CN103312782A - Remote intelligent first-acid system and remote intelligent first-acid method - Google Patents
Remote intelligent first-acid system and remote intelligent first-acid method Download PDFInfo
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- CN103312782A CN103312782A CN2013101801892A CN201310180189A CN103312782A CN 103312782 A CN103312782 A CN 103312782A CN 2013101801892 A CN2013101801892 A CN 2013101801892A CN 201310180189 A CN201310180189 A CN 201310180189A CN 103312782 A CN103312782 A CN 103312782A
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Abstract
The invention discloses a remote intelligent first-acid system and a remote intelligent first-acid method. The system comprises a data center, an ambulance vehicular subsystem, a first-acid command center subsystem, a hospital work station and a doctor client, wherein the data center is respectively connected with the ambulance vehicular subsystem, the first-acid command center subsystem, the hospital work station and the doctor client through a wireless network for communication, and is used for data storage and distribution; the ambulance vehicular subsystem comprises monitoring equipment, GPS (Global Positioning System) positioning equipment, video capture equipment, audio capture equipment and a gateway; the first-acid command center subsystem comprises a hospital scheduling subsystem; the hospital work station comprises a triage subsystem; and the doctor client comprises a clinical reception subsystem and a treat and cure guidance subsystem. According to the remote intelligent first-acid system and the remote intelligent first-acid method, an ambulance reaches to a hospital in a shortest time with an optimal route, and first-acid records for a patient inside the ambulance are grasped in real time, so that treat and cure inside the hospital is prepared in advance during remote treat and cure guidance of doctors, and the first-acid death rate and disability rate are greatly reduced.
Description
Technical field
The present invention relates to the service of information network technical field, relate in particular to a kind of long-distance intelligent first-aid system and method thereof.
Background technology
There are a lot of problems in the first aid present situation of China at present, and at first, treatment and hospital's diagnosis and treatment are two isolated systems before the institute at present, and patient only has after hospital, and the doctor could control in fact suing and labouring; Secondly, the emergency command center emergency command center is in the principle according to " nearby; just anxious, with regard to ability, with regard to family members' wish " at present, when patient is assigned to concrete certain hospital, and do not know whether this hospital has the rescue resources such as the berth of rescue, often has patient to arrive hospital, but can not be admitted to hospital because hospital does not rescue berth, thereby incur loss through delay to rescue, even therefore and dead; The 3rd, at present the first aid managerial confusion hurries in giving emergency treatment to a patient after reaching the spot in the emergency tender, but the quantity of the situation of the on-the-spot very first time such as transporting patient, is sent to which hospital respectively and does not all record, simultaneously, whether on-the-spot first aid means and the measure that first-aid patients is taked effectively also has no way of finding out about it.
At present domestic also do not have one to overlap much information collection in complete collection first aid scene and the ambulance, transfer to data center through the WCDMA network wireless, data center with Data dissemination to emergency command center, the various application occasions such as hospital distributing diagnosis center and hospital work station, at present, severe ambulance first aid intelligent assistance system be select the most into savng system, Fig. 1 is the ambulance acquisition system of severe ambulance first aid intelligent assistance system in the background technology of the present invention, as shown in Figure 1, this system is comprised of ambulance end and emergency command center emergency command center end two parts, and both sides carry out data communication by the TD-SCDMA wireless module.The ambulance end is mainly finished the collection to patient's physiological characteristic, and the data that gather are sent to First aid station's end by wireless module in real time, in order to make things convenient for the center patient is made comprehensive remote diagnosis.Ambulance is in charge of and is allocated to emergency command center emergency command center end, receives ambulance data, the treatment scheme that emergency command center emergency command center expert instructs ambulance to implement.
But severe ambulance first aid intelligent assistance system only has two parts, and insufficiency can not satisfy the demand of first-aid system digital information.In the front-end collection module of this system, vital sign transmits separately, takies resource.
Summary of the invention
The object of the invention is to propose a kind of long-distance intelligent first-aid system and method thereof, can so that Emergency mortality and disability rate greatly reduced.
