
    • A61M2205/505Touch-screens; Virtual keyboard or keypads; Virtual buttons; Soft keys; Mouse touches
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09GARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G2354/00Aspects of interface with display user
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09GARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G2370/00Aspects of data communication
    • G09G2370/02Networking aspects
    • G09G2370/022Centralised management of display operation, e.g. in a server instead of locally
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09GARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G2370/00Aspects of data communication
    • G09G2370/24Keyboard-Video-Mouse [KVM] switch
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09GARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G2380/00Specific applications
    • G09G2380/08Biomedical applications

Definitions

  • the invention relates to a multi-display medical workstation interactive cooperative operation technology, in particular to a medical device collaborative control system and method, and a medical workstation and a communication device, which are particularly suitable for including a monitor, an anesthesia machine, an ultrasonic inspection, Medical workstations of any combination, such as X-ray machines.
  • the anesthesia workstation in the operating room usually requires a combination of a monitor, a PC connected to the information system, an anesthesia machine (anesthesia workstation), and the like.
  • anesthesia workstation anesthesia machine
  • the traditional methods are completed by external devices, such as a main control, an interface switching module or a switch, and the external input device or the information sharing device is switched on each medical detection display device, in this case, in medical treatment.
  • the device needs to be switched by hardware to share the corresponding device.
  • An embodiment of the present invention provides a medical device-to-device collaborative control system for use between a plurality of medical detection display devices, including:
  • a cooperative message processing module connected to one of the plurality of messaging modules
  • a messaging module corresponding to the plurality of medical detection display devices respectively, acquiring interaction information from an external input device accessing the medical detection display device, and forwarding the interaction information to the collaborative message processing module;
  • the cooperative message processing module receives the interaction information from the messaging module connected thereto, and parses the interaction information to obtain an identifier corresponding to the medical detection display device specified by the user, and according to the display requirement corresponding to the identifier, Converting the interactive information into a corresponding display message for display on the designated medical detection display device;
  • a messaging module connected to the collaborative message processing module, based on the identifier, acquiring transmission path information of the specified medical detection display device in the message communication channel, and carrying the display message and the transmission path information Transmitting a message, by the message communication channel, to a messaging module corresponding to the specified medical detection display device, wherein the messaging module receives the transmission message and outputs the specified medical detection display device The display message is displayed.
  • a medical workstation is also provided in an embodiment of the present invention, comprising:
  • An external input device coupled to one of a plurality of medical detection display devices
  • the above-mentioned inter-medical device collaborative control system includes a plurality of messaging modules and a collaborative message processing module; and a plurality of medical detection display devices are connected to form a message communication channel between the plurality of messaging modules; each medical The detection display device is provided with the message transceiving module correspondingly.
  • the embodiment of the present invention further provides a method for cooperatively controlling a medical device, which is used between a plurality of medical detection display devices having a message communication channel, and includes:
  • Forwarding step acquiring interaction information and forwarding from an external input device that accesses one of the plurality of medical detection display devices;
  • the parsing step receiving the interaction information, and parsing the interaction information, and acquiring a medical detection display device designated by the user;
  • a converting step converting the interactive information into a display message that matches a display requirement corresponding to the specified medical detection display device;
  • a searching step acquiring transmission path information of the specified medical detection display device in the message communication channel;
  • Transmitting step transmitting, by the message communication channel, a transmission message carrying the display message and the transmission path information to the designated medical detection display device;
  • Delivery step receiving the transmission message and outputting the display message on the designated medical detection display device.
  • the embodiment of the present invention further provides a communication device for accessing a message communication channel formed by a plurality of medical detection display devices, including:
  • a storage module configured to pre-store a correspondence between the identifiers corresponding to the plurality of medical detection display devices, the transmission path information of the plurality of medical detection display devices in the message communication channel, and the corresponding display requirements;
  • a communication module configured to receive interaction information obtained from an external input device that accesses one of the plurality of medical detection display devices from the outside;
  • a processing module configured to parse the interaction information, obtain an identifier corresponding to the medical detection display device specified by the user, and convert the interaction information into a matching medical detection display device according to the display requirement corresponding to the identifier Display message
  • the communication module is further configured to acquire, according to the identifier, the transmission path information of the specified medical detection display device in the message communication channel, and transmit the transmission message carrying the display message and the transmission path information.
  • the message communication channel is transmitted to the designated medical detection display device.
  • FIG. 1 is a schematic structural view of an anesthesia workstation according to an embodiment of the present invention
  • FIG. 2 is a schematic structural view of a medical detection display device according to an embodiment of the present invention
  • FIG. 3 is a schematic flowchart of a method according to an embodiment of the present invention
  • 4b, FIG. 4c is a plurality of medical detection display devices in various embodiments of the present invention
  • FIG. 5 is a schematic flow chart of a method according to an embodiment of the present invention
  • FIG. 6 is a schematic diagram showing spatial position relationship of three displays according to an embodiment of the present invention
  • FIG. 7 is a schematic diagram of a control mode in an embodiment
  • 8 is a schematic flow chart of a method in an embodiment
  • FIG. 9 is a schematic diagram of a control mode in the embodiment of FIG.
  • FIG. 10 is an interface display display mounting position relationship, and/or each medical detection according to an embodiment of the present invention
  • FIG. 11a, FIG. 11b, and FIG. 11c are schematic diagrams showing various implementations of implementing a cooperative operation mode by using a communication device
  • FIG. 12a is a schematic structural diagram of an embodiment of a coordinated control system between medical devices
  • 12b and FIG. 12c are respectively schematic diagrams of signal flow in the structural system of FIG. 12a
  • FIG. 13a is a schematic structural diagram of an embodiment of a coordinated control system between medical devices
  • FIG. 13b and FIG. 13c are schematic diagrams of signal flow in the structural system of FIG. 13a, respectively
  • 14 FIG. 15, FIG. 16, FIG. 17 and FIG.
  • FIG. 18 are schematic structural diagrams of various embodiments of a coordinated control system between medical devices;
  • FIG. 19 is a schematic diagram of the present invention; Schematic structure of this embodiment the medical workstation;
  • Fig. 20 a schematic embodiment of a correlation between the structure of the information apparatus and the interaction message processing module embodiment of the present invention show medical testing;
  • FIG. 21 is a schematic flowchart of a method embodiment of FIG.
  • the medical device has multiple or more medical detection display devices working independently. If the medical detection display device is controlled by the external input device, there is an inconvenient factor that needs to be controlled one by one.
  • the interconnection technology and the message delivery mechanism can control the display operation area of all medical detection display devices by using one access of the external input device.
  • Figure 1 provides a mobile medical workstation that includes a monitor, an anesthesia machine, and a PC (Information System) machine.
  • monitors, anesthesia machines, PC (information system) machines, ultrasonic detectors, CT scanners, blood pressure detectors, blood collection devices, X-ray machines, etc. which have independent displays, are collectively referred to as medical tests.
  • Display device In general, all three medical detection display devices provided in Figure 1 need to be operational at the same time and require independent control using external input devices (or control devices), respectively.
  • a conventional external input device ie, a human-machine interaction control device
  • the information sharing device includes at least one of a device for directly storing information such as a USB flash drive, a hard disk, an SD card, and the like, and may also include: a network card, a Bluetooth device, etc., and may obtain shared information from other devices or a cloud database through a network card or a Bluetooth device.
  • the shared information in this article includes any data that can be displayed on the display, or a set of instructions that can display progress on the display after running, and so on.
  • the three medical detection display devices can be connected through a wired network or a wireless network, or through a common serial port, or any other means to form a message communication channel.
  • embodiments of the present invention are not limited to medical workstations having three medical detection display devices, but may be applicable to medical workstations including two or more (including the present number) medical detection display devices.
  • the peripheral input such as the keyboard is only valid on the anesthesia machine
  • the peripheral input such as the keyboard is valid only on the PC
  • the input device is used to input text information, control cursor movement, input control commands, and the like on any medical detection display device.
  • the plurality of medical detection display devices herein include two or more (including the number herein) medical detection display devices.
  • the plurality of medical detection display devices herein may be devices from different manufacturers, different models, and different detection functions, but multiple medical detection display devices can be realized without modifying/changing the hardware of the device itself. Collaborative control between the two, saving costs, user-friendly operation, and improving the user experience.
  • Figure 2 provides a hardware architecture diagram of one of the above medical detection display devices.
  • each medical detection display device whether it is a monitor, an anesthesia machine, a PC information system machine, an X-ray machine or the like, it may include a display 101 and a data processor 102, a memory 105, and an interface module 103.
  • the external input device 104, the information sharing device 107, and the display 101 are connected to the data processor 102 through the interface module 103, respectively.
  • the data processor 102 is coupled to the memory 105, and the software system module located above the hardware layer is recorded on the memory 105, and includes an operating system and a hardware device connected to the medical detection display device through the interface module 103.
  • the device management module includes, for example, a drive module of an external input device 104 and/or an information sharing device 107 connected to the medical detection display device via the interface module 103, and a drive module of the display device.
  • the display 101 is for presenting visualization information on a display interface
  • the data processor 102 is coupled to the external input device 104 and/or the information sharing device 107 via the interface module 103 and obtains interactions from the external input device 104 and/or the information sharing device 107.
  • the information and/or shared information is analyzed and passed to display 101 for display.
  • the interface module 103 can also include or be connected to the communication module 108.
  • the communication module 108 can adopt a wireless or limited network system such as wifi, GSM, CDMA, 3G, or local area network.
  • the communication module 108 can be connected to the data processor 102 through the interface module 103 for obtaining information from an external wireless network or a wired network, where the wireless network or the limited network is the message communication channel mentioned herein.
  • the medical detection display device can also directly connect with other medical detection display devices through the hardware provided in the interface module 103, such as a serial port, a network interface, a USB interface, etc., to obtain a message communication channel.
  • Data processor 102 herein can be one or more processors or controllers.
  • the memory 105 can also be a slice of memory chip or a group of memory chipsets.
  • the function detecting device 106 is also connected to the data processor 102 through the interface module 103, thereby causing the data processor 102 to obtain the detection data from the function detecting device 106. After the analysis, it is displayed on the display 101.
  • the function detecting device 106 herein may be an X-ray image acquiring device in an X-ray machine, a monitoring component in a monitor, an ultrasonic probe on an ultrasonic monitor, or the like.
  • the interface module 103 can be one or more separately arranged interfaces through which various peripherals, shared devices, and the like are connected to the data processor 102, or respectively connect peripheral devices and shared devices to the data processor 102 through respective interfaces. .
  • a plurality of medical detection display devices shown in FIG. 1 may adopt FIGS. 4a to 4c (the content indicated by the broken line frame in FIG. 4 may appear simultaneously with the content indicated by the solid line frame, or may not appear at the same time.
  • a plurality of medical detection display devices shown in FIG. 1 can be connected through a wired network 201 to obtain a message communication channel for implementing message delivery.
  • the wired network may be a local area network connected via a bus or a local area network connected by a wired network line.
  • a plurality of medical detection display devices shown in FIG. 1 can be connected through a wireless network to obtain a message communication channel for implementing message delivery.
  • the wireless network may be a wireless network implemented by Bluetooth, wifi, GSM, CDMA, 3G, or the like.
  • the medical detection display device shown in FIG. 1 can also form a message communication channel in series through a hardware interface such as a serial port, a network interface, or a USB interface, to implement message transmission.
  • a hardware interface such as a serial port, a network interface, or a USB interface
  • the communication device 200 independent of the plurality of medical detection display devices in the dotted line frame is added, and the plurality of medical detection display devices and communication devices shown in FIG. 1 are also similar. 200 is connected by a wired network 201.
  • the communication device 200 in the dotted line frame is added, and a plurality of medical detection display devices shown in FIG. 1 are connected to the communication device 200 via the wireless network 201.
  • the communication device 200 in the dotted line frame is added, and a plurality of medical detection display devices shown in FIG. 1 are connected in series with the communication device 200 through a hardware interface.
  • the communication device 200 can be located between the plurality of medical detection display devices 100 or at the beginning or the end of the message communication channel formed by the plurality of medical detection display devices 100.
  • FIG. 3 provides a cooperative control method between medical devices, which can be applied to the above various connection modes.
  • a central machine may be set in the message communication channel, and the message in the message communication channel is uniformly processed and parsed by the central machine, and then sent to the message communication.
  • Other devices in the channel for example, a central machine, may be used to perform the parsing step S200, the converting step S300, the transmitting step S500, and the searching step S400 of the method shown in FIG.
  • the central machine may also perform the receiving step S101.
  • the central machine can select among a plurality of medical detection display devices or use the communication device 200 as a central machine. Regardless of who the central machine belongs to, it does not affect that Figure 3 provides an implementation of a collaborative control method between medical devices.
  • the transmission path information corresponding to each device located on the message communication channel may be pre-stored on the storage device, or recorded in the startup of the present invention.
  • the cooperative operation method is a configuration result of the transmission path information of each device located on the message communication channel.
  • the content of the transmission path information will be different depending on the mechanism of the message communication channel formation.
  • the corresponding network communication address of each medical detection display device and/or communication device in the network may be the above-mentioned transmission path information.
  • the communication path information between each medical detection display device and the central machine may be the above-mentioned transmission path information.
  • the communication path information between each medical detection display device and the central unit includes communication path information from a certain medical detection display device to the central unit, and communication path information from the central machine to a medical detection display device.
  • the communication path from the first medical detection display device 100 on the left to the central machine The sequence is from the first medical detection display device 100 on the left, the second medical detection display device 100 on the left, and then to the third medical detection display device 100, and vice versa.
  • the communication path from the first medical detection display device 100 on the left to the central machine is sequentially from the first medical detection display device 100 on the left, the second medical detection display device 100 on the left, and then The third medical test display device 100 and the fourth medical test display device 100 arrive at the communication device 200, and vice versa. It can be seen that there are multiple forwarding messages on the communication path or multiple medical detection display devices. Therefore, based on the hardware system architecture shown in FIG. 4c, the communication path information mentioned herein may include one of the following contents:
  • the communication device 200 is a central machine
  • the communication path information of the first medical detection display device 100 on the left side to the central machine may be the first medical detection display device 100 from the left and the second medical detection display device 100 on the left.
  • the execution order of the third medical detection display device 100, the fourth medical detection display device 100, and the communication device 200 may be the first medical detection display device 100 from the left and the second medical detection display device 100 on the left.
  • the third medical detection display device 100 from left to right For the central machine, the first medical detection display device 100, the second medical detection display device 100 on the left side, the third medical detection display device 100, and the fourth medical detection display device 100 are sequentially numbered 1, 2 from the left. 3, 4, and 3 means the central machine, then the communication path information from the central machine to the first medical detection display device 100 on the left side may be "2, 1".
  • the corresponding number of the target node in the communication path information Referring to the example of the second point, the communication path information from the center machine to the first medical detection display device 100 on the left side may be "1".
  • the number of forwardings required to reach the target node Referring to the example of the first point, the first medical detection display device 100 from the left side to the central machine needs to be forwarded multiple times by means of the adjacent medical detection display device, for example, respectively, through the second medical detection display device 100, and the third The medical detection display device 100 and the fourth medical detection display device 100 perform information transfer once, and therefore the communication path information includes: the number of times of forwarding is four.
  • the number corresponding to the target node and the number of forwardings required in the process of reaching the target node may be "1" and the number of times of forwarding is 2.
  • the corresponding number of the medical detection display device and/or the communication device mentioned above in the communication path information is a distinguishing mark used by the computer to distinguish a plurality of medical detection display devices and/or communication devices, and may be a sequence number, a mark, and a device.
  • the production label, any of the coordinate positions corresponding to the display installation position map mentioned below, and the like are distinguished.
  • FIG. 3 a method for cooperative control between medical devices is provided.
  • the interaction information acquired from the external input device that accesses one of the plurality of medical detection display devices is received.
  • the external input device can access one of the plurality of medical detection display devices through the connection interface module 103.
  • the medical detection display device actually connected to the external input device acquires interactive information from the external input device.
  • the interaction information in this article is the user's finger input by the user through an external input device.
  • the command includes interactive information such as mouse double click, mouse movement, text input, graphic input, and the like, that is, the interaction information may include cursor movement information for controlling cursor movement, input icon information, and instruction information.
  • the external input device can access one of the plurality of medical detection display devices to control the plurality of medical detection display devices, or can separately access the plurality of medical detection display devices through multiple sets of external input devices. Thereafter, any one of the plurality of medical detection display devices can be controlled by using any set of external input devices.
  • the receiving step S101 further includes receiving the shared information acquired from the information sharing device accessing one of the plurality of medical detection display devices.
  • the device receiving the interactive information or sharing the information may be the central machine in the message communication channel, or may not be, and different processing methods will be performed for different identity in the message communication channel. Therefore, in one embodiment of the present invention, as shown in FIG. 21, before the parsing step S200, the following determining step S102 is further included:
  • the central machine Determining whether the device receiving the message is a central machine in the message communication channel, the central machine is one of a plurality of medical detection display devices or a communication device independent of the plurality of medical detection display devices; if yes, respectively
  • the received interaction information or the shared information performs a parsing step, a converting step, a searching step, and a sending step; if not, when the received message is the interactive information or the shared information, performing the forwarding step S100: forwarding the received interactive information to the central machine or Sharing the information; when the received message is a transmission message, performing a delivery step S600: outputting a display display message or a display message on the designated medical detection display device.
  • the manner of forwarding the interactive information or sharing the information in this embodiment adopts different manners according to a message communication channel forming mechanism between the plurality of medical detection display devices.
  • the network communication address of the central machine in the network is embedded and sent to the network for forwarding the interactive information or sharing information to the central machine.
  • the communication from the medical detection display device accessing the external input device or the information sharing device to the central machine is embedded.
  • the medical detection display device located adjacent to the message communication channel is forwarded to forward the interactive information or share the information to the central machine.
  • the central machine mentioned above may be one of a plurality of medical detection display devices, or a communication device.
  • the forwarding step further includes:
  • the method of forwarding to the message communication channel may be sent to the network or sent to the target node according to the communication path information of the device to the central machine.
  • the interactive information is analyzed to acquire a medical detection display device designated by the user.
  • the interaction information in this embodiment may include at least interaction information for controlling cursor movement, which is referred to herein as cursor movement information.
  • the cursor movement information includes at least one of a cursor movement speed, a cursor movement displacement, and a cursor movement direction.
  • the cursor movement can be controlled by any external input device such as a mouse, a scroll wheel, a keyboard, and the like, which are not enumerated here.
  • the foregoing step S200 includes:
  • step S210 the cursor movement information in the interaction information is identified.
  • the cursor movement information may be determined by performing an input operation when the cursor in the interface is controlled by any external input device such as a mouse, a scroll wheel, or a keyboard.
  • Step S220 Acquire, according to the cursor movement information, a medical detection display device that is selected by the user from a plurality of medical detection display devices.
  • Solution such as device settings, sensing the actual bit of the mouse a sensor is provided to determine which medical detection display device the mouse is located in.
  • a sensor may be mounted on the display device. When the mouse appears within the sensing or effective range of the display device sensor, the mouse is recognized as controlling the display device, and the like. I will not list them here.
  • various specific embodiments of the present invention will be described in detail by taking cursor movement information as an example.
  • step S220 according to the display installation position relationship of the plurality of medical detection display devices stored in advance, the movement between the cursor and the display installation position relationship is determined according to the cursor movement information. Corresponding relationship, thereby determining the designated medical detection display device selected by the user from the plurality of medical detection display devices.
  • the display installation positional relationship of the plurality of medical detection display devices mentioned here that is, the spatial placement positional relationship of the displays in the plurality of medical detection display devices.
  • the workstation has three displays, and at least three arrangements shown in FIG. 6 can exist.
  • the display installation position relationship can be saved by means of a coordinate map.
  • the cursor movement information includes information such as the moving speed of the cursor, the moving direction of the cursor, the movement displacement of the cursor, the moving range of the cursor, and the like, and the movement of the cursor obtained based on the cursor movement information refers to the result of the motion or the motion process, for example, The direction in which the cursor moves, the final position after the cursor moves, and so on.
  • the motion of the cursor includes information such as the moving speed of the cursor, the moving direction, the moving displacement, the moving range, and the like.
  • the display installation position relationship can be combined with the external input device to control the cursor movement in a plurality of ways for the specified confirmation of the medical detection display device.
  • step S220 includes:
  • a virtual operation coordinate map 12 corresponding to the display installation position relationship is formed according to the operation attribute of the accessed external input device, and each medical detection display device corresponds to one coordinate Area 11.
  • the operational attributes of the external input device mentioned here include: the mouse movement corresponds to the actual coordinate measurement range of the display, the data measurement range of the tablet, the actual coordinate measurement range corresponding to the scroll wheel, etc., that is, the operational attributes of the external input device refer to each The actual coordinate measurement range used by the external input device to locate the cursor according to its own characteristics.
  • the motion result of the cursor is searched in the coordinate area 11 on the virtual operation coordinate diagram 12, and the medical detection display apparatus corresponding to the coordinate area 11 is selected from the plurality of medical detection display apparatuses according to the found coordinate area.
