CN108743069B - Mobile emergency intensive care system - Google Patents

Abstract

The invention discloses a mobile emergency emergency intensive care system, which relates to the technical field of medical equipment and equipment, and includes a car box of an ambulance and an emergency command center established in a hospital. The control box and data transfer equipment are installed in the monitoring equipment storage cabinet in the monitoring area. After the medical staff presses the operation button on the operation box on the stretcher car, the operation box generates the corresponding control command and sends it to the control box. The control box follows the control command. At the same time, the medical staff in the ambulance can also make a video call with the commander of the emergency command center during the operation, and perform the operation under the guidance of the commander. The whole system is not only highly intelligent, but also the medical staff. It has very few control operations, and can handle critically ill patients under the guidance of hospital commanders, making full use of the golden time and maximizing the safety of patients' lives through correct handling.

Description

A mobile emergency emergency intensive care system

technical field

The invention relates to the technical field of medical equipment, in particular to a mobile emergency emergency intensive care system.

Background technique

The first time after the occurrence of natural disasters and traffic accidents is the largest number of deaths at the scene. According to statistics, the death rate within half an hour after a person is injured accounts for 80% of the death toll due to injury. Therefore, for on-site first aid, time is life. The effective use of every minute and second of time can greatly reduce the mortality rate. However, the current concept of first aid is often to simply treat the wounded and then send them to the hospital by ambulance for further treatment. In this process, the wounded often lose the best opportunity for treatment.

In order to solve such a problem, there is also a technology on the market to put the intensive care system on the ambulance. For example, the patent number is CN206186867U, which is named as a utility model patent for a mobile emergency emergency intensive care system, which is installed on the ambulance. Shadowless lights, on-board air conditioners, item storage cabinets, and equipment storage cabinets have been installed, allowing ambulance personnel to perform simple surgical operations in the ambulance, in order to maximize the use of half an hour of prime time.

However, the above technologies can only realize the simplest intensive care function, and the treatment function is not comprehensive, and many of the functions need to be manually turned on by medical staff, which is undoubtedly aggravating the extreme shortage of manpower at the treatment site.

SUMMARY OF THE INVENTION

The embodiment of the present invention provides a mobile emergency emergency intensive care system, which can solve the problems existing in the prior art.

The invention provides a mobile emergency emergency intensive care system, which comprises an ambulance box body and an emergency command center established in a hospital, wherein a server and audio and video collection and playback equipment are installed in the emergency command center;

A car door is installed at the rear end of the car box, and a monitoring equipment storage cabinet and an isolation door are installed inside. The monitoring equipment storage cabinet and the isolation door are respectively installed on two opposite inner walls of the car box, and the monitoring equipment is stored. The cabinet and the isolation door divide the interior space of the car box into a monitoring area and an operation area, the monitoring area is located on the side of the isolation door close to the vehicle door, and the operation area is located on the other side of the isolation door;

The operating area is provided with a surgical equipment storage cabinet, a display and a camera, the surgical equipment storage cabinet is used to store instruments and equipment used in surgical operations, a speaker is integrated in the display, and data is installed in the monitoring equipment storage cabinet A relay device, through which the video information collected by the camera is sent to the server in a wireless form, and then transmitted to the audio and video playback device of the emergency command center, and the audio and video collected by the audio and video collection device of the emergency command center The information is sent to the data transfer device through the server, and then sent to the display for playback;

The monitoring area is used to place a stretcher car, and the stretcher bed includes a main frame, a sliding rail frame, a bracket and an operation box, the sliding rail frame is fixed on the bottom surface of the main frame, and the bracket is slidably installed on the In the slide rail frame, the operation box is installed on the edge of the bottom surface of the main frame; the outer shell of the operation box has a plurality of operation buttons, and the inner shell has a microprocessor and a wireless communication unit, and the signal of the microprocessor The input end is electrically connected with the operation button, and the signal output end is electrically connected with the wireless communication unit;

When the wounded is lying on the stretcher cart, the microprocessor receives an operation instruction that the operation button is pressed, generates a corresponding control instruction and sends it to the monitoring equipment storage cabinet through the wireless communication unit The control box, the control box controls the working state of the corresponding equipment in the monitoring area or the operating area according to the received control instructions.