For reaching this purpose, the present invention by the following technical solutions:
The present invention proposes a kind of long-distance intelligent first-aid system, comprise data center, ambulance-mounted subsystem, emergency command center subsystem;
Described data center is connected communication with described ambulance-mounted subsystem, described emergency command center subsystem by wireless network respectively, is used for data storage and distribution;
Described ambulance-mounted subsystem comprises custodial care facility, GPS positioning equipment, video capture device, audio collecting device and gateway;
Wherein said custodial care facility is used for Real-time Collection patient's vital sign data;
Wherein said GPS positioning equipment is used for receiving the present geographic position data of ambulance;
Wherein said video capture device is used for the video data of the interior first aid process of carrying out of Real-time Collection ambulance;
Wherein said audio collecting device is used for the voice data of the interior first aid process of carrying out of Real-time Collection ambulance;
Wherein said gateway is used for video and the voice data of ambulance ID, patient vital sign data, ambulance geographic position data, rescue process are sent to described data center;
Described data center stores and is forwarded to described emergency command center subsystem with the video in received ambulance ID, vital sign data, geographic position data, the rescue process and voice data;
Described emergency command center subsystem comprises hospital's scheduler subsystem, wherein said hospital scheduler subsystem is used for patient is assigned to suitable hospital, and information and the described ambulance ID of described suitable hospital is sent to respectively described ambulance-mounted subsystem and described suitable hospital by described data center.
Further, described hospital scheduler subsystem is used for that patient is assigned to suitable hospital and is specially: described hospital scheduler subsystem, is selected from described hospital apart from the nearest hospital of ambulance as described suitable hospital from the inquiry of described data center has relief ability and idle relief resource in the scope take the current geographic position of ambulance as the center of circle, take distance to a declared goal R as radius hospital according to the described geographic position data of ambulance.
Further, described long-distance intelligent first-aid system also comprises the hospital work station, described hospital work station is connected communication with described data center by wireless network, described hospital work station comprises minute examines subsystem, examined subsystem in wherein said minute and be used for the geographic position data of inquiring about the video of patient vital sign data that described ambulance-mounted subsystem records, rescue process and voice data, ambulance from described data center according to the ambulance ID that receives, then this patient is divided and task concrete doctor.
Further, described long-distance intelligent first-aid system also comprises doctor's client, and described doctor's client comprises that see and treat patients subsystem and treatment instruct subsystem;
The wherein said subsystem of seeing and treating patients is used for examining subsystem from dividing of hospital's work station and receives the patient who distributes;
Subsystem is instructed in wherein said treatment, be used for transferring patient's vital sign data and video and the voice data of rescue process from described data center, for treatment does homework to patient admission, be used for providing and rescue tutorial message and be sent to described ambulance-mounted subsystem through described data center, wherein said rescue tutorial message is used for instructing the first-aid personnel to patient's rescue process.
Further, described ambulance-mounted subsystem also comprises user's operating terminal, described user's operating terminal is used for inputting for the first-aid personnel information at first aid scene, described user's operating terminal also is used for to the described inquiry patient's of data center electronic health record, and described electronic health record is used for state of an illness medical history and the patient health file data with the patient of electronic form.。
Further, described ambulance-mounted subsystem also comprises the identity document scanning device, and described identity document scanning device is used for automatically having access to patient's health account by scanning patient's identity document, provides reference for rescuing before the institute.
The invention allows for a kind of long-distance intelligent first-aid method, comprising:
S1, emergency command center receive the first aid request and send ambulance;
S2, ambulance receive patient, implement to rescue before the institute, start the ambulance-mounted subsystem, described ambulance-mounted subsystem calls custodial care facility collection patient's vital sign data, described ambulance-mounted subsystem calls the GPS positioning equipment and receives the current geographic position data of ambulance, and described ambulance-mounted subsystem calls audio frequency and the video data of the first aid process of carrying out in audio collecting device and the video capture device Real-time Collection ambulance; The gateway of described ambulance-mounted subsystem is sent to data center with video and the voice data in ambulance ID, vital sign data, geographic position data, the rescue process;
S3, described data center store and are forwarded to the emergency command center subsystem with the video in received ambulance ID, vital sign data, geographic position data, the rescue process and voice data;
Hospital's scheduler subsystem of S4, described emergency command center subsystem, described geographic position data and hospital's idling-resource data according to ambulance are assigned to suitable hospital with patient, and described hospital scheduler subsystem is sent to respectively described ambulance-mounted subsystem and described suitable hospital with information and the described ambulance ID of described suitable hospital by described data center;
S5, ambulance-mounted subsystem arrange traffic route according to the information for hospital that receives.
