TW201351354A - Portable wireless remote care life-characteristics early warning system and method - Google Patents

Abstract

The present invention provides a portable wireless remote care life-characteristics early warning system and method for long-term physiological tracking, active reporting of physiological abnormality and sending out an SOS message. The system comprises: a remote server through which care and ambulance are exercised to remote users; a portable micro physiological sensing unit used to sense and record a plurality of activity signals and physiological signals of a user; a mobile device used to receive the plural activity signals and physiological signals from the portable micro physiological sensing unit and transmit to the mobile device. When the plural activity signals and physiological signals are interpreted as abnormality via the mobile device, an SOS message is sent out to the remote server. If the remote server malfunctions or the mobile device fails to connect to the remote server, then the mobile device automatically dials to a rescue unit for reception.

Description

Portable wireless remote care life feature early warning system and method

The invention relates to a care system and method, in particular to an early warning system and method for portable wireless remote care vital signs.

The demand for health care is gradually guided from the simple physiological test to the information of the physiological test, and the intelligent control of multiplex.

A conventional technology, such as the Republic of China Patent No. 201206395, which relates to a health care system comprising a first management host and a mobile health care device, the present invention mainly relates to the mobile health care device and the first management host Electronic communication, through two-way or multi-directional communication, to help patients fully meet the information and respond to the outside world, and then form a "feedback" (FEEDBACK) to form a health care system that adequately serves patients. .

Conventional technology, such as the Republic of China Patent No. 201019894, the invention disclosed is a smart bed system, mainly providing a physiological parameter value comparison module in the system, the module can be pre-stored in bedridden patients Physiological parameter signals, such as weight, blood pressure, heart rate, body temperature, etc., and use a fuzzy control or a feedback control mechanism to operate through the actuation device of the bed, such as: bed posture adjustment, constant temperature control, anti-decubitus air cushion action device Such as controllers, to achieve the function of monitoring and maintaining the physiological signal of patients in bed. The warning range of the present invention can be set by a medical professional or a caregiver with different bedridden patients or the same bedridden patient but under different conditions, and can correspond to situations that may occur during multiple cares.

A conventional micro-physiological signal recording device includes at least one physiological signal sensor, a memory device, a USB interface, and a controller. The physiological signal sensor is configured to sense a physiological signal of the measured object, and the memory device stores the sensed physiological signal, and the USB interface is configured to transmit the stored physiological signal to an analyzing device (for example: computer). The controller is used to control the storage and transmission of the physiological signal.

A conventional technique, such as the Republic of China Patent No. I289052, discloses an instant analysis device for heart rate variability, which is designed to integrate ECG measurement and heart rate variability analysis by integrating micro-electrocardiographic signal sensing and signal processing techniques. A device that functions in one. The sensing electrode or the external sensing electrode provided on the body is used to extract the ECG signal of the subject, and after signal amplification, filtering and analog/digital conversion, the signal is transmitted to the built-in central processing unit for time domain/ Heart rate variability analysis in the frequency domain and the analysis results are transmitted to the display interface. With such a design, the heart rate variability analysis can be realized on a single device from the beginning of signal extraction, calculation processing to display, which not only simplifies the existing instruments and equipment, but also obtains heart rate variability parameters for the user. As a reference for assessing the health of the self, understanding the body's warning messages has a very good application for self-health care.

The object of the present invention is to provide a portable wireless remote care life feature warning system and method, which makes the user's simple operation interface easy to use. In addition, the user's activity is still convenient after wearing the physiological sensor of this case, and the sensor end will not fall off due to sweating, and then cooperate Acceleration and three-axis changes can accurately interpret the user's activity status, reduce the probability of false positives, and still actively send a distress message to the remote server when the user loses consciousness, complete the follow-up rescue action, and finally global satellite positioning. For personal positioning, only send signals when it is difficult to protect user privacy.

Another major difference between the present invention and other conventional technologies lies in the fixing and device mode of the physiological sensor, and the receiving end of the portable physiological sensor is suspended from the chest, and the sensing end is fixed by the adhesive method. On the chest. The physiological sensor of the present invention is detachably fixed to the strap, and the user binds the strap to the lower chest. The receiving end is fixed on the outside of the strap, the heartbeat and respiratory frequency sensor are hidden in the strap, no need to be fixed by the adhesive method, and then the signal is transmitted to the outside receiver by the optical fiber transmission line, and the receiver uses the Bluetooth The sensed value is transmitted to a portable device such as a mobile phone or a notebook computer.

