CN203153947U - Long-distance first-aid monitoring system - Google Patents
Long-distance first-aid monitoring system Download PDFInfo
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- CN203153947U CN203153947U CN2013201382697U CN201320138269U CN203153947U CN 203153947 U CN203153947 U CN 203153947U CN 2013201382697 U CN2013201382697 U CN 2013201382697U CN 201320138269 U CN201320138269 U CN 201320138269U CN 203153947 U CN203153947 U CN 203153947U
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Abstract
The utility model discloses a long-distance first-aid monitoring system which comprises a monitor terminal, a remoter server and a central monitoring work station. The monitor terminal is used for monitoring, transmitting collected data information to the remoter server, receiving a dispatching order fed back by the remoter server and conducting corresponding processing. The remoter server is used for forwarding the data information transmitted by the monitor terminal to the central monitoring work station in real time, meanwhile receiving a dispatching order fed back by the central monitoring work station and transmitting the dispatching order to the monitor terminal. The central monitoring work station is used for receiving data information transmitted by the remote server, making statistical analysis of the data information, displaying and warning in real time, and transmitting at least one dispatching order to the monitor terminal through the remoter server. According to the long-distance first-aid monitoring system, pre-hospital care and a rear hospital expert system are combined, rescue efficiency is greatly improved, and rescue time is obtained.
Description
Technical field
This utility model relates to the medical engineering technical field, specifically, relates to a kind of long-range first-aid monitoring system.
Background technology
Current emergency medicine generally is divided into three phases to the process of first aid: " pre hospital care " stage, " emergency treatment " stage and " ICU(Intensive Care Unit; serious symptom intensive care unit) observe " stage, they formed jointly the city or the area emergency medical service system (Emergency Medical Service System, EMSS).Wherein, pre hospital care becomes an of paramount importance link in the emergency medical service system, but has also leaked many defectives and deficiency cruelly simultaneously, and becomes very weak link in the emergency medical service system.So-called " pre hospital care " stage just refers to reach the spot and take some requisite measures to reach the spot until ambulance and carry out emergency treatment and then the patient is sent to this stage between the hospital emergency rooms since first rescuer.During this period, the first discovery/rescuer at first should take some measures necessary, makes the patient be in metastable state; After ambulance arrived, emergency physician will take many measures to delay patient's the state of an illness, prolongs patient's life, made it possess better treatment condition when arriving hospital.Implement cardio-pulmonary resuscitation such as utilizing portable heart pacemaker, the vehicle-mounted oxygen system of ambulance, tracheotomy etc. means at the scene; Implement sterilization, wrapping for wound; It is temporary fixed etc. to utilize the first aid fixed apparatus that the position that may fracture is implemented.
Show that according to the EMSS statistics in recent years, in areas such as Europe, the U.S., first aid patient's survival rate rises to 26% from 7%, wherein, outside the institute of Las Vegas emergency center heart all standing recovery success rate up to 54%, and in China's success rate less than 1%.Pre hospital care is for burst disease or meet with the patient of accident trauma, and is most important, even can the life that be related to the patient continue.Though domestic existing emergency center and emergency tender are equipped with many, real " monitoring type " emergency tender seldom, major part rests on the level of " only fortune is not rescued ".Truly can apply to the special-purpose first aid monitor in pre hospital care field also seldom, generally all be to replace with common bedside monitor, do not meet the professional technical requirement of first aid.And because pre hospital care field apparatus and personnel's restriction, can't carry out long-range communication efficiently and effectively with the expert of base hospital, it is big and produce deviation on the treatment measures to cause the very first time that patient's life-information is differentiated error like this, may lose best rescue opportunity.
Facts have proved that some former patients that are hopeful to bring back to life have finally lost the rescue chance, its key is to ignore the importance of pre hospital care, should adopt elder generation " to rescue " back and " send ", rather than the principle " rescued " of first " giving " back.Two of most critical sport technique segments are " in-situ curing " and " monitoring is transported " in the first aid, and these two links all are that on-the-spot medical personnel isolate to finish at present, are difficult to form interconnected with hospital and the specialist system at rear.Treatment is connected disconnection in the pre hospital care of first aid system and the institute, and this serious chain rupture meeting causes patient to rescue the delay greatly of prime time, even causes beyond thought consequence.