  • the medical detection display apparatus corresponding to the coordinate area 11 is selected from the plurality of medical detection display apparatuses according to the found coordinate area.
  • an external input device such as a mouse is used to control the position of the cursor to determine different screens designated by the user.
  • the result of the movement of the cursor in this embodiment includes: the range of motion of the cursor from before moving to after moving, the final position after moving the cursor, and the like.
  • the above step S220 includes:
  • Step S201 According to the display installation position relationship of the plurality of medical detection display devices, a virtual position coordinate map 13 corresponding to the display installation position relationship is formed, and each medical detection display device sets a movement position region in the virtual position coordinate map 13. 14. For example, in the range of the 100*100 coordinate area, each medical detection display device is divided into a range of motion positions according to the display installation position relationship, and the range of motion positions of the different medical detection display devices may be the same or different. .
  • Step S202 determining whether the cursor movement displacement exceeds the motion position area according to the cursor movement information. For example, after judging whether the mouse moves along the long black arrow in FIG. 9, whether the cursor movement displacement exceeds the corresponding motion position area of the medical detection display device where the cursor is displayed before the cursor movement is displayed, if each medical detection display When the corresponding motion position areas 14 of the device are the same, it can be determined whether the cursor movement displacement exceeds a single motion position area, so the motion position area in step S202 refers to the medical detection display device where the cursor is displayed before the movement is on the virtual position coordinate map 13 Corresponding motion location area.
  • the over-moving position area may be a coordinate range in which the direction of the cursor movement exceeds the position of the movement position, and the coordinate range in which the movement position area is located may be a rectangular area formed by defining a length and width value, or by defining a diameter or a radius. The circular areas formed, and so on, are not listed here.
  • the medical detection display device in which the cursor is displayed before moving in the present embodiment refers to a medical detection display device corresponding to the display interface where the controllable cursor is displayed before the cursor is moved by the external input device.
  • the virtual position coordinate map 13 can be referred to.
  • the medical detection display device corresponding to the range of the movement position to which the cursor movement displacement is traversed is selected as the designated medical detection display device. For example, if the threshold value of the motion position range in FIG. 9 is 10 mm in the direction of the black arrow, then when the mouse moves 15 mm along the black arrow, the virtual position coordinate map 13 crosses the corresponding moving position range of the display 2 in the cursor moving direction to the display 3 correspondingly.
  • the medical detection display device corresponding to the other movement position range is used as the medical detection display device designated by the user.
  • the virtual position coordinate map 13 in the cursor moving direction such as the short black arrow in FIG. 9
  • the display device is detected.
  • the display of the medical detection display device where the cursor is controlled to move is No. 2
  • the mouse moves in the direction of the black arrow in FIG. 9
  • the virtual position coordinate map 13 is adjacent to the display 2 in the direction of the cursor movement, and is the display 3 That is, the medical detection display device 3.
  • the display of the cursor will jump from display 2 to display 3.
  • the medical detection display device on which the cursor is displayed before the movement of the cursor is used as the designated medical detection display device.
  • step S220 may further be as follows:
  • the medical detection display device adjacent to the medical detection display device where the installation position is displayed before the cursor movement is selected as the medical detection display device designated by the user along the cursor movement direction .
  • the medical detection display device on which the cursor is displayed before moving is displayed as the designated medical detection display device.
  • step S220 can also be the following steps:
  • the installation position is selected along the cursor moving direction adjacent to the medical detection display device where the cursor is moved before The medical detection display device serves as the designated medical detection display device; otherwise, it stops and waits for the acquisition of the next cursor movement information.
  • the medical detection display device on which the cursor is displayed before moving may be a medical detection display device connected to an external input device, or a medical detection display device where the cursor is displayed before the previous shutdown.
  • the interactive information is converted into a display message that matches the display request corresponding to the specified medical detection display device.
  • the interactive information is converted to obtain display messages matching the display requirements of the respective medical detection display devices.
  • the conversion method can be commonly used such as resolution adjustment and display system adjustment.
  • the display requirements corresponding to the respective medical detection display devices may be pre-stored on the storage device.
  • the converting step S300 further includes receiving the aforementioned sharing information, converting the shared information into an impression message that matches a display requirement corresponding to the specified medical detection display device.
  • the transmission path information of the specified medical detection display device in the message communication channel is acquired.
  • the transmission path information refer to the previous description.
  • the transmission path information corresponding to each medical detection display device may be stored on the storage device.
  • the identification and related transmission path information corresponding to each medical detection display device includes a network communication address corresponding to each medical detection display device.
  • the logo here is a computer used to distinguish multiple medical treatments.
  • the distinguishing mark of the display device may be any one of a number, a mark, a device production mark, and the like, or may be directly a network communication address, a communication path information, or the like.
  • the correspondence between the communication device and its related transmission path information may also be included in the storage, including the communication path information between the communication device and any one of the medical detection display devices.
  • the transmission message carrying the display message and the transmission path information is transmitted to the designated medical detection display device through the message communication channel, and is configured to output and display the display on the designated medical detection display device. Message.
  • the transmitting step S500 further includes: transmitting, by using a message communication channel, a transmission message carrying the presentation message and the transmission path information to the designated medical detection display device, The display message is displayed on the designated medical detection display device.
  • the transmission path information may be encapsulated in the header or the tail of the transmission message.
  • the steps of transmitting to the designated medical detection display device through the message communication channel include:
  • the transmission message is sent to the message communication channel for transmission to the designated medical detection display device;
  • the transmission message is sent to the medical detection display device adjacent to itself on the message communication channel (the proximity in this document is directly connected to itself), and the transmission is transmitted to the designated by forwarding.
  • the medical test is displayed on the device.
  • the display message is output and displayed on the designated medical detection display device for the received transmission message formed in the transmission step S500.
  • the transmitting step S600 further comprises: displaying the display message on the designated medical detection display device for the received transmission message formed in the transmitting step S500.
  • the specified medical detection display device is the same as the medical detection display device on which the cursor is displayed before the movement, there is no switching of the display. If the specified medical test display device and light If the medical detection display device displayed before the movement is not the same, then the display message or the display message is transmitted to the designated medical detection display device for display through the message communication channel.
  • the parsing step S200, the converting step S300, the searching step S400, and the transmitting step S500 may be performed by an independent device, such as one of the plurality of medical detecting display devices mentioned above, or one It is independent of communication devices other than multiple medical detection display devices. Then, when the interactive information or the shared information is processed, the corresponding message processing is uniformly performed by the device in the entire message communication channel, and then distributed to the corresponding medical detection display device for output display. In this paper, this device is called a central machine to reflect its position in the message communication channel to achieve message delivery.
  • the display message and/or the display message are transmitted to the designated medical detection display device according to the transmission path information corresponding to the specified medical detection display device. For example, transmitting a transmission message carrying a network communication address corresponding to the specified medical detection display device to a wired network or a wireless network for receiving by other medical detection display devices for transmitting the display message and/or the display message to The designated medical test is displayed on the device.
  • the transmission message may be sequentially forwarded to the corresponding target node by the adjacent medical detection display device or the communication device according to the communication path information corresponding to the specified medical detection display device.
  • the step of setting the central machine in the message communication channel further includes the following manner to implement the start execution timing of each of the above steps.
  • the central machine when the central machine is one of a plurality of medical detection display devices, the central machine allocates a transmission path corresponding to other medical detection display devices in the message communication channel. Information, and storing a correspondence between the transmission path information and the medical detection display device, transmitting a message carrying the transmission path information corresponding to the central machine to other medical detection display devices, and the other medical detection display devices respectively receiving the message from the central machine and starting Perform the above forwarding steps and delivery steps.
  • the central machine when the central machine is a communication device, the central machine allocates transmission path information corresponding to the plurality of medical detection display devices in the message communication channel, and Corresponding relationship between storage transmission path information and a plurality of medical detection display devices, The message carrying the transmission path information corresponding to the central machine is transmitted to the plurality of medical detection display devices, and the plurality of medical detection display devices respectively receive the message from the central machine and initiate the execution of the forwarding step and the delivery step.
  • one of the plurality of medical detection display devices is set to be central before the step S100 described above. machine.
  • a medical detection display device connected to an external input receives a cooperative control operation command from an external input, and the cooperative control operation command may be from an external network, from an external one of accessing one of the plurality of medical detection display devices.
  • the medical detection display device executes a cooperative control operation command, and sets itself (ie, the medical detection display device that receives the cooperative control operation command) as a central machine, and transmits and carries to other medical detection display devices to carry and send and receive messages in the network.
  • the message mechanism of the mechanism establishes a command;
  • the other medical detection display devices respectively receive the message mechanism establishment command, and after execution, feedback the reply message to the central machine to complete communication with the central machine.
  • the medical detection display device connected to the external input device or the information sharing device is set as the central machine.
  • one of the plurality of medical detection display devices may be designated in advance as a central machine.
  • a display prompt box is output to prompt the user to select whether to initiate the cooperative operation mode, and/or select the selected Said the central machine.
  • the cooperative operation mode refers to an operation mode obtained between a plurality of medical detection display devices by performing the method shown in FIG.
  • the central unit is one of a plurality of medical detection display devices.
  • the forwarding step further includes:
  • the interactive information or the shared information is derived from an external input device accessed on the central machine; if yes, the interactive information or the shared information is obtained by the central computer from the external input device or the information sharing device, And performing output display on the medical detection display device where the user is located; if not, performing the forwarding step S100, the interaction information or the shared information is obtained from one of the medical detection display devices other than the central machine, and forwarded to Central machine.
  • the error of the message can be avoided, the communication obstacle occurs, and the message processing time is prolonged.
  • step of receiving the interaction information receiving the shared information, or receiving the transmission message involved in the receiving step and the step of delivering the foregoing
  • step of receiving the message communication channel in one of the embodiments of the present invention, the following may be adopted. Way to achieve:
  • the device that currently receives the interaction information, the shared information, or the transmission message determines whether the communication address carried in the message received from the network is Corresponding with the network communication address of the network itself, if it is, it represents itself as the designated medical detection display device, receives the message, outputs the display display information or displays the message, or characterizes itself as the central machine, receives the message to resolve the interaction information or Share the information, and conversely, discard the received message. or,
  • the device that currently receives the interaction information, the shared information, or the transmission message determines whether the communication path information carried in the received message represents itself as the target node, and if so, identifies itself as the designated medical detection display device.
  • Receiving a message outputting a display display message or displaying a message, or characterizing itself as a central machine, receiving a message for parsing interactive information or sharing information, and vice versa, forwarding the received information to a nearby medical detection display device or communication device located on the message communication channel
  • the message includes interaction information, shared information, or transmission message, wherein the target node includes: a specified medical detection display device, or a central machine.
  • the step of determining whether the communication path information carried in the received message indicates that the communication path information is a target node may include one of the following manners:
  • the communication path information includes the number corresponding to the target node as its own corresponding number, and if so, it represents that it is the target node, and vice versa, it is a non-target node.
  • the combination of the two may be performed by simultaneously performing the above two judgments.
  • the judgment result is all yes, the representation itself is the target node, and conversely, the self is the non-target node. Thereby ensuring the reliability of information reception and avoiding information processing errors.
  • the method shown in FIG. 3 can also be performed in multiple medical tests.
  • One of the display devices displays a display installation position relationship of the plurality of medical detection display devices, and/or a display request corresponding to each medical detection display device, acquires a configuration instruction of the user through the external input device, and adjusts the display installation position relationship according to the configuration instruction. And/or display requirements corresponding to each medical detection display device.
  • the three function detection devices shown in FIG. 1 can be directly operated directly, without intermediate need Other hardware switching devices are available.
  • embodiments of the present invention are not necessarily limited to use in medical workstations having three medical detection display devices, but also medical workstations having multiple medical detection display devices.
  • the method shown in FIG. 3 provides a new message delivery mechanism for the external input device and the information sharing device, and the control input interface of the plurality of medical detection display devices connected to each other is unified through the message transmission mechanism.
  • a set of external input devices and information sharing devices enable interface interaction and information display for any medical detection display device.
  • the embodiment shown in FIG. 3 is further modified, expanded, and extended, and a plurality of embodiments are obtained.
  • the technical features disclosed in these embodiments may be Combinations with each other, and the combined technical solutions are all within the scope of the present specification.
  • a communication device is also provided, and the manner in which the communication device accesses a message communication channel formed by a plurality of medical detection display devices is shown in FIG. 4a to The related structure shown in Figure 4c and its description.
  • the communication device 200 can be used to perform the parsing step S200, the converting step S300, the transmitting step S500, and the searching step S400 in the method shown in FIG. 3, and can also perform the receiving step S101.
  • the connection line 31 of the plurality of medical detection display devices 100 and the communication device 200 in FIG. 11a may be a wireless network connection, a wired network connection, or a hardware interface connection line or the like.
  • the communication device 200 is independent of the plurality of medical detection display devices 100. When the communication device is accessed, a cooperative operation mode between the plurality of medical detection display devices can be initiated.
  • the communication device can access a network formed by connecting a plurality of medical detection display devices by wireless or wired connection (as shown in FIG. 11b), or access any one of a plurality of medical detection display devices through a hardware interface (FIG. 11c).
  • a communication device is also provided, and the communication device may be any electronic product such as a mobile phone or an IPAD. It can be used to access a message communication channel formed by a plurality of medical detection display devices.
  • the communication device 200 in this embodiment may include a storage module 231, a communication module 233, and a processing module 232.
  • the storage module 231 is configured to store in advance a correspondence between the identifiers corresponding to the plurality of medical detection display devices, the transmission path information of the plurality of medical detection display devices in the message communication channel, and the corresponding display requirements.
  • the identifier corresponding to each medical detection display device is a distinguishing mark used by the computer to distinguish the plurality of medical detection display devices, and may be any one of a number, a mark, a device production label, a corresponding coordinate region in the coordinate map, and the like. Or it can be directly a network communication address, communication path information, and the like.
  • the transmission path information includes: a network communication address corresponding to each medical detection display device and the communication device in the network when the message communication channel is formed through the network, or each medical detection display device when the message communication channel is formed in series through the hardware interface Communication path information with the communication device.
  • the communication module 233 is configured to receive one of the plurality of medical detection display devices from the external access The interactive information obtained on the external input device.
  • the communication module 233 herein may be a hardware interface adapted to the interface module of the medical detection display device, and may be directly connected to the medical detection display device through the communication module 233 through the hardware interface as shown in FIG. 11c, or the communication module 233 may be Wireless wifi interface chip, 3G network interface chip, 4G network interface chip, and so on.
  • the medical detection display device forwards the interactive information through the message communication channel
  • the communication device 200 receives the interaction information through the communication module 233.
  • the processing module 232 is configured to parse the interaction information, obtain an identifier corresponding to the medical detection display device specified by the user, and convert the interaction information into a display message matching the specified medical detection display device according to the display requirement corresponding to the identifier.
  • the processing module 232 is configured to perform the foregoing parsing step S200 and the converting step S300. For the specific implementation, refer to the foregoing description.
  • the communication module 233 is further configured to acquire, according to the identifier, the transmission path information of the specified medical detection display device in the message communication channel, and transmit the transmission message carrying the display message and the transmission path information to the designated medical detection display through the message communication channel.
  • the process of transmitting to the designated medical detection display device through the message communication channel including transmitting the transmission message to the network based on FIG. 11b, or sequentially transmitting the transmission message to the designated medical detection display through the adjacent medical detection display device based on FIG. 11c Device. For example, based on the embodiment shown in FIG.
  • the communication device 200 when the communication device 200 wants to send a transmission message to the first medical detection display device from the left, the second medical detection display device from the left side needs to be transferred, and then the transmission path is, in order, The transmission message is sent from the communication device 200, and passes through the second medical detection display device from the left to the first medical detection display device from the left.
  • the communication module 233 is configured to perform the receiving step S101, the searching step S400, and the transmitting step S500 in the method shown in FIG. 3. Therefore, the specific implementation manner can be referred to the foregoing steps of receiving step S101, searching step S400, and transmitting step S500. Related instructions.
  • the communication module 233 is further configured to receive shared information obtained from an external information sharing device that accesses one of the plurality of medical detection display devices; the processing module 232 further The display message for converting the shared information into the display requirement corresponding to the specified medical detection display device; the communication module 233 is further configured to transmit the transmission message carrying the presentation message and the transmission path information to the designated communication channel through the message communication channel Medical test display Set it up.
  • the communication module 233 determines whether the communication address carried in the message received from the network is in the network with itself. The network communication address is consistent, if yes, the message is received, otherwise the received message is discarded, and the internship receives the interactive information. Alternatively, based on the embodiment shown in FIG. 11c, the communication module 233 further determines whether the communication path information carried in the received message represents itself as a target node, and if so, receives the message, and vice versa, sends the received message to the neighboring medical detection. The display device forwards the internship to receive the interactive information.
  • the communication module 233 is further configured to determine, by one of the following methods, whether the communication path information carried in the received message represents itself as a target node:
  • the communication path information includes the number corresponding to the target node as its own corresponding number, and if so, the self is represented as the target node.
  • the processing module 232 implements parsing the interaction information and acquires an identifier corresponding to the medical detection display device specified by the user by first identifying the cursor movement information in the interaction information; and then, according to the cursor movement
  • the information is obtained by acquiring a medical detection display device designated by the user from among the plurality of medical detection display devices, and outputting a mark corresponding to the designated medical detection display device.
  • the processing module 232 when the communication device 200 accesses the message communication channel formed by the plurality of medical detection display devices 100, the processing module 232 generates a prompt message for prompting the user to select whether to initiate the cooperative operation mode, and the communication is performed.
  • the module transmits a prompt message to one of the plurality of medical detection display devices for outputting the display.
  • the communication device 200 further includes a display module, which may be various types of display devices such as a touch display screen, a 3D display device, a 2D display, and the like.
  • the processing module 232 generates to prompt the user to select Select whether to start the prompt message of the cooperative operation mode, and output it to the display module of the display module that is provided by itself.
  • a new hardware device may be required to be attached, or a new hardware device may be added, and the software may be combined with hardware. Realized, thereby reducing the cost of achieving coordinated control between medical testing devices without requiring hardware improvements for multiple medical detection display devices themselves, facilitating medical testing devices provided by multiple companies, and various types of medical treatments Collaborative control between detection devices.
  • the inter-medical device cooperative control system obtained by the above technique is realized on a plurality of medical detection display devices 100.
  • the inter-medical device collaborative control system includes a plurality of messaging modules 202 and a collaborative message processing module 203.
  • the cooperative message processing module 203 is configured to perform the parsing step S200 and the converting step S300 in the method shown in FIG. 3 described above.
  • the message transmitting and receiving module 202 can be configured to implement the functions of the forwarding step S100, the receiving step S101, the searching step S400, the sending step S500, and the sending step S600 in the method shown in FIG.
  • Each of the messaging modules 202 is configured to perform the forwarding step S100, the receiving step S101, the searching step S400, and the transmitting step S500, and the delivering step S600 in the method shown in FIG.
  • the messaging module 202 connected to the collaborative message processing module 203 is configured to perform the functions of the forwarding step S100, the receiving step S101, the searching step S400, the transmitting step S500, and the sending step S600 in the method shown in FIG.
  • the messaging module 202 which is not connected to the collaborative message processing module 203, is configured to perform the forwarding step S100 and the delivering step S600 in the method shown in FIG. 3 described above.
  • the messaging module 202 connected to the collaborative message processing module 203 is configured to perform the functions of the receiving step S101, the searching step S400, and the transmitting step S500 in the method shown in FIG. 3, but not in the cooperative message processing module 203.
  • the connected messaging module 202 is configured to perform the forwarding step S100 and the delivering step S600 in the method shown in FIG. 3 above.
  • the corresponding functions may be specifically configured according to the connection relationship between the plurality of messaging modules 202 and the collaborative message processing module 203.
  • the inter-medical device collaborative control system comprises:
  • the plurality of messaging modules 202 have a message communication channel between the plurality of messaging modules; and a collaborative message processing module 203 coupled to one of the plurality of messaging modules.
  • the message transceiving module 202 corresponding to the plurality of medical detection display devices 100 respectively acquires interaction information from an external input device that accesses the medical detection display device, and forwards the interaction information to the collaborative message processing module 203;
  • the collaborative message processing module 203 receives the interaction information from the messaging module 202 connected thereto, parses the interaction information, obtains the identifier corresponding to the medical detection display device specified by the user, and converts the interaction information into matching according to the display requirement corresponding to the identifier.
  • the messaging module 202 connected to the collaborative message processing module 203 acquires the transmission path information of the specified medical detection display device in the message communication channel based on the identifier, and transmits the transmission message carrying the display message and the transmission path information through the message communication channel.
  • the messaging module 202 receives the transmission message M4 and outputs a display display message on the designated medical detection display device.
  • each messaging module 202 is further configured to forward, to the collaborative message processing module 203, the shared information acquired by the medical detection display device 100 corresponding to itself from the accessed information sharing device.
  • the collaborative message processing module 203 is further configured to receive the shared information from the messaging module 202 connected thereto, and convert the shared information into an impression message that matches the specified medical detection display device;
  • the messaging module 202 connected to the collaborative message processing module 203 transmits the transmission message carrying the presentation message M6 and the transmission path information to the messaging module 202 corresponding to the specified medical detection display device through the message communication channel.