The invention can be applied to the following users, including the three high patients: when the symptoms of the three high causes the patient to lose consciousness or faint, then there is an urgent need for assistance, if the patient is in a sparsely populated field today In the event of an unexpected situation, you need a system that can be notified in a timely manner. Through our remote health information monitoring equipment, you can make timely notifications to achieve rapid rescue and save valuable lives. Elderly people living alone: With the assistance of social welfare or health management agencies, elderly people living alone can make health records on their own to maintain the quality of life in the elderly. In addition, when relatives cannot accompany the disabled and the elderly who are demented, wearing sports care equipment can make the family feel at ease. Government agencies: Firefighters are the first line of fire disaster relief personnel. When entering a dangerous site for disaster relief, they may face threats to human life. They monitor the physiological state through remote health monitoring devices and protect the personal safety of disaster relief heroes in the first time. There are also athletes' physiological tests: Record the physiological data during exercise, provide a reference to the instructor or sports protection, and conduct subsequent analysis. And the safety return of the climbers: If the mountain is difficult to match the positioning of the system, the sensed life information is transmitted to the platform through the cable to achieve the purpose of rapid rescue.

An embodiment of the present invention is a portable wireless remote care life feature early warning system for long-term physiological tracking, active return physiological abnormality and launching a help message, which includes: a remote server through which the remote server The server serves the remote user for care and ambulance; a portable micro-physiological sensing unit for sensing the plurality of activity signals and the plurality of physiological signals of the user; and a mobile device for receiving the The plurality of activity signals and the plurality of physiological signals of the portable micro-physiological sensing unit are transmitted to the mobile device, and after the plurality of active signals and the physiological abnormalities of the physiological signals are interpreted by the mobile device, a help message is sent to the remote server. If the remote server fails or the mobile device cannot connect to the remote server, the mobile device initiates an automatic dial-up to a rescue unit to receive.

Another embodiment of the present invention is a portable wireless remote care life feature warning method for long-term physiological tracking, active return physiological abnormality and launching a help message, the steps including: providing a portable miniature physiological sense Measuring unit, a mobile device, and a remote server; using a remote server to protect and rescue the remote user through the remote server; using a portable miniature physiological sensing unit for sensing Recording a plurality of activity signals and a plurality of physiological signals of the user; using a mobile device for receiving the plurality of activity signals, the plurality of physiological signals of the portable micro-physiological sensing unit, and transmitting to the mobile device, through the action The device sends a help message after reading the plural activity signal and the physiological abnormality of the plurality of physiological signals. The remote server, if the remote server is faulty or the mobile device cannot be connected to the remote server, the mobile device initiates automatic dialing and receiving a rescue unit.

An embodiment of the present invention, as shown in FIG. 1 , is a portable wireless remote care life feature early warning system for long-term physiological tracking, active return physiological abnormality and emission of help information, including: a remote server 3 The remote sensor is used for the care and ambulance of the remote user; a portable micro-physiological sensing unit 1 is configured to sense the plurality of activity signals and the plurality of physiological signals of the user; and a mobile device 2 The system is configured to receive the plurality of activity signals and the plurality of physiological signals of the portable micro-physiological sensing unit, and transmit the plurality of physiological signals to the mobile device, and after the mobile device 1 is configured to read the plurality of active signals and the physiological signals of the plurality of physiological signals, send a help message. F209 is sent to the remote server 3. If the remote server 3 fails or the mobile device 2 cannot be connected to the remote server 3, the mobile device 2 initiates automatic dialing and receiving a rescue unit F310.

In this embodiment, the portable micro-physiological sensing unit has a first Bluetooth communication unit 11a for sensing the plurality of active signals and the plurality of physiological signals of the portable micro-physiological sensing unit 1. The signal is transmitted to the mobile device 2; a memory unit 13 is electrically connected to the sensor control and setting unit 12; and a motion sensing unit 14 is configured to sense the physical state of the user to generate a phase Corresponding plural activity signals, and storing the plurality of activity signals of the activity sensing unit in the memory unit 13; a physiological sensing unit 15 for sensing the user's heart rate, respiratory rate, and The body temperature is generated to generate a corresponding plurality of physiological signals, and the physiological sensing unit 15 stores the plurality of physiological signals in the memory unit 13; and a sensor control and setting unit 12 controls the first Bluetooth communication unit 11a to transmit The plurality of activity signals and the plurality of physiological signals are sent to the mobile device 2; wherein the portable micro-physiological sensing unit 1 has a strap structure and is worn on the chest of the user, the portable miniature The physiological sensor 1 can be connected to the computer through a USB connection, and the fixed position of the initial portable miniature physiological sensor 1 can be set after the connection (left chest side, right chest side, front end upright or front end upside down) , sensor number, sensor built-in time, sensor blue link disconnection time, physiological information sensing time (times/ms), sensed physiological information high and low threshold, setting and reading memory Log in (LOG) items, read remaining battery power and network card address (MAC ADDRESS).

