77 results about "Emergency centre" patented technology

The invention discloses an unmanned aerial vehicle (UAV) emergency medical rescue system and a UAV emergency medical rescue method, and belongs to the field of UA air rescue. The system comprises an emergency center ground scheduling subsystem, a UAV subsystem, and a user terminal. The emergency center ground scheduling subsystem receives emergency information sent by the user terminal, plans an emergency rescue task, selects an appropriate emergency unmanned aerial vehicle, transmits remote guidance audio and video information to the emergency unmanned aerial vehicle, and receives vital sign data transmitted back by the emergency unmanned aerial vehicle. The UAV subsystem comprises the emergency unmanned aerial vehicle and vehicle-borne emergency medicines and medical tools. The emergency unmanned aerial vehicle receives and executes the emergency rescue task, and transmits on-site audio and video information and vital sign data back. By using the unmanned aerial vehicle which flies at high speed and can carry emergency medicines and medical tools to the place where an acute critical patient is located quickly, people around the patient can be remotely guided to treat the patient scientifically, and therefore, the survival rate of the acute critical patient is further increased.

A remote care service system comprises the care center (attended by a care worker), a first-aid center, and the plurality of home subsystems, each comprising a relay terminal and at least one wireless care recipient monitoring terminal disguised as an attachment-arousing and / or familiar article. The care and first-aid centers and the wireless terminals are accessible to a communication network such as the Internet. The relay terminal relays a communication between an associated wireless terminal and the center equipment. The wireless terminal tries an interactive communication with the care recipient by using a predetermined phrase to judge whether the care recipient is normal. If not, then the wireless terminal sends an abnormality report to the first-aid center, which responsively dispatches emergency men to the care recipient's home. Judgment the care recipient's health condition interactively with the care recipient enhances the reliability of the judgment.

This invention relates to a network hospital system keeping contact directly with easy-ill people or patients characterizing that said network hospital system includes a network server, a wire and / or wireless network, terminals(desk computers, notebook computers, palm computers or intelligent cell phones), devices(the mono-chip processor system includes information testing process and satellite locating functions in ECG, blood pressure, blood sugar, blood-fat, temperature, breath and blood oxygen), a medical treatment service system( drug-stores, distribution station, a test and a physical examination center and a emergency center), in which, the device timely communicates with the server about the situations of the easy-ill people and patients by the terminal and network, at the same time, the system is connected with traditional hospitals, community hospitals, drug-stores, emergency centers, banks and government departments to provide various medical services.

A biometric measurement device and communications infrastructure implements a system of information exchange and usage. In an embodiment of the invention, a kiosk user's cell phone is used to wirelessly connect via the machine to a call center, doctor, or emergency center. In addition, the kiosk may automatically and wirelessly connect the user's cell phone through the kiosk to a call center representative or emergency service. The kiosk is able to collect and transmit user data, such as for promotional or advertising purposes in a further example.

The invention relates to a medical emergency treatment method and system. The emergency treatment system is composed of a distress part and an emergency treatment apparatus receiving part, wherein the distress part comprises an accident triggering module, an accident judging and information processing module, an on-site distress module, a remote communication module and the like; the emergency treatment apparatus receiving part comprises a remote communication module, an information processing and on-site alarming module and the like. When emergent disease accidents such as entricular fibrillation, myocardial infarction and the like happen, a promoting message lasting for a fixed period of time is generated by the accident judging and information processing module and a patient determines whether to ask for help or not during the period; if the patient loses the disposing capacity, the emergency treatment system gives an alarm to an on-site and / or nearest and available emergency treatment apparatus or / and an emergency treatment center through the on-site distress module and the remote communication module in a wire or / and wireless communication way after the promoting period runs out, so that medical care personnel can obtain the accurate medical treatment information and rush to the scene to treat relative affairs and can recoup losses of medical accidents as much as possible.

