Medical all-in-one machine system and medical all-in-one machine equipment

Abstract

The embodiment of the invention provides a medical all-in-one machine system and medical all-in-one machine equipment. The all-in-one machine system comprises an all-in-one machine upper computer module and an information system module which are provided with independent operating systems; a display signal conversion module; a touch screen controller; the module switching unit is respectively connected with the all-in-one machine upper computer module, the information system module, the display signal conversion module and the touch screen controller, when the display displays an operation interface of the all-in-one machine upper computer module, if a first switching operation is executed on the touch screen, the all-in-one machine upper computer module sends a first switching signal to the module switching unit, and if the first switching operation is executed on the touch screen, the all-in-one machine upper computer module sends the first switching signal to the module switching unit; the module switching unit enables the touch screen controller and the display signal conversion module to be communicated with the information system module and to be disconnected from the all-in-one host computer module. According to the embodiment of the invention, the safety of the medical device on the medical all-in-one machine equipment can be ensured when the medical all-in-one machine equipment is connected with the hospital information system.

Description

Technical Field

[0001] The present disclosure relates to medical equipment, and in particular, to an all-in-one medical system and an all-in-one medical device. Background Art

[0002] With the popularization of hospital information systems and the deepening of the construction of digital hospitals, hospitals need more and more equipment to be connected to the hospital information system. On the one hand, it is convenient for the management of diagnosis and treatment, and on the other hand, it can share hospital data for intelligent application. Life information collection equipment or treatment equipment connected to the hospital information system, such as monitoring instruments, analytical instruments, ventilators, anesthesia machines, etc., are connected to the hospital information system through LAN or serial communication interface, and the data is sent to the hospital information system, but this will inevitably introduce risks from the information system, such as viruses, malicious attacks by Trojan programs, data tampering, etc. In addition, in order to avoid malicious attacks on life information collection equipment or treatment equipment, user information, electronic medical records, etc. are generally not transmitted from the hospital information system to life information collection equipment or treatment equipment. This is not convenient for doctors to operate and view on the one hand, and on the other hand, it is impossible to realize intelligent application of data on life information collection equipment or treatment equipment, such as auxiliary decision-making and judgment. Summary of the invention

[0003] In order to solve at least one of the above technical problems, according to one aspect of the present disclosure, a medical all-in-one system is provided, including an all-in-one host computer module, which includes a first operating system; an information system module, which includes a second operating system, which is connected to the all-in-one host computer module; a display signal conversion module, which is used to convert a display signal received from the all-in-one host computer module or the information system module into an input signal of the display; a touch screen controller, which is connected to the touch screen and converts the detected touch operation into touch data that can be recognized by the first operating system and the second operating system; a module switching unit, which is respectively connected to the all-in-one host computer module, the information system module, the display signal conversion module and the touch screen controller, wherein when the display displays the all-in-one host computer, the display signal conversion module is used to convert the display signal received from the all-in-one host computer module or the information system module into an input signal of the display; When the display displays the operation interface of the information system module, the touch screen controller is connected to the information system module via the module switching unit. If a predetermined first switching operation is performed on the touch screen, the integrated machine host module will send a first switching signal to the module switching unit, and the module switching unit will connect the touch screen controller and the display signal conversion module to the information system module, and disconnect it from the integrated machine host module; when the display displays the operation interface of the information system module, the touch screen controller is connected to the information system module via the module switching unit. If a predetermined second switching operation is performed on the touch screen, the information system module will send a second switching signal to the module switching unit, and the module switching unit will connect the touch screen controller and the display signal conversion module to the integrated machine host module, and disconnect it from the information system module. In the present disclosure, the touch screen is installed integrally with the display to form a touch display. The touch screen is an input device of the medical integrated machine system. The user interacts with the medical integrated machine system through the touch screen to achieve control and input of the medical integrated machine system.

[0004] The medical all-in-one system disclosed in the present invention sets the all-in-one host computer module for collecting and controlling medical instruments and the information system module for sending and receiving information to the outside as two independent modules, each of which uses an independent operating system and works together to ensure the data security and operation safety of the medical equipment on the one hand, and on the other hand, facilitate the user to operate the medical equipment for collecting human body information and treating human body information on the all-in-one medical machine while entering and viewing medical data, interacting with the data of the hospital system, and even using auxiliary diagnosis services, etc. In the present invention, the touch screen is installed integrally with the display to form a touch display. The system switching method disclosed in the present invention can realize the rapid switching of the operation interface and the operating system through the operation of the touch screen under the current operating system without the need for other input devices (such as a mouse or keyboard, etc.).