In this embodiment, the physiological sensing unit 15 has a heartbeat frequency sensing head located in the strap structure for measuring a user's heartbeat frequency, and a respiratory frequency sensing head located in the strap structure. The infrared body temperature sensor is located on the portable micro physiological sensing unit, and the strap has a cavity, and the infrared body temperature sensor passes through the cavity to measure the user. Body temperature; a sensing receiver, the sensing receiver is located outside the strap for receiving the heartbeat frequency sensing head, the sensing value of the breathing frequency sensing head, and accepting the use of the infrared body temperature sensor a body temperature value; and an optical fiber, the heartbeat frequency sensing head, the breathing frequency sensing head is connected to the sensing receiver via the optical fiber, and transmits the sensing value of the respiratory frequency sensing head through the heartbeat frequency sensing head , sent back to the sensing receiver.

In this embodiment, the activity sensing unit 14 can sense the spatial variation of the acceleration value of the user's body and the three-axis of the rectangular coordinate, and store the signal of the activity sensing unit 14 in the memory unit 13 built therein. .

In this embodiment, the mobile device 2 is configured to receive the sensing signal 2 of the portable micro physiological sensing unit, and transmit the signal processed by the mobile device 2 to the remote server 3, the mobile device 2 further comprising: a second Bluetooth communication unit 11b, receiving a sensing signal sent by a first Bluetooth communication unit 11a of the portable micro-physiological sensing unit 1; a sensing information recording unit 16, and the The second Bluetooth communication unit 11b is electrically connected to the sensing signal received by the second Bluetooth communication unit 11b for information recording; a signal processing module 17 is electrically connected to the sensing information recording unit 16 to sense information. The information recording of the recording unit 16; a global satellite positioning unit 18 having a satellite positioning function and electrically connected to the signal processing module 17; a wireless communication unit 19 for transmitting information of the mobile device 2 to the remote end The server 3 is electrically connected to the global positioning unit 18; and an auxiliary rescue module 17b is electrically connected to the signal processing module 17, the global satellite positioning unit 18, and the wireless communication unit 19. ,to 3 remote server can not connect job or malfunction, the backup device 17b is enabled by the rescue module 2 of the action, to execute automatically dial rescue units.

In this embodiment, as shown in FIG. 1 and FIG. 2, the signal processing module 17 reads the plurality of physiological signals received by the physiological sensing unit 15 and the plurality of physiological signals of the activity sensing unit 14, as in step F201, via an abnormality. The criterion is as follows: Step F202 determines that the sensed value is a normal use condition, and if the step S 203 determines that the sensed value is a physiological abnormality of the user via the one-person criterion F205, the signal processing module starts an emergency mode, such as step F206. step F207, and start to retrieve the information of the global position locating unit 18, as in step F208, to send the help signal, in step F207, to the remote server 3; if the sensed value, determine the sensed value via the abnormality criterion If the abnormality occurs, the abnormal alarm is displayed on the mobile device 2, and continues to receive the sensed value of the physiological sensing unit 15 and the activity sensing unit 16; if the sensed value is determined by the personal criterion After the measurement is normal, the sensor receives the sensed value of the physiological sensing unit 15 and the activity sensing unit 16; after sending the help signal to the remote server 3, as in step F209, if Receiving the signal that the remote server 3 cancels the emergency mode, in step F211, releasing the emergency mode, and continuing to take the sensing value of the physiological sensing unit 15 and the activity sensing unit 14, if not received The remote server 3 cancels the emergency mode signal, and then starts to retrieve the information of the global position locating unit 18, such as step F210 to step F208, to send the distress signal to the remote server 3, as in step F208 to step F209, Signal processing module There is a measurement abnormality criterion in the 17 to filter whether the message meets the abnormality criterion. If the measurement is abnormal, it means that the sensor is incorrectly equipped or the sensor is faulty. It must be displayed on the display interface of the mobile device 2. Please use Re-assign, as in step F204.

