Mobile integrated emergency care module based on 5G platform

Abstract

The invention discloses a mobile integrated emergency care module based on a 5G platform, which comprises a module body, and the module body comprises an unmanned aerial vehicle module, a rescue module, a care module, a medicine module, a 5G module and a solar module; according to the invention, the problem that batch injury or multi-injury patients caused by emergencies such as large-scale traffic accidents, large-scale disasters and military exercises need to be rescued in time can be solved, so that the life safety of the most people can be better ensured, and in addition, the device can be realized in various forms meeting the national standard such as a box body, a trailer and a box vehicle, and is very convenient to use. The mobility of the system can enable the system to adapt to various scenes in reality. Internet industries such as the 5G technology and the unmanned aerial vehicle are combined with modern emergency medicine, the system has the advantages that modern medical resources are integrated, and the system can be conveniently and rapidly moved anytime and anywhere, conforms to development of the big background of the times, promotes development of the times, promotes medical care fusion and meanwhile promotes progress of the nursing business.

Description

Technical Field

[0001] The present invention relates to the technical field of emergency equipment, and in particular to a mobile integrated emergency care module based on a 5G platform. Background Art

[0002] my country has a large population base, and various large-scale emergencies often occur, and the demand for emergency nursing work is constantly increasing. Pre-hospital emergency care refers to the emergency care for critically ill patients outside the hospital. In a broad sense, pre-hospital emergency care refers to the emergency rescue performed on the spot by medical staff or witnesses when the patient becomes ill, while in a narrow sense, pre-hospital emergency care refers to the medical activities of on-site rescue and on-the-way monitoring implemented by professional emergency care institutions composed of communication equipment, transportation tools and basic medical elements before the patient arrives at the hospital. Pre-hospital emergency care is an indispensable part of nursing work.

[0003] The nursing equipment in the prior art cannot effectively improve the pre-hospital emergency treatment capabilities and emergency rescue capabilities for emergencies.

[0004] Therefore, there is an urgent need for a mobile integrated emergency care module based on the 5G platform to solve the above problems. Summary of the invention

[0005] In view of this, in order to solve the problems existing in the technical background, the present invention proposes a mobile integrated emergency care module based on the 5G platform. The specific technical solution is as follows:

[0006] A mobile integrated emergency care module based on a 5G platform, comprising a module, wherein the module comprises a drone module, a rescue module, a care module, a medicine module, a 5G module, and a solar module;

[0007] The rescue module includes an operation area and an equipment area. In the equipment area, a Saab machine and a defibrillator are placed at the front of the operation table for quick access to rescue the patient's life. Various analytical instruments are placed next to them for checking various vital indicators of the patient. A detachable and movable ICU rescue bed is placed in the operation area. Common emergency equipment such as a ventilator, an electrocardiogram monitor and a shadowless lamp are reasonably arranged next to the bed. A variety of rescue instruments are placed according to different medical conditions, and can be used according to the doctor's instructions according to the emergency scene situation;

[0008] The nursing module includes a dispensing room, a washbasin, and a nursing staff station area. When the nursing staff at the emergency scene enters the module, they can immediately complete their own preparations such as washing hands and disinfection at the washbasin in the nursing module, and then enter the dispensing room to prepare medicines. Among them, a separate partition design should be made for the dispensing room during the design to ensure the quality and safety of medicines and supplies. Sufficient space for operation is reserved in the nursing staff station area. According to the situation at the emergency scene, three or four people can stand and perform emergency operations according to the doctor's orders;

[0009] The drug module is equipped with various commonly used drugs and appliances required for first aid, and an intracardiac drug module, anaesthetic drug module and antivenom drug module are additionally added, which are used according to different conditions. The anaesthetic drug module is strictly treated with "five specializations", stored in a separate safe and used in strict accordance with the doctor's orders;

[0010] The drone module and the solar module are arranged outside the module. The drone module is responsible for the investigation of the accident site, and the solar module is mainly responsible for auxiliary power supply and oxygen supply to the module. The module itself has a generator, and the active ventilator in the module is connected to the air outside the module through the lower pipeline. While realizing active oxygen generation, it can also form a negative pressure environment inside the entire module to avoid environmental pollution and the spread of pathogens.