Further, also comprise after the described step S5:
The subsystem of minute examining at S6, hospital work station is inquired about the geographic position data of patient vital sign data that the onboard subsystem of this ambulance records, video the rescue process and voice data, ambulance according to the ambulance ID that receives from described data center, patient is divided task concrete doctor's client;
The subsystem of seeing and treating patients of S7, doctor's client is examined subsystem from dividing of hospital's work station and is received the patient who distributes, subsystem is instructed in treatment, transfer this patient's vital sign data, video and the voice data the rescue process from described data center, then provide accordingly and rescue tutorial message and be sent to the ambulance-mounted subsystem through described data center, instructing the first-aid personnel to patient's rescue process, and to patient admission treatment does homework.
Further, the ambulance-mounted subsystem also comprises user's operating terminal described in the described step S2, described user's operating terminal is used for inputting for the first-aid personnel information at first aid scene, described user's operating terminal also is used for to the described inquiry patient's of data center electronic health record, and described electronic health record is used for state of an illness medical history and the patient health file data with the patient of electronic form.
Further, the ambulance-mounted subsystem also comprises the identity document scanning device described in the described step S2, and described identity document scanning device is used for automatically having access to patient's health account by scanning patient's identity document, provides reference for rescuing before the institute.
Useful technique effect of the present invention is: the present invention makes things convenient for patient that the inquiry of first aid process is looked back; The work that makes patient be assigned to hospital becomes accurately and efficiently; Make ambulance with optimal path, in the shortest time patient is transported to hospital from the site of the accident; Make the doctor enter in advance first aid, grasp in real time the every vital sign parameter of patient and variation thereof, grasp in real time the interior first aid record to patient of ambulance, and carry out long-range treatment and instruct; Make hospital side in time know ambulance from distance and the Estimated Time of Arrival of hospital; Making the doctor is that treatment is ready in advance in the institute when long-range treatment is instructed, greatly reduces Emergency mortality and disability rate.
Description of drawings
Fig. 1 is the ambulance acquisition system of severe ambulance first aid intelligent assistance system in the background technology of the present invention;
Fig. 2 is the embodiment of the invention one described long-distance intelligent first-aid system structural representation;
Fig. 3 is the embodiment of the invention two described long-distance intelligent first-aid method flow charts.
Embodiment
Further specify technical scheme of the present invention below in conjunction with accompanying drawing and by embodiment.
Embodiment one
Fig. 2 is the described long-distance intelligent first-aid system of the present embodiment structural representation, and as shown in Figure 2, this long-distance intelligent first-aid system comprises data center, ambulance-mounted subsystem, emergency command center subsystem, hospital work station and doctor's client.
Described data center is connected communication with described ambulance-mounted subsystem, described emergency command center subsystem, described hospital work station and the doctor's client of being connected by wireless network respectively, is used for data storage and distribution;
Described ambulance-mounted subsystem comprises:
Custodial care facility is for Real-time Collection patient's vital sign data;
The GPS positioning equipment is used for receiving the present geographic position data of ambulance;
Video capture device is for the video data of the first aid process of carrying out in the Real-time Collection ambulance;
Audio collecting device is for the voice data of the first aid process of carrying out in the Real-time Collection ambulance;
Further, described ambulance-mounted subsystem also comprises user's operating terminal, and described user's operating terminal is used for inputting for the first-aid personnel information at first aid scene, and described user's operating terminal also is used for to the described inquiry patient's of data center electronic health record.