Therefore, how solving pre hospital care can't link up efficiently and effectively with the hospital expert at rear, just becomes the technical problem that needs to be resolved hurrily.
The utility model content
This utility model provides a kind of long-range first-aid monitoring system, to solve the problem that pre hospital care can't be linked up efficiently and effectively with the hospital expert at rear.
For solving the problems of the technologies described above, this utility model provides a kind of long-range first-aid monitoring system, it is characterized in that, comprising: monitor terminal, remote server and CSRC work station; Wherein,
Described monitor terminal couples mutually with described remote server, is used for monitoring and gives described remote server with the data information transfer of gathering and receive the dispatch command of described remote server feedback and handle accordingly;
Described remote server, couple mutually with described monitor terminal and CSRC work station respectively, be used for the data message that monitor terminal sends is transmitted to described CSRC work station in real time, receive the dispatch command of described CSRC work station feedback simultaneously and be sent to described monitor terminal;
Described CSRC work station, couple mutually with described remote server, the data message that the described remote server that is used for receiving sends carries out statistics and analysis, demonstration in real time (comprises and looks audio frequency, GPS, the vital sign waveform shows with numeral) with report to the police, and be sent to few dispatch command and be transferred to described monitor terminal by described remote server.
Further, wherein, described monitor terminal comprises: vehicle-mounted monitor, audio-video monitoring element, gps antenna and 3G telecommunication device; Wherein,
Described vehicle-mounted monitor couples mutually with described 3G telecommunication device, is used for monitoring and gives described 3G telecommunication device with the data information transfer of patient vital signs and receive the dispatch command of described 3G telecommunication device feedback and show;
Described audio-video monitoring element couples mutually with described 3G telecommunication device, is used for giving the dispatch command of described 3G telecommunication device and the described 3G telecommunication device feedback of reception with the audio, video data information transmission inside and outside the car and handling accordingly;
Described gps antenna couples mutually with described 3G telecommunication device, is used for the position data of vehicle is transferred to described 3G telecommunication device;
Described 3G telecommunication device, couple mutually with described vehicle-mounted monitor, audio-video monitoring element, gps antenna and remote server respectively, be used for the inside and outside audio, video data information of data message, the car of the described patient vital signs that will receive, the position data of vehicle is transferred to described remote server, and will receive the dispatch command that described remote server feeds back and be transferred to described vehicle-mounted monitor and audio-video monitoring element.
Further, wherein, described audio-video monitoring element comprises: the outer video monitoring probe of video monitoring probe and car in audio frequency transmitter receiver, the car; Wherein,
Described audio frequency transmitter receiver couples mutually with described 3G telecommunication device, is used for that the audio signal that described audio frequency transmitter receiver produces is sent to described 3G telecommunication device and receives dispatch command that described 3G telecommunication device the feeds back lang sound of going forward side by side exchanging;
The video monitoring probe couples mutually with described 3G telecommunication device in the described car, is used for video monitoring data in the car of video monitoring probe monitoring in the described car is sent to described 3G telecommunication device;
The outer video monitoring probe of described car couples mutually with described 3G telecommunication device, is used for the outer video monitoring data of car of the outer video monitoring probe of described car monitoring is sent to described 3G telecommunication device.
