阅读说明：本技术 一种医疗急救交通调度系统及调度方法 (Medical emergency traffic scheduling system and scheduling method ) 是由 吴旭生 于 2021-09-01 设计创作，主要内容包括：本发明公开了一种医疗急救交通调度系统及调度方法,包括车辆终端、中央处理数据器、医院应急调度处理中心、求救电话接收端和医院病例数据库,所述车辆终端包括交通路线优化单元、生命体征采集单元、急救车辆定位模块、远程视频模块和无线传输模块,所述交通路线优化单元包括导航模块、自识别模块、路线优化模块和语音提示模块,所述生命体征采集单元包括呼吸监测模块、埋没监测模块、体温监测模块和血压监测模块,所述医院应急调度处理中心包括视频交互模块、视频显示模块、紧急生命通道处理模块和在线查询模块。(The invention discloses a medical emergency traffic scheduling system and a scheduling method, which comprise a vehicle terminal, a central processing data unit, a hospital emergency scheduling processing center, a call-for-help receiving terminal and a hospital case database, wherein the vehicle terminal comprises a traffic route optimization unit, a vital sign acquisition unit, an emergency vehicle positioning module, a remote video module and a wireless transmission module, the traffic route optimization unit comprises a navigation module, a self-recognition module, a route optimization module and a voice prompt module, the vital sign acquisition unit comprises a respiration monitoring module, a burial monitoring module, a body temperature monitoring module and a blood pressure monitoring module, and the hospital emergency scheduling processing center comprises a video interaction module, a video display module, an emergency life channel processing module and an online query module.)

1. The utility model provides a medical treatment first aid traffic dispatch system, includes vehicle terminal, central processing data ware, hospital emergency dispatch processing center, SOS telephone receiving terminal and hospital case database, its characterized in that: the vehicle terminal comprises a traffic route optimizing unit, a vital sign collecting unit, an emergency vehicle positioning module, a remote video module and a wireless transmission module, wherein the traffic route optimizing unit comprises a navigation module, a self-recognition module, a route optimizing module and a voice prompt module, the vital sign collecting unit comprises a breathing monitoring module, a buried monitoring module, a body temperature monitoring module and a blood pressure monitoring module, and the hospital emergency scheduling processing center comprises a video interaction module, a video display module, an emergency life channel processing module and an online query module.

2. The emergency medical traffic scheduling system of claim 1, wherein: the vehicle terminal is mounted on an ambulance.

3. The emergency medical traffic scheduling system of claim 1, wherein: the navigation module is used for navigating traffic routes, the self-recognition module is used for recognizing congestion conditions of different traffic routes in the navigation module, the route optimization module is used for optimizing a fastest route according to the congestion conditions of different routes recognized by the self-recognition module, the voice prompt module is used for broadcasting the fastest route optimized by the route optimization module to a driver in a voice mode, the respiration monitoring module is used for monitoring the respiration conditions of patients in real time, the pulse monitoring module is used for monitoring the pulse states of the patients in real time, the body temperature monitoring module is used for monitoring the body temperature states of the patients in real time, the blood pressure monitoring module is used for monitoring the body temperature states of the patients in real time, the emergency vehicle positioning module is used for positioning an emergency vehicle, and the remote video module is used for carrying out remote video communication with the video interaction module, the wireless transmission module is used for carrying out interactive transmission on the data information of the vehicle terminal and the data information of the central data processing terminal.

4. The emergency medical traffic scheduling system of claim 1, wherein: and the central data processor is used for carrying out data processing and signal connection on the vehicle terminal and the hospital emergency scheduling processing center.

5. The emergency medical traffic scheduling system of claim 1, wherein: the system comprises a distress call receiving end, a video interaction module, a video display module, an emergency life channel processing module, an online query module and a hospital case database, wherein the distress call receiving end is used for receiving a distress call of a patient, the video interaction module is used for carrying out remote video communication with a remote video module, the video display module is used for displaying data information of a vehicle terminal, the emergency life channel processing module is used for analyzing according to the emergency condition of the patient and arranging medical care personnel to stand by in advance, the online query module is used for querying the condition of the in-patient staff in the hospital case database, and the hospital case database is comprehensive data information for treatment of the patient in the hospital.

6. A medical emergency traffic scheduling method is characterized by comprising the following steps: the method comprises the following steps:

s1, receiving the help-seeking telephone of the patient;

s2: arranging nearby ambulance vehicles according to the help-seeking information of the patient;

s3: getting on a bus, monitoring vital signs of a patient and optimizing a fastest route;

s4: the patient is scheduled to see a doctor.

7. The emergency medical traffic scheduling method of claim 6, wherein: and after receiving the call for help of the patient, the call for help receiving terminal in the S1 feeds back the state of the patient and the position information of the patient to the hospital emergency dispatching processing center.