Described data center stores and is forwarded to described emergency command center subsystem with the video in received ambulance ID, vital sign data, geographic position data, the rescue process and voice data;
Described emergency command center subsystem comprises hospital's scheduler subsystem, wherein said hospital scheduler subsystem is used for patient is assigned to suitable hospital, from described data center, inquire about take the current geographic position of ambulance as the center of circle according to the described geographic position data of ambulance, the hospital that has relief ability and idle relief resource in the scope take distance to a declared goal R as radius, from described hospital, select apart from the nearest hospital of ambulance, information and the described ambulance ID of described nearest hospital is sent to respectively described ambulance-mounted subsystem and described hospital work station by described data center;
Described hospital work station comprises minute examines subsystem, examined subsystem in wherein said minute and be used for the geographic position data of inquiring about the video of patient vital sign data that described ambulance-mounted subsystem records, rescue process and voice data, ambulance from described data center according to the ambulance ID that receives, then this patient is divided and task concrete doctor's client;
Wherein said doctor's client comprises that see and treat patients subsystem and treatment instruct subsystem; The wherein said subsystem of seeing and treating patients is used for examining subsystem from dividing of hospital's work station and receives the patient who distributes; Subsystem is instructed in wherein said treatment, be used for transferring patient's vital sign data and video and the voice data of rescue process from described data center, for treatment does homework to patient admission, be used for providing and rescue tutorial message and be sent to described ambulance-mounted subsystem through described data center, wherein said rescue tutorial message is used for instructing the first-aid personnel to patient's rescue process.
Among the present invention, each ambulance all need be equipped with the network terminal, is used for inputting easily information and the first aid record at patient's essential information, scene, for checking the patient health archives and being used for communicating with other related sides.The doctor understands treatment measure and ambulance Estimated Time of Arrival etc. before patient's state of an illness medical history, the institute in real time by the PAD terminal, the network terminal that described ambulance is equipped with and doctor's PAD terminal all can be used the up-to-date WES7 embedded OS of Microsoft, by the PAD terminal taking scene of ambulance outfit and patient's high definition photo, transfer to command centre and doctor's network terminal.
The present invention is required to be each ambulance GP configuring S module, a data gateway automatic collection vehicle gps signal, and be wirelessly transmitted to data center.Data center provides gps data in the Socket mode to other application programs.The driving trace of each ambulance can be dynamically located and be shown at emergency command center and hospital work station.
Gateway comprises data gateway and audio frequency and video gateway, and data gateway is used for ambulance ID, vital sign data and geographic position data being compressed and transferring to described data center; The audio frequency and video gateway is used for the video of rescue process and voice data being compressed and transferring to described data center.
The present invention is required to be the video camera of each rescue roof mounting strap cradle head control, make emergency command center understand in real time the situation of the site of the accident, there is the cradle head control instrument can 360 ° of local control The Cloud Terrace levels and vertical 180 ° of continuously rotations in the ambulance, also can comes by software the rotation of Long-distance Control monopod video camera.
Data center uses the ORACLE data server, video server, the webserver comes to be the relevant data, services of first aid with apps server, the data that wherein said first aid is relevant comprise: the real-time GPS data of ambulance, the real-time idle resource data that rescues of each hospital, patient's state of an illness medical history, the patient health file data, voice data on the ambulance, video data on the ambulance, on the ambulance to patient's first aid record, the long-range treatment guide data that patient's vital sign data and doctor carry out patient on the ambulance, patient's vital sign data comprises blood pressure on the wherein said ambulance, body temperature, heart rate, electrocardio etc.
Wherein, ambulance is by unified vision signal and the audio signal of gathering of onboard subsystem, and audio-video signal is wirelessly transmitted to the video server of data center by the unification of audio frequency and video gateway behind the H264 format compression.Wherein, described Radio Transmission Technology can adopt the present TDS-CDMA by China Mobile's operation, all can adopt by the CDMA2000-EVDO of China Telecom's operation with by the WCDMA wireless network of CHINAUNICOM's operation, in the present embodiment, data center is transferred to multimedia messages and the various data message that gathers in the ambulance in high-speed motion on the Internet by the WCDMA wireless module by adopting the onboard subsystem on WCDMA wireless network and the ambulance to carry out data interaction.