A mobile emergency emergency intensive care system provided by the present invention includes a car box of an ambulance and an emergency command center established in a hospital. The car box is divided into a monitoring area and an operation area, and the operation area is provided with a display and a camera. , the monitoring area is used to place the stretcher car, the monitoring equipment storage cabinet in the monitoring area is equipped with a control box and data transfer equipment, and the stretcher car is installed with an operation box. When the medical staff uses the stretcher car to transport the wounded, press The corresponding operation button on the operation box, the operation box generates the corresponding control command and sends it to the control box. The control box controls the working state of the corresponding equipment in the operating area or the monitoring area according to the specific situation of the control command. The medical staff can also make video calls with the commanding staff of the emergency command center, and perform surgery under the guidance of the commanding staff. The whole system is not only highly intelligent, but also has very few control operations by medical staff, and most of the control functions are completed by the system itself. , and when dealing with critically ill patients, it can be carried out under the guidance of the hospital commander. While making full use of the golden time, it can also maximize the safety of the patient's life through the correct treatment method.

Description of drawings

In order to explain the embodiments of the present invention or the technical solutions in the prior art more clearly, the following briefly introduces the accompanying drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only These are some embodiments of the present invention. For those of ordinary skill in the art, other drawings can also be obtained according to these drawings without creative efforts.

FIG. 1 is a plan structure diagram of a mobile emergency emergency intensive care system provided by an embodiment of the present invention;

Fig. 2 is the structural representation of the monitoring equipment storage cabinet and part of the car box in Fig. 1;

FIG. 3 is a schematic view of the front structure of the stretcher cart in FIG. 1 .

Description of reference numbers:

100-car body, 110-car door, 120-monitoring equipment storage cabinet, 121-electromagnet, 122-stretcher pressure sensor, 123-upper storage area, 124-pipeline lead-out area, 125-lower storage area, 126-hook, 130-Isolation Door, 140-Seat, 150-Surgical Equipment Storage Cabinet, 151-Fixing Components, 152-Monitor, 153-Camera, 200-Stretcher Cart, 210-Main Frame, 211-Sponge Pad, 212-Protective Bar, 213-Pad pressure sensor, 220-Slide rail rack, 230-Bracket, 240-Operation box.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

Referring to FIG. 1, an embodiment of the present invention provides a mobile emergency emergency intensive care system, which includes an ambulance body 100 and an emergency command center established in a hospital, where a server and audio and video are installed in the emergency command center. The collection and playback device, the communication device in the vehicle box body 100 can communicate with the audio and video collection and playback device through the server. A stretcher cart 200 is placed in the car box body 100 , and the rear end of the car box body has two opposite doors 110 , and a door lock is installed on one of the car doors 110 . In this embodiment, the side wall of the car box 100 and the inside of the car door 110 are filled with a certain thickness of sound-absorbing sponge to reduce the interference of external noise on the inside of the car box 100 and provide a quiet environment for medical staff.

The car box 100 is equipped with a monitoring equipment storage cabinet 120 and an isolation door 130. The monitoring equipment storage cabinet 120 is fixed on the inner wall of one side of the car box 100. The height of the monitoring equipment storage cabinet 120 is the same as that of the car box. The inner height of the body 100 is the same, the isolation door 130 is pivotally mounted on the inner wall of the other side of the vehicle box body 100 using a hinge, and the side wall where the monitoring equipment storage cabinet 120 is mounted is opposite to the side wall where the isolation door 130 is mounted. The isolation door 130 is flush with the side wall of the monitoring equipment storage cabinet 120 facing away from the vehicle door 110 in the closed state. The internal space of the car box 100 is divided into a monitoring area and an operation area, the monitoring area is located on the side of the isolation door 130 close to the vehicle door 110 , and the operation area is located on the other side of the isolation door 130 .

A plurality of seats 140 are installed on the side wall of the monitoring area, and the seats 140 are rotatably installed on the side wall of the monitoring area with the isolation door 130 using hinges, so that the seats 140 can be rotated up and down. The seat 140 is used for rest and use by medical staff. In order to make the seat 140 not hinder the normal deployment of rescue activities, a spring is installed on each hinge under the seat 140, and the seat 140 can automatically bounce when not in use. Lift up and lean on the side wall of the monitoring area, and turn the seat to a horizontal position to reduce the space occupied.