Compared with prior art, a kind of long-range first-aid monitoring system described in the utility model has reached following effect:
1) long-range first-aid monitoring system described in the utility model, broken through traditional single first aid pattern, telecommunications network technology with wireless 3G, with the multi-parameter monitor technology, the audio frequency and video monitoring technique, GPS(Global Positioning System, global positioning system) a series of advanced technologies such as global-positioning technology combine, formed a comprehensive complete first aid solution, thoroughly broken away from the restriction in space, allow the information of field first aid can be reacted to emergency command center and base hospital all sidedly, formed a kind of modern brand-new first aid pattern;
2) long-range first-aid monitoring system described in the utility model, simple patient's vehicle is transformed into " mobile hospital ", " the movable first-aid station " that rescues the critical patient, become the place of rescuing before the medical worker institute, even develop into " container emergency tender " (being actually a kind of miniature hospital), can realize patient's very first time treatment, strive for rescue opportunity, guarantee that patient is transported to hospital better to be given treatment to;
3) long-range first-aid monitoring system described in the utility model can carry out the comprehensive observation of remote live for the situation in each emergency tender, can carry out multiple spot monitoring and observation simultaneously;
4) long-range first-aid monitoring system described in the utility model, can be by the network of wireless 3G, vital sign information situation with the patient in the ambulance, the outer video situation remote transmission of video situation in the car and car arrives command centre, satisfy command centre can with any one emergency tender in medical personnel carry out double-directional speech conversation, make things convenient for the expert of command centre and base hospital to carry out " scene " guidance, and by the vehicle-mounted global positioning system of GPS is installed in the emergency tender, geographical location information and driving motion track with ambulance sends to command centre in real time, makes things convenient for command centre to commander and the scheduling on emergency tender.
Description of drawings
Fig. 1 is the structured flowchart of the described long-range first-aid monitoring system of this utility model embodiment;
Fig. 2 is the concrete structure block diagram of monitor terminal 10 in the described long-range first-aid monitoring system of this utility model embodiment.
The specific embodiment
Censure specific components as in the middle of description and claim, having used some vocabulary.Those skilled in the art should understand, and hardware manufacturer may be called same assembly with different nouns.This specification and claims are not used as distinguishing the mode of assembly with the difference of title, but the criterion that is used as distinguishing with the difference of assembly on function.Be an open language as " comprising " mentioned in the middle of description and the claim in the whole text, so should be construed to " comprise but be not limited to ".Refer in acceptable range of error that " roughly " those skilled in the art can solve the technical problem, and reach described technique effect substantially in certain range of error.In addition, " couple " word and comprise any indirect electric property coupling means that directly reach at this.Therefore, be coupled to one second device if describe one first device in the literary composition, then represent described first device and can directly be electrically coupled to described second device, or be electrically coupled to described second device indirectly by other devices or the means that couple.The description subsequent descriptions is for implementing preferred embodiments of the present utility model, and right described description is to illustrate that rule of the present utility model is purpose, is not in order to limit scope of the present utility model.Protection domain of the present utility model is as the criterion when looking the claims person of defining.
Below in conjunction with accompanying drawing this utility model is described in further detail, but not as to restriction of the present utility model.
As shown in Figure 1, a kind of long-range first-aid monitoring system that this utility model provides comprises: monitor terminal 10, remote server 20 and CSRC work station 30; Wherein,
Described monitor terminal 10 couples mutually with described remote server 20, is used for monitoring and gives described remote server 20 with the data information transfer of gathering and receive the dispatch command of described remote server 20 feedbacks and handle accordingly;
Described remote server 20, couple mutually with described monitor terminal 10 and CSRC work station 30 respectively, be used for and be transmitted to described CSRC work station 30 in real time from the data message that monitor terminal 10 sends, receive the dispatch command of described CSRC work station 30 feedbacks simultaneously and be sent to described monitor terminal 10;
In specific embodiment, described remote server 20 generally is hosted in telecommunications room, requirement to hardware aspect is, has fixed IP addresses, need open corresponding port during use, at least the exclusive data bandwidth of 5M, and server itself has the double copies function, and be provided with measures such as fire wall, can carry out the real-time forwarding of 10 groups of teledatas altogether, every group of data can receive the data of 100 long distance monitoring terminals in real time, have the data caching function about 10 seconds, guarantee that under the bad situation of network data still can smooth be exported.
Described CSRC work station 30, couple mutually with described remote server 20, the data message that the described remote server 20 that is used for receiving sends carries out statistics and analysis, and is sent to less that a dispatch command is transferred to described monitor terminal 10 by described remote server 20.
In specific embodiment, described CSRC work station 30 can be connected into described remote server 20(connected mode by different modes and comprise: modes such as wired mode, wireless 3G mode or wireless WIFI), and then visit remote server 20.
