TWI497439B - Global positioning rescuing cloud system and method thereof - Google Patents

Description

Cloud-based global positioning and rescue system and method thereof

The present invention relates to a cloud-based global positioning and rescue system and method thereof, and more particularly to a cloud-based global positioning and rescue system and method thereof for promptly notifying a medical terminal to rescue and simultaneously inform a family when detecting an abnormal situation .

In recent years, with the popularity and boom of the Internet, many applications have been combined with the Internet in order to improve timeliness, such as rescue services, disaster notifications, and so on.

In general, traditional rescue services are generally notified by phone, coordinated, dispatched and rewarded. However, this method requires a lot of time to confirm the location, coordination between different units, and the telephone informant does not necessarily have the medical knowledge to judge the patient's condition, which makes it impossible to feed back enough information to the medical staff to judge, thereby delaying the gold. Rescue time, so it has the problem of poor timeliness of rescue.

In view of this, some manufacturers have proposed an emergency notification system that combines the network to detect the physiological data of the user, and when the physiological data is abnormal, the medical personnel are immediately notified through the network for treatment. However, this method only allows the user to be at a fixed point. When the user goes out, the user will not be able to immediately know the location of the user when the physiological data is abnormal, and notify the nearest medical facility to provide the rescue service, so the above method still cannot be effective. Solve the problem of poor timeliness of rescue.

In summary, it can be seen that the prior art has long been a problem of poor timeliness of rescue, so it is necessary to propose improved technical means to solve this problem.

In view of the problems of the prior art, the present invention discloses a cloud-based global positioning and rescue system and a method thereof.

The cloud-based global positioning and rescue system disclosed in the present invention comprises: a sensing device and a monitoring server. The sensing device is configured to sense physiological data to generate a physiological message, and obtain a positioning message and transmit an identification message, a positioning message, and a physiological message through the global positioning system when the physiological message is abnormal. The monitoring server includes: a health database, a diagnostic module, a screening module, and a transmission module. The health database stores a medical message and a health message, the medical message includes a geographic location, the health message includes a medical record and a contact message, and the diagnostic module is configured to identify the received message, the location message, and the physiological message. The message loads the corresponding health message from the health database, and analyzes the physiological message according to the medical record of the health message to generate a diagnosis result; the screening module is used to filter the medical message according to the diagnosis result, the positioning message and the geographical location, and generate the diagnosis result. And a message for the location of the message; the transmission module transmits the message to the medical terminal based on the selected medical message, and transmits the location message and the filtered medical message to the family according to the contact information of the loaded health message. end.

The cloud-based global positioning and rescue method of the present invention is applied in a network environment having a sensing device and a monitoring server. The steps include: sensing the physiological data to generate a physiological message, and transmitting the physiological information when the abnormality occurs. The GPS obtains a positioning message and transmits an identification message, a positioning message, and a physiological message to the monitoring server; the monitoring server provides a medical message and a health message, the medical message includes a geographic location, and the health message includes a medical record and a contact message; After receiving the identification message, the positioning message and the physiological message, the monitoring server loads the corresponding health message according to the identification message, and analyzes the physiological message according to the medical record of the health message to generate a diagnosis result; the monitoring server according to the diagnosis result, the positioning message and Geographically screening the medical message and generating a medical report containing diagnostic results and location information The monitoring server transmits the visiting message to the medical terminal according to the selected medical message, and transmits the positioning message and the filtered medical message to the family side according to the contact information of the loaded health message.

The system and method disclosed in the present invention are as above, and the difference from the prior art is that the present invention generates physiological information by sensing physiological data, and obtains a positioning message when the physiological information is abnormal, and identifies the information, the positioning information, and the physiological The message is sent to the monitoring server, so that the monitoring server can filter out the appropriate medical information and generate the medical information, then send the medical information to the medical terminal through the medical message, and transmit the positioning information and medical information to the family through the contact information. end.

Through the above technical means, the present invention can achieve the technical effect of improving the timeliness of rescue.

The embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

Before describing the cloud-based global positioning and rescue system and method thereof disclosed in the present invention, the terminology defined by the present invention is first described. The medical message according to the present invention refers to a related information recorded in a medical facility, such as: medical The name of the facility, location, website, telephone number, clinic, number of beds, etc. In actual implementation, the monitoring server can transmit the medical diagnosis message to the medical terminal through a medical message (such as a website address), and the present invention does not limit the content recorded by the medical message, in other words, as long as the geographic location is included and the monitoring can be performed. The medical message transmitted by the server to the medical terminal is not deviated from the application scope of the present invention.

The following is a cloud-based global positioning and rescue system and a square thereof according to the following drawings: For further explanation, please refer to "FIG. 1", which is a system block diagram of a cloud-based global positioning and rescue system according to the present invention. The system includes: a sensing device 10 and a monitoring servo terminal 20. The sensing device 10 is configured to sense physiological data, such as blood pressure, heartbeat, etc., to generate corresponding physiological information, and can determine whether the physiological information is abnormal, and when the physiological information is abnormal, the global The positioning system obtains the positioning message, and transmits the identification message, the positioning message, and the physiological message to the monitoring server 20 through the network 50. In actual implementation, the identification message is a user identity of the recording sensing device 10, so that the monitoring server 20 searches for a corresponding medical record according to the identity of the user.

The monitoring server 20 includes a health database 21, a diagnostic module 22, a screening module 23, and a transmission module 24. The health database 21 is configured to store medical information and health information, and the medical information includes a geographic location, such as a coordinate of the global positioning system. Since the medical information has been described in the aforementioned self-defined noun, it is no longer Repeat more. The health message includes a medical record and a contact message, and each user corresponds to a health message, wherein the medical record is the user's medical record, and the contact information is the user's family contact information, such as: telephone.

After receiving the identification message, the positioning message, and the physiological message transmitted by the sensing device 10, the diagnostic module 22 loads the health message of the corresponding user from the health database 21 according to the identification message, and analyzes the medical record according to the health message. The physiological message is used to generate the diagnosis result. Since the way of generating the diagnosis result by matching the medical record and the physiological message is a conventional technique, no further description is made here.

The screening module 23 filters the medical information according to the diagnosis result, the positioning message and the geographical location. For example, the diagnosis result is “shock”, the positioning message is “N12.12345; E120.54321”, and the geographical position in each medical message is respectively for "N12.14785; E120.36985", "N32.14785; E119.36985" and "N12.12340; E120.54320", the screening module 23 will screen out the medical information closest to the location information, and generate the inclusion The diagnosis result "shock" and the location message "N12.12345; E120.54321". In actual implementation, the medical information can be recorded with medical items that can be provided. The screening module 23 can simultaneously screen the diagnosis results and medical items in the screening process to avoid screening out medical facilities that cannot provide appropriate medical treatment. In particular, the screening module 23 may further include: when the monitoring server 20 transmits the medical consultation message to the medical terminal 30, and after receiving the confirmation message from the medical terminal 30 for more than a predetermined time interval, Diagnostic results, location messages, and geographic locations filter out another medical message to send the outpatient message to another medical end.

The transmission module 24 transmits the diagnostic message to the medical terminal 30 via the network 50 according to the filtered medical message, and transmits the positioning message and the filtered medical message to the family terminal 40 according to the contact information in the loaded health message, so as to The family member of the sensing device 10 and the medical facility providing medical care are informed to the family member. In practical implementation, the family end 40 can be a personal computer or a portable device, such as a Personal Digital Assistant (PDA), a mobile phone, and the like.

In particular, the medical terminal 30 can include the outpatient module 31 and the maintenance module 32. The outpatient module 31 is configured to receive the outpatient service message from the monitoring server 20, and instruct the medical personnel to go to the location for rescue according to the location information in the outpatient message. In actual implementation, the location message is matched with the map information. And display. Then, after the medical module 31 instructs the medical staff to go to the rescue, the maintenance module 32 connects the health database 21 of the monitoring server 20 to update the medical information corresponding to the medical terminal 30, for example, transmitting the medical personnel. Notice and record in its medical message, Or record the contact information of the medical personnel sent in the medical message for the family side 40 to browse. In addition, the medical terminal 30 can be a mobile device, such as an ambulance. When the medical terminal 30 is in a mobile state, the current location is continuously obtained by the global positioning system, and the current location is updated to the health information via the network 50 through the maintenance module 32. The geographic location of the corresponding medical message in library 21.