  • the messaging module 202 receives the transmission The message is outputted to display a display message M6 on the designated medical detection display device.
  • the transmission path information mentioned in this embodiment includes: a corresponding network communication address of the message transceiving module corresponding to each medical detection display device in the network, or a message transceiving module and a cooperative message processing module corresponding to each medical detection display device Communication path information between connected messaging modules.
  • the corresponding network communication address and communication path information of the message transmitting and receiving module in the message communication channel can be understood as a medical detection display device corresponding to the message transmitting and receiving module.
  • a messaging module 202 is provided on each medical detection display device 100, and the collaborative message processing module 203 is disposed at least in one of the plurality of medical detection display devices.
  • the cooperative message processing module 203 may also have multiple, but in the same period of time, a cooperative message processing module 203 may be activated for performing unified processing and parsing of messages in the message communication channel, that is, performing the functions of the central machine.
  • the collaborative message processing module 203 is disposed on the medical detection display device 1.
  • the medical detection display devices 1 to 3 are respectively provided with a message transceiving module 202, and the medical detection display devices 1 to 3 respectively correspond to the display 1 to 3.
  • a message communication channel is formed between the plurality of medical detection display devices, and the formation of the message communication channel can be referred to the foregoing description.
  • FIG. 12b is a schematic diagram showing the signal flow of the network-based message communication channel in the embodiment shown in FIG. 12a.
  • the specific process is as follows.
  • the messaging module 202 on the medical detection display device 2 forwards the interaction information M1 obtained by the medical detection display device 100 corresponding to itself from the accessed external input device to the collaborative message processing module 203.
  • the collaborative message processing module 203 on the medical detection display device 1 receives the interaction information M1 from the message transceiving module 202 connected thereto, and parses the interaction information M1 to obtain the identifier corresponding to the medical detection display device designated by the user, and corresponding to the identifier according to the identifier. Display requirements, convert interactive information M1 to A display message M2 matching the specified medical detection display device. It is assumed in the present embodiment that the designated medical detection display device corresponds to the medical examination display device 3.
  • the message transmitting and receiving module 202 connected to the collaborative message processing module 203 on the medical detection display device 1 acquires the transmission path information of the specified medical detection display device in the message communication channel based on the identifier, that is, the transmission path corresponding to the medical detection display device 3.
  • the information transmits the transmission message M4 carrying the display message M2 and the transmission path information M3 to the messaging module 202 corresponding to the medical detection display device 3 through the message communication channel.
  • the transmission message M4 is forwarded to the messaging module 202 corresponding to the medical detection display device 3 by transmitting the transmission message M4 to the network.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M4 and outputs a display display message M2 on the display 3 corresponding to the medical detection display device 3.
  • the messaging module 202 on the medical detection display device 2 forwards the shared information M5 obtained by the medical detection display device 100 corresponding to itself from the accessed information sharing device to the collaborative message processing module 203.
  • the collaborative message processing module 203 on the medical detection display device 1 also receives the shared information M5 from the messaging module 202 connected thereto, and converts the shared information M5 into an impression message M6 that matches the specified medical detection display device.
  • the messaging module 202 connected to the collaborative message processing module 203 on the medical detection display device 1 transmits the transmission message M7 carrying the presentation message M6 and the transmission path information M3 to the medical detection display device 3 through the message communication channel. On the messaging module 202.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M7 and outputs a display presentation message M6 on the display 3 corresponding to the medical detection display device 3.
  • the transmission path information M3 in this embodiment may be a network communication address of the message communication module 202 connected to the collaborative message processing module 203 in the message communication channel, that is, a network communication address corresponding to the medical detection display device 3.
  • the messaging module 202 corresponding to the plurality of medical detection display devices 100 respectively embeds a messaging module connected to the collaborative message processing module in the network in the interaction information or the shared information. After the network communication address, And sending to the network to forward the interaction information or the shared information to the collaborative message processing module 203.
  • Figure 12c provides a schematic diagram of the signal flow of a non-networked message communication channel in the embodiment of Figure 12a. That is, the plurality of medical detection display devices 100 are connected in series through a hardware interface, and the specific flow is as follows. In order to simplify the description of the process, the process of forming various messages in each step will be simplified. For specific information, refer to the foregoing, so as to highlight the message forwarding process, the same below.
  • the messaging module 202 on the medical detection display device 2 forwards the interaction information M1 obtained by the medical detection display device 100 corresponding to itself from the accessed external input device to the collaborative message processing module 203.
  • the forwarding method is directly forwarded to the adjacent medical detection display device 1 and received by the messaging module 202 on the medical detection display device 1.
  • the collaborative message processing module 203 on the medical detection display device 1 receives the interaction information M1 from the messaging module 202 connected thereto, and converts the interaction information M1 into the display message M2. It is assumed in the present embodiment that the designated medical detection display device corresponds to the medical examination display device 3.
  • the message transmitting and receiving module 202 connected to the collaborative message processing module 203 on the medical detection display device 1 acquires the transmission path information of the specified medical detection display device in the message communication channel based on the identifier, that is, the transmission path corresponding to the medical detection display device 3.
  • the information is forwarded to the messaging module 202 disposed on the adjacent medical detection display device 2 on the message communication channel, and then transmitted through the medical detection display device 2
  • the messaging module 202 is further forwarded to the messaging module 202 corresponding to the medical detection display device 3.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M4 and outputs a display display message M2 on the display 3 corresponding to the medical detection display device 3.
  • the messaging module 202 on the medical detection display device 2 forwards the shared information M5 obtained by the medical detection display device 100 corresponding to itself from the accessed information sharing device to the collaborative message processing module 203.
  • the collaborative message processing module 203 on the medical detection display device 1 also receives the shared information M5 from the messaging module 202 connected thereto, and converts the shared information M5 into the presentation message M6.
  • the message transmitting and receiving module connected to the collaborative message processing module 203 on the medical detection display device 1 202. Forward the transmission message M7 carrying the presentation message M6 and the transmission path information M3 to the messaging module 202 disposed on the adjacent medical detection display device 2 on the message communication channel, and then set the device through the medical detection display device 2. The messaging module 202 is then forwarded to the messaging module 202.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M7 and outputs a display presentation message M6 on the display 3 corresponding to the medical detection display device 3.
  • the transmission path information M3 in this embodiment may be the communication path information in the message communication channel of the message transceiver module 202 connected to the collaborative message processing module 203, that is, the network communication address corresponding to the medical detection display device 1 to the medical detection display device 3. .
  • the messaging module 202 corresponding to the plurality of medical detection display devices 100 respectively embeds communication path information in the interaction information or the shared information, and transmits and receives the message to the adjacent message communication channel.
  • the module forwards the information to forward the interactive information or share the information to the collaborative message processing module.
  • the communication path information is communication path information between the messaging module and the messaging module connected to the collaborative message processing module.
  • Figure 13a provides an embodiment of another connection system architecture.
  • a messaging module 202 is disposed on each medical detection display device 100, and the collaborative message processing module 203 and the messaging module connected thereto are disposed in communication independent of the plurality of medical detection display devices.
  • the communication device 210 is connected to a plurality of medical detection display devices to form a network access message communication channel, or the communication device 210 and one of the plurality of medical detection display devices are connected through a hardware interface for accessing the message communication channel.
  • the communication device 210 of this embodiment may be the communication device 200 mentioned in the above embodiment.
  • the messaging module 202 on the communication device 210 is configured to perform the functions of the receiving step S101, the searching step S400, and the transmitting step S500 in the method shown in FIG. 3, and the cooperative message processing module 203 is configured to execute the foregoing FIG.
  • the analyzing step S200 and the converting step S300 in the method are shown.
  • Figure 13b provides a schematic diagram of the signal flow of a network-based message communication channel in the embodiment of Figure 13a.
  • the difference from FIG. 12b is that the medical detection display device 1 in FIG. 12b is replaced by the communication device 210, and the flow shown in FIG. 13b will not be repeated here. For details, refer to the previous phase. Off instructions.
  • Figure 13c provides a schematic diagram of the signal flow of a non-networked message communication channel in the embodiment of Figure 13a. That is, the plurality of medical detection display devices 100 are connected in series through a hardware interface, and the specific flow is as follows.
  • the messaging module 202 on the medical detection display device 2 forwards the interaction information M1 obtained by the medical detection display device 100 corresponding to itself from the accessed external input device to the collaborative message processing module 203.
  • the forwarding method is: forwarding to the adjacent medical detection display device 1 and forwarding by the messaging module 202 on the medical detection display device 1 to the messaging module 202 on the communication device 210.
  • the collaborative message processing module 203 on the communication device 210 receives the interaction information M1 from the messaging module 202 connected thereto, and converts the interaction information M1 into the display message M2. It is assumed in the present embodiment that the designated medical detection display device corresponds to the medical examination display device 3.
  • the message transceiver module 202 connected to the collaborative message processing module 203 on the communication device 210 acquires the transmission path information M3 corresponding to the medical detection display device 3 based on the identifier, and carries the transmission message M4 carrying the display message M2 and the transmission path information M3. Forwarding to the messaging module 202 disposed on the adjacent medical detection display device 1 on the message communication channel, and then sequentially passing the messaging module 202 disposed on the medical detection display device 1 and the messaging module disposed on the medical detection display device 2 202 forwards to the message transmitting and receiving module 202 corresponding to the medical detection display device 3.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M4 and outputs a display display message M2 on the display 3 corresponding to the medical detection display device 3.
  • the message transmitting and receiving module 202 on the medical detection display device 2 forwards the shared information M5 obtained by the medical detection and display device 100 corresponding to the self-setup to the coordinated information processing module 203, mainly through medical detection.
  • the messaging module 202 on the display device 1 forwards the message to the messaging module 202 on the communication device 210.
  • the cooperative message processing module 203 on the communication device 210 also receives the shared information M5 from the messaging module 202 connected thereto, and converts the shared information M5 into the presentation message M6.
  • the messaging module 202 connected to the collaborative message processing module 203 on the communication device 210 forwards the transmission message M7 carrying the presentation message M6 and the transmission path information M3 to the medical detection display device 1 located adjacent to the message communication channel.
  • the set message sending and receiving module 202 is then forwarded to the message transmitting and receiving module corresponding to the medical detecting display device 3 by the message transmitting and receiving module 202 provided on the medical detecting and displaying device 1 and the message transmitting and receiving module 202 provided on the medical detecting and displaying device 2 202.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M7 and outputs a display presentation message M6 on the display 3 corresponding to the medical detection display device 3.
  • the transmission path information M3 in this embodiment may be the communication path information in the message communication channel of the messaging module 202 connected to the collaborative message processing module 203, that is, the network communication address corresponding to the medical detection display device 3 by the communication device 210.
  • each medical detection display device 100 is connected to a messaging module 202.
  • the messaging module 202 herein may be an independent hardware device, connected to the medical detection display device 100 through an interface matching the interface module of the medical detection display device 100, or may also be through a wireless network (such as Bluetooth, wifi, etc.). ) is connected to the medical examination display device 100.
  • the collaborative message processing module 203 and the messaging module connected thereto are disposed on the communication device 210 independent of the plurality of medical detection display devices, and the communication device 210 is connected to the plurality of medical detection display devices to form a network access message communication channel. Or the communication device 210 and one of the plurality of medical detection display devices are connected through a hardware interface for accessing the message communication channel.
  • the communication device 210 of this embodiment may be the communication device 200 mentioned in the above embodiment.
  • the messaging module 202 on the communication device 210 is configured to perform the functions of the receiving step S101, the searching step S400, and the transmitting step S500 in the method shown in FIG. 3, and the cooperative message processing module 203 is configured to execute the foregoing FIG.
  • the analyzing step S200 and the converting step S300 in the method are shown.
  • the signal flow of the networked message communication channel is shown in FIG. 13b, and the signal flow of the non-networked message communication channel formed by the plurality of medical detection display devices 100 connected in series through the hardware interface is shown in the figure. 13c is shown.
  • Figure 15 provides an embodiment of another connection system architecture.
  • the medical detection display device 3 and the medical detection display device 2 are respectively connected to a message transceiving module 202, and the message transceiving module 202 can be an independent hardware device, and is displayed with the medical detection display device 100 through medical detection.
  • the interface module of the device 100 is connected to the interface, or may be connected to the medical detection display device 100 via a wireless network (such as Bluetooth, wifi, etc.).
  • the medical examination display device 1 is connected to a communication device 220 which is independent of a plurality of medical detection display devices.
  • a cooperative message processing module 203 and a messaging module 202 connected thereto are disposed on the communication device 220. As shown in the solid line portion of FIG.
  • the communication device 220 accesses the message communication channel formed by the interconnection of the plurality of medical detection display devices by connecting the medical detection display device.
  • the communication device 220 and the plurality of independent hardware devices executing the messaging module 202 form a message communication channel through a hardware interface or a network connection. Thereby, a message communication channel between the plurality of messaging modules 202 is implemented.
  • each medical detection display device 100 is connected to a messaging module 202, and the collaborative message processing module 203 and the messaging module 202 connected thereto are disposed independently of the plurality of medical detection displays.
  • the communication device 220 is external to the device and is connected to the message communication channel by being connected to one of the plurality of medical detection display devices 100. Alternatively, the communication device 220 forms a message communication channel with a plurality of messaging modules 202 that are not connected to the collaborative message processing module through a hardware interface or a network connection.
  • the messaging module 202 that is not connected to the communication device 220 in FIG. 15 can also be disposed in the medical detection display device 100, as shown in FIG. In the embodiment provided in Fig. 16, a message transceiving module 202 is provided in each of the medical detection display device 3 and the medical detection display device 2.
  • the signal flow of the networked message communication channel is as follows.
  • the message transmitting and receiving module 202 provided corresponding to the medical detecting and displaying device 2 forwards the medical detecting and displaying device 100 corresponding to the medical detection display device 100 corresponding to the self to the cooperative message processing module 203 on the communication device 220 connected to the medical detecting and displaying device 1
  • the collaborative message processing module 203 on the communication device 220 receives the messaging module connected thereto
  • the interaction information M1 is received on 202, and the interaction information M1 is converted into a display message M2. It is assumed in the present embodiment that the designated medical detection display device corresponds to the medical examination display device 3.
  • the message transceiving module 202 connected to the cooperative message processing module 203 on the communication device 220 obtains the transmission path information M3 corresponding to the medical detection display device 3 based on the identifier, and passes the transmission message M4 carrying the display message M2 and the transmission path information M3.
  • the network is transmitted to the messaging module 202 provided corresponding to the medical detection display device 3.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M4 from the network, and outputs the display message M2 to the display 3 corresponding to the medical detection display device 3.
  • the message transmitting and receiving module 202 on the medical examination display device 2 forwards the information of the medical detection display device 100 corresponding to the medical detection display device 100 corresponding to the self to the cooperative message processing module 203 on the communication device 220 connected to the medical detection display device 1. Shared information M5 obtained on the shared device.
  • the collaborative message processing module 203 on the communication device 220 also receives the shared information M5 from the messaging module 202 connected thereto, and converts the shared information M5 into the presentation message M6.
  • the messaging module 202 connected to the collaborative message processing module 203 on the communication device 220 transmits the transmission message M7 carrying the presentation message M6 and the transmission path information M3 to the messaging module corresponding to the medical detection display device 3 through the network. 202.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M7 and outputs it to the display 3 corresponding to the medical detection display device 3 to display the presentation message M6.
  • the transmission path information M3 in this embodiment may be a network communication address of the message communication module 202 connected to the collaborative message processing module 203 in the message communication channel, that is, a network communication address corresponding to the medical detection display device 3.
  • the corresponding arrangement mentioned above includes connection with the medical detection display device and setting on the medical detection display device.
  • the signal flow of the non-networked message communication channel (ie, the communication channel formed directly in series through the hardware interface) is as follows.
  • the message transmitting and receiving module 202 on the medical detection display device 2 forwards the doctor corresponding to the setting to the collaborative message processing module 203 on the communication device 220 connected to the medical detection display device 1.
  • the therapy detection display device 100 acquires the interaction information M1 from the accessed external input device.
  • the forwarding mode is directly forwarded to the adjacent medical detection display device 1 and transmitted by the medical detection display device 1 to the messaging module 202 on the communication device 220.
  • the collaborative message processing module 203 on the communication device 220 receives the interaction information M1 from the messaging module 202 connected thereto, and converts the interaction information M1 into the display message M2. It is assumed in the present embodiment that the designated medical detection display device corresponds to the medical examination display device 3.
  • the messaging module 202 on the communication device 220 transmits the transmission message M4 carrying the display message M2 and the transmission path information M3 to the medical detection display device 1 and forwards it to the message communication channel via the interface of the medical detection display device 1.
  • the messaging module 202 disposed on the adjacent medical detection display device 2 is then forwarded to the messaging module 202 corresponding to the medical detection display device 3 via the messaging module 202 disposed on the medical detection display device 2.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M4 and outputs a display display message M2 on the display 3 corresponding to the medical detection display device 3.
  • the messaging module 202 on the medical detection display device 2 forwards the information sharing from the access of the medical detection display device 100 corresponding to itself to the collaborative message processing module 203 on the communication device 220 connected to the medical detection display device 1.
  • the shared information M5 obtained on the device.
  • the collaborative message processing module 203 on the communication device 220 also receives the shared information M5 from the messaging module 202 connected thereto, and converts the shared information M5 into the presentation message M6.
  • the messaging module 202 on the communication device 220 transmits the transmission message M7 carrying the presentation message M6 and the transmission path information M3 to the medical detection display device 1, and forwards to the message communication channel by means of the interface of the medical detection display device 1.
  • the messaging module 202 disposed on the adjacent medical detection display device 2 is then forwarded to the messaging module 202 via the messaging module 202 disposed on the medical detection display device 2.
  • the messaging module 202 corresponding to the medical detection display device 3 receives the transmission message M7 and outputs a display presentation message M6 on the display 3 corresponding to the medical detection display device 3.
  • the transmission path information M3 in this embodiment may be the communication path information in the message communication channel of the message transceiver module 202 connected to the collaborative message processing module 203, that is, the medical detection display device. 1 to the network communication address corresponding to the medical detection display device 3.
  • a communication device 220 is used.
  • the communication device 220 is provided with a cooperative message processing module 203 and a message transceiving module 202 connected thereto.
  • the messaging module 202 on the communication device 220 can be configured to perform the forwarding step S100 in the method shown in FIG. 3, and receive the functions of step S101, searching step S400, and transmitting step S500, and the cooperative message processing module 203 can be configured to It is used to perform the analyzing step S200 and the converting step S300 in the method shown in FIG. 3 described above.
  • each medical detection display device is correspondingly connected to a communication device 220, which is similar to the communication device 220 in the embodiment shown in FIGS. 15 and 16, except that It is necessary to set which communication device 220 is used as the central machine in the message communication channel according to the actual situation, and the collaborative message processing module 203 provided thereon performs the parsing step S200 and the conversion step S300 to unify the messages in a certain period of time. Process and resolve allocations.
  • the message communication channel can be obtained by connecting a plurality of communication devices 220; as shown by the dotted line in FIG. 17, the message communication channel can also be obtained by connecting a plurality of medical detection display devices.
  • the difference from FIG. 11 is that a plurality of collaborative message processing modules 203 and a plurality of messaging modules 202 are provided, and the plurality of messaging modules 202 are paired with the cooperative message processing module 203. And at the same time set on each medical detection display device.
  • the message transceiving module 202 in this embodiment may be configured to perform the forwarding step S100 in the method shown in FIG. 3, and receive the functions of step S101, searching step S400, and transmitting step S500, and the cooperative message processing module 203 may be configured to It is used to perform the analyzing step S200 and the converting step S300 in the method shown in FIG. 3 described above. It is assumed that the signal transmission process of the medical detection display device 1 in FIG. 18 is shown in FIG. 12b and FIG. 12c in the foregoing, and the description thereof will not be repeated.
  • a protocol is initiated within the same time period
  • unified message processing, forwarding, and distribution are performed, which is called a central machine.
  • a plurality of collaborative message processing modules are respectively disposed on a plurality of medical detection display devices (for example, FIG. 18) or connected to a plurality of medical detection display devices (for example, FIG. 17), one of the plurality of medical detection display devices is connected
  • the collaborative message processing module corresponding to the medical detection display device connected to the external input device is activated, and is marked as the central machine in the message communication channel, thereby determining the identity of the central machine in the message communication channel.
  • the cooperative message processing module provided on the medical examination display device 2 is activated, and the medical examination display device 2 is used as a central machine.
  • FIG. 18 the cooperative message processing module provided on the medical examination display device 2 is activated, and the medical examination display device 2 is used as a central machine.
  • the collaborative message processing module 203 on the communication device 220 connected to the medical detection display device 2 is activated, and is marked as a central machine in the message communication channel, corresponding to the medical detection display device 2 or with medical detection.
  • the communication device 220 to which the display device 2 is connected serves as a central machine.
  • a collaborative message processing module is launched and marked as a central machine in the message communication channel during the same time period.