[0005] Optionally, according to the first aspect of the present disclosure, when the medical all-in-one system is started, the first operating system of the all-in-one host computer module and the second operating system of the information system module run simultaneously, and the all-in-one host computer module and the information system module perform one-way data communication or the all-in-one host computer module and the information system module perform restricted two-way communication, wherein in the restricted two-way communication, the data sent by the information system module to the all-in-one host computer module at least does not include control instructions for operating the medical device connected to the all-in-one host computer.

[0006] Optionally, according to the first aspect of the present disclosure, the module switching unit includes at least a first display signal interface, a first data signal interface, a second display signal interface, a second data signal interface, a third display signal interface and a third data signal interface, wherein the first display signal interface and the first data signal interface are respectively connected to the display signal interface and the data signal interface of the integrated machine host module, and the second display signal interface and the second data signal interface are respectively connected to the display signal interface and the data signal interface of the information system module; the third display signal interface is connected to the display signal conversion module; the third data signal interface is connected to the touch screen controller, and the module switching unit connects or disconnects the touch screen controller and the display signal conversion module with the integrated machine host module or the information system module at the same time. Optionally, the controller controls the interface connected to the electronic switch according to the switching signal received from the integrated machine host module or the information system module, so as to connect or disconnect the touch screen controller and the display signal conversion module with the integrated machine host module or the information system module at the same time.

[0007] In this embodiment, the module switching unit is provided with corresponding interfaces corresponding to the integrated machine host module, the information system module, the display signal conversion module and the touch screen controller module to realize the selective connection between them. The module switching unit can realize the selective connection of the corresponding interfaces through the controller and the electronic switch.

[0008] Optionally, according to the first aspect of the present disclosure, the module switching unit may include a controller, a hub and an electronic switch, the hub being respectively connected to the controller, the electronic switch and the third data signal interface, the controller being connected to the electronic switch and determining whether to switch the electronic switch based on data received from the first data signal interface or the second data signal interface, the electronic switch selectively connecting the first display signal interface or the second display signal interface with the third display signal interface based on the control signal of the controller, and selectively connecting the first data signal interface or the second data signal interface with the third data signal interface via the hub.

[0009] In this embodiment, the module switching unit includes a hub, so that in addition to being used to send touch signals of the touch screen controller to the all-in-one host computer module or the information system module, each data signal interface can also receive switching signals from the all-in-one host computer module or the information system module. The module switching unit controls the electronic switch to switch according to the received switching signal.

[0010] Optionally, according to the first aspect of the present disclosure, the module switching unit includes a signal switching control unit and a signal switching unit, wherein the signal switching control unit includes a first and a second switching signal interface, which are respectively used to receive a first switching signal sent by the all-in-one host computer module and a second switching signal sent by the information system module, and the signal switching control unit sends a switching signal to the signal switching unit after receiving the first switching signal or the second switching signal; the signal switching unit includes an electronic switch, and if the current touch screen controller and the display signal conversion module are connected to one module in the all-in-one host computer module or the information system module and disconnected from another module, then when the switching signal is received, the signal switching unit disconnects the module to which the touch screen controller and the display signal conversion module are currently connected, and connects it with another module.

[0011] Optionally, according to the first aspect of the present disclosure, the module switching unit includes a signal switching control unit and a signal switching unit, wherein the signal switching control unit includes a first and a second switching signal interface, a first data interface, a second data interface and a third data interface, and when the signal switching control unit receives the first switching signal, the second data interface is connected to the third data interface, and the first data interface is disconnected from the third data interface, and when the signal switching control unit receives the second switching signal, the first data interface is connected to the third data interface, and the second data interface is disconnected from the third data interface; the signal switching unit includes an electronic switch, and if the current display signal conversion module is connected to a module in the all-in-one host computer module or the information system module and disconnected from another module, then when the switching signal is received, the signal switching unit disconnects the display signal conversion module from the currently connected module and connects it with another module.

[0012] Optionally, according to the first aspect of the present disclosure, the first operating system is an embedded operating system, and the second operating system is a general-purpose operating system.