8. The emergency medical traffic scheduling method of claim 6, wherein: s2, the staff of the hospital emergency dispatching processing center obtains the ambulance closest to the patient through the position information of the emergency vehicle positioning module displayed by the video display module, the video interaction module is connected with the remote video module through the central processing unit, the staff of the hospital emergency dispatching processing center carries out video communication with the staff on the ambulance through videos, the address and the state of the patient are fed back to the staff on the ambulance, the ambulance is arranged to go to the address of the patient, and the patient is received to the ambulance.

9. The emergency medical traffic scheduling method of claim 6, wherein: after the patient is in the ambulance in S3, the breathing state of the patient is monitored on line through the breathing monitoring module, the pulse state of the patient is monitored in real time through the pulse monitoring module, the body temperature state of the patient is monitored in real time through the body temperature monitoring module, the body temperature state of the patient is monitored in real time through the blood pressure monitoring module, the state of the patient' S state of illness can be known to the staff in the ambulance, the traffic routes are navigated through the navigation module to obtain a plurality of driving routes, the congestion conditions in different traffic routes in the navigation module are identified through the self-identification module, the congestion conditions of different routes are identified through the route optimization module according to the self-identification module to optimize a fastest route, and the fastest route optimized by the route optimization module is broadcasted to the driver in a voice form through the voice prompt module, ambulance crews transport patients to the hospital at the fastest rate.

10. The emergency medical traffic scheduling method of claim 6, wherein: the monitoring data who will gather through vital sign collection unit in S4 transmits for hospital ' S emergency dispatch treatment center, the information display who will monitor through the video display module comes out, a staff for hospital ' S emergency dispatch treatment center observes monitoring information, simultaneously hospital ' S emergency dispatch treatment center ' S staff carries out the video through the staff with on the ambulance and exchanges, further know the state of disease, and through urgent life passageway treatment module, arrange that hospital ' S medical personnel the very first time is accurate do not, receive the disease and see a doctor.

Technical Field

The invention relates to the technical field of medical instruments, in particular to a medical emergency traffic scheduling system and a scheduling method.

Background

Hospitals refer to medical institutions that carry out necessary medical examination, treatment measures, nursing techniques, reception services, rehabilitation equipment, treatment and transportation and the like for patients according to laws, regulations and industrial specifications, and mainly aim at saving and killing injuries, the service objects of the medical nursing system not only comprise patients and wounded persons with symptoms, but also comprise old people which cannot take care of themselves or are limited in activity and dependent on medical nursing, severe patients who need long-term rehabilitation and frequent observation and examination due to medical nursing dependence or unstable illness state, or there may be other specific situations and populations such as healthy people (e.g. pregnant women, parturients, neonates) and fully healthy people (e.g. people coming from hospitals for physical examination or oral cleaning), which, when initially set up, the refuge is provided for people to take refuge, entertainment programs are provided, the coming people are comfortable, the intention of the people to take care is provided, and the refuge device gradually becomes a special mechanism for accommodating and treating the patients.

An emergency system is generally established in a hospital at present, but the existing emergency system is inconvenient to determine a fastest route so that an ambulance can conveniently and quickly deliver a patient to the hospital for treatment, and in order to reduce the time of the patient in the medical delivery process, a medical emergency traffic scheduling system and a scheduling method are provided for further optimizing the medical emergency traffic scheduling system and the medical emergency traffic scheduling method.

Disclosure of Invention

The invention aims to provide a medical emergency traffic scheduling system and a scheduling method, which aim to solve the problems in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme:

the utility model provides a medical treatment emergency traffic scheduling system, includes vehicle terminal, central processing data ware, hospital emergency dispatch processing center, SOS phone receiving terminal and hospital case database, vehicle terminal includes traffic route optimization unit, vital sign acquisition unit, emergency vehicle orientation module, long-range video module and wireless transmission module, traffic route optimization unit includes navigation module, self-recognition module, route optimization module and voice prompt module, vital sign acquisition unit includes respiratory monitoring module, buries monitoring module, body temperature monitoring module and blood pressure monitoring module, hospital emergency dispatch processing center includes video interaction module, video display module, urgent life passageway processing module and online query module.

As a further scheme of the invention: the vehicle terminal is mounted on an ambulance.

As a still further scheme of the invention: the navigation module is used for navigating traffic routes, the self-recognition module is used for recognizing congestion conditions of different traffic routes in the navigation module, the route optimization module is used for optimizing a fastest route according to the congestion conditions of different routes recognized by the self-recognition module, the voice prompt module is used for broadcasting the fastest route optimized by the route optimization module to a driver in a voice mode, the respiration monitoring module is used for monitoring the respiration conditions of patients in real time, the pulse monitoring module is used for monitoring the pulse states of the patients in real time, the body temperature monitoring module is used for monitoring the body temperature states of the patients in real time, the blood pressure monitoring module is used for monitoring the body temperature states of the patients in real time, the emergency vehicle positioning module is used for positioning an emergency vehicle, and the remote video module is used for carrying out remote video communication with the video interaction module, the wireless transmission module is used for carrying out interactive transmission on the data information of the vehicle terminal and the data information of the central data processing terminal.