Further, the ambulance acquisition subsystem of native system provides standardization Medical Devices interface, the brand Medical Devices of compatible main flow, can the unified data that gather different patient monitors, can identify the parameters such as vital sign that patient monitor that Mindray steps a plurality of brands such as auspicious, GE and Philips Philip gathers.Described data are wirelessly transmitted to data center by the data gateway unification after compression, and emergency command center, hospital work station and doctor hold mobile PAD to obtain described vital sign data from data center, reproduce in real time data and the waveform of each parameter.
Data center uses wsdl document and XML message (using the SOAP form), with ICP/IP protocol and http protocol and other interapplication communications.Data center provides vital sign parameter data and Wave data with ICP/IP protocol to other application programs, and basic data and the text data at patient, scene is provided to other application programs with http protocol.
The ambulance-mounted subsystem is by multiple access technologies such as WCDMA network, the Internet, private networks, by various transducers and information collecting device, gather the various vital sign parameters such as blood pressure, body temperature, heart rate, electrocardio, position, with geographical location information, video image information etc., transfer to data center, data center is distributed to emergency command center and doctor's end again.Enter in advance first aid by the native system doctor, from the upper ambulance of patient, the doctor just knows patient's the state of an illness, medical history, health account, grasp in real time the every vital sign parameter of patient and variation thereof, grasp in real time in the ambulance first aid record to patient by audio frequency and video, and carry out long-range treatment and instruct, hospital's square tube is crossed the GPS navigation system of vehicle, know ambulance from distance and the Estimated Time of Arrival of hospital, the expert is that treatment is ready in advance in the institute when long-range treatment is instructed in the institute.Greatly reduce Emergency mortality and disability rate.
Native system is by the Internet and dynamically update technology, makes emergency command center grasp in real time the idle resource of rescuing of each hospital, and the work that makes patient be assigned to hospital becomes accurately and efficiently.Emergency command center can navigate for ambulance simultaneously, makes ambulance with optimal path, in the shortest time patient is transported to hospital from the site of the accident.
Further, the embedded intelligence in hospital work station of native system is divided and is examined and nursing function, and emergency command center is required assistance according to difference, distributes dissimilar ambulance to the site of the accident, and this is to examine once dividing of emergency command center; Field rescue team carries out different nursing care according to patient's state of an illness, and the expert knowledge library of native system provides guidance and help to salvage at scene and nursing; Emergency command center is according to rescuing resource utilization,, with regard to principles such as abilities patient is assigned to only hospital nearby, and this is that the secondary of emergency command center divides and examines.Hospital specifies the doctor who sees and treat patients according to patient's state of an illness again.Emergency command center is because grasp various resources, and minute examining of it is intelligence, accurately and efficiently.
Further, the ambulance-mounted subsystem of native system also comprises the identity document scanning device, described identity document scanning device is by the scanning identity document, obtain the identity document number, and automatically inquire about the patient health archives according to the identity document number, have access to patient's the information such as medical history, allergies, main health problem and diagnosis records, for providing strong foundation with first aid in hospital before the institute, greatly improved the success rate of rescuing.
Embodiment two
Fig. 3 is the described long-distance intelligent first-aid method of the present embodiment flow chart, and as described in Figure 3, the present embodiment provides a kind of normalized first aid flow process:
S301, emergency command center receive the first aid request and send ambulance;
S302, ambulance rescue before receiving patient and implementing institute, start ambulance-mounted subsystem image data, and the data that gather are sent to data center;
Described data center is connected communication with described ambulance-mounted subsystem, described emergency command center subsystem, described hospital work station and the doctor's client of being connected by wireless network respectively, is used for data storage and distribution.
Ambulance receives patient, implements to rescue before the institute, starts the ambulance-mounted subsystem.Described ambulance-mounted subsystem comprises:
Custodial care facility is for Real-time Collection patient's vital sign data;
The GPS positioning equipment is used for receiving the present geographic position data of ambulance;
Video capture device is for the video data of the first aid process of carrying out in the Real-time Collection ambulance;
Audio collecting device is for the voice data of the first aid process of carrying out in the Real-time Collection ambulance.