[0011] The 5G module includes applying 5G technology to 5G high-definition large screens, 5G high-definition cameras, 5G high-definition panoramic cameras and various devices in the module that support 5G technology. The images of the emergency scene and the patient's condition information are transmitted back to the hospital command center at a high speed for the expert team to study the condition and provide practical guidance to assist doctors in issuing medical orders, and emergency nursing staff execute medical orders on site. By accessing 5G technology to supported emergency equipment, various medical services can be displayed on the 5G high-definition large screen for on-site nursing staff to complete the rescue of patients more clearly and efficiently.

[0012] Furthermore, the drone module contains a drone that is alternately operated by the command center in the hospital and a fellow driver. Before and during the process of heading to the accident site, the command center can directly control the drone to quickly reach the scene with the shortest straight-line distance to check the situation in advance and send it back to the hospital command center in real time, so that medical staff can make a prediction of the situation on the scene. After arriving at the scene, the fellow driver who is proficient in drone operation skills will take over and fly the drone to record the scene and hover over the accident site to send the picture back to the hospital command center for real-time observation.

[0013] Furthermore, the operating table area is equipped with a Saab machine, a defibrillator, a rapid myocardial infarction analyzer, a blood gas and biochemical analyzer, a computer keyboard and mouse set, and a portable B-ultrasound machine, and the pipes, tools, and medicines of the corresponding instruments are placed in a cabinet under the operating table.

[0014] Furthermore, the ICU rescue bed area includes a hospital bed and a metal bed transfer device. An electrocardiogram monitor and a ventilator are installed on one side of the bedside, and a micro-infusion pump and a negative pressure suction device are installed on the other side of the bedside. ECMO, IABP, oxygen cylinders, hemodialysis machines, mobile DR machines and other equipment are placed in sequence next to the bed for patient rescue work.

[0015] Furthermore, the module is equipped with a 5G high-definition panoramic camera. The 5G high-definition panoramic camera and the 5G high-definition camera carried by the drone can send back images in real time, allowing for a clear and comprehensive view of the emergency scene.

[0016] Furthermore, the module is presented in the form of a box truck, a box body, a trailer, etc., and can be presented as a separate module for use in large-scale car accidents, war military exercises or aviation medical treatment, or can be presented as a separate module for use in large-scale emergencies such as large-scale car accidents, war military exercises or aviation medical treatment.

[0017] The above technical solution has the following beneficial effects:

[0018] The present invention includes nursing modules such as drone modules, rescue modules, and drug modules. It can solve the problem of batch injuries or multiple injured patients caused by emergencies such as large-scale traffic accidents, large-scale disasters, and military exercises, and the need for timely rescue work, thereby better ensuring the safety of the lives of the vast majority of the people. In addition, the present invention can be implemented in a variety of forms that meet national standards, such as boxes, trailers, and box trucks. The mobility possessed by the present invention can adapt it to various scenarios in reality. The present invention combines Internet industries such as 5G technology and drones with modern emergency medicine, and has the advantages of integrating modern medical resources and being able to move conveniently and quickly anytime and anywhere. It conforms to the development of the general background of the times, promotes the development of the times, promotes the integration of medical care, and promotes the progress of the nursing industry. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 This is a schematic diagram of the internal structure of a mobile integrated emergency care module based on a 5G platform of the present invention. DETAILED DESCRIPTION

[0020] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0021] See Figure 1 A mobile integrated emergency care module based on a 5G platform is shown, comprising a module, wherein the module comprises a drone module, a rescue module, a care module, a medicine module, a 5G module, and a solar module;

[0022] The rescue module includes an operation area and an equipment area. In the equipment area, a Saab machine and a defibrillator are placed at the front of the operation table for quick access to rescue the patient's life. Various analytical instruments are placed next to them for checking various vital indicators of the patient. A detachable and movable ICU rescue bed is placed in the operation area. Common emergency equipment such as a ventilator, an electrocardiogram monitor and a shadowless lamp are reasonably arranged next to the bed. A variety of rescue instruments are placed according to different medical conditions, and can be used according to the doctor's instructions according to the emergency scene situation;

[0023] The nursing module includes a dispensing room, a washbasin, and a nursing staff station area. When the nursing staff at the emergency scene enters the module, they can immediately complete their own preparations such as washing hands and disinfection at the washbasin in the nursing module, and then enter the dispensing room to prepare medicines. Among them, a separate partition design should be made for the dispensing room during the design to ensure the quality and safety of medicines and supplies. Sufficient space for operation is reserved in the nursing staff station area. According to the situation at the emergency scene, three or four people can stand and perform emergency operations according to the doctor's orders;