In addition, when the family end 40 receives the positioning message and the filtered medical message, the family end 40 can obtain the current coordinate position as the family position through the global positioning system, and calculate the first path between the family position and the positioning information, and calculate A second path between the family location and the geographic location, in other words, the first path is a path between the family end 40 and the sensing device 10; the second path is a display of the family end 40 and the medical terminal 30 providing medical services. The path between. In actual implementation, the first path and the second path are displayed together with the map information on the display device of the family end 40.

Next, please refer to "Fig. 2", which is a flowchart of a method for cloud-based global positioning and rescue method according to the present invention. The steps include: sensing device 10 sensing physiological data to generate physiological information, and in physiological When the message is abnormal, the positioning information is transmitted through the global positioning system, and the identification message, the positioning message and the physiological message are transmitted to the monitoring server 20 (step 210); the monitoring server 20 provides the medical message and the health message, and the medical message includes the geographical location. The health message includes a medical record and a contact message (step 220); after receiving the identification message, the location message, and the physiological message, the monitoring server 20 loads the corresponding health message according to the identification message, and analyzes the physiological message according to the medical record of the health message. To generate a diagnosis result (step 230); the monitoring server 20 filters the medical message according to the diagnosis result, the location message, and the geographic location, and generates a diagnosis message including the diagnosis result and the location message (step 240); monitoring the servo The terminal 20 transmits the visiting message to the medical terminal 30 according to the selected medical message, and transmits the positioning message and the filtered medical message to the family terminal 40 according to the contact information of the loaded health message (step 250). Through the above steps, the physiological information can be generated by sensing physiological data, and the positioning information is obtained when the physiological information is abnormal, and the identification information, the positioning information, and the physiological information are transmitted to the monitoring server 20, so that the monitoring server 20 filters out. After the appropriate medical message and the diagnosis message are generated, the medical message is sent to the medical terminal 30 through the medical message, and the location message and the medical message are transmitted to the family terminal 40 through the contact message.

The following description will be made by way of example with reference to "FIG. 3" and "FIG. 4". Please refer to "FIG. 3" and "FIG. 3" for a schematic view of a sensing device to which the present invention is applied. In actual implementation, the sensing device 10 is worn on the user, and the sensing device 10 can periodically detect various physiological data of the user to generate a physiological message integrating various physiological data, and the identification information and each The item physiological data is displayed on the display device 310. When the sensing device 10 determines that the physiological message is abnormal, the current coordinate position is obtained by the global positioning system as a positioning message, and the preset identification information (such as the user's identity card number), the positioning message, and the physiological message are transmitted to the monitoring. Servo terminal 20. In addition, the user can also press the rescue button 320 when the medical service is needed. At this time, the sensing device 10 also obtains the current coordinate position through the global positioning system as a positioning message, and presets the identification information and the positioning information. The physiological message is transmitted to the monitoring servo terminal 20. In addition, if the user wants to set the identification message, it can be implemented by pressing the setting button 330, for example, setting his own passport number or identity card number.

Then, after receiving the identification message, the location message and the physiological message, the monitoring module 22 searches the health database 21 for the use according to the identification message. The corresponding health message, for example, the medical record in the health message records the user's passport number or identity card number, and the diagnostic module 22 can compare whether the identification message is the same as the passport number or the identity card number, when one of them is the same This means that a health message corresponding to this user is found. Next, the received physiological message is analyzed according to the medical record in the found health message to generate a diagnosis result (eg, “shock”), and then, the screening module 23 is based on the diagnosis result, the received positioning message, and the medical treatment. The geographic location in the message, etc., is used to screen out appropriate medical information, that is, a medical facility that screens out the shortest distance between the location message and the geographic location and can treat the symptoms of the diagnosis. In addition, the screening module 23 also generates a diagnosis message including the diagnosis result and the positioning message, and the transmission module 24 transmits the diagnosis message to the medical terminal 30 through the network 50 according to the selected medical message, and according to the loading. The contact information in the health message transmits the location message and the filtered medical message to the family member 40.