The operating area has a surgical equipment storage cabinet 150, a fixing assembly 151, a display 152 and a camera 153. The surgical equipment storage cabinet 150 is fixed in the corner of the operating area and is used to store instruments and equipment required for common surgical operations. Such as scalpels, surgical forceps and cleaning and disinfection equipment. It should be understood that cleaning is often required during the entire operation, so a water tank needs to be installed on the ambulance, and the water in the water tank is fed into the cleaning and disinfection equipment using pipes and pumps for cleaning and use by medical staff.

The number of the fixing components 151 is four groups. The four groups of the fixing components 151 are fixedly installed in the center of the ground of the operation area and are arranged in a rectangular shape. A correspondence. In this embodiment, each set of the fixing components 151 includes two oppositely arranged fixing rings, one of the fixing rings is bound with a fixing belt, and the end of the fixing belt is installed with a fixing hook, in order to improve the fixing effect and adapt to different stretcher vehicles 200, the length of the fixing belt is adjustable, and the position of the fixing assembly 151 on the ground can also be set to be adjustable. When in use, push the stretcher trolley 200 into the operating area. The four rollers of the stretcher trolley 200 are respectively located between the two fixing rings in the corresponding fixing assembly 151, then wrap the fixing belt on the rollers for 2-3 turns, and finally hang the fixing hooks. on the other retaining ring.

The display 152 is fixed on the side wall of the operation area, and a speaker is integrated on it, which is used to play the video and sound information of the telemedicine. The camera 153 is installed on the side wall of the operation area at a position facing the area with the fixing assembly 151, and is used to collect video information of the wounded. Specifically, a data transfer device is installed in the monitoring equipment storage cabinet 120, and the video information collected by the camera 152 is wirelessly sent to the server through the data transfer device, and then transmitted to the emergency command center for audio and video playback The audio and video information collected by the audio and video collection device is sent to the data transfer device through the server, and then sent to the display 152 for playback. It is convenient for the medical staff in the ambulance to be guided by the senior doctors in the hospital during some more complicated operations.

Since the commander needs to know the details of the wounded during the operation, and a single camera 153 cannot provide such information, the present invention also provides a head-mounted camera and a head-mounted microphone, which can be stored in the surgical equipment Storage cabinet 150 or monitoring equipment storage cabinet 120. The head-mounted camera can be worn by the surgical assistant. The head of the assistant needs to face the injured position of the wounded at all times. The head-mounted camera can collect detailed image information of the wound. The head-mounted microphone is worn by the chief surgeon and is used to collect the voice information of the chief surgeon. The video and audio information collected by the head-mounted camera and the head-mounted microphone are sent to the audio and video playback equipment of the emergency command center through the data transfer equipment and server, so that the medical staff in the ambulance can receive real-time and accurate guidance from the commander.

Referring to FIG. 2 , a plurality of electromagnets 121 and at least one stretcher pressure sensor 122 are installed on the side facing the door 110 of the monitoring equipment storage cabinet 120 at the same height as the stretcher cart 200 , while the monitoring area is installed in the monitoring area. A plurality of electromagnets 121 and at least one stretcher pressure sensor 122 are also installed on the side wall of the monitoring equipment storage cabinet 120 at the same height as the stretcher cart 200. The control box in the monitoring equipment storage cabinet 120 is electrically connected. When at least one of the stretcher pressure sensors 122 is squeezed by the stretcher bed 200, it converts the pressure into a corresponding analog electrical signal and transmits it to the control box. The AD conversion circuit converts the analog electrical signal into a digital electrical signal, and judges whether the pressure represented by the digital electrical signal exceeds the preset pressure value. If it exceeds, then all the electromagnets 121 are controlled to be energized, and the stretcher bed 200 is tightly adsorbed On the side wall of the vehicle box body 100 and the side of the monitoring equipment storage cabinet 120 .

Of course, the stretcher pressure sensor 122 cannot identify whether the pressed object is the stretcher trolley 200, and if an accidental touch occurs, the switch on the control box can be used to turn off the power of the electromagnet to avoid further damage. At the same time, when the stretcher cart 200 needs to be taken out, the attractive force of the electromagnet can also be cancelled through this switch.