[0024] The drug module is equipped with various commonly used drugs and appliances required for first aid, and an intracardiac drug module, anaesthetic drug module and antivenom drug module are additionally added, which are used according to different conditions. The anaesthetic drug module is strictly treated with "five specializations", stored in a separate safe and used in strict accordance with the doctor's orders;

[0025] The drone module and the solar module are arranged outside the module. The drone module is responsible for the investigation of the accident site, and the solar module is mainly responsible for auxiliary power supply and oxygen supply to the module. The module itself has a generator, and the active ventilator in the module is connected to the air outside the module through the lower pipeline. While realizing active oxygen generation, it can also form a negative pressure environment inside the entire module to avoid environmental pollution and the spread of pathogens.

[0026] The 5G module includes applying 5G technology to 5G high-definition large screens, 5G high-definition cameras, 5G high-definition panoramic cameras and various devices in the module that support 5G technology. The images of the emergency scene and the patient's condition information are transmitted back to the hospital command center at a high speed for the expert team to study the condition and provide practical guidance to assist doctors in issuing medical orders, and emergency nursing staff execute medical orders on site. By accessing 5G technology to supported emergency equipment, various medical services can be displayed on the 5G high-definition large screen for on-site nursing staff to complete the rescue of patients more clearly and efficiently.

[0027] The drone module contains a drone that is operated alternately by the command center in the hospital and a fellow driver. Before and during the process of heading to the accident site, the command center can directly control the drone to quickly reach the scene with the shortest straight-line distance to check the situation in advance and send it back to the hospital command center in real time, so that medical staff can make a prediction of the situation on the scene. After arriving at the scene, the fellow driver who is proficient in drone operation skills will take over and fly the drone to record the scene and hover over the accident site to send the picture back to the hospital command center for real-time observation.

[0028] The operating table area is equipped with a Saab machine, a defibrillator, a rapid myocardial infarction analyzer, a blood gas and biochemical analyzer, a computer keyboard and mouse set, and a portable B-ultrasound machine, and the pipes, tools, and medicines of the corresponding instruments are placed in the cabinet under the operating table.

[0029] The ICU rescue bed area includes a hospital bed and a metal bed transfer device. An electrocardiogram monitor and a ventilator are installed on one side of the bedside, and a micro-infusion pump and a negative pressure suction device are installed on the other side of the bedside. ECMO, IABP, oxygen cylinders, hemodialysis machines, mobile DR machines and other equipment are placed in sequence next to the bed for patient rescue work.

[0030] The module is equipped with a 5G high-definition panoramic camera. The 5G high-definition panoramic camera and the 5G high-definition camera carried by the drone send back images in real time, allowing a clear and comprehensive view of the emergency scene.

[0031] The module is presented in the form of a box truck, a box body, a trailer, etc., and can also be presented as a separate module for use in large-scale car accidents, war military exercises or aviation medical treatment.

[0032] This embodiment adopts an invasive ventilator, but it also has a mode of non-invasive ventilation and oxygen therapy, and the device is lightweight and easy to transport, and the built-in compressor can be used normally when there is only an oxygen cylinder. The use of a ventilator can alleviate dyspnea and decreased blood oxygen saturation, provide life support for patients, help patients buy time, and improve the rescue rate of critically ill and acutely ill patients; the electrocardiogram monitor can display the patient's physiological indicators, such as electrocardiogram, blood pressure, blood sample, pulse, body temperature, breathing and other data, and the electrocardiogram monitor can also be connected to an electronic display screen to project a larger and clearer picture, which is convenient for nursing staff to pay attention to the patient's dynamics and discover abnormal phenomena in time; the micro-injection pump is a medical device that can accurately, evenly and continuously pump a small amount of liquid medicine into the patient's body, which can be used to control blood pressure, adjust blood sugar, continuously analgesic sedation, intravenous chemotherapy, etc. for patients who need to continuously and slowly administer drugs; the negative pressure aspirator is mainly used during surgery to remove blood, exudate, pus, pleural effusion and the contents of abdominal viscera during surgery, so that the surgery is clear and the chance of contamination is reduced. It can also be used to prevent the formation of effusion and drainage of lymph fluid after surgery.