[0013] Optionally, according to the first aspect of the present disclosure, the first to third display signal interfaces are HDMI interfaces or VGA interfaces, and the first to third data signal interfaces are USB interfaces.

[0014] Optionally, according to the first aspect of the present disclosure, the all-in-one host computer module includes an interface connected to one or more of the following medical devices: a ventilator, a defibrillator, a suction module, a pump group module, an anesthesia machine ventilator, a heating module, an ultrasound module, a monitoring module, an anesthesia depth monitoring module, and a muscle relaxant module.

[0015] According to a second aspect of the present disclosure, a medical all-in-one device is provided, which includes the above-mentioned medical all-in-one system, and also includes one or more of the following medical devices connected to the all-in-one host computer module: a ventilator, a defibrillator, a suction module, a pump group module, an anesthesia machine ventilator, a heating module, an ultrasound module, a monitoring module, an anesthesia depth monitoring module, and a muscle relaxant module.

[0016] It is not necessary to achieve all the advantages described above at the same time for any device implementing the present disclosure. Other features and advantages of the present disclosure will be described in the subsequent description embodiments, and partly become apparent from the description embodiments, or be understood by implementing the present disclosure. The purposes and advantages of the embodiments of the present disclosure can be realized and obtained by the structures indicated in the description, claims and drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] In order to more clearly illustrate the technical solutions of the embodiments of the present disclosure, the drawings of the embodiments will be briefly introduced below. Obviously, the drawings in the following description only relate to some embodiments of the present disclosure, but are not intended to limit the present disclosure.

[0018] Figure 1 is a schematic structural diagram of a medical all-in-one system according to an embodiment of the present disclosure;

[0019] Figure 2 is a schematic structural diagram of a module switching unit according to an embodiment of the present disclosure;

[0020] Figure 3A and 3B are schematic structural diagrams of two examples of module switching units according to embodiments of the present disclosure;

[0021] Figure 4 Is to use Figure 1 A schematic structural diagram of an all-in-one medical device implemented by the all-in-one medical device system shown;

[0022] Figure 5 Is to use Figure 1 A schematic structural diagram of another all-in-one medical device implemented by the all-in-one medical device system shown;

[0023] Figure 6 It is a flowchart of display switching of a medical all-in-one system according to an embodiment of the present disclosure. DETAILED DESCRIPTION

[0024] In order to make the purpose, technical solution and advantages of the embodiments of the present disclosure clearer, the technical solution of the embodiments of the present disclosure will be clearly and completely described below in conjunction with the drawings of the embodiments of the present disclosure. Obviously, the described embodiments are part of the embodiments of the present disclosure, not all of the embodiments. The various different embodiments can be combined with each other to form other embodiments not shown in the following description. Based on the described embodiments of the present disclosure, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present disclosure.

[0025] Unless otherwise defined, the technical terms or scientific terms used herein shall have the usual meanings understood by persons of ordinary skill in the field to which the present disclosure belongs. The words "first", "second" and similar words used in the patent application specification and claims of the present disclosure do not indicate any order, quantity or importance, but are only used to distinguish different components. Similarly, words such as "one" or "one" do not necessarily indicate a quantity restriction. Words such as "include" or "comprise" and similar words mean that the elements or objects appearing before the word include the elements or objects listed after the word and their equivalents, without excluding other elements or objects. Words such as "connect" or "connected" and similar words are not limited to physical or mechanical connections, but may include electrical connections, whether direct or indirect. "Up", "down", "left", "right" and the like are only used to indicate relative positional relationships. When the absolute position of the described object changes, the relative positional relationship may also change accordingly.

[0026] Figure 1 A schematic structural diagram of a medical integrated machine system according to an embodiment of the present disclosure is shown. The medical integrated machine system includes an integrated machine host computer module 12 and a signal system module 13 connected thereto. The integrated machine host computer module 12 and the information system module 13 each have a processor and an independently running software system. Their hardware and software configurations can be independent.

[0027] The integrated host computer module 12 is used for the operation of the physical device, and only communicates with the information system module 13 for signals, and does not communicate with the hospital information system or other network devices. Therefore, the integrated host computer module has a high security, is not affected by the external network, and complies with the laws and regulations of the medical system. The integrated host computer module can use a general or special processor, such as a processor of X86 architecture or ARM architecture, and can run an embedded operating system. It has multiple communication interfaces, can be connected to medical devices such as life information acquisition modules and / or treatment modules, and can interact with one or more of the medical devices for data, and can control the medical device to work and / or collect data from it.