The invention discloses a movable android emergency task system with a vehicle-mounted tablet personal computer of a medical emergency center. The movable android emergency task system is characterized by comprising an emergency center scheduling service module which stores emergency task information; a task scanning controlling module which is used for scanning the emergency center scheduling service module and is used for judging whether an emergency task exists; a wireless network communication interacting module which is used for regularly scanning a task interface of a center server through a wireless network, acquiring attendance and archive information which are sent by the scheduling center, and returning the current status of an emergency vehicle to the scheduling center in real time by remotely calling the emergency center scheduling service module, so that the scheduling center makes a response in real time and correctly schedules the emergency vehicle to execute an emergency task; and a vehicle navigating and positioning function module which is used for calling a global positioning system (GPS) hardware interface arranged in the equipment to provide functions of positioning, navigating and teammate inquiring for the emergency vehicle. According to the movable android emergency task system with the vehicle-mounted tablet personal computer of the medical emergency center, the emergency center rationally schedules the emergency vehicle and timely responds to the emergency task; timeliness and accuracy of the information interaction between the emergency center and the emergency vehicle are enhanced; and the emergency attendance tasks of the emergency vehicle are recorded, so as to enhance the management of the emergency vehicle by the emergency center.

The invention discloses a method and device for realizing emergency rescue through wearable equipment. A telephone function module is embedded into the wearable equipment. The method comprises the following steps: receiving an emergency rescue trigger command by the wearable equipment; making a call to at least one of preset telephone numbers, wherein the last telephone number of the preset telephone numbers is the telephone number of an emergency center; dialing a next preset telephone number when the dialed telephone number is not answered or unavailable, and circularly making calls to the preset telephone numbers for specified times when all the preset telephone numbers are not answered or unavailable; and when call making ends, transmitting current position information to a server in order that a client inquires the position information of the wearable equipment. According to the method and device, an emergency telephone number is set in the preset telephone numbers, so that a user of the wearable equipment can be rescued as soon as possible. Moreover, the current position information is transmitted to the server, so that the user of the wearable equipment can be found conveniently, and can be rescued more immediately.

The embodiment of the invention discloses an information management method and platform of an emergency center. The emergency center obtains emergency information and road condition information within the jurisdiction and determines a police vehicle and a police team according to the emergency information and the road condition information; a police instruction is sent out to the police vehicle and an emergency substation; the police vehicle and the police team reach an emergency position and obtain site diagnosis information; the emergency center locates and monitors the police vehicle in real time during the period and carries out check work on the personnel in the police team; the emergency center determines a clinical reception hospital according to the site diagnosis information; and the clinical reception hospital receives a clinical reception instruction and prepares clinical reception personnel and clinical reception drugs. According to the information management method and platform of the emergency center disclosed by the embodiment of the invention, unified management and scheduling are carried out on emergency medical resources within the jurisdiction, the road condition information and the distribution condition of the emergency medical resources within the jurisdiction are analyzed and the optimal emergency vehicle and clinical reception hospital are selected, so that accurate and fast scheduling of the emergency medical resources is achieved and the quality and the efficiency of emergency work are improved.

A method and system, for adding emergency information to an emergency call, network transport of the emergency information and display to an emergency centre operator. Emergency information may comprise; position indication, ability to voice answer, indication of accompanying SMS, automated alarm etc. and is added as postfix to the emergency number by the phone as shown in FIG. 3. The network entry node takes care of separation of dialled emergency number and emergency information, to enable normal set-up of the emergency call connection trough the network to the emergency centre where the emergency information is presented to the emergency operator.

The invention provides a mobile terminal attachment triggering automatic alarming method and system and a mobile terminal. The method particularly comprises: recording a piece of voice information in the mobile terminal in advance, and storing the voice information into a specified folder of the mobile terminal; monitoring whether a behavior mode of a mobile terminal attachment connected with the mobile terminal is matched with a preset action in the mobile terminal in real time; and if the behavior mode is matched with the preset action, acquiring real-time position information of the mobile terminal, sending the voice information and the real-time position information into a preset alarm number, and dialing the alarm number to implement automatic alarm. According to the mobile terminal attachment triggering automatic alarming method and system and the mobile terminal which are provided by the invention, functions of a mobile phone attachment are sufficiently utilized; after an alarm is triggered, pre-stored personal information of a user is timely sent to an emergency center; concealed alarming is really achieved; not only can alarming efficiency be improved, but also personal safety of the user can be simultaneously ensured; and convenience is provided for the user.

The invention discloses an ambulance evacuation path selection method. The method includes the following steps: S001, acquiring GIS (geographic information system) geographic information, road network information and realtime traffic data; S002, setting an initial value of a variable (i)i( / i) to be 1; S003, calculating shortest running time of an ambulance from a patient position to the (i)i( / i)th emergency center; S004, calculating average waiting time after a patient is carried to the (i)i( / i)th emergency center; S005, increasing (i)i( / i) by 1, repeating S003 and S004 until traversing all emergency centers; S006, selecting an emergency center with a minimum sum of the shortest running time and the average waiting time as an optimal emergency center, and carrying the patient to the optimal emergency center by the ambulance according to a path corresponding to the shortest running time. By the ambulance evacuation path selection method, the problem that conventional ambulance path selection algorithms are useless to medical rescue and treatment is solved, and maximization of ambulance resource utilization rate is realized. The ambulance evacuation path selection method is suitable for circumstances that wounded personnel is large in number and emergency centers need coordinated dispatching.