The monitoring equipment storage cabinet 120 is provided with an upper storage area 123 , a pipeline lead-out area 124 and a lower storage area 125 on the side facing the isolation door 130 in sequence from top to bottom, wherein the upper storage area 123 and the lower storage area 125 Both cabinet doors are installed, and it can be understood that both cabinet doors have door locks and handles. The upper storage area 123 is used to store electronic equipment for monitoring the life of the wounded, such as a heartbeat meter, and the data transfer equipment and control box are also installed in this area. In order to facilitate the observation of the information displayed by the electronic equipment, a glass plate is installed on the cabinet door on the upper storage area 123. Of course, in order to prevent the equipment from shaking and damaging the glass plate, a fixing device needs to be installed inside the upper storage area 123. At the same time, the glass plate is Tempered glass.

The lower storage area 125 is used to store large-volume medical equipment, such as oxygen cylinders. Since these devices do not need to check the status in real time, the cabinet door of the lower storage area 125 is made of opaque material to improve the strength of the cabinet door. Similarly, a fixing device also needs to be provided in the lower storage area 125 to avoid shaking of the equipment therein.

The pipeline lead-out area 124 is located between the upper storage area 123 and the lower storage area 125, and is in an open state. The top plate and the bottom plate are provided with lead-out holes. The cables and cables of the equipment in the upper storage area 123 and the lower storage area 125 Tubes can be pulled out of these exit holes for monitoring and treatment of the casualty on the stretcher cart 200 .

The monitoring equipment storage cabinet 120 is also provided with a hook 126 on the side with the electromagnet 121 for hanging a hanging bottle.

Referring to FIG. 3 , the stretcher bed 200 includes a main frame 210, a sliding rail frame 220, a bracket 230 and an operation box 240. The main frame 210 is a frame made of ferromagnetic material, or other low-cost It is made of high cost materials, and a plurality of ferromagnetic metal blocks are installed on the outer surface of the monitoring equipment storage cabinet 120 and the position corresponding to the electromagnet 121 on the car box 100 , so that the electromagnet 121 can adsorb the stretcher car 200 . A layer of sponge pad 211 is laid on the upper surface of the main frame 210 to provide a soft lying environment. A plurality of pad pressure sensors 213 are installed between the sponge pad 211 and the main frame 210 to accurately detect whether someone is lying on the sponge. On the pad 211, the pad pressure sensor 213 should be arranged on the pressure point when the person is lying down, for example, the position corresponding to the person's buttocks or back. On the top surface of the main frame 210, a protective rod 212 is installed vertically at positions on both sides of the sponge pad 211 to prevent the wounded from falling. At the same time, a plurality of straps can be installed on the main frame 210 to provide further fixation for the casualty.

The sliding rail frame 220 is fixed on the bottom surface of the main frame 210. The sliding rail frame 220 is composed of two parallel sliding rails. The bracket 230 includes two sets of struts, and each set of struts includes two cross-connected A sliding rod, and two sliding rods in one of the supporting rods are connected together by a pin shaft at a position close to the center. The upper ends of the two sliding rods in each of the support rods are slidably installed in one of the sliding rails, and at least one roller is installed at the lower end of each of the sliding rods. When the bracket 230 slides in the slide rail frame 220 , the height of the bracket 230 can be changed, thereby adjusting the overall height of the stretcher bed 200 . The sliding control of the bracket 230 is in the prior art, and will not be described in detail in the present invention.

The operation box 240 is fixedly installed on the edge of the bottom surface of the main frame 210, and its outer casing has a plurality of operation buttons, at least one indicator light and a switch, and the inner casing has a microprocessor, a wireless communication unit and a battery. One of the signal input ends is connected to the cushion pressure sensor 213 through a wire, the remaining signal input ends are respectively electrically connected to a plurality of the operation buttons, one signal output end is electrically connected to the indicator light, and the other signal output end is electrically connected to the The wireless communication unit is electrically connected, the power supply terminal is connected to the battery through a switch, and the power supply of the pad pressure sensor 213, the indicator light and the wireless communication unit are all provided by the battery.