[0033] ECMO is a medical emergency technology device that provides continuous extracorporeal respiration and circulation to treat critical illnesses. Its main function is to provide continuous extracorporeal respiration and circulation for patients with weak vital signs, so that the patient's heart and lungs can rest, and buy time for the rescue of critically ill patients, so as to maintain the patient's life; ECMO can also help patients complete the work of pulmonary oxygenation exchange, and then replace the heart's pumping function to maintain the patient's blood circulation. In addition, the clinical application of ECMO has played a vital role in the treatment of certain critically ill patients; IABP can reduce the burden of the heart during contraction, increase cardiac ejection, and increase coronary blood flow during diastole, thereby improving the blood supply to the coronary arteries and reducing the heart's afterload. Adding IABP to the nursing module can be used for preventive supportive treatment of severe coronary heart diseases such as myocardial infarction and cardiogenic shock, or cardiac intervention surgery; the hemodialysis machine can metabolize toxins, adjust water and electrolyte balance, and adjust acid-base balance to relieve the patient's condition and can also be used in conjunction with the serum module in the drug module to achieve better therapeutic effects; the dynamic DR machine can quickly acquire and confirm photographic images after a few seconds of exposure, eliminating the complicated procedures of traditional film washing and IP board information reading. The image can be processed on-site, transmitted over the network, and printed, which is efficient, fast, and more direct. The obtained image can be uploaded to the electronic display screen for more flexible and clear viewing.

[0034] The drug module is equipped with about 15 kinds of rescue drugs such as epinephrine and isoproterenol. In view of the occurrence of acute and critical diseases such as acute myocardial infarction and acute heart failure, an intracardiac module is added to the drug module, including sodium nitrosoprate, isosorbide dinitrate and other vasodilator drugs and aspirin, clopidogrel, warfarin, new oral anticoagulants and other dual-antibody combination drugs. Considering the serious injuries of patients or unbearable pain and irritability, a seminal anesthetic module is added, including remifentanil, alprazolam tablets, carnopare, midazolam injection, morphine hydroxide, diazepam injection, dezocine injection, etc.; serum modules are equipped for snake bites in different regions, including but not limited to antivenom, antivenom of cobra, antivenom of sea snake, antivenom of cyclops, antivenom of python, etc. The tool module includes: various syringes, scalp needles, cotton swabs, sterile gloves, gauze, cotton balls, dental pads, scissors, flashlights, infusion patches, adhesive tapes, tourniquets, hemostatic forceps, openers, tongue forceps, thermometers, glass joints, etc. In other embodiments, they can be used in combination according to actual needs.

[0035] The specific method of using the present invention is as follows: the accompanying nurse (the group of nursing staff and drivers are required to be proficient in driving drones) takes off the drone on the way to the accident site and flies to the accident site according to the planned shortest straight-line distance route, and transmits the scene image back to the hospital command center, so that the accompanying nurses and rear doctors can understand the scene situation in advance and make a prediction on the handling of the accident; after arriving at the scene, the accompanying driver takes over the drone and hovers it above the accident site, so that the hospital command center can obtain the scene image in real time, monitor the scene situation in real time, and respond to emergencies in real time; the nursing team, led by the nursing team leader, examines the patients on the scene and finds the car accident For patients with craniocerebral trauma, after on-site nursing evaluation, it is determined that they need priority treatment and the patient is immediately sent to the nursing module for rescue via the ICU rescue bed on the nursing module; after the patient enters the nursing module, the doctors in the hospital mainly observe the condition through the two 5G high-definition cameras in the nursing module. At this time, the nursing staff will turn on the nursing module in the nursing module and be on standby for use at any time; after observing the condition through the 5G high-definition camera, the doctor will issue medical orders in the rear hospital, which will be recorded by the 5G high-definition camera and 5G panoramic camera. The addition of 5G technology also facilitates doctors to provide real-time guidance and monitoring, ensuring the success rate of rescue while improving the efficiency of medical services.

[0036] The present invention combines the advantages of negative pressure ambulances to reduce infection during the treatment process and avoid cross infection.

[0037] The module is presented in the form of a box truck, a box body, a trailer, etc. It can be presented as a separate module for use in large-scale car accidents, war military exercises or aviation medical treatment, or it can be presented as a separate module for use in large-scale emergencies such as large-scale car accidents, war military exercises or aviation medical treatment.

[0038] The basic principles and main features of the present invention are described above. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for illustrating the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which shall fall within the scope of the present invention to be protected. The scope of protection of the invention shall be defined by the attached claims and their equivalents.