The invention discloses an intelligent optical fiber sensing system based on deep learning. The system comprises an intelligent helmet, an identification device and a processing chip, wherein the intelligent helmet comprises a helmet shell, a windshield and a wearing unit; the intelligent helmet further comprises a display screen, a ventilation unit, an inner filling layer, a D3O material, an electric drive material nozzle and a protective switch port; the helmet shell is sprayed with a LINE-X protective coating; the identification device comprises a pressure sensor, an infrared proximity sensor, a monitoring camera and a positioning unit; the processing chip is arranged inside the helmet shell and is in wireless connection with the display screen, the ventilation unit, the inner filling layer, the electric drive material nozzle, the protective switch port, the pressure sensor, the infrared proximity sensor, the monitoring camera, the positioning unit, external equipment of a user, analarm center and an emergency center, and if the user is a take-out delivery person, the external equipment of the user is in wireless connection with a take-out platform server; and the head of the user is intelligently protected and the situation that the user cannot timely observe information of approaching objects around during vehicle driving is avoided.

The invention discloses a portable intelligent sphygmomanometer. A body is arranged on an annular elastic belt, a blood pressure sensing sheet is arranged at the bottom of the body, the blood pressuresensing sheet is arc-shaped structure to fit wrists, and a display screen and a voice broadcast module are arranged on the surface of the body; a control module is arranged on the inner portion of the body, and the control module is connected with the blood pressure sensing sheet and can receive data detected by the blood pressure sensing sheet; the display screen is used for displaying data information, and a drawer type medicine storage box is arranged on the side face of the body; the control module is connected with a gravity sensor, an alarm module and a wireless communication module, and the gravity sensor is used to detect user movement status and send a signal to the control module; and the alarm module is used to send alarm information to an intelligent terminal and 120 emergencycenter through the wireless communication module when a user tumbles or falls into a coma, and the voice broadcast module is switched on by the alarm module to send an alarm voice. The sphygmomanometer has the advantages that user blood pressure is monitored in real time, the user is reminded to take medicines, and simultaneously the family and the 120 emergency center are notified when the userfaints so that the user can receive timely aid.

The invention discloses an intelligent first-aid system. The system comprises: a control center which is used for receiving help-seeking information sent by a terminal, determining a target hospital according to the help-seeking information, sending an first-aid instruction to an ambulance so as to enable the ambulance which is used for conveying a patient to the target hospital to leave for first-aid, wherein the first-aid instruction carries position information of the patient and the target hospital; and a target hospital first-aid center which is used for acquiring the position of the ambulance, vital sign data of the patient in the process of transporting the patient to the hospital by the ambulance and video that first-aid personnels perform preliminary first-aid on the patient in the ambulance, and performing preoperative preparation according to the position, the vital sign data and the video. Through the interconnection of data among links of hospitals, the perfect, scientificand intelligent first-aid system is realized, the time consumption of preoperative preparation work is shortened, and earlier treatment time is obtained for patients.

The invention discloses a trauma data accurate statistical analysis system and an application method thereof. The trauma data accurate statistical analysis system comprises mobile medical detection equipment, a main control module, a trauma emergency treatment information system and a trauma emergency treatment center, wherein the main control module is respectively connected with the mobile medical detection equipment and the trauma emergency treatment information system for interactive communication, and the trauma emergency treatment center is connected with the trauma emergency treatment information system for interactive communication and performs statistical analysis processing on trauma data. According to the invention, acquisition and processing of trauma site medical record related information are realized, then the data is transmitted to a trauma emergency treatment information system, the trauma center performs statistical analysis processing on the received data through a trauma statistical analysis module to obtain a wound condition evaluation and decision support result, and finally intelligent, high-performance and normalized trauma emergency treatment is formed.