  • Each collaborative message processing module also needs to be configured to recognize its own identity and decide how to handle the interaction information or shared information obtained by the messaging module connected to itself.
  • the collaborative message processing module is further configured to determine whether it is a central machine, and if so, parse the interaction information or shared information acquired by the messaging module connected to itself, and if not, output a control command to enable the message connected to itself.
  • the module forwards interactive information or shares information.
  • a connection relationship and a setting manner between a plurality of messaging modules and a collaborative message processing module are provided.
  • the communication module may be based on one or more processors.
  • the interface module and the storage module are combined to configure the instructions to implement the corresponding functions.
  • the communication device is further provided with a port matching the hardware interface of one of the plurality of medical detection display devices 100 for accessing the message communication channel by connecting one of the plurality of medical detection display devices, or by other wireless means. Access to the message communication channel.
  • the plurality of medical detection display devices are connected to form a network to obtain a message communication channel, or a plurality of medical detection display devices are connected in series through a hardware interface to form a message communication channel, thereby implementing a message communication channel between the plurality of message transceiving modules 202.
  • each messaging module processes the received forwarding message in one of the following manners, the forwarding message including a transmission message, interaction information, or sharing information;
  • the messaging module receives the forwarding message from the network, and the network communication address carried in the forwarding message is consistent with the network communication address of the messaging module in the network, and outputs a display display on the medical detection display device corresponding to the messaging module. Transmitting or displaying the information or sharing the information to the collaborative message processing module; otherwise, the messaging module relinquishes the forwarding message received from the network and the network communication address that is not consistent with the network communication address in the network; and ,
  • the messaging module receives the forwarding message from the adjacent messaging module located on the message communication channel.
  • the communication path information carried by the forwarding message indicates that the messaging module is the target node
  • the display and output are displayed on the corresponding medical detection display device.
  • the information or the display message, or the interaction information or the shared information is transmitted to the collaborative message processing module.
  • the messaging module sends and receives the adjacent message on the message communication channel.
  • the module forwards the forwarding message, where the target node includes: a messaging module corresponding to the specified medical detection display device, or a messaging module connected to the collaborative message processing module.
  • the above is to configure the receiving and transmitting functions in the receiving step and the sending step shown in FIG. 3 for the messaging module. Therefore, the details of the receiving step and the sending step in the foregoing may be specifically referred to.
  • the collaborative message processing module is configured to perform the parsing step and the converting step shown in FIG. 3 above, which may specifically include: by identifying cursor movement information in the interaction information, according to the cursor
  • the mobile information acquisition user selects a designated medical detection display device from the plurality of medical detection display devices, and searches for an identifier corresponding to the designated medical detection display device.
  • the collaborative message processing module is further configured to use a plurality of medical detection display devices stored in advance The display position relationship is displayed, and the correspondence relationship between the movement of the cursor and the display installation position relationship is determined based on the cursor movement information, thereby identifying the designated medical detection display device from the plurality of medical detection display devices.
  • the collaborative message processing module acquires the user-specified medical detection display device from the plurality of medical detection display devices according to the cursor movement information, refer to the related description of the analysis step in the foregoing.
  • one of the plurality of medical detection display devices displays a display installation position relationship of the plurality of medical detection display devices, and/or a display requirement corresponding to each medical detection display device, through the external input device Obtaining a configuration command of the user, adjusting a display installation position relationship according to the configuration instruction, and/or a display requirement corresponding to each medical detection display device.
  • the message transceiving module respectively corresponding to the plurality of medical detection display devices respectively corresponds to the medical input display device when the external input device or the information sharing device is connected to the corresponding medical detection display device.
  • the set medical display display device displays a prompt box for prompting the user to select whether to start the collaborative message processing module.
  • a new communication device is also provided in one of the embodiments of the present invention. .
  • the communication device also includes:
  • the communication module is further configured to receive interaction information obtained from an external input device accessed from a medical detection display device connected to itself (refer to a communication device). And/or a communication module is further configured to receive shared information obtained from an external input device accessed from a medical detection display device connected to itself.
  • the processing module is further configured to determine, by the communication device, whether the communication device is a central machine in a message communication channel; if yes, parsing the received interaction information Or sharing the information; if not, the communication module forwards the obtained interaction information or shared information to the message communication channel.
  • a medical workstation is also provided in one of the embodiments of the present invention. See Figure 19 for a medical workstation in conjunction with the system configuration shown in Figure 12a.
  • the medical workstation includes a plurality of medical detection display devices 100; Detecting an external input device 104 connected to one of the display devices; and the inter-medical device collaborative control system described in any one of the above embodiments, the system comprising a plurality of messaging modules 202 and a collaborative message processing module 203; and a plurality of medical tests
  • the connection between the display devices forms a message communication channel between the plurality of messaging modules; each medical detection display device is correspondingly provided with the message transceiving module.
  • the medical workstation described above includes an information sharing device 107 for connecting to one of the plurality of medical detection display devices 100.
  • the medical detection display device 100 connected to the information sharing device forwards the shared information from the information sharing device 107 to the message transceiving module connected to the collaborative message processing module through the messaging module corresponding to the self-contained device, and the cooperative message
  • the processing module receives the shared information from the messaging module connected thereto, converts the received shared information into an impression message that matches the specified medical detection display device, and the messaging module connected to the collaborative message processing module carries the display
  • the transmission message of the message and the transmission path information is transmitted to the messaging module corresponding to the specified medical detection display device through the message communication channel, whereby the messaging module receives the transmission message and outputs the display presentation message on the designated medical detection display device. .
  • a device messaging module 204 connected to an external input device or an information sharing device is further disposed on each medical detection display device 100, and an external input device or information is acquired through the device messaging module 204.
  • the interaction information or the shared information input by the shared device, the messaging module 202 and the device messaging module implement information synchronization.
  • the cooperative message processing module 203 is converted into a message processing client, and the message processing client can be directly loaded and run on the medical detection display device 100, or will be formed.
  • the message processing client is stored on the external input device and/or the information sharing device 107.
  • the display device 100 operates to implement the collaborative operating system and communication device in the various embodiments described above.
  • a device messaging module and a messaging module can also be provided in each external device (such as external input device 104 and/or information sharing device 107).
  • Messaging module and message processing client Two-way transmission control between the terminals, the control communication device and the message flow are equivalent to the external actual device. From the perspective of a medical detection display device 100, it is not distinguished that the source of the message is from the actual device port corresponding to the device messaging module. Or from the virtual device port corresponding to the messaging module.