Claims

1. A mobile integrated emergency care module based on a 5G platform, comprising a module, characterized in that: The modules include a drone module, a rescue module, a nursing module, a medicine module, a 5G module, and a solar module; The rescue module includes an operation area and an equipment area. In the equipment area, a Saab machine and a defibrillator are placed at the front of the operation table for quick access to rescue the patient's life. Various analytical instruments are placed next to them for checking various vital indicators of the patient. A detachable and movable ICU rescue bed is placed in the operation area. Common emergency equipment such as a ventilator, an electrocardiogram monitor and a shadowless lamp are reasonably arranged next to the bed. A variety of rescue instruments are placed according to different medical conditions, and can be used according to the doctor's instructions according to the emergency scene situation; The nursing module includes a dispensing room, a washbasin, and a nursing staff station area. When the nursing staff at the emergency scene enters the module, they can immediately complete their own preparations such as washing hands and disinfection at the washbasin in the nursing module, and then enter the dispensing room to prepare medicines. In particular, a separate partition design should be made for the dispensing room during the design to ensure the quality and safety of medicines and supplies, and sufficient space for operation should be reserved in the nursing staff station area. According to the emergency scene situation, three or four people can stand and perform emergency operations according to the doctor's instructions; The drug module is equipped with various commonly used drugs and appliances required for first aid, and an intracardiac drug module, anaesthetic drug module and antivenom drug module are additionally added, which are used according to different conditions. The anaesthetic drug module is strictly treated with "five specializations", stored in a separate safe and used in strict accordance with the doctor's orders; The drone module and the solar module are arranged outside the module. The drone module is responsible for the investigation of the accident site, and the solar module is mainly responsible for auxiliary power supply and oxygen supply to the module. The module itself has a generator, and the active ventilator in the module is connected to the air outside the module through the lower pipeline. While realizing active oxygen generation, it can also form a negative pressure environment inside the entire module to avoid environmental pollution and the spread of pathogens. The 5G module includes applying 5G technology to 5G high-definition large screens, 5G high-definition cameras, 5G high-definition panoramic cameras and various devices in the module that support 5G technology. The images of the emergency scene and the patient's condition information are transmitted back to the hospital command center at a high speed for the expert team to study the condition and provide practical guidance to assist doctors in issuing medical orders, and emergency nursing staff execute medical orders on site. By accessing 5G technology to supported emergency equipment, various medical services can be displayed on the 5G high-definition large screen for on-site nursing staff to complete the rescue of patients more clearly and efficiently.

2. According to claim 1, a mobile integrated emergency care module based on a 5G platform is characterized in that: The drone module contains a drone that is operated alternately by the command center in the hospital and a fellow driver. Before and during the process of heading to the accident site, the command center can directly control the drone to quickly reach the scene with the shortest straight-line distance to check the situation in advance and send it back to the hospital command center in real time, so that medical staff can make a prediction of the situation on the scene. After arriving at the scene, the fellow driver who is proficient in drone operation skills will take over and fly the drone to record the scene and hover over the accident site to send the picture back to the hospital command center for real-time observation.

3. According to the 5G platform-based mobile integrated emergency care module of claim 1, it is characterized in that: The operating table area is equipped with a Saab machine, a defibrillator, a rapid myocardial infarction analyzer, a blood gas and biochemical analyzer, a computer keyboard and mouse set, and a portable B-ultrasound machine, and the pipes, tools, and medicines of the corresponding instruments are placed in the cabinet under the operating table.

4. According to a 5G platform-based mobile integrated emergency care module according to claim 1, it is characterized in that: The ICU rescue bed area includes a hospital bed and a metal bed transfer device. An electrocardiogram monitor and a ventilator are installed on one side of the bedside, and a micro-infusion pump and a negative pressure suction device are installed on the other side of the bedside. ECMO, IABP, oxygen cylinders, hemodialysis machines, mobile DR machines and other equipment are placed in sequence next to the bed for patient rescue work.

5. According to claim 1, a mobile integrated emergency care module based on a 5G platform is characterized in that: The module is equipped with a 5G high-definition panoramic camera. The images transmitted back in real time by the 5G high-definition panoramic camera and the 5G high-definition camera carried by the drone can be clearly and comprehensively viewed on the emergency scene.

6. The mobile integrated emergency care module based on the 5G platform according to claim 1, characterized in that: The module is presented in the form of a box truck, a box body, a trailer, etc. It can be presented as a separate module for use in large-scale car accidents, war military exercises or aviation medical treatment, or it can be presented as a separate module for use in large-scale emergencies such as large-scale car accidents, war military exercises or aviation medical treatment.

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