CN201708829U - Medical online monitoring system - Google Patents

Abstract

The utility model provides a medical online monitoring system, which comprises a life parameter measuring device, a man-machine interaction device, a core processing device and a medical monitoring platform. The life parameter measuring device obtains life parameter data of patients at real time, the man-machine interaction device transmits text/sound/image information inputted by the patients to the core processing device and receives and display feedback information, the core processing device receives the life parameter data through a wireless transmission unit, transmits the life parameter data and/or text/sound/image information to the medical monitoring platform through a network communication unit, receives feedback information, generates prompt messages and transmits the prompt messages to mobile phones of family members of patients and/or monitoring personnel through a 3G communication unit, and the medical monitoring platform transmits the life parameter data and/or text/sound/image information outputted by the core processing device to a monitor center of an appointed hospital and returns feedback information of the hospital. The medical online monitoring system can realize remote diagnosis and treatment and remote online monitoring, and lead the patients to move freely on the premise without affecting monitoring.

Description

The medical treatment online monitoring system

Technical field

The utility model relates to electronic information technical field, relates in particular to a kind of medical online monitoring system that can obtain far-end patient's vital signs information in real time, carry out on-line monitoring and timely alert notice sufferer family members and/or medical personnel based on this characteristic information execution remote diagnosis, to the patient.

Background technology

Traditional medical institutions take to be helped the patient to measure to comprise by the nursing staff medical parameter of life parameters such as oxygen in body temperature, heart rate, blood pressure, the blood and the mode of monitoring of record one by one usually, have caused serious manpower waste.Remote modern medical monitoring system is in conjunction with traditional medical monitoring and modern advanced mechanics of communication, measure the sign parameter of remote patient and give medical institutions with the measurement parameter loopback by medical sensor in the wired or wireless communication mode, thereby save resource, reduce consumption, also provide certain activity space simultaneously for the patient.

Yet existing remote medical monitoring technology only can be carried out the measurement of remote life parameter usually, can't realize functions such as patient's real time on-line monitoring and alert notice family members.

The utility model content

(1) technical problem that will solve

The technical problems to be solved in the utility model is how to realize remote diagnosis and remote on-line monitoring; Realize between detecting instrument and the monitoring terminal, between monitoring terminal and the medical institutions and the Realtime Alerts line between medical institutions and the family numbers of patients, make that the patient can be free movable under the prerequisite that does not influence monitoring.

(2) technical scheme

For solving the problems of the technologies described above, the technical solution of the utility model provides a kind of online medical monitoring system, comprising: life parameters measurement mechanism 4, human-computer interaction device 2, core processing device 1,medical monitoring platform 9 and communicator, wherein,

Life parameters measurement mechanism 4 comprises a plurality of measuring instruments, obtains patient's life parameters data in real time;

Human-computer interaction device 2 sends to core processing device 1 with the text of the online input of patient and/or sound and/or image information, receives and the feedback information of displaing core processing unit 1 output;

Communicator comprises wireless transmission unit 5, network communication unit 8 and 3G communication unit 7;

Core processing device 1 receives described life parameters data by described wireless transmission unit 5; By described network communication unit 8 the life parameters data that receive and/or text and/or sound and/or image information are sent tomedical monitoring platform 9, receive and export the feedback information that describedmedical monitoring platform 9 returns, and generate SMS Tip according to described feedback information; Described SMS Tip is sent to a plurality of family numbers of patients and/or monitoring personnel's mobile phone by described 3G communication unit 7;

Surveillance center of hospital comprises Surveillance center of community hospital (10) and/or large hospital Surveillance center (11), is connected with described medical monitoring platform (9);

Medical monitoring platform 9, the described life parameters data of described core processing device 1 output and/or text and/or sound and/or image information are sent to theSurveillance center 10 and/or 11 of the community/large hospital of appointment, and the feedback information of describedSurveillance center 10 and/or 11 is returned to described core processing device 1.

Further, described core processing device 1 is also also exported according to the feedback information generation warning message that describedmedical monitoring platform 9 returns.

Further, described system also comprises local acoustic-optic alarm 3, generates alarm signal and offers the patient with sound or light form according to described warning message.

Further, described system also comprises storage device 6, stores all information and/or the data of described core processing device 1 output.