Described ambulance-mounted subsystem calls custodial care facility collection patient's vital sign data, call the GPS positioning equipment and receive the current geographic position data of ambulance, call audio frequency and the video data of the first aid process of carrying out in audio collecting device and the video capture device Real-time Collection ambulance; The gateway of described ambulance-mounted subsystem is sent to data center with video and the voice data in ambulance ID, vital sign data, geographic position data, the rescue process.
Wherein said gateway comprises: data gateway and audio frequency and video gateway, and data gateway is used for ambulance ID, vital sign data and geographic position data being compressed and transferring to described data center; The audio frequency and video gateway is used for the video of rescue process and voice data being compressed and transferring to described data center.
Wherein said video capture device is the video camera with The Cloud Terrace control, the rotation of the remote controlled described video camera with The Cloud Terrace control of described doctor's client.
Wherein said ambulance-mounted subsystem also comprises user's operating terminal, and described user's operating terminal is used for inputting for the first-aid personnel information at first aid scene, and described user's operating terminal also is used for to the described inquiry patient's of data center electronic health record.
Wherein said ambulance-mounted subsystem also comprises the identity document scanning device, and described identity document scanning device is used for automatically having access to patient's health account by scanning patient's identity document, provides reference for rescuing before the institute.
S303, data center store and are forwarded to the emergency command center subsystem to the data that gather;
Described data center stores and is forwarded to the emergency command center subsystem with the video in received ambulance ID, vital sign data, geographic position data, the rescue process and voice data.
Hospital's scheduler subsystem of S304, emergency command center subsystem is selected apart from the nearest hospital of ambulance, and data center is sent to respectively ambulance-mounted subsystem and hospital work station with information and the ambulance ID of nearest hospital;
Hospital's scheduler subsystem of described emergency command center subsystem, described geographic position data according to ambulance, inquiry has the hospital of relief ability and idle relief resource in the scope take the current geographic position of ambulance as the center of circle, take distance to a declared goal R as radius from described data center, from described hospital, select apart from the nearest hospital of ambulance, information and the described ambulance ID of described nearest hospital is sent to respectively described ambulance-mounted subsystem and described hospital work station by described data center.
S305, ambulance-mounted subsystem arrange traffic route according to the information for hospital that receives;
Dividing of S306, hospital work station examined subsystem from data center's query-relevant data; The hospital work station is divided patient according to related data and is tasked concrete doctor's client;
The subsystem of minute examining at hospital work station is inquired about the geographic position data of patient vital sign data that the onboard subsystem of this ambulance records, video the rescue process and voice data, ambulance according to the ambulance ID that receives from described data center, patient is divided task concrete doctor's client.
The patient that S307, doctor's client distribute provides and rescues the instructional information directs first-aid personnel to patient's rescue process, and treatment does homework to patient admission;
The subsystem of seeing and treating patients of doctor's client is examined subsystem from dividing of hospital's work station and is received the patient who distributes, subsystem is instructed in treatment, transfer this patient's vital sign data, video and the voice data the rescue process from described data center, then provide accordingly and rescue tutorial message and be sent to the ambulance-mounted subsystem through described data center, instructing the first-aid personnel to patient's rescue process, and to patient admission treatment does homework.
All flow processs in the above-mentioned normalized first aid flow process and the information in the flow process, all with various ways records such as audio frequency, video, literal, waveform and data, in a word, all that occur in the first aid are accurate recording all, form patient's multimedia case history, convenient inquiry is looked back.
The form of the related data of the described first-aid patients of the described long-distance intelligent first-aid method of the present embodiment comprises audio frequency, video, literal, waveform and parameter, content comprises on patient's state of an illness medical history, patient health file data, the ambulance on voice data, the ambulance on video data, the ambulance vital sign data of patient on first aid record to patient, the ambulance and the long-range treatment guide data that the doctor carries out patient, and patient's vital sign data comprises blood pressure, body temperature, heart rate, electrocardio on the wherein said ambulance.