  • a message processing client is run by default on the medical detection display device of any connected device, and different devices (display 1, display 2, display 3, etc.) to be controlled are virtualized on the message processing client. That is, the collaborative message processing module generates a virtual device port corresponding to the plurality of medical detection display devices in the network on the running medical detection display device for receiving the transmission from the network by the messaging module on the medical detection display device. information.
  • All external input devices and/or information sharing devices 107 that access the running message processing client machine take over all external input devices and/or information sharing devices connected to the device through the network or non-network through the message processing client. 107.
  • the processed message is delivered to the final actual device through the transmission channel such as the network or serial port according to the requirements of the virtual device management.
  • the technical solution of the present invention which is essential or contributes to the prior art, may be embodied in the form of a software product carried on a non-transitory computer readable storage carrier (eg The ROM, the disk, the optical disk, and the server cloud space include instructions for causing a terminal device (which may be a mobile phone, a computer, a server, or a network device, etc.) to execute the system structure, device, and method of the embodiments of the present invention.
  • a terminal device which may be a mobile phone, a computer, a server, or a network device, etc.

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Abstract

一种医疗设备间协同控制系统和方法及医疗工作站和通讯设备(200),其系统包括:与多个医疗检测显示装置(100)分别对应设置的消息收发模块(202),向协同消息处理模块(203)转发与自身对应设置的医疗检测显示装置(100)从接入的外部输入设备(104)上获取的交互信息;协同消息处理模块(203)从与之相连的消息收发模块(202)上接收交互信息,解析交互信息获得用户指定的医疗检测显示装置(100)对应的标识,并根据标识对应的显示要求、将交互信息转换为匹配于指定的医疗检测显示装置(100)的显示消息。解决了现有医疗工作站中多屏操作控制不便利的问题。

Description

医疗设备间协同控制系统和方法及医疗工作站和通讯设备 技术领域
本发明涉及一种多显示屏的医疗工作站的交互协同操作技术,具体涉及一种医疗设备间协同控制系统和方法、及医疗工作站和通讯设备,特别适用于包括监护仪、麻醉机、超声检测、X光机等任意组合的医疗工作站。
背景技术
手术室的麻醉工作站,通常需要组合监护仪、连接信息系统的pc机、麻醉机(麻醉工作站)等等。而在临床上,进行手术的时候,同时只针对一个患者,上面主要的三类医疗检测显示装置都需要进行控制,进行病人的信息共享。目前传统的方法,都是通过外置的设备,如主控,接口切换模块或开关等硬件来完成的,外部输入设备或信息共享设备在各个医疗检测显示装置上的切换,这样的话,在医疗设备中需要通过硬件的切换来进行相应的设备共享。
这些传统的方法成本高,使用极其不便,同时不利于病人信息的共享,不利于用户的操作,如监护仪输入一次病人信息,同时麻醉机还需要进行设备切换,再次进行输入,才可以得到相应的输入信息。
因此,现有技术中存在操作不便利等诸多问题,有待进一步的改进。
发明内容
基于此,有必要针对现有医疗工作站中多屏操作控制不便利的问题,提供一种医疗设备间协同控制系统和方法及医疗工作站和通讯设备。
本发明的实施例中提供了一种医疗设备间协同控制系统,用于多个医疗检测显示装置之间,其包括:
多个消息收发模块,多个消息收发模块之间具有消息通讯通道;和
与所述多个消息收发模块中之一连接的协同消息处理模块;
与多个医疗检测显示装置分别对应设置的消息收发模块,从接入医疗检测显示装置的外部输入设备上获取交互信息,及向所述协同消息处理模块转发所述交互信息;
所述协同消息处理模块从与之相连的消息收发模块上接收所述交互信息,解析所述交互信息获得用户指定的医疗检测显示装置对应的标识,并根据所述标识对应的显示要求将所述交互信息转换为对应的显示消息于所述指定的医疗检测显示装置进行显示;
与所述协同消息处理模块相连的消息收发模块,基于所述标识获取所述指定的医疗检测显示装置在所述消息通讯通道中的传输路径信息,将携带有所述显示消息和传输路径信息的传输消息,通过所述消息通讯通道传输至与所述指定的医疗检测显示装置对应设置的消息收发模块上,由此消息收发模块接收所述传输消息并在所述指定的医疗检测显示装置上输出显示所述显示消息。
本发明的实施例中还提供了一种医疗工作站,其包括:
多个医疗检测显示装置;
外部输入设备,与多个医疗检测显示装置中之一相连;及
上述的医疗设备间协同控制系统,该系统包括多个消息收发模块和协同消息处理模块;多个医疗检测显示装置之间连接形成所述多个消息收发模块之间的消息通讯通道;每个医疗检测显示装置对应设置有所述消息收发模块。
本发明的实施例中还提供了一种医疗设备间协同控制方法,用于具有消息通讯通道的多个医疗检测显示装置之间,其包括:
转发步骤:从接入多个医疗检测显示装置中之一的外部输入设备上,获取交互信息并转发;
解析步骤:接收所述交互信息,并解析所述交互信息,获取用户指定的医疗检测显示装置;
转换步骤:将所述交互信息转换为与所述指定的医疗检测显示装置对应的显示要求相匹配的显示消息;
搜索步骤:获取所述指定的医疗检测显示装置在所述消息通讯通道中的传输路径信息;
发送步骤:将携带有所述显示消息和传输路径信息的传输消息,通过所述消息通讯通道传输至所述指定的医疗检测显示装置上;
送达步骤:接收所述传输消息、并在所述指定的医疗检测显示装置上输出显示所述显示消息。
本发明的实施例中还提供了一种通讯设备,用于接入多个医疗检测显示装置形成的消息通讯通道中,其包括:
存储模块,用于预先存储多个医疗检测显示装置对应的标识、与多个医疗检测显示装置在消息通讯通道中的传输路径信息及对应的显示要求之间的对应关系;
通讯模块,用于接收来自外部的从接入多个医疗检测显示装置中之一的外部输入设备上获取的交互信息;
处理模块,用于解析所述交互信息,获取用户指定的医疗检测显示装置对应的标识,根据所述标识对应的显示要求,将所述交互信息转换为匹配于所述指定的医疗检测显示装置的显示消息;
所述通讯模块还用于根据所述标识,获取所述指定的医疗检测显示装置在所述消息通讯通道中的传输路径信息,将携带有所述显示消息和传输路径信息的传输消息,通过所述消息通讯通道传输至所述指定的医疗检测显示装置上。
附图说明
图1为本发明一实施例中麻醉工作站的结构示意图;图2为本发明一实施例中医疗检测显示装置的结构示意图;图3为本发明一实施例中的方法流程示意图;图4a、图4b、图4c为本发明多个实施例中多个医疗检测显示装 置的连接关系示意图;图5为本发明一实施例中的方法流程示意图;图6为本发明一实施例中三个显示器的空间位置关系示意图;图7为一实施例中一种操控方式示意图;图8为一实施例中的方法流程示意图;图9为图8实施例中一种操控方式示意图;图10为本发明一实施例中界面显示显示安装位置关系、和/或每个医疗检测显示装置对应的显示要求的示意图;图11a、图11b、图11c为利用通讯设备实现协同操作模式的多种实现方式的结构示意图;图12a为医疗设备间协同控制系统的一实施例结构示意图;图12b和图12c分别为图12a结构体系下的信号流程示意图;图13a为医疗设备间协同控制系统的一实施例结构示意图;图13b和图13c分别为图13a结构体系下的信号流程示意图;图14、图15、图16、图17和图18为医疗设备间协同控制系统的多种实施例结构示意图;图19为本发明一实施例中医疗工作站的结构示意图;图20为本发明一实施例中医疗检测显示装置与协同消息处理模块的信息之间的关联结构示意图;图21为一实施例中的方法流程示意图。
具体实施方式
针对现有技术中医疗工作站中多种或多个医疗检测显示装置间均独立工作,如果通过外部输入设备对医疗检测显示装置进行控制时存在需要逐一进行操作控制的不便利因素,本发明通过设备互连技术和消息传递机制,可以利用外部输入设备的一次接入,对所有医疗检测显示装置的显示操作区进行控制。
图1提供了一种移动式医疗工作站,其中包括一台监护仪、一台麻醉机、一台PC(信息系统)机。本文中将监护仪、麻醉机、PC(信息系统)机、超声检测仪、CT扫描仪、血压检测仪、血液采集仪、X光机等等具有独立显示器的设备,均统一称之为医疗检测显示装置。通常,图1中提供的三台医疗检测显示装置都需要同时可以工作并需要分别利用外部输入设备(或控制设备)进行独立控制。常规的外部输入设备(即人机交互控制设备)至少包括:鼠标,键盘,barcode,遥控器,具有控制或远程操作的手机,滚轮等等之一。 而信息共享设备至少包括:U盘、硬盘、SD卡等直接存储信息的设备之一,还可以包括:网卡、蓝牙设备等,可以通过网卡、蓝牙设备等从其他设备或者云端数据库获取共享信息,本文的共享信息包括任何一种可以在显示器上进行显示的数据、或者运行后可以在显示器上显示进度的指令集,等等。
三台医疗检测显示装置可以通过有线网络或无线网络,或者通过普通的串口,或其他任意的方式进行相连,形成消息通讯通道。当然,本发明的实施例并不仅限于用于具有三台医疗检测显示装置的医疗工作站,还可以适用于包含两个以上(本文以上包括本数)医疗检测显示装置的医疗工作站。当在多个医疗检测显示装置之间利用本发明公开的技术之后,当鼠标移到监护仪的屏幕时,所有医疗检测显示装置对应的键盘、鼠标等输入的消息都直接在监护仪上面进行显示操作;当鼠标移到麻醉机的时候,键盘等外设输入就只在麻醉机上有效;当鼠标移到PC机的时候,键盘等外设输入就只在PC上有效;等等,可以利用接入多个医疗检测显示装置中的任意一个医疗检测显示装置上的外部输入设备来操作控制多个医疗检测显示装置中的任意一个医疗检测显示装置,例如,利用任意一个医疗检测显示装置上的外部输入设备来在任意一个医疗检测显示装置上输入文本信息、控制光标移动、输入控制指令等等交互操作。这里的多个医疗检测显示装置包括两个以上(本文以上包括本数)医疗检测显示装置。此外,这里的多个医疗检测显示装置可以是来自于不同厂家、不同型号、实现不同检测功能的设备,但不需要对该设备的硬件本身进行改造/改变,即可实现多个医疗检测显示装置间的协同控制,节约了成本,方便用户操作,提高用户的使用体验。
图2提供了一个上述医疗检测显示装置的硬件架构图。针对每个医疗检测显示装置,无论是监护仪、麻醉机、PC信息系统机、X光机等等,其可以包括显示器101及数据处理器102、存储器105、接口模块103。外部输入设备104、信息共享设备107、显示器101分别通过接口模块103连接数据处理器102。数据处理器102连接存储器105,在存储器105上记录位于硬件层之上的软件系统模块,其包括操作系统及与医疗检测显示装置通过接口模块103相连的硬件设 备的设备管理模块,例如,包括与医疗检测显示装置通过接口模块103相连的鼠标、键盘等外部输入设备104和/或信息共享设备107的驱动模块,还包括显示设备的驱动模块。显示器101用于在显示界面上展示可视化信息,而数据处理器102通过接口模块103连接外部输入设备104和/或信息共享设备107,并从外部输入设备104和/或信息共享设备107上获取交互信息和/或共享信息进行分析后传递给显示器101进行显示。此外,接口模块103还可以包括或者连接至通讯模块108,通讯模块108可以采用wifi、GSM、CDMA、3G、局域网等无线或有限网络制式。通讯模块108可以通过接口模块103连接数据处理器102,用于从外部无线网络或者有线网络获取信息,这里的无线网络或有限网络即为本文提到的消息通讯通道。当然医疗检测显示装置还可以直接通过接口模块103中提供的硬件,比如串口、网络接口、USB接口等等来与其他医疗检测显示装置进行连接获得消息通讯通道。
这里的数据处理器102可以为一个或多个处理器或控制器。存储器105也可以为一片存储芯片或一组存储芯片组。此外,对于带有或连接到功能检测设备106的医疗检测显示装置100,则功能检测设备106也同样通过接口模块103连接数据处理器102,从而使数据处理器102从功能检测设备106获得检测数据后进行分析后在显示器101上显示。此处的功能检测设备106可以为X光机中的X光图像获取设备、监护仪中的监测组件、超声监护仪上的超声探头等等。接口模块103可以是一个或多个分开设置的接口,各种外设、共享设备等均通过其连接到数据处理器102,或者分别通过各自的接口将外设、共享设备连接到数据处理器102。
在本发明的实施例中,多个图1所示的医疗检测显示装置可以采用图4a至图4c(图4中虚线框表示的内容可以与实线框表示的内容同时出现,或者不同时出现)中的多种方式来实现多个医疗检测显示装置之间的消息通讯通道。
第一种,如图4a所示,多个图1所示的医疗检测显示装置可以通过有线网络201进行连接,获得消息通讯通道,用以实现消息传递。有线网络可以是通过总线连接的局域网、通过有线网络线连接的局域网。
第二种,如图4b所示,多个图1所示的医疗检测显示装置可以通过无线网络进行连接,获得消息通讯通道,用以实现消息传递。无线网络可以是通过蓝牙、wifi、GSM、CDMA、3G等实现的无线网络。
第三种,如图4c所示,多个图1所示的医疗检测显示装置还可以通过串口、网络接口、USB接口等硬件接口串联形成消息通讯通道,用以实现消息传递。
第四种,在图4a实线表达的架构基础上,增加虚线框中的独立于多个医疗检测显示装置之外的通讯设备200,同样多个图1所示的医疗检测显示装置与通讯设备200之间通过有线网络201连接。
第五种,在图4b实线表达的架构基础上,增加虚线框中的通讯设备200,同样多个图1所示的医疗检测显示装置与通讯设备200之间通过无线网络201连接。
第六种,在图4c实线表达的架构基础上,增加虚线框中的通讯设备200,同样多个图1所示的医疗检测显示装置与通讯设备200之间通过硬件接口串联。通讯设备200可以位于多个医疗检测显示装置100之间,或者位于多个医疗检测显示装置100形成的消息通讯通道首端或者尾端。
基于上述消息通讯通道形成的多种连接方式,图3提供了一种医疗设备间的协同控制方法,可以应用于上述各种连接方式下。为了便于消息传递,在本发明的其中一个实施例中,可以先在上述消息通讯通道中设置中央机,由中央机对消息通讯通道中的消息进行统一的处理和解析,然后再发送给消息通讯通道中的其他设备,例如,中央机可用于执行图3中所展示的方法的解析步骤S200、转换步骤S300、发送步骤S500和搜索步骤S400。当然,当中央机需要从自身设备上连接的外部输入设备或信息共享设备中获取交互信息或共享信息时,则中央机也可以执行接收步骤S101。此中央机可以在多个医疗检测显示装置中选择、或者将上述通讯设备200作为中央机。无论中央机属于谁,都不影响图3提供了一种医疗设备间的协同控制方法的实现。
在消息通讯通道中为了便于消息的传输,可以在存储设备上预先存储位于消息通讯通道上的各个设备对应的传输路径信息,或者记录在启动本发明 的协同操作方法时对位于消息通讯通道上各个设备的传输路径信息的配置结果。基于消息通讯通道形成机制的不同,传输路径信息包含的内容将有所不同。例如,在通过无线或有线网络形成消息通讯通道时、每个医疗检测显示装置和/或通讯设备在网络中对应的网络通讯地址,可以为上述传输路径信息。又例如,在通过硬件接口串联形成的消息通讯通道上,每个医疗检测显示装置和中央机之间的通讯路径信息,可以为上述传输路径信息。每个医疗检测显示装置和中央机之间的通讯路径信息包括从某一个医疗检测显示装置至中央机的通讯路径信息、和从中央机至某一个医疗检测显示装置的通讯路径信息。如图4c所示的通过硬件接口串联形成的消息通讯通道上,假设从左向右第三个医疗检测显示装置100为中央机,那左边第一个医疗检测显示装置100到中央机的通讯路径,是依次从左边第一个医疗检测显示装置100、左边第二个医疗检测显示装置100、再到第三个医疗检测显示装置100,反之亦然。假设通讯设备200为中央机,那么左边第一个医疗检测显示装置100到中央机的通讯路径,是依次从左边第一个医疗检测显示装置100、左边第二个医疗检测显示装置100、再到第三个医疗检测显示装置100、第四个医疗检测显示装置100后到达通讯设备200,反之亦然。可见,在通讯路径上存在多次转发消息或者经过多个医疗检测显示装置,所以,基于图4c所示的硬件系统架构,本文提到的通讯路径信息可以包括以下内容之一:
1、到达目标节点过程中所经过的所有医疗检测显示装置和/或通讯设备的顺序,其中,目标节点是指消息被最终传输至的对象,可以包括:用户通过外部输入设备指定的医疗检测显示装置、或中央机。例如,假设通讯设备200为中央机,那么左边第一个医疗检测显示装置100到中央机的通讯路径信息,可以为从左边第一个医疗检测显示装置100、左边第二个医疗检测显示装置100、第三个医疗检测显示装置100、第四个医疗检测显示装置100、通讯设备200的执行顺序。
2、到达目标节点过程中所经过的所有医疗检测显示装置和/或通讯设备在通讯路径信息中对应的编号。假设,从左向右第三个医疗检测显示装置100 为中央机,从左边开始对第一个医疗检测显示装置100、左边第二个医疗检测显示装置100、第三个医疗检测显示装置100、第四个医疗检测显示装置100依次编号为1、2、3、4,而3表示中央机,那么从中央机到左边第一个医疗检测显示装置100的通讯路径信息可以为“2,1”。
3、目标节点在通讯路径信息中对应的编号。参照第2点的例子,从中央机到左边第一个医疗检测显示装置100的通讯路径信息可以为“1”。
4、到达目标节点过程中所需要的转发次数。参照第1点的例子,从左边第一个医疗检测显示装置100到中央机需要借助邻近的医疗检测显示装置进行多次转发,比如,分别需要通过第二个医疗检测显示装置100、第三个医疗检测显示装置100、第四个医疗检测显示装置100进行一次信息转发,因此其通讯路径信息包括:转发次数为4。
5、目标节点对应的编号和到达目标节点过程中所需要的转发次数。参照第2点的例子,从中央机到左边第一个医疗检测显示装置100的通讯路径信息可以为“1”和转发次数为2。
通过上述通讯路径信息可以判断在消息通讯通道上转发的消息是否是发送给自己的,下文将详细说明。上述提到的医疗检测显示装置和/或通讯设备在通讯路径信息中对应的编号,为计算机用于区分多个医疗检测显示装置和/或通讯设备的区别标记,可以为顺序编号、标记、设备生产标号、在下文中提到的显示安装位置关系图中所对应的坐标位置等等中的任意一种区别标记。
基于上述多种消息通讯通道的形成机制,以下将结合附图详细说明本发明的各个具体实施例。参见图3提供的一种医疗设备间的协同控制方法。
在接收步骤S101中,接收从接入多个医疗检测显示装置中之一的外部输入设备上获取的交互信息。
外部输入设备可以通过连接接口模块103接入多个医疗检测显示装置的其中之一。而与外部输入设备实际相连的医疗检测显示装置从外部输入设备上获取交互信息。本文中的交互信息为用户通过外部输入设备输入的用户指 令,包括鼠标双击、鼠标的移动、文本输入、图形输入等等交互信息,即交互信息可以包括用于控制光标移动的光标移动信息和输入的图符信息、指令信息。
当然,本实施例中外部输入设备可以接入多个医疗检测显示装置中之一,用以控制多个医疗检测显示装置,或者还可以通过多套外部输入设备分别接入多个医疗检测显示装置之后,利用任意一套外部输入设备,亦可用以控制多个医疗检测显示装置中的任意一个装置。
在本发明的其中一个实施例中,在接收步骤S101中还包括,接收从接入多个医疗检测显示装置中之一的信息共享设备上,获取的共享信息。
接收交互信息或共享信息的设备可以是消息通讯通道中的中央机,也可能不是,则对于在消息通讯通道中的身份不同,将会执行不同的处理方式。所以,在本发明的其中一个实施例中,如图21所示,在解析步骤S200之前还包括以下判断步骤S102:
判断接收消息的设备是否为消息通讯通道中的中央机,该中央机为多个医疗检测显示装置中的其中之一或独立于多个医疗检测显示装置之外的通讯设备;若是,则分别对接收的交互信息或共享信息执行解析步骤、转换步骤、搜索步骤和发送步骤;若否,则当接收的消息为交互信息或共享信息时,执行转发步骤S100:向中央机转发接收的交互信息或共享信息;当接收的消息为传输消息时,则执行送达步骤S600:在指定的医疗检测显示装置上输出显示显示消息、或展示消息。
本实施例中的转发交互信息或共享信息的方式,根据多个医疗检测显示装置之间的消息通讯通道形成机制来采用不同的方式。
例如,在图4a或图4b所示的消息通讯通道中,在交互信息或共享信息中,嵌入中央机在网络中的网络通讯地址后发送至网络,用以向中央机转发交互信息或共享信息。
还例如,在图4c所示的消息通讯通道中,在交互信息或共享信息中、嵌入从接入外部输入设备或信息共享设备的医疗检测显示装置到中央机的通讯 路径信息后,向位于消息通讯通道上邻近的医疗检测显示装置进行转发,用以向中央机转发交互信息或共享信息。
上文提到的中央机可以是多个医疗检测显示装置之一,或者通讯设备。
对于如何执行转发,则在本发明的其中一个实施例中,上述转发步骤中还包括:
判断获取交互信息或共享信息的设备自身是否为中央机;若是,则由该设备执行所述解析步骤和转换步骤、搜索步骤、发送步骤;若否,则向消息通讯通道转发获取的所述交互信息或共享信息。向消息通讯通道转发的方式可以是发送到网络中,或者依据该设备到中央机的通讯路径信息发送到目标节点上。
在解析步骤S200中,解析上述交互信息,获取用户指定的医疗检测显示装置。
本实施例中的交互信息中可以至少包括用于控制光标移动的交互信息,本文中称为光标移动信息。此光标移动信息至少包括:光标移动速度、光标移动位移和光标移动方向等中之一。本实施例中光标移动可以通过鼠标、滚轮、键盘等任意一种外部输入设备进行控制,在此不一一列举。