Further, described core processing device 1 also generates control command according to the feedback information that describedmedical monitoring platform 9 returns, and described control command is transmitted to described life parameters measurement mechanism 4 to control corresponding measuring instrument work by described wireless transmission unit 5.

Further, describedmedical monitoring platform 9 also comprises database, store described life parameters data and/or the historical data of text and/or sound and/or image information and the historical data of the feedback information that describedSurveillance center 10 and/or 11 returns of 1 output of described core processing device, when describedSurveillance center 10 and/or 11 can't feedback information, to provide feedback based on described database.

Further, the described text of the online input of patient and/or sound and/or image information comprise the solicited message to community hospital or large hospital, when theSurveillance center 10 of requested hospital and/or 11 can't response request, describedmedical monitoring platform 9 will other hospitals that reach the standard grade send described requests from trend.

(3) beneficial effect

Combine network data base administrative skill, wireless communication technology and electronic diagnostics technology according to medical online monitoring system of the present utility model, can carry out the on-line monitoring of remote diagnosis and life physique to sufferer, and the energy Realtime Alerts is so that sufferer can obtain treatment in time.This system can directly be connected into community hospital and/or large hospital by wired (telecommunications), wireless (3G), on also can wireless by UNICOM (3G) report to the police a plurality of households and/or the monitoring personnel mobile phone.

Description of drawings

Fig. 1 is the structural representation of medical online monitoring system of the present utility model;

Wherein, 1-core processing device; The 2-human-computer interaction device; The local acoustic-optic alarm of 3-; 4-life parameters measurement mechanism; The 5-wireless transmission unit; The 6-data storage device; The 7-3G communication unit; 8-network service processing unit; 9-medical monitoring platform; Surveillance center of 10-community hospital; 11-large hospital Surveillance center.

Embodiment

The medical online monitoring system that the utility model proposes is described as follows in conjunction with the accompanying drawings and embodiments.

As shown in Figure 1, comprise according to medical online monitoring system of the present utility model: core processing device 1, human-computer interaction device 2, local acoustic-optic alarm 3, life parameters measurement mechanism 4, data storage device 6,medical monitoring platform 9, Surveillance center of hospital, and communicator.Further, this communicator can comprise: wireless transmission unit 5,3G communication unit 7, and network service processing unit 8; This Surveillance center of hospital can comprise Surveillance center ofcommunity hospital 10 and largehospital Surveillance center 11.

Particularly, life parameters measurement mechanism 4 comprises multiple life parameters measurement module (transducer) and measuring instrument, is used for obtaining according to instruction patient's daily physiological parameter, for example, and blood pressure, blood oxygen, blood sugar, body temperature, fetal rhythm and electrocardio etc.; The life parameters measurement module sends to wireless transmission unit 5 with these parameter packings.

Particularly, wireless transmission unit 5 comprises a plurality of wireless processing module, is used for patient's physiological parameter is transmitted to core processing device 1, and the control command with core processing device 1 is transmitted to corresponding measurement module in the life parameters measurement mechanism 4 simultaneously.

Particularly, core processing device 1 comprises online monitor terminal core processing module, this on-line monitoring terminal core processing module is patient and hospital's (community hospital and/or large hospital) andmedical monitoring platform 9 is linked up and the bridge of data interaction, possesses functions such as data transmit-receive, data processing, sound/image and text exchange, warning reminding.Preferably, core processing device 1 receives the patient by the online sound/picture/text information (comprising patient's solicited message) of human-computer interaction device 2 transmissions and with its packing output, and it also receives the patient's who is transmitted by wireless transmission unit 5 physiological parameter data and its packing is exported; Online sound/picture/text information of physiological parameter data after the above-mentioned packing and patient will sendmedical monitoring platform 9 to by network service processing unit 8,medical monitoring platform 9 further sends to Surveillance center ofcommunity hospital 10 or largehospital Surveillance center 11 with these data and information, the medical personnel of corresponding hospital provide relevant advisory information (can comprise online text message and/or sound and/or image information equally) at physiological parameter data and/or patient's online information, these feedback informations will be back tomedical monitoring platform 9, and further return to core processing device 1 by network service processing unit 8; At this moment, core processing device 1 is according to this feedback information output alarm signal (at the patient) and/or SMS Tip (at medical personnel and/or family numbers of patients).Preferably, described core processing device 1 also generates control command according to the feedback information that describedmedical monitoring platform 9 returns, and described control command is transmitted to described life parameters measurement mechanism 4 to control corresponding measuring instrument work by described wireless transmission unit 5.