The related data of data center's storage first-aid patients, the related data of described first-aid patients is used for the hospital work station, emergency command center, collaborative work between doctor and the ambulance, described collaborative work comprises: the ambulance real time record is also upgraded in the described multimedia case history patient's vital sign data on the ambulance, voice data on the ambulance, on the ambulance on video data and the ambulance to patient's first aid record, when patient on ambulance, the doctor is by the vital sign data of patient on the described ambulance, voice data on the described ambulance, on the described ambulance on video data and the described ambulance to patient's first aid record, carry out the in advance preparation that long-range treatment is instructed and given treatment to.
Further, on the described ambulance on video data or the described ambulance standardization Medical Devices interface of patient's vital sign data by the brand Medical Devices of compatible main flow obtain, the brand Medical Devices of described main flow comprise the SpaceLab space, and Mindray steps auspicious.
The present embodiment one described long-distance intelligent first-aid system and the present embodiment two described long-distance intelligent first-aid methods are with all accurate recordings all that occur in the first aid, form patient's multimedia case history, convenient inquiry is looked back, and the work that makes patient be assigned to hospital becomes accurately and efficiently; Emergency command center can be navigated for ambulance, make ambulance with optimal path, in the shortest time patient is transported to hospital from the site of the accident; Make the doctor enter in advance first aid, from the upper ambulance of patient, the doctor just knows patient's the state of an illness, medical history, health account, makes the doctor can grasp in real time the every vital sign parameter of patient and variation thereof, grasp in real time the interior first aid record to patient of ambulance, and carry out long-range treatment and instruct; Make the hospital work station by the GPS navigation system of vehicle, in time know ambulance from distance and the Estimated Time of Arrival of hospital; Making the doctor is that treatment is ready in advance in the institute when long-range treatment is instructed, can greatly reduce Emergency mortality and disability rate.
All or part of content in the technical scheme that above embodiment provides can realize by software programming, and its software program is stored in the storage medium that can read, storage medium for example: the hard disk in the computer, CD or floppy disk.
The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a long-distance intelligent first-aid system is characterized in that, comprises data center, ambulance-mounted subsystem, emergency command center subsystem;
Described data center is connected communication with described ambulance-mounted subsystem, described emergency command center subsystem by wireless network respectively, is used for data storage and distribution;
Described ambulance-mounted subsystem comprises custodial care facility, GPS positioning equipment, video capture device, audio collecting device and gateway;
Wherein said custodial care facility is used for Real-time Collection patient's vital sign data;
Wherein said GPS positioning equipment is used for receiving the present geographic position data of ambulance;
Wherein said video capture device is used for the video data of the interior first aid process of carrying out of Real-time Collection ambulance;
Wherein said audio collecting device is used for the voice data of the interior first aid process of carrying out of Real-time Collection ambulance;
Wherein said gateway is used for video and the voice data of ambulance ID, patient vital sign data, ambulance geographic position data, rescue process are sent to described data center;
Described data center stores and is forwarded to described emergency command center subsystem with the video in received ambulance ID, vital sign data, geographic position data, the rescue process and voice data;
Described emergency command center subsystem comprises hospital's scheduler subsystem, wherein said hospital scheduler subsystem is used for patient is assigned to suitable hospital, and information and the described ambulance ID of described suitable hospital is sent to respectively described ambulance-mounted subsystem and described suitable hospital by described data center.
2. long-distance intelligent first-aid system as claimed in claim 1, it is characterized in that, described hospital scheduler subsystem is used for that patient is assigned to suitable hospital and is specially: described hospital scheduler subsystem, is selected from described hospital apart from the nearest hospital of ambulance as described suitable hospital from the inquiry of described data center has relief ability and idle relief resource in the scope take the current geographic position of ambulance as the center of circle, take distance to a declared goal R as radius hospital according to the described geographic position data of ambulance.
3. long-distance intelligent first-aid system as claimed in claim 1 or 2, it is characterized in that, described long-distance intelligent first-aid system also comprises the hospital work station, described hospital work station is connected communication with described data center by wireless network, described hospital work station comprises minute examines subsystem, examining subsystem in wherein said minute is used for inquiring about the patient vital sign data that described ambulance-mounted subsystem records according to the ambulance ID that receives from described data center, video in the rescue process and voice data, then the geographic position data of ambulance divides this patient and tasks concrete doctor.