利用光标移动信息,可以简便地确定用户指定的是哪一个医疗检测显示装置。例如,在本发明的其中一个实施例中,如图5所示,上述步骤S200中包括:
步骤S210,识别上述交互信息中的光标移动信息,本步骤中可以通过识别鼠标、滚轮、键盘等任意一种外部输入设备对界面中的光标进行控制时,实施的输入操作来确定光标移动信息;
步骤S220,根据光标移动信息,获取用户从多个医疗检测显示装置中择一指定的医疗检测显示装置。
当然,在本实施例中还可以采用其他方式,例如,通过识别用户手势的移动来确定用户的指定,或者通过识别外部输入设备位于哪个医疗检测显示装置之前来确定用户的指定,等等多种方案,例如设备设置感测鼠标实际位 置的传感器来确定鼠标位于哪个医疗检测显示装置之前,具体的,可以在显示装置上安装传感器,鼠标出现在该显示装置传感器的感测或有效范围内则将鼠标识别为控制该显示装置,诸如此类,在此不一一列举。以下将以利用光标移动信息为例详细说明本发明的各个具体实施例。
例如,在本发明的其中一个实施例中,上述步骤S220中根据预先存储的多个医疗检测显示装置的显示安装位置关系,依据光标移动信息判断光标的运动与所述显示安装位置关系之间的对应关系,从而从所述多个医疗检测显示装置中确定用户选择的所述指定的医疗检测显示装置。
这里提到的多个医疗检测显示装置的显示安装位置关系,即多个医疗检测显示装置中显示器的空间放置位置关系。以图1所示的医疗工作站为例,该工作站具有三个显示器,至少可以存在图6所示的三种排列方式。为了便于机器识别和参考,对于显示安装位置关系可以采用坐标图的方式来进行保存。而光标移动信息包括光标的移动速度、光标的移动方向、光标的移动位移、光标的移动范围等等信息,基于光标移动信息获得的光标的运动,指的是运动的结果或者运动过程,例如,光标沿哪个方向的移动、光标移动后的最终位置等等。
光标的运动包括光标的移动速度、移动方向、移动位移、移动范围等等信息。利用显示安装位置关系可以结合外部输入设备对光标运动的控制采用多种方式进行医疗检测显示装置的指定确认。
例如,如图7所示,在本发明的其中一个实施例中,上述步骤S220包括:
首先,根据多个医疗检测显示装置的显示安装位置关系,依据接入的外部输入设备的操作属性形成与显示安装位置关系一一对应的虚拟操作坐标图12,每个医疗检测显示装置对应一个坐标区域11。这里提到的外部输入设备的操作属性包括:鼠标移动对应于显示器的实际坐标测算范围、数位板的数据测算范围、滚轮对应的实际坐标测算范围等等,即外部输入设备的操作属性是指各种外部输入设备根据其自身特性而对应的用于定位光标的实际坐标测算范围。
然后,根据光标移动信息,查找光标的运动结果在虚拟操作坐标图12上的坐标区域11,根据查找到的坐标区域从多个医疗检测显示装置中选择与该坐标区域11对应的医疗检测显示装置作为指定的医疗检测显示装置。
本实施例中利用鼠标等外部输入设备控制光标的位置来判断用户指定的不同屏幕。本实施例中的光标的运动结果包括:光标从移动前到移动后的运动范围、光标移动后的最终位置等等。
还例如,如图8和图9所示,在本发明的其中一个实施例中,上述步骤S220包括:
步骤S201:按照多个医疗检测显示装置的显示安装位置关系,形成与显示安装位置关系一一对应的虚拟位置坐标图13,每个医疗检测显示装置在虚拟位置坐标图13设定一个运动位置区域14。例如,在100*100坐标区域的范围内按照显示安装位置关系,为每个医疗检测显示装置划分一个运动位置范围,针对不同的医疗检测显示装置的运动位置范围可以是相同的,也可是不同的。
步骤S202,根据光标移动信息,判断光标移动位移是否超过运动位置区域。比如,判断如图9中鼠标沿长黑色箭头的移动后,光标移动位移是否超过光标移动前显示所在的医疗检测显示装置在虚拟位置坐标图13上对应的运动位置区域,若每个医疗检测显示装置对应的运动位置区域14都相同时,可以判断光标移动位移是否超过单个运动位置区域,因此步骤S202中的运动位置区域是指光标移动前显示所在的医疗检测显示装置在虚拟位置坐标图13上对应的运动位置区域。本实施例中超过运动位置区域可以是光标移动的方向上超过了运动位置区域所在的坐标范围,运动位置区域所在的坐标范围可以为通过限定长宽值形成的长方形区域,或者通过限定直径或半径形成的圆形区域,等等,在此不一一列举。同样本实施例中光标移动前显示所在的医疗检测显示装置是指,通过外部输入设备控制光标移动前,可控光标显示所在的显示界面对应的医疗检测显示装置。
若光标移动位移超过前述运动位置区域,则可以参照虚拟位置坐标图13 沿光标移动方向(如图9中的短黑色箭头),选择光标移动位移所跨到的运动位置范围对应的医疗检测显示装置作为所述指定的医疗检测显示装置。比如,图9中若运动位置范围阈值为沿黑色箭头方向10mm,那么当鼠标沿黑色箭头移动15mm时则在虚拟位置坐标图13沿光标移动方向从显示器2对应的运动位置范围跨越到了显示器3对应的另一个运动位置范围内,则将另一个运动位置范围对应的医疗检测显示装置作为用户指定的医疗检测显示装置。当然还可以,参照虚拟位置坐标图13沿光标移动方向(如图9中的短黑色箭头),选择位置与光标移动前显示所在的医疗检测显示装置邻近的医疗检测显示装置作为所述指定的医疗检测显示装置。比如,光标被控移动前所在的医疗检测显示装置的显示器为2号,图9中鼠标沿黑色箭头的方向移动,那么在虚拟位置坐标图13沿光标移动方向与显示器2邻近的,为显示器3,即医疗检测显示装置3。光标的显示将从显示器2上跳转到显示器3上。
若光标移动位移未超过前述运动位置区域,则将光标移动前显示所在的医疗检测显示装置作为所述指定的医疗检测显示装置。
当然,如果不采用上述坐标图的选择方式,还可以采用下述方式来实现,例如,在本发明的其中一些实施例中,上述步骤S220还可以为以下步骤:
首先,判断光标移动速度和/或光标移动位移是否超过预定阈值,
然后,当光标移动速度和/或光标移动位移超过预定阈值时,沿着光标移动方向选择安装位置与光标移动前显示所在的医疗检测显示装置邻近的医疗检测显示装置作为用户指定的医疗检测显示装置。当所述光标移动速度和/或光标移动位移未超过预定阈值时,将光标移动前显示所在的医疗检测显示装置作为所述指定的医疗检测显示装置。本实施例的方式更为简单,方便操作和计算机识别。
或者上述步骤S220还可以为以下步骤:
首先,判断光标是否受控移动到当前显示界面的边界,
若是,则继续判断光标移动信息是否依然指示光标沿越过该边界的方向移动,若否,则将光标移动前显示所在的医疗检测显示装置作为所述指定的 医疗检测显示装置。
当光标受控移动到当前显示界面的边界、且光标移动信息依然指示光标沿越过该边界的方向移动时,沿着所述光标移动方向选择安装位置与光标移动前所在的医疗检测显示装置邻近的医疗检测显示装置作为所述指定的医疗检测显示装置;反之,停止,等待下一次光标移动信息的获取。
如果首次开启整个医疗工作站,则上述光标移动前显示所在的医疗检测显示装置可以是与外部输入设备相连的医疗检测显示装置,或者是前一次关机前光标显示所在的医疗检测显示装置等等。
上述实施例中提供了几种利用鼠标等外部输入设备控制光标的位置来判断用户指定的不同显示屏幕,但本发明的实施例中并不限于上述几种方式。
在转换步骤S300中,将交互信息转换为与指定的医疗检测显示装置对应的显示要求相匹配的显示消息。此步骤中,根据各个医疗检测显示装置的显示分辨率、横屏或竖屏、显示内容、显示制式等显示要求,将交互信息进行转换获得与各个医疗检测显示装置的显示要求相匹配的显示消息,转换的方式可采用分辨率调整、显示制式调节等常用方式。当然,为了便于查找,可以在存储设备上预先存储各个医疗检测显示装置对应的显示要求。
此外,在本发明的其中一些实施例中,转换步骤S300还包括:接收前述共享信息,将所述共享信息转换为与所述指定的医疗检测显示装置对应的显示要求相匹配的展示消息。
在搜索步骤S400中,获取指定的医疗检测显示装置在消息通讯通道中的传输路径信息。有关传输路径信息的解释参见前文相关说明。
为便于搜索和查找,可以在存储设备上存储各个医疗检测显示装置对应的传输路径信息。
为了便于存储和调用,还可以通过数据列表的形式来保持,例如,建立各个医疗检测显示装置对应的标识与相关传输路径信息的一一对应关系表并保存。各个医疗检测显示装置对应的标识与相关传输路径信息包括每个医疗检测显示装置对应的网络通讯地址。这里的标识为计算机用于区分多个医疗 检测显示装置的区别标记,可以是编号、标记、设备生产标号等等中的任意一种区别标记,或者还可以直接是网络通信地址、通讯路径信息等。当然,在存储时还可以包括通讯设备及其相关传输路径信息的对应关系,包括通讯设备到任意一个医疗检测显示装置之间的通讯路径信息。
在发送步骤S500中,将携带有显示消息和传输路径信息的传输消息,通过消息通讯通道传输至指定的医疗检测显示装置上,用以在所述指定的医疗检测显示装置上输出显示所述显示消息。
此外,在本发明的其中一些实施例中,发送步骤S500还包括:将携带有展示消息和传输路径信息的传输消息,通过消息通讯通道传输至指定的医疗检测显示装置上,用以在所述指定的医疗检测显示装置上输出显示所述展示消息。
上述涉及消息的封装发送技术,可以参见现有技术中有关消息格式使用方式,比如,可以将传输路径信息封装在发送消息的首部或者尾部。
通过消息通讯通道传输至指定的医疗检测显示装置上的步骤包括:
基于图4a至图4b中所示的实施例,将传输消息发送至消息通讯通道上,用以实现传输至指定的医疗检测显示装置上;或者,
基于图4c中所示的实施例,将传输消息发送至在消息通讯通道上与自身相邻的医疗检测显示装置(本文中的相邻是指与自身直接相连)上,通过转发实现传输至指定的医疗检测显示装置上。
在送达步骤S600中,针对接收的在发送步骤S500中形成的传输消息,在指定的医疗检测显示装置上输出显示上述显示消息。
此外,在本发明的其中一些实施例中,发送步骤S600还包括:针对接收的在发送步骤S500中形成的传输消息,在指定的医疗检测显示装置上输出显示上述展示消息。
如果指定的医疗检测显示装置与光标移动前显示所在的医疗检测显示装置是同一个,那么不存在显示器的切换。如果指定的医疗检测显示装置与光 标移动前显示所在的医疗检测显示装置不是同一个,那么则要通过消息通讯通道将显示消息或展示消息传递到指定的医疗检测显示装置用以显示。
图3中提供的方法中,解析步骤S200、转换步骤S300、搜索步骤S400和发送步骤S500,可以由一个独立的设备来执行,比如前文提到的多个医疗检测显示装置中之一,或者一个独立于多个医疗检测显示装置之外的通讯设备。那么在对交互信息或共享信息进行处理时,在整个消息通讯通道中统一由这个设备来完成相应的消息处理,然后再分发给相应的医疗检测显示装置进行输出显示。本文中将这个设备称之为中央机,以体现其在消息通讯通道中实现消息传递的地位。因此,中央机在执行上述发送步骤S500时,根据所述指定的医疗检测显示装置对应的传输路径信息,将所述显示消息和/或展示消息传输至所述指定的医疗检测显示装置上。例如,将携带有指定的医疗检测显示装置对应的网络通讯地址的传输消息发送到有线网络或无线网络上,供其他医疗检测显示装置接收,用以将所述显示消息和/或展示消息传输至所述指定的医疗检测显示装置上。或者还可以是,根据指定的医疗检测显示装置对应的通讯路径信息,将传输消息依次通过邻近的医疗检测显示装置或通讯设备转发至相应的目标节点。
在本发明的其中一个实施例中,上述设置消息通讯通道中的中央机的步骤还包括以下方式来实现上述各个步骤的启动执行时机。
例如,基于图4a至图4c中实线框部分的应用场景,当中央机为多个医疗检测显示装置中的其中之一时,中央机分配消息通讯通道中的其他医疗检测显示装置对应的传输路径信息,并存储传输路径信息与医疗检测显示装置的对应关系,传输携带有中央机对应的传输路径信息的消息至其他医疗检测显示装置,其他医疗检测显示装置分别接收来自中央机的消息、并启动执行上述转发步骤和送达步骤。
又例如,基于图4a至图4c中实线框加虚线框部分的应用场景,当中央机为通讯设备时,中央机分配消息通讯通道中的多个医疗检测显示装置对应的传输路径信息,并存储传输路径信息与多个医疗检测显示装置的对应关系, 传输携带有中央机对应的传输路径信息的消息至多个医疗检测显示装置,多个医疗检测显示装置分别接收来自中央机的消息、并启动执行上述转发步骤和送达步骤。
基于图4a至图4c中实线框部分的应用场景,在本发明的其中一个实施例中,在上述步骤S100之前,通过以下方式来将多个医疗检测显示装置中的其中之一设置为中央机。
例如,首先,与外部输入相连的医疗检测显示装置,接收来自于外部输入的协同控制运行指令,协同控制运行指令可来自于外部网络、来自于接入多个医疗检测显示装置中之一的外部输入设备、或者来自于接入多个医疗检测显示装置中之一的信息共享设备;
然后,该医疗检测显示装置执行协同控制运行指令,并将自身(即接收协同控制运行指令的医疗检测显示装置)设置为中央机,并向其他医疗检测显示装置发送携带有用于建立网络中收发消息机制的消息机制建立命令;
其次,其他医疗检测显示装置分别接收消息机制建立命令,执行后向中央机反馈回复消息,完成建立与中央机的通讯。
还例如,当外部输入设备或信息共享设备接入多个医疗检测显示装置中的之一时,将与外部输入设备或信息共享设备相连的医疗检测显示装置设置为中央机。或者,还可以是,预先指定多个医疗检测显示装置中的其中之一为中央机。比如,在本发明的其中一个实施例中,当外部输入设备接入到多个医疗检测显示装置中之一时,输出显示提示框,用以提示用户选择是否启动协同操作模式、和/或选择所述中央机。这里的协同操作模式,即是指执行图3所示的方法而在多个医疗检测显示装置之间获得的工作模式。
此外,基于图4a至图4c中实线框部分的应用场景,中央机为多个医疗检测显示装置中的其中之一,在本发明的其中一个实施例中,上述转发步骤之前还包括:
判断交互信息或共享信息是否来源于中央机上接入的外部输入设备;若是,则交互信息或共享信息由中央机从外部输入设备或信息共享设备上获取, 并在自身所在的医疗检测显示装置上进行输出显示;若否,则执行转发步骤S100,交互信息或共享信息从除中央机之外的其他医疗检测显示装置中的其中之一获取,并转发给中央机。本实施例中,可以避免消息的错发,出现通讯障碍、延长消息处理时间。
针对消息通讯通道形成的机制不同,那么上述接收步骤以及上述送达步骤中涉及的接收交互信息、接收共享信息、或接收传输消息的步骤中,在本发明的其中一个实施例中,可以采用以下方式来实现:
基于图4a和图4b的应用场景,当前接收交互信息、共享信息或传输消息的设备(包括各个医疗检测显示装置和通讯设备中之一),判断从网络中接收的消息中携带的通讯地址是否与自身在网络中的网络通讯地址相一致,若是则表征自身为指定的医疗检测显示装置,接收消息,输出显示显示信息或展示消息,或者表征自身为中央机,接收消息用以解析交互信息或共享信息,反之,丢弃接收到的消息。或者,
基于图4c的应用场景,当前接收交互信息、共享信息、或传输消息的设备,判断接收的消息中携带的通讯路径信息是否表征自身为目标节点,若是则表征自身为指定的医疗检测显示装置,接收消息,输出显示显示信息或展示消息,或者表征自身为中央机,接收消息用以解析交互信息或共享信息,反之,向位于消息通讯通道上邻近的医疗检测显示装置或通讯设备转发接收到的消息,该消息包括交互信息、共享信息、或传输消息,其中,目标节点包括:指定的医疗检测显示装置、或中央机。
在本发明的其中一个实施例中,基于图4c的应用场景,上述步骤中判断接收的消息中携带的通讯路径信息是否表征自身为目标节点的步骤可以包括以下方式之一:
判断通讯路径信息中包含的到达目标节点过程中所需要的转发次数是否为零,当转发次数为零时,表征自身为目标节点,反之,自身为非目标节点,将转发次数减一后嵌入到向邻近的医疗检测显示装置或通讯设备转发的消息中;和
判断通讯路径信息中包含目标节点对应的编号是否为自身对应的编号,若是则表征自身为目标节点,反之,自身为非目标节点。
上述两者结合的方式还可以是同时执行上述两个判断,当判断结果均为是时,则表征自身为目标节点,反之,自身为非目标节点。从而保证信息接收的可靠性,避免出现信息处理错误。
为了增加用户的体验效果,方便用户对相关设置方式进行自由设定和修改,如图10所示,在本发明的其中一个实施例中,图3所示的方法还可以,在多个医疗检测显示装置中之一显示多个医疗检测显示装置的显示安装位置关系、和/或每个医疗检测显示装置对应的显示要求,通过外部输入设备获取用户的配置指令,根据配置指令调整显示安装位置关系、和/或每个医疗检测显示装置对应的显示要求。
图3所示的实施例中,无论外部输入设备(或控制设备)连接在任意一台医疗检测显示装置上,都可以无缝的直接操作图1所示的三台功能检测设备,中间不需要提供其他的硬件切换装置。当然,本发明的实施方式并不一定仅限于用于具有三台医疗检测显示设备的医疗工作站,还可以应用于具有多个医疗检测显示设备的医疗工作站。
可见,图3所示的方法中提供了一种新的有关外部输入设备和信息共享设备的消息传递机制,通过此消息传递机制将相互连接的多个医疗检测显示装置的控制输入接口统一,通过一套外部输入设备和信息共享设备可实现对任意一个医疗检测显示装置的界面交互以及信息显示。
附图3中的各个流程图,应该理解的是,附图中的各个步骤按照箭头的指示依次显示,但是这些步骤并不是必然按照箭头指示的顺序依次执行。除非本文中有明确的说明,这些步骤的执行并没有严格的顺序限制,其可以以其他的顺序执行。而且,附图中的至少一部分步骤可以包括多个子步骤或者多个阶段,这些子步骤或者阶段并不必然是在同一时刻执行完成。
此外,在上述针对图3所示的方法描述中,还对图3所示的实施例进行了变形、扩展、延伸,获得了多个实施例,这些实施例公开的技术特征可以 相互组合,而其组合后的技术方案,均在本发明说明书所公开的范围内。
基于图3所示的系统控制方法,在本发明的其中一个实施例中还提供了了一种通讯设备,该通讯设备接入多个医疗检测显示装置形成的消息通讯通道的方式参见图4a至图4c所示的相关结构及其说明。如图11a所示,此通讯设备200可用于执行图3所示方法中的解析步骤S200、转换步骤S300、发送步骤S500和搜索步骤S400,还可以执行接收步骤S101。图11a中多个医疗检测显示装置100与通讯设备200的连接线31可以是无线网络连接、有线网络连接、或者硬件接口连接线等。此通讯设备200独立于多个医疗检测显示装置100之外,当接入此通讯设备时,可以启动多个医疗检测显示装置之间的协同操作模式。该通讯设备可以通过无线方式、有线方式接入多个医疗检测显示装置连接形成的网络(如图11b),或者通过硬件接口接入多个医疗检测显示装置中的任意一个(如图11c)。
因此,在本发明的其中一个实施例中还提供了一种通讯设备,此通讯设备可以是手机、IPAD等任意一种电子产品。其可以用于接入多个医疗检测显示装置形成的消息通讯通道中。如图11b和图11c所示,本实施例中的通讯设备200可以包括存储模块231、通讯模块233、处理模块232,
存储模块231用于预先存储多个医疗检测显示装置对应的标识、与多个医疗检测显示装置在消息通讯通道中的传输路径信息及对应的显示要求之间的对应关系。每个医疗检测显示装置对应的标识,为计算机用于区分多个医疗检测显示装置的区别标记,可以是编号、标记、设备生产标号、坐标图中相应坐标区域等等中的任意一种区别标记,或者还可以直接是网络通信地址、通讯路径信息等。传输路径信息包括:在通过网络形成消息通讯通道时、每个医疗检测显示装置和通讯设备在网络中对应的网络通讯地址,或者在通过硬件接口串联形成消息通讯通道时、每个医疗检测显示装置和通讯设备之间的通讯路径信息。有关传输路径信息及对应的显示要求的具体解释,可参见前文相关说明。
通讯模块233用于接收来自外部的从接入多个医疗检测显示装置中之一 的外部输入设备上获取的交互信息。这里的通讯模块233可以是与医疗检测显示装置的接口模块相适配的硬件接口,可以如图11c所示通过该通讯模块233利用硬件接口与医疗检测显示装置直接连接,或者通讯模块233可以是无线wifi接口芯片、3G网络接口芯片、4G网络接口芯片等等。当医疗检测显示装置通过消息通讯通道转发交互信息时,则通讯设备200通过通讯模块233接收该交互信息。
处理模块232用于解析交互信息,获取用户指定的医疗检测显示装置对应的标识,根据标识对应的显示要求,将交互信息转换为匹配于指定的医疗检测显示装置的显示消息。处理模块232用于执行上述解析步骤S200和转换步骤S300,具体实现方式可参见前文相关说明。
通讯模块233还用于根据标识,获取指定的医疗检测显示装置在消息通讯通道中的传输路径信息,将携带有显示消息和传输路径信息的传输消息,通过消息通讯通道传输至指定的医疗检测显示装置上。通过消息通讯通道传输至指定的医疗检测显示装置上的过程,包括基于图11b将传输消息发送到网络中,或者基于图11c将传输消息依次通过邻近的医疗检测显示装置传递至指定的医疗检测显示装置。例如,基于图11c所示的实施例,通讯设备200欲将传输消息发送至左边起第一个医疗检测显示装置时,则需要左边起第二医疗检测显示装置进行中转,于是发送路径依次为,传输消息从通讯设备200发出,依次经过左边起第二个医疗检测显示装置后到达左边起第一个医疗检测显示装置。通讯模块233用来执行图3所示方法中的接收步骤S101、搜索步骤S400、和发送步骤S500,因此,其具体实现方式可参见前文中有关接收步骤S101、搜索步骤S400、和发送步骤S500的相关说明。
更进一步地,在本发明的其中一个实施例中,通讯模块233还用于接收来自外部的从接入多个医疗检测显示装置中之一的信息共享设备上获取的共享信息;处理模块232还用于将共享信息转换为与指定的医疗检测显示装置对应的显示要求相匹配的展示消息;通讯模块233还用于将携带有展示消息和传输路径信息的传输消息通过消息通讯通道传输至指定的医疗检测显示装 置上。
通讯设备200在接收来自消息通讯通道的交互信息或共享信息时,基于图11b所示的实施例,通讯模块233还通过判断从网络中接收的消息中携带的通讯地址是否与自身在网络中的网络通讯地址相一致,若是则接收消息,反之则丢弃接收的消息,来实习对交互信息的接收。或者,基于图11c所示的实施例,通讯模块233还通过判断接收的消息中携带的通讯路径信息是否表征自身为目标节点,若是则接收消息,反之则将接收到的消息向邻近的医疗检测显示装置进行转发,来实习对交互信息的接收。
此外,通讯模块233还用于通过以下方式之一来判断接收的消息中携带的通讯路径信息是否表征自身为目标节点:
判断通讯路径信息中包含的到达目标节点过程中所需要的转发次数是否为零,当转发次数为零时,表征自身为目标节点,反之,自身为非目标节点,将转发次数减一后嵌入到消息中向邻近的医疗检测显示装置进行转发;和,
判断通讯路径信息中包含目标节点对应的编号是否为自身对应的编号,若是则表征自身为目标节点。
在本发明的其中一个实施例中,处理模块232通过以下方式来实现解析交互信息、获取用户指定的医疗检测显示装置对应的标识:首先,识别交互信息中的光标移动信息;然后,根据光标移动信息,获取用户从多个医疗检测显示装置中择一指定的医疗检测显示装置,并输出指定的医疗检测显示装置对应的标识。本实施例中具体可参见前文中有关解析步骤S200的相关说明,在此不再累述。
在本发明的其中一个实施例中,当通讯设备200接入多个医疗检测显示装置100形成的消息通讯通道中时,处理模块232生成用以提示用户选择是否启动协同操作模式的提示消息,通讯模块将提示消息传输至多个医疗检测显示装置中之一用于输出显示。或者,
通讯设备200还包括显示模块,该显示模块可以为触摸显示屏、3D显示设备、2D显示器等各种类型的显示设备。处理模块232生成用以提示用户选 择是否启动协同操作模式的提示消息,并输出至自身所带的显示模块上输出显示。
基于上述实施例可以看出,在实现本发明提供的医疗检测设备间的协同操作模式时,可能需要附件新的硬件设备,或者还可以不用增加新的硬件设备,而通过软件结合硬件的方式来实现,从而可以降低实现医疗检测设备间的协同控制的改进成本、而不需要对多个医疗检测显示装置本身进行硬件上的改进,便于在多个公司提供的医疗检测设备、多种型号的医疗检测设备间实现协同控制。
基于图3所示的方法,为了简便实现上述消息传递机制,降低改进成本,在多个的医疗检测显示装置100上实现利用上述技术获得的医疗设备间协同控制系统。在本发明的其中一个实施例中,医疗设备间协同控制系统包括:多个消息收发模块202和协同消息处理模块203。协同消息处理模块203用于执行上述图3所示方法中的解析步骤S200和转换步骤S300。