Particularly, human-computer interaction device 2 comprises sound/picture/text processing module and human-computer interaction interface, is used to realize the interactive operation between patient and the core processing device 1, comprising: the text input with show, sound typing and broadcast, video image picked-up and demonstration etc.Specifically, the patient can realize the text input by modes such as hand-written or keyboards on interactive interface, realize voice and video image input by typing and picked-up, sound/picture/text processing module sends to core processing device 1 with these text messages and voice after compression, video data then; Simultaneously, human-computer interaction device 2 also can receive text message and/or voice and/or the video image of being transmitted by core processing device 1 by Surveillance center ofhospital 10 and/or 11 feedbacks, and it is shown on the human-computer interaction interface.

Particularly, local acoustic-optic alarm 3 provides necessary alarm signal for the patient, and the patient can make appropriate reaction according to different caution contents.Preferably, acoustic-optic alarm 3 can comprise sound and light alarm module and the corresponding outer assembly (being used to realize the assembly of sound or light prompt) of putting, the sound and light alarm module receives the warning message by 1 output of core processing device, and this warning message sent to outer put assembly, realize the alarm of sound or light form thus.

Particularly, network service processing unit 8 is used to realize the network service management between core processing device 1 and the medical monitoring platform 9.Preferably, it receives the slave computer initial data of core processing device 1 transmission and the host computer initial data thatmedical monitoring platform 9 sends, and host computer and slave computer data after the output packing are exported tomedical monitoring platform 9 and core processing device 1 respectively; In addition, network service processing unit 8 is also carried out network status monitoring, User Status monitoring, hospital's condition monitoring, network service fault management and processing etc.

Particularly, data storage device 6 is used to store the information by 1 output of core processing device, comprises the real time data of all individual informations relevant with the patient, life parameters and historical data and from the feedback information of hospital etc.

Particularly, 3G communication unit 7 is used to realize the on-line monitoring to the patient of medical personnel and family numbers of patients.Preferably, SMS Tip, patient's life parameters data and the online text/sound of patient/image information that it can be exported core processing device 1, and the diagnostic recommendations and/or the database back-up data of 9 outputs of medical monitoring platform send to a plurality of family numbers of patients and/or medical personnel's mobile phone; It can realize wireless landing, RFDC, functions such as wireless video, interactive voice by the 3G communication module.

Particularly,medical monitoring platform 9 is used to realize communicating by letter between patient and the hospital; Preferably, its patient's life parameters data and/or online text/sound/image information with core processing device 1 output sends to community or largehospital Surveillance center 10/11, and is received targetedly feedback information (being included in the radiodiagnosis x suggestion) and returned to core processing device 1 by community or largehospital Surveillance center 10/11 place; Preferably, describedmedical monitoring platform 9 also is provided with database, store the described life parameters data of described core processing device 1 output and/or the historical data and the describedSurveillance center 10 of text/sound/image information, the historical data of 11 feedback informations that return, with in described Surveillancecenter 10,11 provide feedback based on described database can't feedback information the time, and this feedback can comprise specific aim data and relevant recommended information.In addition, the function of thismedical monitoring platform 9 can also comprise: the maintenance and management of network data base, distribution and management that network connects, system failure warning and processing etc.

Particularly, Surveillance center ofcommunity hospital 10 and largehospital Surveillance center 11 are respectively applied for the online exchange that realizes community hospital and large hospital and patient, for the patient provides tele-medicine and monitoring service.Preferably, it receives the patient information frommedical monitoring platform 9, and provides corresponding diagnostic recommendations.Its operation principles can be with reference to the description of aforementioned core processing device 1 and medical monitoring platform 9.Preferably, when the medical personnel of the community hospital of patient's appointment can't provide corresponding diagnostic recommendations at patient's physiological parameter data and/or solicited message,medical monitoring platform 9 will send request to largehospital Surveillance center 11 automatically, so that the patient obtains better medical services.