Please refer to "Fig. 4", and "Fig. 4" is a schematic diagram of the family end to which the present invention is applied. In actual implementation, when receiving the location message and the medical message, the family terminal 40 can obtain the current coordinate of the family terminal 40 as a family location through the global positioning system and present it by the icon 410 to calculate the location between the family location and the location information. a first path 411, and a second path 412 between the family location and the geographic location, and the first path 411 and the second path 412 are displayed on the display device 401 of the family information 40, and the corresponding positioning information is displayed. Icon 430 and icon 420 corresponding to the geographic location. In this way, the family members located at the family end 40 can see the location of both the user and the medical facility providing the user's medical service (ie, the location of the sensing device 10 and the location of the medical terminal 30), and decide to go first. where.

In summary, it can be seen that the difference between the present invention and the prior art is that through sensing The physiological data generates a physiological message, and obtains a positioning message when the physiological message is abnormal, and transmits the identification message, the positioning message, and the physiological message to the monitoring server 20, so that the monitoring server 20 selects appropriate medical information and generates a medical diagnosis message. After that, the medical information is transmitted to the medical terminal 30, and the positioning information and the medical information are transmitted to the family terminal 40 through the contact information, thereby solving the problems of the prior art by using a technical means, thereby achieving improvement. The technical effect of the timeliness of rescue.

While the present invention has been described above in the foregoing embodiments, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of patent protection shall be subject to the definition of the scope of the patent application attached to this specification.

10‧‧‧Sensing device

20‧‧‧Monitoring server

21‧‧‧Health Database

22‧‧‧Diagnostic Module

23‧‧‧Screening module

24‧‧‧Transmission module

30‧‧‧ medical end

31‧‧‧ Visiting module

32‧‧‧Maintenance module

40‧‧‧Family

50‧‧‧Network

310‧‧‧Display device

320‧‧‧Rescue button

330‧‧‧Setting buttons

401‧‧‧ display device

410‧‧‧ icon

411‧‧‧First path

412‧‧‧second path

420, 430‧‧‧ icon

Step 210‧‧ The sensing device senses the physiological data to generate a physiological message, and obtains a positioning message through the global positioning system and transmits an identification message, the positioning message and the physiological message to the monitoring servo when the physiological message is abnormal end

Step 220 ‧ ‧ provides at least one medical message and at least one health message to the monitoring server, the medical message includes a geographic location, the health message includes a medical record and a contact message

Step 230‧‧‧ After receiving the identification message, the positioning message and the physiological message, the monitoring server loads the corresponding health message according to the identification message, and analyzes the physiological message according to the medical record of the health message To produce a diagnosis

Step 240‧‧ The monitoring server filters the medical message according to the diagnosis result, the positioning message and the geographic location, and generates a medical report including the diagnosis result and the positioning message

Step 250‧‧ The monitoring server transmits the medical diagnosis message to a medical terminal according to the selected medical message, and transmits the positioning information and the filtered medical message according to the contact information of the loaded health message To one family

FIG. 1 is a system block diagram of a cloud-based global positioning and rescue system according to the present invention.

FIG. 2 is a flow chart of a method for cloud-based global positioning and rescue method according to the present invention.

Figure 3 is a schematic illustration of a sensing device to which the present invention is applied.

Figure 4 is a schematic diagram of the family end to which the present invention is applied.

10‧‧‧Sensing device

20‧‧‧Monitoring server

21‧‧‧Health Database

22‧‧‧Diagnostic Module

23‧‧‧Screening module

24‧‧‧Transmission module

30‧‧‧ medical end

31‧‧‧ Visiting module

32‧‧‧Maintenance module

40‧‧‧Family

50‧‧‧Network

Claims (10)