消息收发模块202可以用于配置实现上述图3所示方法中的转发步骤S100、接收步骤S101、搜索步骤S400和发送步骤S500、送达步骤S600中的各个功能,具体可采用以下几种方式:
1、每个消息收发模块202均配置为可执行上述图3所示方法中的转发步骤S100、接收步骤S101、搜索步骤S400和发送步骤S500、送达步骤S600。
2、在与协同消息处理模块203相连的消息收发模块202配置为可执行上述图3所示方法中的转发步骤S100、接收步骤S101、搜索步骤S400和发送步骤S500、送达步骤S600的功能,而在与协同消息处理模块203非相连的消息收发模块202配置为可执行上述图3所示方法中的转发步骤S100和送达步骤S600。
3、在与协同消息处理模块203相连的消息收发模块202配置为可执行上述图3所示方法中的接收步骤S101、搜索步骤S400和发送步骤S500的功能,而在与协同消息处理模块203非相连的消息收发模块202配置为可执行上述图3所示方法中的转发步骤S100和送达步骤S600。
除上述三种配置方式之外,还可以根据多个消息收发模块202和协同消息处理模块203之间的连接关系具体配置相应的功能。基于上述多个消息收发模块202和协同消息处理模块203的各种配置情况,用于多个医疗检测显示装置之间实现医疗设备间的协同控制时获得协同操作模式时,在本发明的其中一个实施例中,医疗设备间协同控制系统包括:
多个消息收发模块202,多个消息收发模块之间具有消息通讯通道;和与所述多个消息收发模块中之一连接的协同消息处理模块203。
与多个医疗检测显示装置100分别对应设置的消息收发模块202,从接入医疗检测显示装置的外部输入设备上获取交互信息,及向协同消息处理模块203转发所述交互信息;
协同消息处理模块203从与之相连的消息收发模块202上接收交互信息,解析交互信息获得用户指定的医疗检测显示装置对应的标识,并根据标识对应的显示要求、将交互信息转换为匹配于指定的医疗检测显示装置的显示消息M2;
与协同消息处理模块203相连的消息收发模块202,基于标识获取指定的医疗检测显示装置在消息通讯通道中的传输路径信息,将携带有显示消息和传输路径信息的传输消息,通过消息通讯通道传输至与指定的医疗检测显示装置对应设置的消息收发模块202上,由此消息收发模块202接收传输消息M4并在指定的医疗检测显示装置上输出显示显示消息。
此外,在本发明的其中一个实施例中,每个消息收发模块202还用于向协同消息处理模块203转发与自身对应设置的医疗检测显示装置100从接入的信息共享设备上获取的共享信息;协同消息处理模块203还用于从与之相连的消息收发模块202上接收共享信息,将共享信息转换为匹配于指定的医疗检测显示装置的展示消息;
与协同消息处理模块203相连的消息收发模块202,将携带有展示消息M6和传输路径信息的传输消息通过消息通讯通道传输至与指定的医疗检测显示装置对应设置的消息收发模块202上,由此消息收发模块202接收传输 消息并在指定的医疗检测显示装置上输出显示展示消息M6。
本实施例中提到的传输路径信息包括:每个医疗检测显示装置对应的消息收发模块在网络中对应的网络通讯地址,或者每个医疗检测显示装置对应的消息收发模块和与协同消息处理模块相连的消息收发模块之间的通讯路径信息。消息收发模块在消息通讯通道中对应的网络通讯地址和通讯路径信息,可以理解为,与消息收发模块对应设置的医疗检测显示装置。
根据多个消息收发模块202和协同消息处理模块203、分别与多个医疗检测显示装置之间的连接和消息通讯通道的架构方式的不同,会出现不同的具体实现方式,以下将结合附图详细说明各个实施例中的连接关系及信号处理流程。
在图12a所示的实施例中,在每个医疗检测显示装置100上设置一个消息收发模块202,而协同消息处理模块203至少设置在多个医疗检测显示装置中之一。当然协同消息处理模块203也可以有多个,但是在同一段时间内,可以启动一个协同消息处理模块203,用于进行消息通讯通道中的消息统一处理和解析,即执行上述中央机的功能。假设如图12a所示,协同消息处理模块203设置在医疗检测显示装置1上,医疗检测显示装置1至3分别设置有一个消息收发模块202,医疗检测显示装置1至3分别对应有显示器1至3。多个医疗检测显示装置之间形成消息通讯通道,消息通讯通道的形成可参见前文相关说明。
图12b提供了图12a所示实施例中基于网络化的消息通讯通道的信号流程示意,具体流程如下所示。
1、医疗检测显示装置2上的消息收发模块202,向协同消息处理模块203转发与自身对应设置的医疗检测显示装置100从接入的外部输入设备上获取的交互信息M1。
2、医疗检测显示装置1上的协同消息处理模块203从与之相连的消息收发模块202上接收交互信息M1,解析交互信息M1获得用户指定的医疗检测显示装置对应的标识,并根据标识对应的显示要求、将交互信息M1转换为 匹配于指定的医疗检测显示装置的显示消息M2。本实施例中假设指定的医疗检测显示装置对应的是医疗检测显示装置3。
3、医疗检测显示装置1上与协同消息处理模块203相连的消息收发模块202,基于标识获取指定的医疗检测显示装置在消息通讯通道中的传输路径信息,即医疗检测显示装置3对应的传输路径信息,将携带有显示消息M2和传输路径信息M3的传输消息M4通过消息通讯通道传输至与医疗检测显示装置3对应设置的消息收发模块202上。在本实施例中通过将传输消息M4发送到网络上来实现将传输消息M4转发到医疗检测显示装置3对应设置的消息收发模块202上。
4、医疗检测显示装置3对应设置的消息收发模块202接收传输消息M4并在医疗检测显示装置3对应的显示器3上输出显示显示消息M2。
5、医疗检测显示装置2上的消息收发模块202,向协同消息处理模块203转发与自身对应设置的医疗检测显示装置100从接入的信息共享设备上获取的共享信息M5。
6、医疗检测显示装置1上的协同消息处理模块203还从与之相连的消息收发模块202上接收共享信息M5,将共享信息M5转换为匹配于指定的医疗检测显示装置的展示消息M6。
7、医疗检测显示装置1上与协同消息处理模块203相连的消息收发模块202,将携带有展示消息M6和传输路径信息M3的传输消息M7通过消息通讯通道传输至与医疗检测显示装置3对应设置的消息收发模块202上。
8、医疗检测显示装置3对应设置的消息收发模块202接收传输消息M7并在医疗检测显示装置3对应的显示器3上输出显示展示消息M6。
本实施例中的传输路径信息M3可以为与协同消息处理模块203相连的消息收发模块202在消息通讯通道中的网络通讯地址,即医疗检测显示装置3对应的网络通讯地址。在本发明的其中一个实施例中,与多个医疗检测显示装置100分别对应设置的消息收发模块202在所述交互信息或共享信息中,嵌入与协同消息处理模块相连的消息收发模块在网络中的网络通讯地址后, 并发送至网络,用以向协同消息处理模块203转发交互信息或共享信息。
图12c提供了图12a所示实施例中基于非网络化的消息通讯通道的信号流程示意。即多个医疗检测显示装置100通过硬件接口串联在一起,具体流程如下所示。为了简化流程说明,将简化说明各个步骤中各种消息的形成过程,具体信息可参见前文所述,从而凸显消息转发过程,下文同。
1、医疗检测显示装置2上的消息收发模块202,向协同消息处理模块203转发与自身对应设置的医疗检测显示装置100从接入的外部输入设备上获取的交互信息M1。转发的方式即直接向邻近的医疗检测显示装置1进行转发,并由医疗检测显示装置1上的消息收发模块202接收。
2、医疗检测显示装置1上的协同消息处理模块203从与之相连的消息收发模块202上接收交互信息M1,将交互信息M1转换为显示消息M2。本实施例中假设指定的医疗检测显示装置对应的是医疗检测显示装置3。
3、医疗检测显示装置1上与协同消息处理模块203相连的消息收发模块202,基于标识获取指定的医疗检测显示装置在消息通讯通道中的传输路径信息,即医疗检测显示装置3对应的传输路径信息,将携带有显示消息M2和传输路径信息M3的传输消息M4,转发到位于消息通讯通道上邻近的医疗检测显示装置2上设置的消息收发模块202上,然后通过医疗检测显示装置2上设置的消息收发模块202再转发到医疗检测显示装置3对应设置的消息收发模块202上。
4、医疗检测显示装置3对应设置的消息收发模块202接收传输消息M4并在医疗检测显示装置3对应的显示器3上输出显示显示消息M2。
5、医疗检测显示装置2上的消息收发模块202,向协同消息处理模块203转发与自身对应设置的医疗检测显示装置100从接入的信息共享设备上获取的共享信息M5。
6、医疗检测显示装置1上的协同消息处理模块203还从与之相连的消息收发模块202上接收共享信息M5,将共享信息M5转换为展示消息M6。
7、医疗检测显示装置1上与协同消息处理模块203相连的消息收发模块 202,将携带有展示消息M6和传输路径信息M3的传输消息M7,转发到位于消息通讯通道上邻近的医疗检测显示装置2上设置的消息收发模块202上,然后通过医疗检测显示装置2上设置的消息收发模块202再转发到消息收发模块202上。
8、医疗检测显示装置3对应设置的消息收发模块202接收传输消息M7并在医疗检测显示装置3对应的显示器3上输出显示展示消息M6。
本实施例中的传输路径信息M3可以为与协同消息处理模块203相连的消息收发模块202在消息通讯通道中的通讯路径信息,即医疗检测显示装置1到医疗检测显示装置3对应的网络通讯地址。在本发明的其中一个实施例中,与多个医疗检测显示装置100分别对应设置的消息收发模块202,在交互信息或共享信息中嵌入通讯路径信息,并向位于消息通讯通道上邻近的消息收发模块进行转发,用以向协同消息处理模块转发交互信息或共享信息。其中,该通讯路径信息为该消息收发模块到上述与所述协同消息处理模块相连的消息收发模块之间的通讯路径信息。
图13a提供了另一个连接系统架构下的实施例。在本实施例中,在每个医疗检测显示装置100上设置一个消息收发模块202,而协同消息处理模块203及与之相连的消息收发模块设置在独立于多个医疗检测显示装置之外的通讯设备210上,通讯设备210与多个医疗检测显示装置连接形成网络接入消息通讯通道、或者通讯设备210与多个医疗检测显示装置中之一通过硬件接口连接用以接入消息通讯通道。本实施例的通讯设备210可以为上述实施例中提到的通讯设备200。而在通讯设备210上的消息收发模块202配置为可执行上述图3所示方法中的接收步骤S101、搜索步骤S400和发送步骤S500的功能,而协同消息处理模块203用于执行上述图3所示方法中的解析步骤S200和转换步骤S300。
图13b提供了图13a所示实施例中基于网络化的消息通讯通道的信号流程示意。与图12b不同的在于,将图12b中的医疗检测显示装置1替换为了通讯设备210,在此不再重复详细说明图13b所示的流程,可参见前文的相 关说明。
图13c提供了图13a所示实施例中基于非网络化的消息通讯通道的信号流程示意。即多个医疗检测显示装置100通过硬件接口串联在一起,具体流程如下所示。
1、医疗检测显示装置2上的消息收发模块202,向协同消息处理模块203转发与自身对应设置的医疗检测显示装置100从接入的外部输入设备上获取的交互信息M1。转发的方式是:向邻近的医疗检测显示装置1进行转发,并由医疗检测显示装置1上的消息收发模块202向通讯设备210上的消息收发模块202转发。
2、通讯设备210上的协同消息处理模块203从与之相连的消息收发模块202上接收交互信息M1,将交互信息M1转换为显示消息M2。本实施例中假设指定的医疗检测显示装置对应的是医疗检测显示装置3。
3、通讯设备210上与协同消息处理模块203相连的消息收发模块202,基于标识获取医疗检测显示装置3对应的传输路径信息M3,将携带有显示消息M2和传输路径信息M3的传输消息M4,转发到位于消息通讯通道上邻近的医疗检测显示装置1上设置的消息收发模块202上,然后依次通过医疗检测显示装置1上设置的消息收发模块202和医疗检测显示装置2上设置的消息收发模块202进行转发至医疗检测显示装置3对应设置的消息收发模块202上。
4、医疗检测显示装置3对应设置的消息收发模块202接收传输消息M4并在医疗检测显示装置3对应的显示器3上输出显示显示消息M2。
5、医疗检测显示装置2上的消息收发模块202,向协同消息处理模块203转发与自身对应设置的医疗检测显示装置100从接入的信息共享设备上获取的共享信息M5,主要是通过医疗检测显示装置1上的消息收发模块202向通讯设备210上的消息收发模块202进行转发。
6、通讯设备210上的协同消息处理模块203还从与之相连的消息收发模块202上接收共享信息M5,将共享信息M5转换为展示消息M6。
7、通讯设备210上与协同消息处理模块203相连的消息收发模块202,将携带有展示消息M6和传输路径信息M3的传输消息M7,转发到位于消息通讯通道上邻近的医疗检测显示装置1上设置的消息收发模块202上,然后依次通过医疗检测显示装置1上设置的消息收发模块202和医疗检测显示装置2上设置的消息收发模块202进行转发至医疗检测显示装置3对应设置的消息收发模块202上。
8、医疗检测显示装置3对应设置的消息收发模块202接收传输消息M7并在医疗检测显示装置3对应的显示器3上输出显示展示消息M6。
本实施例中的传输路径信息M3可以为与协同消息处理模块203相连的消息收发模块202在消息通讯通道中的通讯路径信息,即通讯设备210到医疗检测显示装置3对应的网络通讯地址。
图14提供了另一个连接系统架构下的实施例。在本实施例中,每个医疗检测显示装置100对应连接一个消息收发模块202。这里的消息收发模块202可以是独立的硬件设备,与医疗检测显示装置100之间通过与医疗检测显示装置100的接口模块相匹配的接口进行连接,或者也可以通过无线网络(如蓝牙、wifi等)与医疗检测显示装置100连接。而协同消息处理模块203及与之相连的消息收发模块设置在独立于多个医疗检测显示装置之外的通讯设备210上,通讯设备210与多个医疗检测显示装置连接形成网络接入消息通讯通道、或者通讯设备210与多个医疗检测显示装置中之一通过硬件接口连接用以接入消息通讯通道。本实施例的通讯设备210可以为上述实施例中提到的通讯设备200。而在通讯设备210上的消息收发模块202配置为可执行上述图3所示方法中的接收步骤S101、搜索步骤S400和发送步骤S500的功能,而协同消息处理模块203用于执行上述图3所示方法中的解析步骤S200和转换步骤S300。
基于图14所示的系统连接关系,网络化的消息通讯通道的信号流程参见图13b,多个医疗检测显示装置100通过硬件接口串联在一起形成的非网络化的消息通讯通道的信号流程参见图13c所示。
图15提供了另一个连接系统架构下的实施例。在本实施例中,医疗检测显示装置3和医疗检测显示装置2分别对应连接一个消息收发模块202,消息收发模块202可以是独立的硬件设备,与医疗检测显示装置100之间通过与医疗检测显示装置100的接口模块相匹配的接口进行连接,或者也可以通过无线网络(如蓝牙、wifi等)与医疗检测显示装置100连接。此外,医疗检测显示装置1连接一个通讯设备220,通讯设备220独立于多个医疗检测显示装置之外。在通讯设备220上设置协同消息处理模块203及与之相连的消息收发模块202。如图15中的实线部分,通讯设备220通过连接医疗检测显示装置接入多个医疗检测显示装置互联形成的消息通讯通道。或者如图15中的虚线部分,通讯设备220与多个执行消息收发模块202的独立硬件设备之间通过硬件接口或者网络连接方式形成消息通讯通道。从而实现多个消息收发模块202之间的消息通讯通道。可见,在本发明的其中一个实施例中,每个医疗检测显示装置100对应连接一个消息收发模块202,协同消息处理模块203及与之相连的消息收发模块202设置在独立于多个医疗检测显示装置之外的通讯设备220上,并通过与多个医疗检测显示装置100之一连接接入消息通讯通道。或者,通讯设备220与多个与协同消息处理模块非连接的消息收发模块202之间通过硬件接口或者网络连接方式形成消息通讯通道。
此外,图15中的与通讯设备220非连接的消息收发模块202还可以设置在医疗检测显示装置100中,如图16所示。图16提供的实施例中,在医疗检测显示装置3和医疗检测显示装置2中分别设置一个消息收发模块202。
基于图15和图16所示的系统连接关系,网络化的消息通讯通道的信号流程,具体如下所示。
1、与医疗检测显示装置2对应设置的消息收发模块202,向与医疗检测显示装置1连接的通讯设备220上的协同消息处理模块203,转发与自身对应设置的医疗检测显示装置100从接入的外部输入设备上获取的交互信息M1。
2、通讯设备220上的协同消息处理模块203从与之相连的消息收发模块 202上接收交互信息M1,将交互信息M1转换为显示消息M2。本实施例中假设指定的医疗检测显示装置对应的是医疗检测显示装置3。
3、通讯设备220上与协同消息处理模块203相连的消息收发模块202,基于标识获取医疗检测显示装置3对应的传输路径信息M3,将携带有显示消息M2和传输路径信息M3的传输消息M4通过网络传输至与医疗检测显示装置3对应设置的消息收发模块202上。
4、医疗检测显示装置3对应设置的消息收发模块202接收来自网络的传输消息M4,并输出至医疗检测显示装置3对应的显示器3上显示显示消息M2。
5、医疗检测显示装置2上的消息收发模块202,向与医疗检测显示装置1连接的通讯设备220上的协同消息处理模块203,转发与自身对应设置的医疗检测显示装置100从接入的信息共享设备上获取的共享信息M5。
6、通讯设备220上的协同消息处理模块203还从与之相连的消息收发模块202上接收共享信息M5,将共享信息M5转换为展示消息M6。
7、通讯设备220上与协同消息处理模块203相连的消息收发模块202,将携带有展示消息M6和传输路径信息M3的传输消息M7通过网络传输至与医疗检测显示装置3对应设置的消息收发模块202上。
8、医疗检测显示装置3对应设置的消息收发模块202接收传输消息M7并输出至医疗检测显示装置3对应的显示器3上显示展示消息M6。
本实施例中的传输路径信息M3可以为与协同消息处理模块203相连的消息收发模块202在消息通讯通道中的网络通讯地址,即医疗检测显示装置3对应的网络通讯地址。上述提到的对应设置,包括与医疗检测显示装置连接和设置在医疗检测显示装置之上。
基于图15和图16所示的系统连接关系,非网络化的消息通讯通道(即通过硬件接口直接串联形成的通讯通道)的信号流程,具体如下所示。
1、医疗检测显示装置2上的消息收发模块202,向与医疗检测显示装置1连接的通讯设备220上的协同消息处理模块203,转发与自身对应设置的医 疗检测显示装置100从接入的外部输入设备上获取的交互信息M1。转发的方式即直接向邻近的医疗检测显示装置1进行转发,并由医疗检测显示装置1传送至通讯设备220上的消息收发模块202接收。
2、通讯设备220上的协同消息处理模块203从与之相连的消息收发模块202上接收交互信息M1,将交互信息M1转换为显示消息M2。本实施例中假设指定的医疗检测显示装置对应的是医疗检测显示装置3。
3、通讯设备220上的消息收发模块202将携带有显示消息M2和传输路径信息M3的传输消息M4,传送给医疗检测显示装置1,借助医疗检测显示装置1的接口转发到位于消息通讯通道上邻近的医疗检测显示装置2上设置的消息收发模块202上,然后通过医疗检测显示装置2上设置的消息收发模块202再转发到医疗检测显示装置3对应设置的消息收发模块202上。
4、医疗检测显示装置3对应设置的消息收发模块202接收传输消息M4并在医疗检测显示装置3对应的显示器3上输出显示显示消息M2。
5、医疗检测显示装置2上的消息收发模块202,向与医疗检测显示装置1连接的通讯设备220上的协同消息处理模块203转发与自身对应设置的医疗检测显示装置100从接入的信息共享设备上获取的共享信息M5。
6、通讯设备220上的协同消息处理模块203还从与之相连的消息收发模块202上接收共享信息M5,将共享信息M5转换为展示消息M6。
7、通讯设备220上的消息收发模块202将携带有展示消息M6和传输路径信息M3的传输消息M7,传送给医疗检测显示装置1,借助医疗检测显示装置1的接口,转发到位于消息通讯通道上邻近的医疗检测显示装置2上设置的消息收发模块202上,然后通过医疗检测显示装置2上设置的消息收发模块202再转发到消息收发模块202上。
8、医疗检测显示装置3对应设置的消息收发模块202接收传输消息M7并在医疗检测显示装置3对应的显示器3上输出显示展示消息M6。
本实施例中的传输路径信息M3可以为与协同消息处理模块203相连的消息收发模块202在消息通讯通道中的通讯路径信息,即医疗检测显示装置 1到医疗检测显示装置3对应的网络通讯地址。
上述图15和图16中的实施例中采用了一个通讯设备220,在通讯设备220上设置协同消息处理模块203及与之相连的消息收发模块202。通讯设备220上的消息收发模块202可以配置为用于执行上述图3所示方法中的转发步骤S100,接收步骤S101、搜索步骤S400和发送步骤S500的功能,而协同消息处理模块203可以配置为用于执行上述图3所示方法中的解析步骤S200和转换步骤S300。
然而图17所提供的实施例中,每个医疗检测显示装置均对应连接一个通讯设备220,此通讯设备220与图15和图16所示实施例中的通讯设备220相似,不同之处在于,需要根据实际情况来设置由哪一个通讯设备220作为消息通讯通道中的中央机,利用其上设置的协同消息处理模块203执行解析步骤S200和转换步骤S300,实现对某一时段中的消息进行统一处理和解析分配。如图17中的实线,消息通讯通道可以通过连接多个通讯设备220来获得;如图17中的虚线,消息通讯通道也可以通过连接多个医疗检测显示装置来获得。假设,将图17中与医疗检测显示装置1相连的通讯设备220作为中央机,则其信号传输过程可参见前文中的图12b和图12c所示,在此不再重复说明。而不同之处在于,需要通讯设备220与医疗检测显示装置之间存在信号传递。
图18所示的实施例中,与图11不同之处在于,设置有多个协同消息处理模块203,和多个消息收发模块202,而多个消息收发模块202与协同消息处理模块203配对设置,并同时设置在每一个医疗检测显示装置上。本实施例中的消息收发模块202可以配置为用于执行上述图3所示方法中的转发步骤S100,接收步骤S101、搜索步骤S400和发送步骤S500的功能,而协同消息处理模块203可以配置为用于执行上述图3所示方法中的解析步骤S200和转换步骤S300。假设,将图18中与医疗检测显示装置1作为中央机,则其信号传输过程可参见前文中的图12b和图12c所示,在此不再重复说明。
针对具有多个协同消息处理模块的实施例中,同一时间段内启动一个协 同消息处理模块,进行统一的消息处理和转发、分配,此称之为中央机。无论是图12a至图18所示的任意一个实施例,可以当协同消息处理模块设置于多个医疗检测显示装置中之一时,多个医疗检测显示装置中之一接入外部输入设备时,启动协同消息处理模块,从而确定中央机的身份。
或者,当多个协同消息处理模块分别设置在多个医疗检测显示装置上(例如图18)或者与多个医疗检测显示装置连接(例如图17)时,多个医疗检测显示装置中之一接入外部输入设备时,启动与外部输入设备相连的医疗检测显示装置所对应设置的协同消息处理模块,标记为消息通讯通道中的中央机,从而确定消息通讯通道中的中央机的身份。例如图18所示,启动医疗检测显示装置2上设置的协同消息处理模块,将医疗检测显示装置2作为中央机。又例如,图17所示,启动与医疗检测显示装置2连接的通讯设备220上的协同消息处理模块203,标记为消息通讯通道中的中央机,对应的将医疗检测显示装置2或与医疗检测显示装置2连接的通讯设备220作为中央机。
针对多个协同消息处理模块的系统设置,在本发明的其中一个实施例中,同一时间段一个协同消息处理模块被启动并标记为消息通讯通道中的中央机。而每个协同消息处理模块还需要配置为对自身的身份进行识别的功能,并决定如何处置与自身相连的消息收发模块获取的交互信息或共享信息。例如,协同消息处理模块还用于判断自身是否为中央机,若是,则解析与自身相连的消息收发模块获取的交互信息或共享信息,若否,则输出控制指令,令与自身相连的消息收发模块转发交互信息或共享信息。
上述各个实施例中,提供了多种消息收发模块和协同消息处理模块之间的连接关系和设置方式,当消息收发模块独立于医疗检测显示装置之外时,可以基于一个或多个处理器、结合接口模块和存储模块来进行指令配置,从而实现相应的功能。上述通讯设备上还设置有与多个医疗检测显示装置100中之一的硬件接口相匹配的端口,用以通过连接多个医疗检测显示装置中之一接入消息通讯通道,或者通过其他无线方式接入消息通讯通道。