The invention provides a vertical lifting elevator safety system. The vertical lifting elevator safety system comprises vertical lifting elevator equipment, an automatic control sub system and a manual control sub system, wherein the vertical lifting elevator equipment is mounted in a building; the automatic control sub system is used for conducting automatic control when the vertical lifting elevator equipment is abnormal; and the manual control sub system is used for allowing a passenger to conduct manual control when the vertical lifting elevator equipment is abnormal. When a sensor moduleinduces an abnormal signal, the automatic control sub system conducts automatic control over the relevant components in the elevator, when the elevator lifts up and down abnormally or a fire happens,voice alarming can be conducted to remind the passenger, anti-collision buffering and automatic fire extinguishing can be achieved, the passenger can escape timely, and get rescue of an emergency center and a fire fighting center timely, and thus the personal safety and property safety of the passenger in the elevator can be effectively protected.

The invention discloses a management system based on vehicle monitoring records, and relates to the technical field of vehicle monitoring management systems. The system comprises a monitoring center,a mobile communication system and vehicle-mounted terminal equipment, wherein the vehicle-mounted terminal equipment records and uploads vehicle dynamic information to the monitoring center in real time. According to the invention, a comprehensive monitoring center is established by taking the vehicle-mounted terminal equipment as a basis and the mobile communication system as a link, and the management system based on vehicle monitoring records is established, so that various real-time conditions encountered in the driving process can be uploaded and shared in time, the driving information data is more accurate, and the emergency handling efficiency of the system can be improved; and an alarm device in the vehicle-mounted terminal equipment can carry out graded early warning according tothe actual condition of the vehicle, and is matched with an alarm module and an external connection module, so that when the vehicle has an accident and casualties are caused, a traffic police, an emergency center and family members of drivers and passengers are contacted at the first time, the accident is quickly responded to and handled, and secondary congestion is avoided.

The invention discloses a long-acting intelligent AED (Automated External Defibrillator) equipment resource management system, and relates to a PAD (Public Access Defibrillator) equipment resource integration management system. The long-acting intelligent AED equipment resource management system overcomes the technical defect that existing PAD equipment used in a public place is not beneficial tounified allocation and use. The long-acting intelligent AED equipment resource management system comprises a PAD equipment long-acting intelligent accessory bag, a monitoring management terminal, an emergency center client and a cloud management platform; and when the PAD equipment in the normal state is in an equipment cabinet, an intelligent module is completely in a power-off state, the PAD equipment is taken out from the equipment cabinet and then is activated to be started, so that professional staff can get involved in event treatment in time, and long-acting intelligent supervision is realized. According to the long-acting intelligent AED equipment resource management system, the intelligent module and the PAD equipment are bound together through a protective jacket, an independentpower supply is adopted for power supply, so that the original functions of the PAD equipment are not influenced, PAD equipment of different manufacturers and different types can be conveniently upgraded into equipment capable of conveniently accessing an emergency assistance management platform, and the long-acting intelligent AED equipment resource management system is beneficial to unified allocation and use of emergency centers or rescue volunteers.

The invention discloses a method and system for remotely evaluating vital signs based on 5G, and belongs to the field of remote medical care. The technical problem to be solved by the invention is howto enable medical personnel to obtain patient information in time, make rescue preparation in advance according to specific conditions of a patient, improve the rescue success rate and save medical resources. The method comprises the following steps: videos, pictures and text information acquired on site are sent to a medical server of a hospital emergency center by utilizing a 5G network; and amedical server analyzes the video, picture and text information in combination with an AI algorithm technology and then performs vital sign grade evaluation on the patient, so that medical personnel in an emergency center can conveniently make rescue preparation in advance according to specific conditions of the patient. The system comprises head-mounted equipment and a medical server, wherein thehead-mounted equipment comprises a high-definition camera, a voice recognition input module and a thermal infrared imager; the high-definition camera, the voice recognition input module and the thermal infrared imager are connected with the medical server through a 5G network.

An accidental tumbling monitoring method, system and a terminal are disclosed. When a human wearing intelligent shoes is in an accidental tumbling state, whether or not a first inclination angle of soles of the intelligent shoes is restored to a preset inclination range within a first preset time range is determined. If the human tumbles seriously, positioning information of the human wearing the intelligent shoes is sent to a guardian, whether or not a monitoring platform receives feedback information from the guardian within a second preset time range is determined, if not, the monitoring platform sends first aid information of the human wearing the intelligent shoes to an emergency center, and therefore, the situation that the human wearing the intelligent shoes has an accident due to belated treatment is avoided.