When someone is lying on the sponge pad 211, the pad pressure sensor 213 converts the pressure into a corresponding analog electrical signal and transmits it to the microprocessor, and the AD conversion circuit in the microprocessor converts the analog electrical signal into a digital electrical signal, And it is judged whether the pressure value represented by the digital electric signal exceeds the preset pressure value, and if it exceeds, the microprocessor controls the indicator light to flash, and allows to receive the operation command of the operation button. After seeing the indicator light flashing, the medical staff determines the criticality level according to the condition of the wounded, and presses an operation button corresponding to the criticality level. The criticality level in the embodiment of the present invention is roughly divided into three levels. One is the first-level criticality. In this case, the wounded is only injured by the slightest scratches, falls, etc., and only needs simple treatment without using additional rescue resources. The second is the second-level critical condition, in which the wounded has relatively serious fractures, lacerations, burns and other injuries that require surgery to relieve the injury; the third is the third-level critical condition, in which the wounded is already extremely dangerous and may be at any time. Shock or death due to pain or blood loss requires immediate surgery and should be done under the direction of the commanding staff. When the microprocessor receives the operation instruction of the operation button, it generates a corresponding control instruction, which is sent to the control box in the monitoring equipment storage cabinet 120 through the wireless communication unit.

A shadowless lamp is installed on the inner top surface of the car box 100 at the center of the operation area, and a vehicle air conditioner is installed in the monitoring area. At the same time, all electronic equipment used in the operation area, including the camera 153, the display 152, the shadowless lamp , a head-mounted camera, a head-mounted microphone, and the vehicle air conditioner in the monitoring area and the data transfer equipment in the monitoring equipment storage cabinet are all electrically connected to the control box by wired or wireless means. When the control command received by the control box represents a first-degree critical condition, the control box only controls the on-board air conditioner to energize and work, so as to provide a suitable temperature for the monitoring area. When the received control instruction represents the second-level critical condition, the control box controls the shadowless lamp to turn on, and prepares for the upcoming operation. When the received control command represents a third-level critical condition, the control box controls the camera 153 , the display 152 , the head-mounted camera and the head-mounted microphone to power on and work on the basis of controlling the shadowless lamp to turn on, and also through the data transfer device. A communication request message is sent to the server, and when the communication is connected, the medical staff in the ambulance can perform surgery under the guidance of the commander of the emergency command center, maximizing the use of the first time to reduce the death rate of the wounded.

The above disclosures are only a few specific embodiments of the present invention, however, the embodiments of the present invention are not limited thereto, and any changes that can be conceived by those skilled in the art should fall within the protection scope of the present invention.

Claims (8)