当然除了以上几种消息收发模块202和协同消息处理模块203的配置方式 之外还可以采用其他配置方式,在此不再一一列举。多个医疗检测显示装置之间连接形成网络获得消息通讯通道,或者多个医疗检测显示装置之间通过硬件接口串联形成消息通讯通道,从而实现多个消息收发模块202之间具有的消息通讯通道。
在本发明的其中一个实施例中,每个消息收发模块采用以下方式之一处理接收的转发消息,该转发消息包括传输消息、交互信息、或共享信息;
消息收发模块从网络中接收转发消息,且转发消息中携带的网络通讯地址与该消息收发模块在网络中的网络通讯地址相一致,并在该消息收发模块对应的医疗检测显示装置上输出显示显示信息或展示消息、或者向协同消息处理模块发送交互信息或共享信息,反之,消息收发模块放弃从网络中接收携带的网络通讯地址与自身在网络中的网络通讯地址不相一致的转发消息;和,
消息收发模块从位于消息通讯通道上邻近的消息收发模块上接收转发消息,当该转发消息携带的通讯路径信息表征该消息收发模块为目标节点,则在自身对应的医疗检测显示装置上输出显示显示信息或展示消息、或者向协同消息处理模块传递交互信息或共享信息,反之,当转发消息中携带的通讯路径信息不表征自身为目标节点时,消息收发模块向位于消息通讯通道上邻近的消息收发模块转发该转发消息,其中,目标节点包括:指定的医疗检测显示装置对应的消息收发模块、或与协同消息处理模块相连的消息收发模块。
以上凡是在于为消息收发模块配置执行上述图3中所示的接收步骤和送达步骤中的接收功能,因此具体可参见前文中有关接收步骤和送达步骤中的详细说明。
在本发明的其中一个实施例中,协同消息处理模块被配置为用于执行上述图3中所示的解析步骤和转换步骤,其具体可以包括:通过识别交互信息中的光标移动信息,根据光标移动信息获取用户从多个医疗检测显示装置中择一指定的医疗检测显示装置,并查找该指定的医疗检测显示装置对应的标识。此外,协同消息处理模块还用于根据预先存储的多个医疗检测显示装置 的显示安装位置关系,依据光标移动信息判断光标的运动与显示安装位置关系之间的对应关系,从而从多个医疗检测显示装置中识别指定的医疗检测显示装置。有关协同消息处理模块如何根据光标移动信息获取用户从多个医疗检测显示装置中择一指定的医疗检测显示装置的方式可参见前文中有关解析步骤的相关说明。
在本发明的其中一个实施例中,多个医疗检测显示装置中之一显示多个医疗检测显示装置的显示安装位置关系、和/或每个医疗检测显示装置对应的显示要求,通过外部输入设备获取用户的配置指令,根据配置指令调整显示安装位置关系、和/或每个医疗检测显示装置对应的显示要求。
在本发明的其中一个实施例中,与多个医疗检测显示装置分别对应设置的消息收发模块在接收到外部输入设备或信息共享设备接入到自身对应设置的医疗检测显示装置时,在自身对应设置的医疗检测显示装置上输出显示用以提示用户选择是否启动协同消息处理模块的提示框。
基于前文中提供的通讯设备200的相关描述,结合图15、图16、图17和图18所示的各个实施例中,在本发明的其中一个实施例中还提供了一种新的通讯设备。在该通讯设备上,还包括:
通讯模块,还用于接收来自从与自身(指通讯设备)相连的医疗检测显示装置上接入的外部输入设备上获取的交互信息。和/或,通讯模块,还用于接收来自从与自身相连的医疗检测显示装置上接入的外部输入设备上获取的共享信息。
此外,在本发明的其中一个实施例中,在该通讯设备上,所述处理模块还用于判断所述通讯设备是否为消息通讯通道中的中央机;若是,则解析接收的所述交互信息或共享信息;若否,则令通讯模块向消息通讯通道转发获取的所述交互信息或共享信息。
基于上述各个实施例,如图12a至图18所示,在本发明的其中一个实施例中还提供了一种医疗工作站,可参见图19所示的结合图12a所示系统结构的医疗工作站。医疗工作站包括多个医疗检测显示装置100;可与多个医疗 检测显示装置中之一相连的外部输入设备104;及上述任意一个实施例中所述的医疗设备间协同控制系统,该系统包括多个消息收发模块202和协同消息处理模块203;多个医疗检测显示装置之间连接形成所述多个消息收发模块之间的消息通讯通道;每个医疗检测显示装置对应设置有所述消息收发模块。
此外,上述医疗工作站包括:信息共享设备107,用于与多个医疗检测显示装置100中之一相连。与信息共享设备相连的医疗检测显示装置100将从信息共享设备107上获取的共享信息,通过与自身对应设置的消息收发模块将共享信息转发至与协同消息处理模块相连的消息收发模块,协同消息处理模块从与之相连的消息收发模块上接收共享信息,将接收到的共享信息转换为匹配于指定的医疗检测显示装置的展示消息,与协同消息处理模块相连的消息收发模块,将携带有展示消息和传输路径信息的传输消息通过消息通讯通道传输至与指定的医疗检测显示装置对应设置的消息收发模块上,由此消息收发模块接收传输消息并在指定的医疗检测显示装置上输出显示展示消息。
如图20所示的实施例中,在每个医疗检测显示装置100上还设置有与外部输入设备或信息共享设备相连的设备消息收发模块204,通过设备消息收发模块204获取外部输入设备或信息共享设备输入的交互信息或共享信息,消息收发模块202和设备消息收发模块两者实现信息同步。
根据上述各个实施例中的协同操作通讯设备和系统,将上述协同消息处理模块203转换形成消息处理客户端,该消息处理客户端可以直接加载并运行于医疗检测显示装置100上,或者,将形成的消息处理客户端存储在外部输入设备和/或信息共享设备107上,当外部输入设备和/或信息共享设备107接入医疗检测显示装置100时,则将相应的消息处理客户端在医疗检测显示装置100上运行,从而实现上述各个实施例中的协同操作系统和通讯设备。同理,还可以在每个外部设备(如外部输入设备104和/或信息共享设备107)内都带有设备消息收发模块和消息收发模块。消息收发模块和消息处理客户 端之间进行双向传输控制,这个控制通讯设备和消息流程等同于外接实际的设备,从某一个医疗检测显示装置100上来看,并不区分消息来源是从设备消息收发模块对应的实际设备端口过来的,还是从消息收发模块对应的虚拟设备端口而来的。
上述各个实施例中,在任意连接设备的医疗检测显示装置上默认运行一个消息处理客户端,在消息处理客户端上虚拟出需要控制的不同设备(显示器1、显示器2、显示器3等)。也就是说,协同消息处理模块在运行的医疗检测显示装置上生成对应于网络中多个医疗检测显示装置的虚拟设备端口,用于从网络中接收来自医疗检测显示装置上的消息收发模块传送的信息。
所有接入到运行消息处理客户端机器的外部输入设备和/或信息共享设备107,都通过消息处理客户端接管所有通过网络或非网络连接到这个设备上的外部输入设备和/或信息共享设备107。通过消息处理客户端内部统一处理完成,处理完成后的消息,按照虚拟设备管理的要求,通过网络,或者串口等传输通道投递到最终的实际设备端。
通过以上的实施方式的描述,本领域的技术人员可以清楚地了解到上述各个实施例的方法可借助软件加必需的通用硬件平台的方式来实现,当然也可以通过硬件,但很多情况下前者是更佳的实施方式。基于这样的理解,本发明的技术方案本质上或者说对现有技术做出贡献的部分可以以软件产品的形式体现出来,该计算机软件产品承载在一个非易失性计算机可读存储载体(如ROM、磁碟、光盘、服务器云空间)中,包括若干指令用以使得一台终端设备(可以是手机,计算机,服务器,或者网络设备等)执行本发明实施例的系统结构和设备及方法。
以上实施例仅表达了几种实施方式,其描述较为具体和详细,但并不能因此而理解为对本发明专利范围的限制。应当指出的是,对于本领域的普通技术人员来说,在不脱离本发明构思的前提下,还可以做出若干变形和改进,这些都属于本发明的保护范围。因此,本发明专利的保护范围应以所附权利要求为准。

Claims (31)

  1. 一种协同控制系统,用于多个医疗检测显示装置之间,其特征在于,所述系统包括:
    多个消息收发模块,分别对应于多个医疗检测显示装置,所述多个消息收发模块之间具有消息通讯通道;和
    与所述多个消息收发模块中之一连接的协同消息处理模块;
    与多个医疗检测显示装置分别对应设置的消息收发模块,从接入医疗检测显示装置的外部输入设备上获取交互信息,及向所述协同消息处理模块转发所述交互信息;
    所述协同消息处理模块从与之相连的消息收发模块上接收所述交互信息,解析所述交互信息获得用户指定的医疗检测显示装置对应的标识,并根据所述标识对应的显示要求将所述交互信息转换为对应的显示消息于所述指定的医疗检测显示装置进行显示;其中,
    与所述协同消息处理模块相连的消息收发模块基于所述标识,获取所述指定的医疗检测显示装置在所述消息通讯通道中的传输路径信息,将携带有所述显示消息和传输路径信息的传输消息,通过所述消息通讯通道传输至与所述指定的医疗检测显示装置对应设置的消息收发模块上,并通过所述指定的医疗检测显示装置输出所述显示消息。
  2. 根据权利要求1所述的系统,其特征在于,所述每个消息收发模块还用于向所述协同消息处理模块转发与自身对应设置的医疗检测显示装置从接入的信息共享设备上获取的共享信息;所述协同消息处理模块还用于从与之相连的消息收发模块上接收所述共享信息,将所述共享信息转换为匹配于所述指定的医疗检测显示装置的展示消息;
    所述与所述协同消息处理模块相连的消息收发模块,将携带有所述展示消息和传输路径信息的传输消息通过所述消息通讯通道传输至与所述指定的医疗检测显示装置对应设置的消息收发模块上,并通过所述指定的医疗检测显示装置上输出所述展示消息。
  3. 根据权利要求1所述的系统,其特征在于,所述消息收发模块设置在医疗检测显示装置上,或者设置在医疗检测显示装置之外。
  4. 根据权利要求1所述的系统,其特征在于,所述协同消息处理模块接入所述消息通讯通道的方式可采用以下方式之一来实现:
    所述协同消息处理模块至少设置在多个医疗检测显示装置中之一;和,
    在所述多个医疗检测显示装置之外的通讯设备上设置所述协同消息处理模块和与之相连的消息收发模块,所述通讯设备与所述多个医疗检测显示装置连接形成网络接入所述消息通讯通道,或者所述通讯设备与所述多个医疗检测显示装置中之一通过硬件接口连接用以接入所述消息通讯通道。
  5. 根据权利要求1或2所述的系统,其特征在于,所述传输路径信息包括:每个消息收发模块在网络中对应的网络通讯地址,或者每个消息收发模块和与所述协同消息处理模块相连的消息收发模块之间的通讯路径信息。
  6. 根据权利要求5所述的系统,其特征在于,所述系统还包括:第一存储模块,用于存储每个医疗检测显示装置对应标识与所述网络通讯地址之间的关联关系;或者,存储所述标识与通讯路径信息之间的对应关系。
  7. 根据权利要求5所述的系统,其特征在于,所述消息收发模块在所述交互信息或共享信息中,嵌入所述与所述协同消息处理模块相连的消息收发模块在网络中的网络通讯地址,并发送至网络用以向所述协同消息处理模块转发所述交互信息或共享信息;或者,
    所述消息收发模块在所述交互信息或共享信息中嵌入通讯路径信息,并向位于所述消息通讯通道上邻近的消息收发模块进行转发,用以向所述协同消息处理模块转发所述交互信息或共享信息,其中,该通讯路径信息为该消息收发模块到所述与所述协同消息处理模块相连的消息收发模块之间的通讯路径信息。
  8. 根据权利要求5所述的系统,其特征在于,每个消息收发模块采用以下方式之一处理接收的转发消息,该转发消息包括所述传输消息、所述交互信息、或所述共享信息;
    所述消息收发模块从网络中接收所述转发消息,其中所述转发消息中携带的网络通讯地址与该消息收发模块在网络中的网络通讯地址相一致,并在该消息收发模块对应的医疗检测显示装置上输出显示所述显示信息或展示消息、或者向所述协同消息处理模块发送所述交互信息或所述共享信息;和,
    所述消息收发模块从位于所述消息通讯通道上邻近的消息收发模块上接收所述转发消息,当该转发消息携带的通讯路径信息表征该消息收发模块为目标节点,则在该消息收发模块对应的医疗检测显示装置上输出显示所述显示信息或展示消息、或者向所述协同消息处理模块传递所述交互信息或所述共享信息,当该转发消息携带的通讯路径信息表征该消息收发模块不是目标节点,则该消息收发模块向位于所述消息通讯通道上邻近的消息收发模块转发所述转发消息,其中,所述目标节点包括:所述指定的医疗检测显示装置对应的消息收发模块、或所述与所述协同消息处理模块相连的消息收发模块。
  9. 根据权利要求8所述的系统,其特征在于,所述消息收发模块至少采用以下方式之一来实现判断所述转发消息中携带的通讯路径信息是否表征自身为目标节点;
    判断所述通讯路径信息中包含的到达目标节点过程中所需要的转发次数是否为零,当所述转发次数为零时,表征自身为目标节点,反之,自身为非目标节点,将转发次数减一后嵌入到向邻近的医疗检测显示装置转发所述转发消息;和,
    判断所述通讯路径信息中包含目标节点对应的编号是否为自身对应的编号,若是则表征自身为目标节点,反之,自身为非目标节点。
  10. 根据权利要求1所述的系统,其特征在于,所述协同消息处理模块通过识别所述交互信息中的光标移动信息,根据所述光标移动信息获取用户从所述多个医疗检测显示装置中择一指定的医疗检测显示装置,并查找该指定的医疗检测显示装置对应的标识。
  11. 根据权利要求10所述的系统,其特征在于,所述协同消息处理模块还用于根据预先存储的所述多个医疗检测显示装置的显示安装位置关系,依 据所述光标移动信息判断光标的运动与所述显示安装位置关系之间的对应关系,从而从所述多个医疗检测显示装置中识别所述指定的医疗检测显示装置。
  12. 根据权利要求10所述的系统,其特征在于,所述协同消息处理模块还用于采用以下方式之一实现根据所述光标移动信息获取用户从所述多个医疗检测显示装置中择一指定的医疗检测显示装置:
    当所述光标移动信息中的所述光标移动速度和/或光标移动位移超过预定阈值时,沿着所述光标移动信息中的光标移动方向选择安装位置与光标移动前所在的医疗检测显示装置邻近的医疗检测显示装置作为所述指定的医疗检测显示装置;和,
    当光标受控移动到当前显示界面的边界时,所述光标移动信息依然指示所述光标沿越过该边界的方向移动,则沿着所述光标移动方向选择安装位置与光标移动前所在的医疗检测显示装置邻近的医疗检测显示装置作为所述指定的医疗检测显示装置。
  13. 根据权利要求10所述的系统,其特征在于,所述协同消息处理模块还用于采用以下方式之一实现从所述多个医疗检测显示装置中识别所述指定的医疗检测显示装置:
    依据接入的外部输入设备的操作属性形成与所述显示安装位置关系一一对应的虚拟操作坐标图,每个医疗检测显示装置对应一个坐标区域,根据所述光标移动信息,查找光标的运动结果在所述虚拟操作坐标图上的坐标区域,根据查找到的坐标区域从所述多个医疗检测显示装置中选择与该坐标区域对应的医疗检测显示装置作为所述指定的医疗检测显示装置;和,
    形成与所述显示安装位置关系一一对应的虚拟位置坐标图,每个医疗检测显示装置在所述虚拟位置坐标图中设定一个运动位置区域,判断所述光标移动信息中的光标移动位移是否超过运动位置区域,若是,则参照所述虚拟位置坐标图沿光标移动方向,选择光标移动位移所跨到的运动位置范围对应的医疗检测显示装置作为所述指定的医疗检测显示装置,或者选择位置与光标移动前显示所在的医疗检测显示装置邻近的医疗检测显示装置作为所述指 定的医疗检测显示装置。
  14. 根据权利要求12或13所述的系统,其特征在于,当所述光标移动速度和/或光标移动位移未超过预定阈值时、或者当所述光标移动位移未超过所述运动位置区域时,将光标移动前显示所在的医疗检测显示装置作为所述指定的医疗检测显示装置。
  15. 根据权利要求1或11所述的系统,其特征在于,所述多个医疗检测显示装置中之一显示所述多个医疗检测显示装置的显示安装位置关系、和/或每个医疗检测显示装置对应的显示要求,通过外部输入设备获取用户的配置指令,根据所述配置指令调整所述显示安装位置关系、和/或每个医疗检测显示装置对应的显示要求。
  16. 根据权利要求14所述的系统,其特征在于,所述光标移动前显示所在的医疗检测显示装置包括:与所述外部输入设备相连的医疗检测显示装置。
  17. 根据权利要求1所述的系统,其特征在于,所述系统中,
    当所述协同消息处理模块设置于多个医疗检测显示装置中之一时,多个医疗检测显示装置中之一接入所述外部输入设备时,启动所述协同消息处理模块;或者,
    当多个协同消息处理模块分别设置在多个医疗检测显示装置上或者与多个医疗检测显示装置连接时,多个医疗检测显示装置中之一接入所述外部输入设备时,启动与所述外部输入设备相连的医疗检测显示装置所对应设置的协同消息处理模块。
  18. 根据权利要求1或2所述的系统,其特征在于,所述系统包括多个协同消息处理模块,且同一时间段一个协同消息处理模块被启动并标记为消息通讯通道中的中央机。
  19. 根据权利要求18所述的系统,其特征在于,所述协同消息处理模块还用于:判断自身是否为中央机,若是,则解析与自身相连的消息收发模块获取的交互信息或共享信息,若否,则输出控制指令,令与自身相连的消息收发模块转发交互信息或共享信息。
  20. 一种医疗工作站,其特征在于,所述工作站包括:
    多个医疗检测显示装置;
    外部输入设备,与多个医疗检测显示装置中之一相连;及
    权利要求1至19中的任意一项权利要求所述的医疗设备间协同控制系统,该系统包括多个消息收发模块和协同消息处理模块;多个医疗检测显示装置之间连接形成所述多个消息收发模块之间的消息通讯通道;每个医疗检测显示装置对应设置有所述消息收发模块。
  21. 根据权利要求20所述的医疗工作站,其特征在于,所述工作站还包括:
    信息共享设备,用于与多个医疗检测显示装置中之一相连,
    与信息共享设备相连的医疗检测显示装置将从所述信息共享设备上获取的共享信息,通过与自身对应设置的消息收发模块将所述共享信息转发至与所述协同消息处理模块相连的消息收发模块,所述协同消息处理模块从与之相连的消息收发模块上接收所述共享信息,将接收到的共享信息转换为匹配于所述指定的医疗检测显示装置的展示消息,与所述协同消息处理模块相连的消息收发模块,将携带有所述展示消息和传输路径信息的传输消息通过所述消息通讯通道传输至与所述指定的医疗检测显示装置对应设置的消息收发模块上,由此消息收发模块接收所述传输消息并在所述指定的医疗检测显示装置上输出显示所述展示消息。
  22. 根据权利要求20或21所述的系统,其特征在于,在所述每个医疗检测显示装置上还设置有与所述外部输入设备或信息共享设备相连的设备消息收发模块,通过所述设备消息收发模块获取所述外部输入设备或信息共享设备输入的交互信息或共享信息,所述消息收发模块和设备消息收发模块两者实现信息同步。
  23. 一种医疗设备间协同控制方法,用于具有消息通讯通道的多个医疗检测显示装置之间,其包括:
    接收步骤:接收从接入多个医疗检测显示装置中之一的外部输入设备上获取的所述交互信息;
    解析步骤:解析所述交互信息,获取用户指定的医疗检测显示装置;
    转换步骤:将所述交互信息转换为与所述指定的医疗检测显示装置对应的显示要求相匹配的显示消息;
    搜索步骤:获取所述指定的医疗检测显示装置在所述消息通讯通道中的传输路径信息;
    发送步骤:将携带有所述显示消息和传输路径信息的传输消息,通过所述消息通讯通道传输至所述指定的医疗检测显示装置上,用以在所述指定的医疗检测显示装置上输出显示所述显示消息。
  24. 根据权利要求23所述的方法,其特征在于,
    所述接收步骤还包括:接收从接入多个医疗检测显示装置中之一的信息共享设备上获取的所述共享信息;
    所述转换步骤还包括:将所述共享信息转换为与所述指定的医疗检测显示装置对应的显示要求相匹配的展示消息;
    所述发送步骤还包括:将携带有所述展示消息和传输路径信息的传输消息,通过所述消息通讯通道传输至所述指定的医疗检测显示装置上,用以在所述指定的医疗检测显示装置上输出显示所述展示消息。
  25. 根据权利要求23所述的方法,其特征在于,所述解析步骤包括:
    识别所述交互信息中的光标移动信息;
    根据所述光标移动信息,获取用户从所述多个医疗检测显示装置中择一指定的医疗检测显示装置。
  26. 根据权利要求25所述的方法,其特征在于,所述根据所述光标移动信息,获取用户从所述多个医疗检测显示装置中择一指定的医疗检测显示装置的步骤包括:
    根据预先存储的所述多个医疗检测显示装置的显示安装位置关系,依据所述光标移动信息判断光标的运动与所述显示安装位置关系之间的对应关 系,从而从所述多个医疗检测显示装置中识别所述指定的医疗检测显示装置。
  27. 根据权利要求25所述的方法,其特征在于,所述根据所述光标移动信息获取用户从所述多个医疗检测显示装置中择一指定的医疗检测显示装置的步骤包括以下方式之一:
    当所述光标移动信息中的所述光标移动速度和/或光标移动位移超过预定阈值时,沿着所述光标移动信息中的光标移动方向选择安装位置与光标移动前所在的医疗检测显示装置邻近的医疗检测显示装置作为所述指定的医疗检测显示装置;
    当光标受控移动到当前显示界面的边界时,所述光标移动信息依然指示所述光标沿越过该边界的方向移动,则沿着所述光标移动方向选择安装位置与光标移动前所在的医疗检测显示装置邻近的医疗检测显示装置作为所述指定的医疗检测显示装置;
    根据所述多个医疗检测显示装置的显示安装位置关系,依据接入的外部输入设备的操作属性形成与所述显示安装位置关系一一对应的虚拟操作坐标图,每个医疗检测显示装置对应一个坐标区域,根据所述光标移动信息,查找光标的运动结果在所述虚拟操作坐标图上的坐标区域,根据查找到的坐标区域从所述多个医疗检测显示装置中选择与该坐标区域对应的医疗检测显示装置作为所述指定的医疗检测显示装置;和,
    根据所述多个医疗检测显示装置的显示安装位置关系,形成与所述显示安装位置关系一一对应的虚拟位置坐标图,每个医疗检测显示装置在所述虚拟位置坐标图中设定一个运动位置区域,判断所述光标移动信息中的光标移动位移是否超过运动位置区域,若是,则参照所述虚拟位置坐标图沿光标移动方向,选择光标移动位移所跨到的运动位置范围对应的医疗检测显示装置作为所述指定的医疗检测显示装置,或者选择位置与光标移动前显示所在的医疗检测显示装置邻近的医疗检测显示装置作为所述指定的医疗检测显示装置。
  28. 一种通讯设备,用于接入多个医疗检测显示装置形成的消息通讯通道中,其特征在于,所述通讯设备包括:
    存储模块,用于预先存储多个医疗检测显示装置对应的标识、与多个医疗检测显示装置在消息通讯通道中的传输路径信息及对应的显示要求之间的对应关系;
    通讯模块,用于接收来自从接入多个医疗检测显示装置中之一的外部输入设备上获取的交互信息;
    处理模块,用于解析所述交互信息,获取用户指定的医疗检测显示装置对应的标识,根据所述标识对应的显示要求,将所述交互信息转换为匹配于所述指定的医疗检测显示装置的显示消息;
    所述通讯模块还用于根据所述标识,获取所述指定的医疗检测显示装置在所述消息通讯通道中的传输路径信息,将携带有所述显示消息和传输路径信息的传输消息,通过所述消息通讯通道传输至所述指定的医疗检测显示装置上。
  29. 根据权利要求28所述的通讯设备,其特征在于,所述通讯模块还用于接收来自从接入多个医疗检测显示装置中之一的信息共享设备上获取的共享信息;所述处理模块还用于将所述共享信息转换为与所述指定的医疗检测显示装置对应的显示要求相匹配的展示消息;所述通讯模块还用于将携带有所述展示消息和传输路径信息的传输消息通过所述消息通讯通道传输至所述指定的医疗检测显示装置上。
  30. 根据权利要求28所述的通讯设备,其特征在于,所述处理模块通过以下方式来实现解析所述交互信息、获取用户指定的医疗检测显示装置对应的标识:
    识别所述交互信息中的光标移动信息;
    根据所述光标移动信息,获取用户从所述多个医疗检测显示装置中择一指定的医疗检测显示装置;
    输出所述指定的医疗检测显示装置对应的标识。
  31. 根据权利要求30所述的通讯设备,其特征在于,所述处理模块还用于根据预先存储的所述多个医疗检测显示装置的显示安装位置关系,依据所述光标移动信息判断光标的运动与所述显示安装位置关系之间的对应关系,从而从所述多个医疗检测显示装置中识别所述指定的医疗检测显示装置。
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