As a still further scheme of the invention: and the central data processor is used for carrying out data processing and signal connection on the vehicle terminal and the hospital emergency scheduling processing center.

As a still further scheme of the invention: the system comprises a distress call receiving end, a video interaction module, a video display module, an emergency life channel processing module, an online query module and a hospital case database, wherein the distress call receiving end is used for receiving a distress call of a patient, the video interaction module is used for carrying out remote video communication with a remote video module, the video display module is used for displaying data information of a vehicle terminal, the emergency life channel processing module is used for analyzing according to the emergency condition of the patient and arranging medical care personnel to stand by in advance, the online query module is used for querying the condition of the in-patient staff in the hospital case database, and the hospital case database is comprehensive data information for treatment of the patient in the hospital.

A medical emergency traffic scheduling method comprises the following steps: the method comprises the following steps:

s1, receiving the help-seeking telephone of the patient;

s2: arranging nearby ambulance vehicles according to the help-seeking information of the patient;

s3: getting on a bus, monitoring vital signs of a patient and optimizing a fastest route;

s4: the patient is scheduled to see a doctor.

As a still further scheme of the invention: and after receiving the call for help of the patient, the call for help receiving terminal in the S1 feeds back the state of the patient and the position information of the patient to the hospital emergency dispatching processing center.

As a still further scheme of the invention: s2, the staff of the hospital emergency dispatching processing center obtains the ambulance closest to the patient through the position information of the emergency vehicle positioning module displayed by the video display module, the video interaction module is connected with the remote video module through the central processing unit, the staff of the hospital emergency dispatching processing center carries out video communication with the staff on the ambulance through videos, the address and the state of the patient are fed back to the staff on the ambulance, the ambulance is arranged to go to the address of the patient, and the patient is received to the ambulance.

As a still further scheme of the invention: after the patient is in the ambulance in S3, the breathing state of the patient is monitored on line through the breathing monitoring module, the pulse state of the patient is monitored in real time through the pulse monitoring module, the body temperature state of the patient is monitored in real time through the body temperature monitoring module, the body temperature state of the patient is monitored in real time through the blood pressure monitoring module, the state of the patient' S state of illness can be known to the staff in the ambulance, the traffic routes are navigated through the navigation module to obtain a plurality of driving routes, the congestion conditions in different traffic routes in the navigation module are identified through the self-identification module, the congestion conditions of different routes are identified through the route optimization module according to the self-identification module to optimize a fastest route, and the fastest route optimized by the route optimization module is broadcasted to the driver in a voice form through the voice prompt module, ambulance crews transport patients to the hospital at the fastest rate.

As a still further scheme of the invention: the monitoring data who will gather through vital sign collection unit in S4 transmits for hospital ' S emergency dispatch treatment center, the information display who will monitor through the video display module comes out, a staff for hospital ' S emergency dispatch treatment center observes monitoring information, simultaneously hospital ' S emergency dispatch treatment center ' S staff carries out the video through the staff with on the ambulance and exchanges, further know the state of disease, and through urgent life passageway treatment module, arrange that hospital ' S medical personnel the very first time is accurate do not, receive the disease and see a doctor.

Compared with the prior art, the invention has the beneficial effects that:

1. the medical emergency dispatching and processing center comprises a video display module, a video interaction module, a pulse monitoring module, a body temperature monitoring module, a blood pressure monitoring module, a patient positioning module, a remote video module, a remote monitoring module, a patient monitoring module and a patient monitoring module, wherein the video interaction module is used for connecting the video interaction module with the remote video module, the patient monitoring module is used for monitoring the body temperature of the patient, the blood pressure monitoring module is used for monitoring the body temperature of the patient in real time, and the patient monitoring module is used for displaying the position information of the emergency dispatching and processing center of the patient, through navigation module, from the identification module, route optimization module and voice prompt module's cooperation, be convenient for confirm that the best fastest route delivers to the hospital with the disease, the staff of hospital emergency dispatch treatment center carries out the video through the staff with on the ambulance simultaneously and exchanges, further know the state of disease, and through urgent life channel processing module, arrange the medical personnel very first time of hospital and aim at not good, receive the disease and see a doctor, further for the disease is hospitalized the time of having practiced thrift, make medical personnel have more time to in time rescue for the disease.

Drawings

Fig. 1 is a connection block diagram of a medical emergency traffic scheduling system.