[0028] The information system module 13 can communicate with the hospital information system through the network, such as docking with the hospital information system, accessing the cloud platform, etc. The information system module 13 can communicate with the integrated machine host computer module 12 in a one-way manner or in a conditional or restricted two-way manner through an internal communication interface, and the communication interface between the two can use a LAN interface, a serial port, etc.

[0029] Specifically, optionally, the data transmission port of the integrated machine host module is connected to the data receiving port of the information system module, and the data receiving port of the integrated machine host module is not physically connected to the data transmission port of the information system module, so as to perform one-way data communication between the two. The hospital information system cannot send data or instructions to the integrated machine host module via the information system module, thereby ensuring the isolation of the physical link level between the integrated machine host module and the hospital information system.

[0030] In addition, optionally, the data transceiver port of the integrated machine host module can be physically connected to the data transceiver port of the information system module. The integrated machine host module sends data to the information system module according to the established protocol format, and the data sent is not restricted. The data protocol of the data sent by the information system module to the integrated machine host module is strictly restricted and encoded, and only part of the protocol can be parsed at one end of the integrated machine host module, so that the information system module at one end does not carry any control instructions for operating the medical device connected to the integrated machine host in the sent data, preventing the leakage and tampering of the patient's personal information and medical information, and preventing the patient from being harmed, etc. In this way, conditional or restricted two-way communication can be formed between the integrated machine host module and the information system module, for example, the integrated machine host module can send data to it according to the request of the information system module.

[0031] Through the above two methods, the host computer module of the integrated machine can achieve isolation at the physical link level with the hospital information system. Even if the information system module is attacked by viruses or hackers, the normal operation of the host computer module of the integrated machine can be guaranteed, and adverse events such as malicious adjustment of parameters will not occur.

[0032] The information system module 13 can use a general-purpose or special-purpose processor, such as an X86 architecture or ARM architecture processor, on which a general-purpose operating system can be run, such as one of Windows system, Linux system, Kylin system, Hongmeng system, etc., to adapt and install the hospital's information system. The information system module 13 can also run a special-purpose operating system according to the needs of the hospital information system.

[0033] The information system module 13 can be connected to the internal network of the hospital information system through at least one network interface such as a LAN interface, a WIFI interface, a 5G interface, etc., can install the hospital information system portal software, and access the hospital's information system. The information system module 13 can be used to enter and generate the patient's electronic medical record, retrieve the patient's historical diagnosis data and checklist, receive the data transmitted by the all-in-one host computer module, and provide auxiliary decision-making for doctors in combination with the patient's condition and specific algorithms. The information system module 13 can also be connected to a private cloud that the hospital allows access to or a server deployed by the hospital through a network interface such as a WIFI interface and a 5G interface, so as to run special intelligent software after data training with the help of terminals, edge computing, and cloud computing. This module realizes the interconnection and interoperability of data, and facilitates the construction of special learning models, intelligent navigation software, expert systems, etc.

[0034] The integrated host computer module 12 and the information system module 13 are powered by a power supply (not shown) of the integrated medical system, and share a touch screen 16 and a display 17. The touch screen 16 and the display 17 are installed together to form a touch display screen. The touch screen 16 is used for the user to operate and control the integrated medical system. The display 17 is used to display the operation interface of the integrated host computer module 12 or the information system module 13. In this way, the integrated medical system can be set as an integrated device and work independently in various locations such as hospitals, pharmacies, emergency vehicles, homes, and outdoors as needed.

[0035] In order to realize the switching of the touch screen 16 and the display 17 between the integrated machine host computer module 12 and the information system module 13 , the integrated medical machine system further includes a module switching unit 11 , a display signal conversion module 14 and a touch screen controller 15 .

[0036] The module switching unit 11 includes a controller (not shown), a switch (not shown) and a plurality of external ports. The controller can be implemented by a single chip microcomputer (MCU) to control the sending and receiving of image signals and data signals and to control the signal path. The controller can also be implemented by other suitable processors. The switch can be implemented using an electronic switch. The external ports of the module switching unit 11 can include an image interface, a data interface, etc. The image interface can support one or more of the image interfaces such as HDMI, VGA, VDS, etc., and the data interface can be a serial interface, such as one or more of the serial interfaces such as USB interface, RS232, RS485, etc. The electronic switch here refers to a switch that can connect or disconnect the circuit according to the control of the controller. The response speed of the electronic switch is related to the protocol used by the image and data interface. For example, a high-frequency switch with a response speed faster than 1 microsecond (reaching the nanosecond level) can be selected for the HDMI protocol.