Particularly, please refer to Fig. 2, described monitor terminal 10 comprises: vehicle-mounted monitor 101, audio-video monitoring element 102, gps antenna 103 and 3G telecommunication device 104; Wherein,
Described vehicle-mounted monitor 101, couple mutually with described 3G telecommunication device 104, be used for monitoring and give described 3G telecommunication device 104 with the data information transfer of the patient vital signs of gathering and receive the dispatch command of described 3G telecommunication device 104 feedbacks and show.
In specific embodiment, described vehicle-mounted monitor 101 can insert the alternating current of two kinds of power supply: 220V and/or the unidirectional current of 12V.Particularly, described vehicle-mounted monitor 101 is installed in the emergency tender, the data message of vital sign that can the real-time monitoring patient, as the multi-lead electrocardiographic wave, respiratory waveform, blood oxygen levels, pulse wave, pressure value and body temperature value etc., and give described 3G telecommunication device 104 with the data information transfer of this vital sign; Described vehicle-mounted monitor 101 also is furnished with 8 cun colour liquid crystal display device, makes things convenient for the occupant to observe patient's vital sign data change in information and checks the data message that feeds back to from described 3G telecommunication device 104; It is the master cpu system of kernel that described vehicle-mounted monitor 101 adopts ARM9; In addition, described vehicle-mounted monitor 101 also has three grades of Realtime Alerts of acousto-optic, anti-defibrillation, and the function of anti-electric knife can rescued on-the-spot the use, and had anti-vibration, capacity of resisting disturbance, can greatly adapt to jolting in the car.At this foregoing is not made detailed description.
Described audio-video monitoring element 102, couple mutually with described 3G telecommunication device 104, be used for giving the dispatch command of described 3G telecommunication device 104 and described 3G telecommunication device 104 feedbacks of reception with the audio, video data information transmission inside and outside the car and handling accordingly.
In specific embodiment, described audio-video monitoring element 102 comprises: the outer video monitoring probe 1023 of video monitoring probe 1022 and car in audio frequency transmitter receiver 1021, the car; Wherein,
Described audio frequency transmitter receiver 1021, couple mutually with described 3G telecommunication device 104, be used for that the audio signal that described audio frequency transmitter receiver 1021 produces is sent to described 3G telecommunication device 104 and receive dispatch command that described 3G telecommunication device 104 the feeds back lang sound of going forward side by side exchanging;
The outer video monitoring probe 1023 of described car couples mutually with described 3G telecommunication device 104, is used for the outer video monitoring data of car of the outer video monitoring probe of described car 1023 monitorings is sent to described 3G telecommunication device 104.
Wherein, described audio frequency transmitter receiver 1021 can realize with central monitoring work station 30 in expert doctor carry out long-range conversation and communication.Like this, the video data information that the security personnel of Surveillance center just can receive according to CSRC work station 30 in the hospital, send suitable dispatch command by the medical worker in 1021 pairs of emergency tenders of described audio frequency transmitter receiver, guarantee that patient is given treatment to more accurately before arriving hospital.
Described gps antenna 103 couples mutually with described 3G telecommunication device 104, is used for the position data of vehicle is transferred to described 3G telecommunication device 104.
In specific embodiment, the position data of described vehicle comprises: position information such as the speed of vehicle, longitude, latitude, travel direction, distance travelled, running time and date.Particularly, described gps antenna 103 is fixed in by the vehicle window in the present embodiment, to make things convenient for the reception of satellite-signal, when vehicle movement, the GPS framing signal is sent to described remote server 20 by described 3G telecommunication device 104, arrives described CSRC work station 30 then.Like this, the security personnel of Surveillance center just can determine the position data of vehicle according to the GPS framing signal of receiving in the hospital, in time make optimum vehicle scheduling scheme, and send dispatch command by described fixing audio frequency transmitter receiver 1021 to driver or other medical workers, to guarantee in time patient to be delivered to hospital.
Described 3G telecommunication device 104, couple mutually with described vehicle-mounted monitor 101, audio-video monitoring element 102, gps antenna 103 and remote server 20 respectively, the data message, the audio, video data inside and outside the car and the position data of vehicle that are used for the described patient vital signs that to receive, be transferred to described remote server 20, and the dispatch command that will receive described remote server 20 feedbacks is transferred to described vehicle-mounted monitor 101 and audio-video monitoring element 102.