In this embodiment, as shown in FIG. 1 and FIG. 3, the standby rescue module 17b starts a rescue operation by the platform of the mobile device 2 when the remote server 3 fails to connect or fails. F301, when it is determined that there is a telecommunication signal, in step F302, the mobile device 2 automatically performs an SMS text message to notify the emergency contact person. If there is no telecommunication signal, the mobile device performs an automatic dialing of the rescue unit. In step F310, after the automatic execution of the SMS text message to inform the emergency contact, whether to pass within 30 seconds If the call is not in progress, the mobile device 2 automatically dials the first group of emergency contacts, as in step F305, if the call is made within 30 seconds, the rescue operation is ended, as in step F309; After the device performs automatic dialing of the first group of emergency contacts, whether to make a call within 30 seconds, if step F306, if the call is not made, the mobile device automatically dials the second group of emergency contacts, as in step F307, if within 30 seconds If the call is made, the rescue operation is ended, as in step F309; after the mobile device performs automatic dialing of the second group of emergency contacts, whether the call is made within 30 seconds, as in step F308, if the call is not performed, the mobile device performs automatic Dial the rescue unit, if step F310, if the call is made within 30 seconds, the rescue operation is ended, as in step F309.

In this embodiment, as shown in FIG. 1 and FIG. 4, the remote server 3 further includes: a data collection module 4a connected to the asset collection interface 4e for transmitting information of the data collection module 4a, wherein the data is The collection module 4a includes a network communication unit 41 for receiving the distress signal of the mobile device 2 and the sensing value of the plurality of active signals and the plurality of physiological signals transmitted by the portable micro-physiological sensing unit 1 and a first data inventory taking unit 42a for accessing information communicated with the data collection module 4a; a health record module 4b connected to the asset inventory interface 4e for transmitting information of the health record module 4b, wherein The health record module 4b includes a user interface module 43 through which the user logs in, logs out and accesses the information of the health record module 4b, and a second data store unit. 42b accesses the information communicated with the health record module 4b; a monitoring module 4c is connected to the asset inventory interface 4e for transmitting the information of the monitoring module 4c, and the monitoring module 4c further comprises: a physiological signal judgment Unit 45, determining via the Capital Whether the material collection module 4a receives a help message; and an emergency call module 42c, the physiological signal determining unit 42c determines that the help signal is received to activate the emergency call module 42c; a medical unit management module 4d, the asset inventory access interface 4e is connected to transmit the information of the medical unit management module 4d. The medical unit management module 4d includes: a caretaker interface module 46, which is confirmed by the medical staff to perform the medical unit. The management module 4d; and a third data inventory taking unit 42d, accessing information communicated with the medical unit management module 4d; wherein the asset inventory interface 4e, and a physiological information database 4f and a criteria knowledge base 4h information In conjunction, there is a criterion inference unit 4g between the physiological information material 4f and the criterion knowledge base 4h to perform data exploration. The physiological information database 4f stores basic and physiological information of the personnel, and basic information of the medical staff. The basic data section includes: account number, password, user group, name, address, postal code, mobile phone, company phone, home phone, email, account number, voice notification, phone settings, email notification settings, SMS notification settings, The newsletter system industry is different. The physiological information field includes: serial number, user account number, message record file serial number, heart rate, respiratory rate, body temperature, posture position, GPS latitude and longitude, GPS address, record generation date, urgency, and message status notification pipeline. The criterion knowledge base 4h is configured to store the personal physiological judgment rule generated by the criterion inference unit 4g, and the data field includes: a rule index number, a user account, a heartbeat upper limit, a heartbeat lower limit, a respiratory frequency upper limit, a respiratory frequency lower line, and a posture. The position change interval, the date of birth, the medical staff, and the person code for establishing the 叮嘱. The criterion inference unit 4g is an inference device introduced into the data exploration technology for deriving physiological judgment rules conforming to clinical verification, and the determined fields include: heartbeat upper limit, heartbeat Lower limit, upper respiratory rate, lower respiratory rate, and position change range.

In this embodiment, as shown in FIG. 4 and FIG. 5, the health record module 4b, after logging in the authentication via the user interface module 43, performs the process of setting the emergency contact and the short message as in step 51, as in step 52, or The second database 42b access unit loads the personal long-term physiological information database 4f and the criterion knowledge base 4h, and the medical staff establishes the medical order, as in step 53, to provide a long-term physiological information record and one of the medical personnel to browse the interface. In step 54, the health record module 4b, once the user logs out, executes a page that automatically closes the browsing interface, as in step 55.