In sum, online exchange, family members and the nursing staff of real-time collection, patient and the hospital of above-mentioned multiple arrangement cooperation realization life parameters are to patient's functions such as remote real-time monitoring.Wherein, gather patient's physiological parameter by life parameters measurement mechanism 4 and wireless transmission unit 5; Obtain patient's demand by human-computer interaction device 2; Realize forwarding of data and scheduling by the core processing device; By local acoustic-optic alarm 3 prompting patients; Realize the forwarding of data storage by data-storing device 6; By 3G communication unit 7 notice family numbers of patients and medical personnel; Realize the transmission of network data by network communication unit 8; Coordinate communicating by letter between patients and the hospital bymedical monitoring platform 9; The real-time monitoring that realizes the patient by community and largehospital Surveillance center 10,11.

Need to prove that all devices that relate in the present embodiment can not be described further at this for any existing chip, circuit and the relevant device that can realize described function.

Above execution mode only is used to illustrate the utility model; and be not to restriction of the present utility model; the those of ordinary skill in relevant technologies field; under the situation that does not break away from spirit and scope of the present utility model; can also make various variations and modification; therefore all technical schemes that are equal to also belong to category of the present utility model, and scope of patent protection of the present utility model should be defined by the claims.

Claims (7)

1. a medical online monitoring system is characterized in that, comprising: life parameters measurement mechanism (4), human-computer interaction device (2), core processing device (1), medical monitoring platform (9), communicator and Surveillance center of hospital, wherein,

Life parameters measurement mechanism (4) comprises a plurality of measuring instruments, obtains patient's life parameters data in real time;

Human-computer interaction device (2) sends to core processing device (1) with the text of the online input of patient and/or sound and/or image information, receives and the feedback information of displaing core processing unit (1) output;

Communicator comprises wireless transmission unit (5), network communication unit (8) and 3G communication unit (7);

Core processing device (1) receives described life parameters data by described wireless transmission unit (5); By described network communication unit (8) the life parameters data that receive and/or text and/or sound and/or image information are sent to medical monitoring platform (9), receive and export the feedback information that described medical monitoring platform (9) returns, and generate SMS Tip according to described feedback information; Described SMS Tip is sent to a plurality of family numbers of patients and/or monitoring personnel's mobile phone by described 3G communication unit (7);

Surveillance center of hospital comprises Surveillance center of community hospital (10) and/or large hospital Surveillance center (11), is connected with described medical monitoring platform (9);

Medical monitoring platform (9), the described life parameters data of described core processing device (1) output and/or text and/or sound and/or image information are sent to Surveillance center (10) and/or (11) of the community/large hospital of appointment, and the feedback information of described Surveillance center (10) and/or (11) is returned to described core processing device (1).

2. medical online monitoring system as claimed in claim 1 is characterized in that, the feedback information that described core processing device (1) also returns according to described medical monitoring platform (9) generates warning message and output.

3. medical online monitoring system as claimed in claim 2 is characterized in that, described system also comprises local acoustic-optic alarm (3), generates alarm signal and offers the patient with sound or light form according to described warning message.

4. medical online monitoring system as claimed in claim 1 is characterized in that, described system also comprises storage device (6), stores all data and/or the information of described core processing device (1) output.

5. medical online monitoring system as claimed in claim 1, it is characterized in that, described core processing device (1) also generates control command according to the feedback information that described medical monitoring platform (9) returns, and described control command is transmitted to described life parameters measurement mechanism (4) to control corresponding measuring instrument work by described wireless transmission unit (5).

6. medical online monitoring system as claimed in claim 1, it is characterized in that, described medical monitoring platform (9) also comprises database, store the historical data of the feedback information that returns in the historical data of the described life parameters data of described core processing device (1) output and/or text and/or sound and/or image information and described Surveillance center (10) and/or (11), provide feedback based on described database with can't feedback information the time in described Surveillance center (10) and/or (11).

7. medical online monitoring system as claimed in claim 1, it is characterized in that, the described text of the online input of patient and/or sound and/or image information comprise the solicited message to community hospital or large hospital, when the Surveillance center (10) of requested hospital and/or (11) can't response request, described medical monitoring platform (9) will other hospitals that reach the standard grade send described requests from trend.

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