Particularly, the data that described 3G telecommunication device 104 sends enter into nearest remote server 20 automatically by the TCP/TP agreement, then enter into the INTERNET internet automatically.Wherein, described 3G telecommunication device 104 also includes built-in antenna.
This 3G telecommunication device 104 in use, the SIM (the capable card of surfing Internet of wireless random) that inserts 3G carries out transfer of data, after in the parameter setup menu of start, setting the destination address and port numbers of remote server 20, the user can be under the interface conditions of seeing normal monitoring in real time, press radio communication and connect button, this moment, the master cpu request of described vehicle-mounted monitor 101 and audio-video monitoring element 102 was connected, to notify the master cpu successful connection after the successful connection, then master cpu begins with 1 timing of per second to described remote server 20 transmitting data informations.In addition, when master cpu detect go offline after, this 3G telecommunication device 104 can also be sought destination address and port numbers automatically again, automatically reconnect, and it also has certain data caching function, guarantees when network congestion the output of the smoothness of data, and can receive the request command that blood pressure is inflated, thereby inflate in control blood pressure this locality.
Below for adopting an Application Example of long-range first-aid monitoring system described in the utility model.
At first, the monitor terminal 10 in the described long-range first-aid monitoring system of present embodiment is applied in the first aid compartment, and its hardware mainly is made up of vehicle-mounted monitor 101, audio-video monitoring element 102 and gps antenna 103.Described vehicle-mounted monitor 101 adopts the microminiaturized integrated technology of height, and volume is little, has anti-vibration, capacity of resisting disturbance, vital sign parameter information that can the real-time monitoring patient is as multi-lead electrocardiographic wave, respiratory waveform, blood oxygen levels, pulse wave, pressure value and body temperature value etc.Described vehicle-mounted monitor 101 with the concrete connected mode of human body is:
1) patient uses multi-lead electrocardio line, and electrocardio electrode slice on the termination of electrode button will be arranged, and is attached to the human body epiphase and answers the position, and the plug other end inserts the electrocardio socket of this vehicle-mounted monitor 101;
2) use blood pressure cuff, blood pressure cuff is helped people's upper arm (position concordant with the cardia level), the plug of the other end inserts the blood pressure socket of this vehicle-mounted monitor 101;
3) use blood oxygen line, on people's finger, the plug of the other end inserts the blood oxygen socket of this vehicle-mounted monitor 101 with blood oxygen nail covers;
4) use the body temperature line, with the body temperature probe by immobilization with adhesive tape in the human body oxter, the plug of the other end inserts the body temperature socket of this vehicle-mounted monitor 101.
After connecting with human body, open the switch of described vehicle-mounted monitor 101, be operated in vehicle-mounted monitor 101 under the normal monitoring state and gather data messages such as these patients' electrocardiosignal, blood oxygen signal, pulse signal, blood pressure signal, body temperature signal in real time, by described 3G telecommunication device 104 and described remote server 20 data message of this patient vital signs is transmitted to described CSRC work station 30.Wherein, the synchronous vital sign waveform that CSRC work station 30 carries out maximum 100 people in real time shows with numeral, and has warning function; Be embedded with the analysis expert system, comprise: the dynamic electrocardiogram analysis, contents such as ambulatory blood pressure detection and sleep-respiratory analysis, they will carry out a series of expert system analysis to the above-mentioned data message of storage, and provide the analysis final report.Make timely processing in conjunction with the diagnostic result of analysis expert systematic analysis again with regard to being conducive to this doctor on duty like this.
Secondly, behind vehicle launch, described audio-video monitoring element 102 also begins operate as normal, all voiceband data signals, two-path video data signal (video data signal of the video data signal of video monitoring probe 1022 monitorings and 1023 monitorings of the outer video monitoring probe of car in the car) and GPS location data signal all are transferred in the described remote server 20 by described 3G telecommunication device 104.H.264 the network transmission of described remote server 20 has adopted advanced video compression algorithm and the streaming media video data compress technique, integrate the wireless network data communication function and the digital video coding function is integrated, can transmit smooth video data and other data messages.Described remote server 20 is transmitted into described CSRC work station 30 by network again after monitoring the image process video compress of absorbing and coding module compression of popping one's head in.This audio-video monitoring element 102 can realize video data mutual, sending/receiving, encryption and decryption, add decoding, functions such as the control maintenance of link.