The invention discloses an AED remote auxiliary first-aid device and a method thereof. The AED remote auxiliary first-aid device comprises an AED data acquisition device, a remote server and a data terminal, the AED data acquisition device uploads the acquired real-time audio information, real-time video information, positioning information and AED data to the remote server, and the remote serverreceives the information uploaded by the AED data acquisition device, stores the information and sends the information to the data terminal; the data terminal displays the audio information, the videoinformation, the positioning information and the AED data sent by the AED data acquisition device in real time; and intercommunication voice is sent to the AED data acquisition device through the remote server. According to the invention, communication between medical personnel of a remote emergency center and rescue field personnel is realized, and the rescue quality and efficiency are improved;meanwhile, medical staff on the emergency ambulance can accurately know vital sign data of the patient before arriving at a rescue site, so that emergency preparation is made in advance, and precioustime is gained for carrying out emergency activities after arriving at the site.

The invention relates to a financial payment cardio-pulmonary resuscitation health Internet of Things digital diagnosis and treatment center and method, comprising a 121 video video assisted cardio-pulmonary resuscitation wechat mini program and a first-aid server. The 121 video video assisted cardio-pulmonary resuscitation wechat mini program comprises a pressing parameter client, a rapid first-aid unit, a heartbeat detection unit, an SOS information area and a medical care assisting unit. The first-aid server comprises a video scheduling unit, a financial payment unit, a 120 SOS unit, a first witness SOS unit, a pre-examination serer and an aid man server. The aid man server is used for guiding a first witness to perform cardio-pulmonary resuscitation on the patient with a remote video on desktop computer at the emergency center; the video on the desktop computer contains an aid position label button, a voice button, a first-aid educational film selection button, three groups of parameters and a schematic diagram.

The invention discloses a user mode implementation method and a mobile terminal. The method comprises the steps that when the mobile terminal enables the automatic emergency calling mode, a displacement detection module detects the displacement value of the mobile terminal, if the displacement value is 0, an emergency calling control module controls the mobile terminal to give a reminding action through sound, vibration and popping out a dialog box whether an emergency calling task is carried out or not by a user, when an emergency calling execution module is triggered, the emergency calling execution module obtains the current position information of the mobile terminal through a locating information module, transmits a short message containing the current position information to an emergency contact, and calls the emergency contact by turns; when the emergency contact cannot get through after being called for three times, the emergency calling execution module calls the national emergency center, after getting through, the emergency calling execution module vocally broadcasts the current position information and preset help calling information for three times through TTS (text-to-speech). According to the user mode implementation method and the mobile terminal, an emergency calling user mode is added, so that the mobile terminal can automatically send help calling information when situations such as sudden diseases occur to the user, and the use demand of the user is guaranteed.

The invention discloses a 5G communication-based high-bandwidth low-delay vehicle-mounted audio and video transmission system, which comprises a central main control board, a communication board, an MCU exchange board and a video board, and is characterized in that the communication board comprises an embedded development board, and the embedded development board is electrically connected with a first 5G communication module, a second 5G communication module and a Wifi module through a USB connector; the embedded development board is electrically connected with the central main control board, and the central main control board is electrically connected with a plurality of RS232 connectors, a plurality of CAN connectors and an RS485 connector. The system can be connected with a 5G communication network, a hotspot can be transmitted to other equipment for use through the Wifi module, the network can be used anytime and anywhere, videos can be transmitted to background software through the HDMI, a plurality of paths of aviation heads can be accessed to meet the access of different vehicle-mounted modules, various interfaces are arranged in the system, the system can be in butt joint with most vehicle-mounted equipment, and the system is simple in structure and convenient to use. And the operation condition of the vehicle-mounted equipment is uploaded in real time, so that information interaction with an emergency center or a command center is facilitated.

The invention relates to a human body tumble detection and alarm device. The human body tumble detection and alarm device comprises a power management module, an acceleration sensor module, a GPS module, a GSM module, a man-machine interface module, a wireless communication module and a microcontroller module. According to the human body tumble detection and alarm device, a detection device is composed of an accelerometer, human body tumble identification is realized through the signal processing technology and the pattern recognition technology, a human body tumble signal is transmitted to a receiver through the wireless transmission technology, and therefore an tumble alarm is given; meanwhile, the GPS module is used for positioning and transmitting positioning information and alarm information to a management center through a wireless module, or the positioning information and alarm information are transmitted to a mobile phone of a family member or an emergency center through the GSM module. The human body tumble detection and alarm device is designed specific to the old living at home, is small in size, light in weight, low in cost and convenient to carry, reduces the misjudgment rate, and improves detection reliability. Based on the wireless sensing technology, the human body tumble detection and alarm device can also be used by firemen and other workers working in a dangerous and complex working environment, and improves safety of the workers.