[0037] In such Figure 1In the illustrated embodiment, the first switching signal interface 111 of the module switching unit 11 is connected to the switching signal interface 123 of the integrated machine host module 12. The second switching signal interface 112 of the module switching unit 11 is connected to the switching signal interface 133 of the information system module 13. The display signal interface 121 and the data signal interface 122 of the integrated machine host module 12 are respectively connected to the first display signal interface 113 and the first data signal interface 116 of the module switching unit 11; the display signal interface 131 and the data signal interface 132 of the information system module 13 are respectively connected to the second display signal interface 114 and the second data signal interface 117 of the module switching unit 11. The first switching signal interface 111 and the second switching signal interface 112 of the module switching unit 11 are respectively used to receive switching signals sent by the integrated machine host module 12 and the information system module 13.

[0038] The display signal conversion module 14 is connected to the third display signal interface 115 of the module switching unit 11, and converts the signal conforming to the display signal interface protocol into a signal that can be received by the display 17, for example, converting the HDMI or VGA signal into an LVDS (Low Voltage Difference Signaling) display signal of the display 17. The touch screen 16 is connected to the touch screen controller 15. The touch screen controller 15 can receive the corresponding touch screen signal from the touch screen 16, and send the data such as the touch point coordinate information to the module switching unit 11 via the third data signal interface 118.

[0039] Optionally, the function of the switching signal interface may also be implemented by the first data signal interface and the second data signal interface, without separately providing the first switching signal interface 111 and the second switching signal interface 112 .

[0040] like Figure 2 As shown, in order to enable the data signal interface to include the function of the switching signal interface, compared to Figure 1 , the module switching unit 20 can add a hub 230 (for example, when the data signal interface adopts a USB interface, the hub is a USB hub). The controller 210 connects the electronic switch 220 and the hub 230; the electronic switch 220 is connected to the first display signal interface 201, the second display signal interface 202, the third display signal interface 203, the first data signal interface 204, the second data signal interface 205, and is connected to the third data signal interface 206 via the hub 230. The first to third display signal interfaces and the first to third data signal interfaces are connected to the outside in the same manner as Figure 1The connection mode shown is the same. In this embodiment, the module switching unit 20 receives the switching signal sent by the data signal interface of the integrated machine host module and the information system module through the first and second data signal interfaces respectively. The module switching unit, the integrated machine host module and the information system module can no longer be provided with a separate switching signal interface. The data of the first data signal interface or the second data signal interface enters the controller 210 via the electronic switch 220 and the hub 230. The controller 210 determines whether to switch the electronic switch 220 according to the received data. If switching is required, the controller 210 sends a control signal to the electronic switch 220 so that the electronic switch 220 performs a switching operation. If the current touch screen controller and the display signal conversion module are connected to one module in the integrated machine host module or the information system module and disconnected from another module, the electronic switch disconnects the module currently connected to the touch screen controller and the display signal conversion module, and connects to another module.

[0041] Additionally, optionally, Figure 1 The first switching signal interface and the second switching signal interface may also be set as one interface, and the controller of the module switching unit 11 determines which module should be switched to according to the received switching signal.

[0042] The following references Figure 6 The process of display switching of the medical all-in-one system is described. In step 601, when the medical all-in-one system is turned on, the device is initialized, and the operating systems of the all-in-one host computer module 12 and the information system module 13 run simultaneously. At this time, the module switching unit 11 can be set to a mode that connects the display 17 to the display all-in-one host computer module 12. At this time, the all-in-one host computer module 12 sends a display signal to the module switching unit 11, which is sent to the display 17 via the third display signal interface. At the same time, the touch screen controller 15 of the touch screen 16 is connected to the data signal interface of the all-in-one host computer module 12 via the switching switch, and is disconnected from the information system module 13. The contact coordinate information of the touch screen 16 is sent to the module switching unit 11 through the touch screen controller 15, and is sent to the all-in-one host computer module 12 via the first data signal interface.