At last, described CSRC work station 30 will focus on and store the data message that described remote server 20 sends.The position of the vehicle that described CSRC work station 30 utilizations receive, speed, driver's contents such as feedback information are carried out statistics and analysis, select optimum vehicle scheduling scheme.Medical personnel can observe the concrete condition of patient in car by described CSRC work station 30, send dispatch command by this audio frequency transmitter receiver 1021 to vehicle drivers or medical personnel.
In addition, below 30, can set up a plurality of branch controls center at described CSRC work station according to actual demand.Described CSRC work station 30 can pass through LAN(Local Area Network, LAN with between each minute control center), WAN(Wide Area Network, wide area network) link to each other, also can be continuous by the Internet network.
Compared with prior art, a kind of long-range first-aid monitoring system described in the utility model has reached following effect:
1) long-range first-aid monitoring system described in the utility model, broken through traditional single first aid pattern, telecommunications network technology with wireless 3G, with the multi-parameter monitor technology, the audio frequency and video monitoring technique, GPS(Global Positioning System, global positioning system) a series of advanced technologies such as global-positioning technology combine, formed a comprehensive complete first aid solution, thoroughly broken away from the restriction in space, allow the information of field first aid can be reacted to emergency command center and base hospital all sidedly, formed a kind of modern brand-new first aid pattern;
2) long-range first-aid monitoring system described in the utility model, simple patient's vehicle is transformed into " mobile hospital ", " the movable first-aid station " that rescues the critical patient, become the place of rescuing before the medical worker institute, even develop into " container emergency tender " (being actually a kind of miniature hospital), can realize patient's very first time treatment, strive for rescue opportunity, guarantee that patient is transported to hospital better to be given treatment to;
3) long-range first-aid monitoring system described in the utility model can carry out the comprehensive observation of remote live for the situation in each emergency tender, can carry out multiple spot monitoring and observation simultaneously;
4) long-range first-aid monitoring system described in the utility model, can be by the network of wireless 3G, vital sign information situation with the patient in the ambulance, the outer video situation remote transmission of video situation in the car and car arrives command centre, satisfy command centre can with any one emergency tender in medical personnel carry out double-directional speech conversation, make things convenient for the expert of command centre and base hospital to carry out " scene " guidance, and by the vehicle-mounted global positioning system of GPS is installed in the emergency tender, geographical location information and driving motion track with ambulance sends to command centre in real time, makes things convenient for command centre to commander and the scheduling on emergency tender.
Above-mentioned explanation illustrates and has described some preferred embodiments of the present utility model, but as previously mentioned, be to be understood that this utility model is not limited to the disclosed form of this paper, should not regard the eliminating to other embodiment as, and can be used for various other combinations, modification and environment, and can in utility model contemplated scope described herein, change by technology or the knowledge of above-mentioned instruction or association area.And the change that those skilled in the art carry out and variation do not break away from spirit and scope of the present utility model, then all should be in the protection domain of this utility model claims.
Claims (3)
1. a long-range first-aid monitoring system is characterized in that, comprising: monitor terminal, remote server and CSRC work station; Wherein,
Described monitor terminal couples mutually with described remote server, is used for monitoring and gives described remote server with the data information transfer of gathering and receive the dispatch command of described remote server feedback and handle accordingly;
Described remote server, couple mutually with described monitor terminal and CSRC work station respectively, be used for the data message that monitor terminal sends is transmitted to described CSRC work station in real time, receive the dispatch command of described CSRC work station feedback simultaneously and be sent to described monitor terminal;
Described CSRC work station, couple mutually with described remote server, the data message that the described remote server that is used for receiving sends carries out statistics and analysis, shows in real time and reports to the police, and is sent to and lacks a dispatch command and be transferred to described monitor terminal by described remote server.