The invention discloses a convenient cerebral apoplexy first-aid quality management system and control method. A 120 emergency center is wirelessly connected with a dispatching desk, the dispatching desk and a pre-hospital mobile workstation are both wirelessly connected with a pre-hospital emergency platform, the pre-hospital emergency platform is connected with an intra-hospital cerebral apoplexy cloud platform, the intra-hospital cerebral apoplexy cloud platform is connected with an intra-hospital information system, a plurality of workstation clients are respectively arranged in each department of a hospital, the plurality of workstation clients and the doctor mobile phone App are respectively in communication connection with the intra-hospital cerebral apoplexy cloud platform, each department of the hospital is provided with a time collector, and the time collector and the intra-hospital cerebral apoplexy cloud platform are both in wireless connection with an intelligent bracelet. The invention further discloses a control method of the convenient cerebral apoplexy first-aid quality management system, an efficient and high-quality treatment service chain can be provided for a cerebral apoplexy patient, treatment time is bought for the stroke patient, and an optimal and most efficient treatment scheme can be provided for coordinating all departments before the patient enters a hospital.

The invention relates to an instrument which can monitor, record and analyze frequency, intensity and the time ratio of exhaling and inhaling of human body respiratory movement, and has a function of an MP3 player. An oronasal airflow respiration sensor and a thoracoabdominal respiration sensor are adopted to respectively monitor respiration airflow at the position of the oronasal of the body and thoracoabdominal respiration movement changes, and therefore respiration data of the body can be overall gathered. After analog-digital (A / D) conversion, the respiration data are digitized. With a central processing unit (CPU) as a core, the functions such as analyzing, storing, displaying and transmission of the respiration data and an apnea warning function are achieved. Meanwhile, the function of the MP3 player is added, a nervous mood of a to-be-monitored person is alleviated to a certain degree by playing music, and the objectivity of respiratory monitoring is improved. Furthermore, a wireless technology and an internet technology broaden the usable range of the respiration monitor, so that a patient can self-monitor in the home, and contacting between the patient and a hospital and an emergency center can be convenient and fast.

The invention discloses an intelligent alarm method and a method and device for processing help information. The intelligent alarm method comprises the steps that the help information input by a useris received; a help system and an insurance system processing the help information are determined; and the help information is sent to the help system and the insurance system. According to the intelligent alarm method, the user does not need to call an alarm center one by one for alarm, call an emergency center for help, call an insurance center for claim settlement and the like, and the user cansend the help information to the help system and the insurance system with one click for helping to receive alarm information simultaneously. The technical effects of rapid and accurate police, rapidrescue and rapid registration and rapid issuing related claim settlement on the insured by a related insurance company are achieved. The technical problems that under the condition of an existing citizen encountering danger, the citizen needs to dial related unit alarm or rescue phones one by one and needs to contract the insurance company in addition for multifarious claim settlement proceduresare solved.

The invention discloses a Sub-G band marine emergency cal system belonging to that technical field of emergency rescue. It includes emergency centres, emergency call receiver, emergency call relay andN emergency call terminals, The emergency call relay is arranged on the unmanned aerial vehicle, and the emergency call receiver is arranged on the unmanned aerial vehicle or balloon. The emergency call terminal comprises a battery, a power module, a GNSS module, a baseband module, a power amplifier module and a prompt module. The emergency call terminal comprises a power module, a GNSS module, abaseband module and a power amplifier module. The invention has the characteristics of portability, long standby time and high integration degree.

The invention discloses and provides s first- aid priority hierarchical scheduling system, which provides a scheme that multiple persons participate in rescue, so that the rescue information of the multiple persons is unified, the rescue site is not disordered, the rescue efficiency is improved, and the rescue success rate is increased. The technical scheme adopted by the invention is as follows:the system comprises an MPDS terminal device, the MPDS terminal device is installed in an emergency center, an ambulance and a hospital. The MPDS terminal device comprises a communication module in communication connection with the alarm telephones, and when multiple alarm telephones are connected into the communication module at the same time, the communication module collects a plurality of alarm telephones of the same first-aid event and shares communication with the alarm telephones at the same time. The method can be applied to the technical field of improvement application of the first-aid priority hierarchical scheduling system.