1. a mobile emergency emergency intensive care system, is characterized in that, this system comprises the car body of ambulance and the first aid command center established in the hospital, in the first aid command center, server and audio and video collection and playback equipment are installed; A car door is installed at the rear end of the car box, and a monitoring equipment storage cabinet and an isolation door are installed inside. The monitoring equipment storage cabinet and the isolation door are respectively installed on two opposite inner walls of the car box, and the monitoring equipment is stored. The cabinet and the isolation door divide the interior space of the car box into a monitoring area and an operation area, the monitoring area is located on the side of the isolation door close to the vehicle door, and the operation area is located on the other side of the isolation door; The operating area is provided with a surgical equipment storage cabinet, a display and a camera, the surgical equipment storage cabinet is used to store instruments and equipment used in surgical operations, a speaker is integrated in the display, and data is installed in the monitoring equipment storage cabinet A relay device, through which the video information collected by the camera is sent to the server in a wireless form, and then transmitted to the audio and video playback device of the emergency command center, and the audio and video collected by the audio and video collection device of the emergency command center The information is sent to the data transfer device through the server, and then sent to the display for playback; The monitoring area is used to place a stretcher car, the stretcher car includes a main frame, a sliding rail frame, a bracket and an operation box, the sliding rail frame is fixed on the bottom surface of the main frame, and the bracket is slidably installed on the In the slide rail frame, the operation box is installed on the edge of the bottom surface of the main frame; the outer shell of the operation box has a plurality of operation buttons, and the inner shell has a microprocessor and a wireless communication unit, and the signal of the microprocessor The input end is electrically connected with the operation button, and the signal output end is electrically connected with the wireless communication unit; When the wounded is lying on the stretcher cart, the microprocessor receives an operation instruction that the operation button is pressed, generates a corresponding control instruction and sends it to the monitoring equipment storage cabinet through the wireless communication unit The control box, the control box controls the working state of the corresponding equipment in the monitoring area or the operating area according to the received control instructions; Also includes a head-mounted camera and a head-mounted microphone, the head-mounted camera and the head-mounted microphone are stored in the surgical equipment storage cabinet or the monitoring equipment storage cabinet, the head-mounted camera is worn by the surgical assistant, It is used to collect detailed image information of the wounded, the head-mounted microphone is worn by the chief surgeon, and is used to collect the voice information of the chief surgeon, and the video and audio information collected by the head-mounted camera and the head-mounted microphone pass through the Data transfer equipment and audio and video playback equipment sent by the server to the emergency command center; The number of the operation buttons is three, which represent three critical levels respectively. The three critical levels are first-level critical, second-level critical and third-level critical in order from light to heavy. Shadowless lamps are installed in the operating area to monitor the operation area. A vehicle-mounted air conditioner is installed in the area, and all electronic equipment used in the operating area, as well as the vehicle-mounted air conditioner in the monitoring area and the data transfer equipment in the monitoring equipment storage cabinet are electrically connected to the control box by wired or wireless means; When the received control command represents the first-level critical condition, the control box only controls the power-on operation of the vehicle air conditioner. When the received control command represents the second-level critical illness, the control box controls the shadowless lamp to turn on. When the instruction represents the third-level critical condition, the control box controls the camera, display, head-mounted camera and head-mounted microphone to energize and work on the basis of controlling the shadowless lamp to turn on, and at the same time, through the data transfer device to the The server sends a communication request message to request communication with the emergency command center. 2 . The mobile emergency emergency intensive care system according to claim 1 , wherein the side wall of the car box and the interior of the car door are filled with sound-absorbing sponges to reduce the interference of external noise on the inside of the car box. 3 . 3. The mobile emergency emergency intensive care system according to claim 1, wherein the monitoring area is provided with a plurality of seats on the side wall on which the isolation door is installed, and the hinges on each seat are Both are fitted with springs that allow the seat to automatically pop up and rest against the side walls of the ward. 4. The mobile emergency emergency intensive care system according to claim 1, wherein four groups of fixed components are installed in the center of the ground of the operating area, and the positions of each group of fixed components are respectively the same as the positions of the four rollers of the stretcher cart. The positions correspond one-to-one, and each set of the fixing components includes two oppositely arranged fixing rings, one of the fixing rings is bound with a fixing belt, and the end of the fixing belt is provided with a fixing hook. 5. The mobile emergency emergency intensive care system according to claim 1, wherein the main frame of the stretcher car is made of ferromagnetic material or is installed with a ferromagnetic metal block, and the monitoring equipment storage cabinet is facing A plurality of electromagnets and at least one stretcher pressure sensor are installed on the side of the door at the same height as the stretcher trolley. A plurality of the electromagnets and at least one stretcher pressure sensor are also installed in the high position, and these electromagnets and the stretcher pressure sensor are all electrically connected with the control box installed in the monitoring equipment storage cabinet, the stretcher pressure sensor The pressure value squeezed by the stretcher car is collected and sent to the control box, and the control box determines that when the pressure value exceeds the preset value, it controls all the electromagnets to energize, and the stretcher car is adsorbed on the car box. On the side walls and sides of monitoring equipment storage cabinets. 6. The mobile emergency emergency intensive care system according to claim 1, wherein a layer of sponge pad is laid on the upper surface of the main frame, and a plurality of pad pressure sensors are installed between the sponge pad and the main frame, so that the The pad pressure sensor is electrically connected to the input end of the microprocessor through a wire, the pad pressure sensor converts the pressure into a corresponding analog electrical signal and transmits it to the microprocessor, and the AD conversion circuit in the microprocessor converts the analog electrical signal. The signal is converted into a digital electrical signal, and it is judged whether the pressure value represented by the digital electrical signal exceeds the preset pressure value. operating instructions. 7 . The mobile emergency emergency intensive care system according to claim 1 , wherein the monitoring equipment storage cabinet is provided with an upper storage area and a pipeline lead-out area from top to bottom on the side facing the isolation door. 8 . and a lower storage area, wherein cabinet doors are installed on both the upper storage area and the lower storage area, the upper storage area is used to store the electronic equipment used to monitor the life of the wounded, the data transfer equipment and the control box are also installed in this in the area; The lower storage area is used to store oxygen cylinders, the pipeline lead-out area is located between the upper storage area and the lower storage area, and it is in an open state. Cables and conduits for equipment in the storage area are pulled out of these exit holes. 8 . The mobile emergency emergency intensive care system according to claim 1 , wherein the monitoring equipment storage cabinet is provided with hooks on the side facing the vehicle door for hanging bottles. 9 .

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