2. long-range first-aid monitoring system as claimed in claim 1 is characterized in that, described monitor terminal comprises: vehicle-mounted monitor, audio-video monitoring element, gps antenna and 3G telecommunication device; Wherein,
Described vehicle-mounted monitor couples mutually with described 3G telecommunication device, is used for monitoring and gives described 3G telecommunication device with the data information transfer of patient vital signs and receive the dispatch command of described 3G telecommunication device feedback and show;
Described audio-video monitoring element couples mutually with described 3G telecommunication device, is used for giving the dispatch command of described 3G telecommunication device and the described 3G telecommunication device feedback of reception with the audio, video data information transmission inside and outside the car and handling accordingly;
Described gps antenna couples mutually with described 3G telecommunication device, is used for the position data of vehicle is transferred to described 3G telecommunication device;
Described 3G telecommunication device, couple mutually with described vehicle-mounted monitor, audio-video monitoring element, gps antenna and remote server respectively, be used for the inside and outside audio, video data information of data message, the car of the described patient vital signs that will receive, the position data of vehicle is transferred to described remote server, and will receive the dispatch command that described remote server feeds back and be transferred to described vehicle-mounted monitor and audio-video monitoring element.
3. long-range first-aid monitoring system as claimed in claim 2 is characterized in that, described audio-video monitoring element comprises: the outer video monitoring probe of video monitoring probe and car in audio frequency transmitter receiver, the car; Wherein,
Described audio frequency transmitter receiver couples mutually with described 3G telecommunication device, is used for that the audio signal that described audio frequency transmitter receiver produces is sent to described 3G telecommunication device and receives dispatch command that described 3G telecommunication device the feeds back lang sound of going forward side by side exchanging;
The video monitoring probe couples mutually with described 3G telecommunication device in the described car, is used for video monitoring data in the car of video monitoring probe monitoring in the described car is sent to described 3G telecommunication device;
The outer video monitoring probe of described car couples mutually with described 3G telecommunication device, is used for the outer video monitoring data of car of the outer video monitoring probe of described car monitoring is sent to described 3G telecommunication device.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104394358A (en) * | 2014-11-12 | 2015-03-04 | 深圳市理邦精密仪器股份有限公司 | Monitoring method and system capable of checking patient video image in real time |
| CN105162880A (en) * | 2015-09-24 | 2015-12-16 | 江苏大学附属医院 | ACS (Acute Coronary Syndrome) regional synergistic treatment network system and assistant decision-making method thereof |
| CN108742553A (en) * | 2018-03-31 | 2018-11-06 | 何韵苗 | Emergency transportation patient monitor |
| CN109303663A (en) * | 2018-11-12 | 2019-02-05 | 华中科技大学同济医学院附属同济医院 | A kind of mobile ICU work station and control method |
| CN110464550A (en) * | 2019-08-15 | 2019-11-19 | 迈康时代（厦门）医疗科技有限公司 | A kind of portable multi-function first-aid dressing |
| CN110960795A (en) * | 2019-12-24 | 2020-04-07 | 久心医疗科技（苏州）有限公司 | AED remote auxiliary emergency device and method |
-
2013
- 2013-03-25 CN CN2013201382697U patent/CN203153947U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104394358A (en) * | 2014-11-12 | 2015-03-04 | 深圳市理邦精密仪器股份有限公司 | Monitoring method and system capable of checking patient video image in real time |
| CN105162880A (en) * | 2015-09-24 | 2015-12-16 | 江苏大学附属医院 | ACS (Acute Coronary Syndrome) regional synergistic treatment network system and assistant decision-making method thereof |
| CN105162880B (en) * | 2015-09-24 | 2016-05-04 | 江苏大学附属医院 | The aid decision-making method of the collaborative treatment of a kind of ACS compartmentalization network |
| CN108742553A (en) * | 2018-03-31 | 2018-11-06 | 何韵苗 | Emergency transportation patient monitor |
| CN109303663A (en) * | 2018-11-12 | 2019-02-05 | 华中科技大学同济医学院附属同济医院 | A kind of mobile ICU work station and control method |
| CN110464550A (en) * | 2019-08-15 | 2019-11-19 | 迈康时代（厦门）医疗科技有限公司 | A kind of portable multi-function first-aid dressing |
| CN110960795A (en) * | 2019-12-24 | 2020-04-07 | 久心医疗科技（苏州）有限公司 | AED remote auxiliary emergency device and method |
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