A cloud-based global positioning and rescue system, the system comprising: a sensing device for sensing physiological data to generate a physiological message, and obtaining a positioning message and transmitting an identification message through the global positioning system when the physiological information is abnormal The monitoring message and the physiological message; and a monitoring server, the monitoring server includes: a health database for storing at least one medical message and at least one health message, the medical message including a geographic location, The health message includes a medical record and a contact message. A diagnostic module is configured to load the corresponding health message from the health database according to the identification message after receiving the identification message, the location message and the physiological message. And analyzing the physiological message according to the medical record of the health message to generate a diagnosis result; a screening module for screening the medical message according to the diagnosis result, the positioning message and the geographic location, and generating the diagnosis result and a visit message for the location message; and a transmission module for the medical message based on the screening Visits to a health care messaging terminal, and transmitting the message and the positioning of the medical screening out a message to the families of the contact terminal according to the health message loaded messages. The cloud-based global positioning and rescue system of claim 1, wherein the medical terminal comprises: an outpatient module for receiving the medical visit message from the monitoring server, and indicating medical treatment according to the positioning message; Personnel go to rescue and allow The medical staff browses the diagnosis result; and a maintenance module is configured to connect to the health database to update the medical information corresponding to the medical terminal after instructing the medical personnel to go to the rescue. The cloud-based global positioning and rescue system according to claim 2, wherein the medical terminal is a mobile device, and when the medical terminal is in a mobile state, the global positioning system continues to obtain a current location, and the maintenance mode is adopted. The group updates the current location to the geographic location of the corresponding medical message in the health database. The cloud-based global positioning and rescue system according to claim 1, wherein the family terminal obtains a belonging position through the global positioning system to calculate the family position when receiving the positioning message and the selected medical information. a first path between the location information and the second path between the family location and the geographic location, and the map information is used to display the first path and the second path. The cloud-based global positioning and rescue system of claim 1, wherein the screening module further comprises: when the monitoring server transmits the medical consultation message to the medical terminal, exceeding a preset time interval. Upon receiving a confirmation message from the medical terminal, another medical message is filtered out based on the diagnosis result, the location message, and the geographic location to transmit the medical diagnosis message to another medical terminal. A cloud-based global positioning and rescue method is applied in a network environment having a sensing device and a monitoring server, the steps comprising: sensing the physiological data to generate a physiological message, and the physiological information is abnormal Get a location message and transmission through the global positioning system An identification message, the location message, and the physiological message to the monitoring server; the monitoring server provides at least one medical message and at least one health message, the medical message includes a geographic location, and the health message includes a medical record and a contact message; after receiving the identification message, the location message and the physiological message, the monitoring server loads the corresponding health message according to the identification message, and analyzes the physiological message according to the medical record of the health message to generate a a diagnosis result; the monitoring server screens the medical message according to the diagnosis result, the positioning message, and the geographic location, and generates a diagnosis message including the diagnosis result and the positioning message; and the monitoring server selects according to the diagnosis The medical message transmits the medical consultation message to a medical terminal, and transmits the positioning information and the filtered medical information to a genre according to the contact information of the health message loaded. The cloud-based global positioning and rescue method according to claim 6, wherein the medical terminal comprises receiving the medical visit message from the monitoring server, and instructing the medical personnel to go to the rescue according to the positioning message, and allowing the medical personnel to browse The diagnosis result; and after instructing the medical personnel to go to the rescue, connecting to the monitoring server to update the medical message corresponding to the medical terminal. The cloud-based global positioning and rescue method according to claim 7, wherein the medical terminal is a mobile device, and when the medical terminal is in a mobile state, the global positioning system continues to obtain a current location, and the current location is obtained. Updating to the geographic location of the corresponding medical message in the monitoring server. The cloud-based global positioning and rescue method according to claim 6, wherein the family end receives the positioning message and the selected medical information At the time of the acquisition, a genus location is obtained through the global positioning system to calculate a first path between the family location and the location information, and a second path between the family location and the geographic location is calculated, and the map information is displayed. The first path and the second path. The cloud-based global positioning and rescue method according to claim 6, wherein the method further comprises: when the monitoring server transmits the medical consultation message to the medical terminal, the predetermined time interval is not received. When a confirmation message is sent from the medical terminal, another medical message is newly filtered according to the diagnosis result, the positioning message and the geographical location to transmit the medical diagnosis message to another medical terminal.