[0043] When a specific touch event occurs in the touch screen 16 (for example, touching a predetermined area or control or performing a predetermined operation, etc.), the integrated machine host computer module 12 will send a first switching signal to the module switching unit 11 (step 602). The integrated machine host computer module 12 and the information system module 13 can detect the touch event of the module switching through independent programs running on each of them. After receiving the first switching signal, the module switching unit 11 will switch its internal connection path so that the touch screen controller 15 is connected to the data signal interface of the information system module 13, and is disconnected from the integrated machine host computer module 12 (step 603). At this time, the control of the touch screen is switched from the original integrated machine host computer module 12 to the information system module 13, and the display interface of the display is switched to the mode of the information system module 13.

[0044] Similarly, when a specific touch event occurs in the touch screen 16 (for example, touching a predetermined area or control or performing a predetermined operation, etc.), the information system module 13 will send a second switching signal to the module switching unit 11 after detecting the event (step 604). After receiving the second switching signal, the module switching unit 11 will switch its internal connection path so that the touch screen controller 15 is connected to the data signal interface of the integrated machine host module 12 and disconnected from the information system module 13 (step 605). At this time, the control of the touch screen is switched from the information system module 13 back to the integrated machine host module 12, and the display interface of the display is switched to the integrated machine host module 12.

[0045] Figure 6 The example in the example enters the integrated machine host mode by default during initialization, that is, the operation interface of the integrated machine host module is displayed. Optionally, the system can also enter the information system mode by default during initialization, that is, the operation interface of the information system module is displayed. After a specific touch event is detected and a switching signal is sent by the information system module, the touch screen and the display will be switched to connect with the integrated machine host module. The switching process between the two modes is similar to Figure 6 The above steps also apply to Figure 2 The module switching unit 20 is shown.

[0046] Under the operating systems of the integrated machine host module and the information system module, the switching between the two modes can be achieved by clicking the controls at the same position on the touch screen, or different touch methods can be set for the operating systems of the two modules to trigger the switching.

[0047] The module switching unit can be implemented as an integral component, with a controller controlling the operation of the module, or it can be composed of at least two parts as required, each part can have a separate controller, for example, it can be implemented by a single chip microcomputer. Figure 3A and Figure 3BThe schematic structural diagram of two implementation modes of a module switching unit including two parts according to an embodiment of the present disclosure is shown. Figure 3A and Figure 3B The connection between the module switching unit and other parts of the medical integrated system is the same as Figure 1 The embodiments shown are identical.

[0048] exist Figure 3A In the embodiment, the module switching unit 30 includes a signal switching control unit 310 and a signal switching unit 320. The signal switching control unit 310 includes a controller, which receives a first switching signal from the integrated machine host module through a first switching signal interface 311 or receives a second switching signal from the information system module through a second switching signal interface 312. The module switching control unit 310 can send a switching instruction to the signal switching unit 320 after receiving the first or second switching signal.

[0049] The signal switching unit 320 includes an electronic switch for performing line switching. In one example, when receiving a switching instruction, if the current mode is the integrated machine host module, the signal switching unit 320 connects the display signal conversion module to the information system module via the second and third display signal interfaces 322 and 323 through the electronic switch, and disconnects the integrated machine host module. At the same time, the signal switching unit 320 can connect the touch screen controller to the information system module via the second and third data signal interfaces 325 and 326 through the electronic switch, and disconnects the integrated machine host module connected at that time. Similarly, if the current mode is the information system module, the signal switching unit 320 connects the display signal conversion module to the integrated machine host module via the first and third display signal interfaces 321 and 323 through the electronic switch, and disconnects the information system module, and at the same time connects the integrated machine host module via the first and third data signal interfaces 324 and 326, and disconnects the information system module, thereby realizing the switching of the control rights of the display and the touch screen.

[0050] Figure 3B and Figure 3A The example shown is different in that the first, second and third data signal interfaces can be set in the signal switching control unit 310A instead of in the signal switching unit 320A. The signal switching unit 320A is only used to switch the display signal to transmit the display signal to the display in one direction, which simplifies the structure of the signal switching unit 320A. The switching process of the control right of the display and the touch screen is similar to Figure 3A The process shown is similar and will not be repeated here.

[0051] Optionally, the function of the signal switching unit 320A may be implemented by using a general KVM switch (Keyboard, Video, Mouse).