4. long-distance intelligent first-aid system as claimed in claim 3 is characterized in that, described long-distance intelligent first-aid system also comprises doctor's client, and described doctor's client comprises that see and treat patients subsystem and treatment instruct subsystem;
The wherein said subsystem of seeing and treating patients is used for examining subsystem from dividing of hospital's work station and receives the patient who distributes;
Subsystem is instructed in wherein said treatment, be used for transferring patient's vital sign data and video and the voice data of rescue process from described data center, for treatment does homework to patient admission, be used for providing and rescue tutorial message and be sent to described ambulance-mounted subsystem through described data center, wherein said rescue tutorial message is used for instructing the first-aid personnel to patient's rescue process.
5. long-distance intelligent first-aid system as claimed in claim 4, it is characterized in that, described ambulance-mounted subsystem also comprises user's operating terminal, described user's operating terminal is used for inputting for the first-aid personnel information at first aid scene, described user's operating terminal also is used for to the described inquiry patient's of data center electronic health record, and described electronic health record is used for state of an illness medical history and the patient health file data with the patient of electronic form.
6. long-distance intelligent first-aid system as claimed in claim 5, it is characterized in that, described ambulance-mounted subsystem also comprises the identity document scanning device, and described identity document scanning device is used for automatically having access to patient's health account by scanning patient's identity document, provides reference for rescuing before the institute.
7. a long-distance intelligent first-aid method is characterized in that, comprising:
S1, emergency command center receive the first aid request and send ambulance;
S2, ambulance receive patient, implement to rescue before the institute, start the ambulance-mounted subsystem, described ambulance-mounted subsystem calls custodial care facility collection patient's vital sign data, described ambulance-mounted subsystem calls the GPS positioning equipment and receives the current geographic position data of ambulance, and described ambulance-mounted subsystem calls audio frequency and the video data of the first aid process of carrying out in audio collecting device and the video capture device Real-time Collection ambulance; The gateway of described ambulance-mounted subsystem is sent to data center with video and the voice data in ambulance ID, vital sign data, geographic position data, the rescue process;
S3, described data center store and are forwarded to the emergency command center subsystem with the video in received ambulance ID, vital sign data, geographic position data, the rescue process and voice data;
Hospital's scheduler subsystem of S4, described emergency command center subsystem, described geographic position data and hospital's idling-resource data according to ambulance are assigned to suitable hospital with patient, and described hospital scheduler subsystem is sent to respectively described ambulance-mounted subsystem and described suitable hospital with information and the described ambulance ID of described suitable hospital by described data center;
S5, ambulance-mounted subsystem arrange traffic route according to the information for hospital that receives.
8. long-distance intelligent first-aid method as claimed in claim 7 is characterized in that, also comprises after the described step S5:
The subsystem of minute examining at S6, hospital work station is inquired about the geographic position data of patient vital sign data that the onboard subsystem of this ambulance records, video the rescue process and voice data, ambulance according to the ambulance ID that receives from described data center, patient is divided task concrete doctor's client;
The subsystem of seeing and treating patients of S7, doctor's client is examined subsystem from dividing of hospital's work station and is received the patient who distributes, subsystem is instructed in treatment, transfer this patient's vital sign data, video and the voice data the rescue process from described data center, then provide accordingly and rescue tutorial message and be sent to the ambulance-mounted subsystem through described data center, instructing the first-aid personnel to patient's rescue process, and to patient admission treatment does homework.
9. such as claim 7 or 8 described long-distance intelligent first-aid methods, it is characterized in that, the ambulance-mounted subsystem also comprises user's operating terminal described in the described step S2, described user's operating terminal is used for inputting for the first-aid personnel information at first aid scene, described user's operating terminal also is used for to the described inquiry patient's of data center electronic health record, and described electronic health record is used for being used for state of an illness medical history and the patient health file data with the patient of electronic form.
10. long-distance intelligent first-aid method as claimed in claim 9, it is characterized in that, the ambulance-mounted subsystem also comprises the identity document scanning device described in the described step S2, described identity document scanning device is used for automatically having access to patient's health account by scanning patient's identity document, provides reference for rescuing before the institute.
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