Fig. 2 is a flow chart of a medical emergency traffic scheduling method.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-2, in an embodiment of the present invention, a medical emergency traffic scheduling system includes a vehicle terminal, a central processing data unit, a hospital emergency scheduling processing center, a call for help receiving end, and a hospital case database, where the vehicle terminal includes a traffic route optimization unit, a vital sign acquisition unit, an emergency vehicle positioning module, a remote video module, and a wireless transmission module, the traffic route optimization unit includes a navigation module, a self-recognition module, a route optimization module, and a voice prompt module, the vital sign acquisition unit includes a respiration monitoring module, a burial monitoring module, a body temperature monitoring module, and a blood pressure monitoring module, and the hospital emergency scheduling processing center includes a video interaction module, a video display module, an emergency life channel processing module, and an online query module.

The vehicle terminal is mounted on an ambulance.

The navigation module is used for navigating traffic routes, the self-recognition module is used for recognizing congestion conditions of different traffic routes in the navigation module, the route optimization module is used for optimizing a fastest route according to the congestion conditions of different routes recognized by the self-recognition module, the voice prompt module is used for broadcasting the fastest route optimized by the route optimization module to a driver in a voice mode, the respiration monitoring module is used for monitoring the respiration conditions of patients in real time, the pulse monitoring module is used for monitoring the pulse states of the patients in real time, the body temperature monitoring module is used for monitoring the body temperature states of the patients in real time, the blood pressure monitoring module is used for monitoring the body temperature states of the patients in real time, the emergency vehicle positioning module is used for positioning an emergency vehicle, and the remote video module is used for carrying out remote video communication with the video interaction module, the wireless transmission module is used for carrying out interactive transmission on the data information of the vehicle terminal and the data information of the central data processing terminal.

And the central data processor is used for carrying out data processing and signal connection on the vehicle terminal and the hospital emergency scheduling processing center.

The system comprises a video interaction module, an emergency life channel processing module, an online inquiry module, a remote video module, a video display module, an emergency life channel processing module, an on-line inquiry module and a hospital case database, wherein the video interaction module is used for carrying out remote video communication with the remote video module, the video display module is used for displaying data information of a vehicle terminal, the emergency life channel processing module is used for analyzing according to the emergency condition of patients and arranging medical care personnel to stand by in advance, the online inquiry module is used for inquiring the conditions of the in-patient staff in the hospital case database, and the hospital case database is comprehensive data information for treatment of the patients in the hospital.

The vehicle terminals are arranged on each ambulance, and each vehicle terminal is connected with the hospital emergency dispatching processing center through the central data processor.

A medical emergency traffic scheduling method comprises the following steps: the method comprises the following steps:

s1, receiving the help-seeking telephone of the patient;

s2: arranging nearby ambulance vehicles according to the help-seeking information of the patient;

s3: getting on a bus, monitoring vital signs of a patient and optimizing a fastest route;

s4: the patient is scheduled to see a doctor.

And after receiving the call for help of the patient, the call for help receiving terminal in the S1 feeds back the state of the patient and the position information of the patient to the hospital emergency dispatching processing center.

S2, the staff of the hospital emergency dispatching processing center obtains the ambulance closest to the patient through the position information of the emergency vehicle positioning module displayed by the video display module, the video interaction module is connected with the remote video module through the central processing unit, the staff of the hospital emergency dispatching processing center carries out video communication with the staff on the ambulance through videos, the address and the state of the patient are fed back to the staff on the ambulance, the ambulance is arranged to go to the address of the patient, and the patient is received to the ambulance.

After the patient is in the ambulance in S3, the breathing state of the patient is monitored on line through the breathing monitoring module, the pulse state of the patient is monitored in real time through the pulse monitoring module, the body temperature state of the patient is monitored in real time through the body temperature monitoring module, the body temperature state of the patient is monitored in real time through the blood pressure monitoring module, the state of the patient' S state of illness can be known to the staff in the ambulance, the traffic routes are navigated through the navigation module to obtain a plurality of driving routes, the congestion conditions in different traffic routes in the navigation module are identified through the self-identification module, the congestion conditions of different routes are identified through the route optimization module according to the self-identification module to optimize a fastest route, and the fastest route optimized by the route optimization module is broadcasted to the driver in a voice form through the voice prompt module, ambulance crews transport patients to the hospital at the fastest rate.

The monitoring data who will gather through vital sign collection unit in S4 transmits for hospital ' S emergency dispatch treatment center, the information display who will monitor through the video display module comes out, a staff for hospital ' S emergency dispatch treatment center observes monitoring information, simultaneously hospital ' S emergency dispatch treatment center ' S staff carries out the video through the staff with on the ambulance and exchanges, further know the state of disease, and through urgent life passageway treatment module, arrange that hospital ' S medical personnel the very first time is accurate do not, receive the disease and see a doctor.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.