[0052] Figure 4 It is a schematic structural diagram of an all-in-one medical device implemented using the all-in-one medical system shown in the aforementioned embodiment. Figure 4 The integrated machine host computer module 41, the information system module 42, the display signal conversion module 44, the touch screen controller 45, the touch screen 46 and the display 47 are Figure 1 The corresponding parts in the embodiment shown are the same, and the module switching unit 43 can be used Figure 1-Figure 3B Any of the following. Figure 4 In the embodiment, the integrated host computer module 41 can be connected to a life information acquisition module and / or a treatment module, such as a ventilator 411, a pump group 412 (such as an infusion pump, an injection pump, etc.), a monitoring device 413, and can also be connected to a defibrillator module, a sputum suction module, an ultrasound module and other devices as needed. The integrated host computer module 41 has an operating program corresponding to these life information acquisition modules and / or treatment modules. One or more of the life information acquisition modules and / or treatment modules can be arranged inside the medical integrated device together with the medical integrated device system to form a portable first aid device, which is powered by a power supply (not shown) inside the medical integrated device. The information system module 42 can be connected to the hospital information system by wire or wireless means, and can also be connected to the data cloud by wireless means to run an expert system, navigation software, intelligent software for auxiliary diagnosis, perform cloud computing, etc.

[0053] Figure 5 An exemplary structural diagram of an all-in-one medical device for anesthesia scenarios is shown. Figure 5 The integrated machine host computer module 51, the information system module 52, the display signal conversion module 54, the touch screen controller 55, the touch screen 56 and the display 57 are Figure 1 The corresponding parts in the embodiment shown are the same, and the module switching unit 53 can be used Figure 1-Figure 3B Any of the following. Figure 4 The device shown is different in that the integrated host computer module 51 is mainly used in anesthesia scenes, so it can be connected to anesthesia ventilator 511, heating module 512, monitoring device 513, pump group 514, etc. The integrated host computer module 51 can also be connected to suction module, ultrasonic equipment, alarm system, anesthesia depth monitoring equipment, muscle relaxation module and other equipment as needed. The integrated host computer module 51 can have an operating procedure corresponding to one or more of these devices. One or more of the anesthesia ventilator 511, heating module 512, monitoring device 513, and pump group 514 can be arranged inside the medical integrated device together with the medical integrated device system to form an anesthesia device, and are powered by a power supply (not shown) inside the medical integrated device.

[0054] The all-in-one device formed according to the present disclosure has two systems that run independently. Since only the information system module communicates with the outside world, the all-in-one host computer system connected to the life information acquisition module and / or the treatment module has a high degree of security and will not be affected by the external network. Thus, while ensuring the safety of the medical devices contained and controlled by the all-in-one medical device, the all-in-one medical device can be connected to the hospital information system to query and enter the patient's information and provide auxiliary decision-making, so that the user does not need to perform the above operations separately on other devices. In addition, even in the case where only the touch screen can be used as an input device, through the design of hardware and software, the all-in-one medical device disclosed in the present disclosure can complete the switching of the display and the touch screen in two independent operating systems with only one click or touch.

[0055] The above description is merely an exemplary embodiment of the present disclosure and is not intended to limit the protection scope of the present disclosure. The protection scope of the present disclosure is determined by the appended claims.

Claims

1. A medical all-in-one system, characterized in that: include The all-in-one host computer module includes a first operating system; An information system module, which includes a second operating system, and the information system module is connected to the all-in-one machine host computer module; A display signal conversion module, which is used to convert the display signal received from the all-in-one host computer module or the information system module into an input signal for the display; A touch screen controller connected to the touch screen and converting the detected touch operation into touch data recognizable by the first operating system and the second operating system; A module switching unit is respectively connected to the all-in-one machine host module, the information system module, the display signal conversion module and the touch screen controller, wherein when the display shows the operation interface of the all-in-one machine host module, the touch screen controller is connected to the all-in-one machine host module via the module switching unit, if a predetermined first switching operation is performed on the touch screen, the all-in-one machine host module will send a first switching signal to the module switching unit, and the module switching unit will connect the touch screen controller and the display signal conversion module with the information system module, and disconnect them from the all-in-one machine host module; when the display shows the operation interface of the information system module, the touch screen controller is connected to the information system module via the module switching unit, if a predetermined second switching operation is performed on the touch screen, the information system module will send a second switching signal to the module switching unit, and the module switching unit will connect the touch screen controller and the display signal conversion module with the all-in-one machine host module, and disconnect them from the information system module.

2. The all-in-one medical system as claimed in claim 1, characterized in that When the medical all-in-one system is started, the first operating system of the all-in-one host computer module and the second operating system of the information system module run simultaneously, and the all-in-one host computer module and the information system module perform one-way data communication or the all-in-one host computer module and the information system module perform restricted two-way communication, wherein in the restricted two-way communication, the data sent by the information system module to the all-in-one host computer module at least does not include control instructions for operating the medical device connected to the all-in-one host computer module.

3. The all-in-one medical system as claimed in claim 1, characterized in that The module switching unit at least includes a first display signal interface, a first data signal interface, a second display signal interface, a second data signal interface, a third display signal interface and a third data signal interface, wherein the first display signal interface and the first data signal interface are respectively connected to the display signal interface and the data signal interface of the all-in-one host computer module, and the second display signal interface and the second data signal interface are respectively connected to the data signal interface and the display signal interface of the information system module; the third display signal interface is connected to the display signal conversion module; the third data signal interface is connected to the touch screen controller, and the module switching unit connects or disconnects the touch screen controller and the display signal conversion module with the all-in-one host computer module or the information system module at the same time.

4. The all-in-one medical system as claimed in claim 3, characterized in that The module switching unit includes a controller, a hub and an electronic switch, the hub is respectively connected to the controller, the electronic switch and the third data signal interface, the controller is connected to the electronic switch and determines whether to control the electronic switch to switch according to the data received from the first data signal interface or the second data signal interface, and the electronic switch selectively connects the first display signal interface or the second display signal interface with the third display signal interface according to the control signal of the controller, and selectively connects the first data signal interface or the second data signal interface with the third data signal interface via the hub.

5. The all-in-one medical system according to any one of claims 1 to 3, characterized in that The module switching unit includes a signal switching control unit and a signal switching unit, wherein the signal switching control unit includes a first and a second switching signal interface, which are respectively used to receive a first switching signal sent by the all-in-one host computer module and a second switching signal sent by the information system module, and the signal switching control unit sends a switching signal to the signal switching unit after receiving the first switching signal or the second switching signal; the signal switching unit includes an electronic switch, if the current touch screen controller and the display signal conversion module are connected to one module in the all-in-one host computer module or the information system module and disconnected from the other module, then when the first or second switching signal is received, the signal switching unit disconnects the module currently connected to the touch screen controller and the display signal conversion module, and connects it to the other module.

6. The all-in-one medical system as claimed in claim 3, characterized in that The module switching unit includes a signal switching control unit and a signal switching unit, wherein the signal switching control unit includes a first and a second switching signal interface, a first data interface, a second data interface and a third data interface. When the signal switching control unit receives the first switching signal, the second data interface is connected to the third data interface, and the first data interface is disconnected from the third data interface. When the signal switching control unit receives the second switching signal, the first data interface is connected to the third data interface, and the second data interface is disconnected from the third data interface. The signal switching unit includes an electronic switch. If the current display signal conversion module is connected to a module in the all-in-one host computer module or the information system module and disconnected from another module, then when the switching signal is received, the signal switching unit will disconnect the display signal conversion module from the currently connected module and connect it to another module.

7. The all-in-one medical system as claimed in claim 6, characterized in that The signal switching unit is a KVM switch.

8. The all-in-one medical system as claimed in claim 1, characterized in that The first operating system is an embedded operating system, and the second operating system is a general operating system.

9. The all-in-one medical system as claimed in claim 3, characterized in that The first to third display signal interfaces are HDMI interfaces or VGA interfaces, and the first to third data signal interfaces are USB interfaces.

10. The all-in-one medical system as claimed in claim 1, characterized in that The integrated host computer module includes an interface connected to one or more of the following medical devices: a ventilator, a defibrillator, a sputum suction module, a pump group module, an anesthesia machine ventilator, a heating module, an ultrasound module, a monitoring module, an anesthesia depth monitoring module, and a muscle relaxant module.

11. A medical all-in-one device, characterized in that The integrated medical system comprises the medical device described in any one of claims 1 to 10, and further comprises one or more of the following medical devices connected to the integrated device host computer module: a ventilator, a defibrillator, a suction module, a pump group module, an anesthesia machine ventilator, a heating module, an ultrasound module, a monitoring module, an anesthesia depth monitoring module, and a muscle relaxant module.

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