In this embodiment, as shown in FIG. 4 and FIG. 6, the monitoring module 4c determines whether a help message is received via the data collection module 45 via the physiological signal determining unit 45, as in step F602, if no help is received. If the signal is received, the data is directly loaded into the data collection module 45. If the message is received, if the message is received, the user's mobile phone is dialed 3 times, as in step F603, and it is determined whether there is a call, such as step F604. If there is an answering call, the sending of the emergency mode signal is sent to the user mobile device. If the answering call is not performed, the current physiological signal and the basic personal data of the user are presented on the remote server interface. F606, then the emergency call module 42c simultaneously executes the remote server 3 to notify the family member by e-mail (email), in step F609, executing the remote server 3 to notify the rescue unit of the location of the user by the voice device, such as In step F608, the family member is notified by the SMS text message, as in step F607.

In this embodiment, as shown in FIG. 4 and FIG. 7, in the medical unit management module 4d, the medical staff logins and authenticates via the medical staff interface module 46, such as step Step 71, to perform the medical staff data setting, such as step 72, or load the criteria of the user in the personal long-term physiological information database 4f and the criterion knowledge base 4h via the third data inventory taking unit 42d, as in step 73, to execute Providing the user's long-term physiological information record and the input interface of the medical staff, such as step 741, and giving daily dietary advice according to the long-term physiological condition of the user, as in step 742, the treatment unit management module 4d, once the user Exit, that is, execute the page that automatically closes the input interface, as in step 75.

Another embodiment of the present invention, as shown in FIG. 1 , is a portable wireless remote care life feature warning method for long-term physiological tracking, active return physiological abnormality and launching a help message, and the steps include: providing a portable type a micro-physiological sensing unit 1, a mobile device 2, a remote server 3; using a remote server 3, through which the remote user is cared for and ambulance; using a portable mini The physiological sensing unit 1 is configured to sense the plurality of active signals and the plurality of physiological signals of the user; and the mobile device 2 is configured to receive the plurality of active signals and the plurality of physiological signals of the portable micro physiological sensing unit 1 The signal is transmitted to the mobile device 2, and after the mobile device 2 interprets the plurality of active signals and the physiological signals of the plurality of physiological signals, sends a help message to the remote server 3, if the remote server 3 fails or the action If the device 2 cannot be connected to the remote server 3, the mobile device 2 initiates automatic dialing to receive a rescue unit.

In another embodiment of the present invention, the portable micro-physiological sensing unit performs the steps of: using a first Bluetooth communication unit 11a for multiplexing the activity signals of the portable micro-physiological sensing unit 3, The sensing signal of the plurality of physiological signals is transmitted to the mobile device 2; using a memory unit 13, electrically connected to the sensor control and setting unit 12; using an activity sensing The unit 14 is configured to sense a physical space state of the user to generate a corresponding plurality of activity signals, and store the plurality of activity signals of the activity sensing unit 14 in the memory unit 13; using a physiological sensing unit 15, Sensing the user's heartbeat frequency, respiratory rate and body temperature to generate a corresponding plurality of physiological signals, and storing the plurality of physiological signals of the physiological sensing unit 15 in the memory unit 13; and using a sensor control and setting unit 12, the first Bluetooth communication unit 11a is controlled to transmit the plurality of active signals and the plurality of physiological signals to the mobile device 2; wherein the portable miniature physiological sensing unit 1 has a strap structure and is worn on the body The portable micro-physiological sensor 1 can be connected to the computer via a USB connection, and the initial position of the portable micro-physiological sensor 1 can be set after the connection (left chest) Side, right chest, front end upright or front end upside down), sensor number, sensor built-in time, sensor blue link disconnection time, physiological information sensing time (times/ms), The physiological information measuring low threshold, setting the memory read sign (LOG) project, and the remaining amount read network card address (MAC ADDRESS).

In another embodiment of the present invention, the physiological sensing unit 15 performs the steps of: using a heartbeat frequency sensing head, located in the strap structure for measuring a user's heartbeat frequency; using a respiratory frequency sensing head, Located in the strap structure for measuring the respiratory rate of the user; using an infrared body temperature sensor on the portable micro physiological sensing unit, the strap has a cavity, and the infrared body temperature sensor passes through the a cavity for measuring the user's body temperature; using a sensing receiver, the sensing receiver is located outside the strap for receiving the heartbeat frequency sensing head, the sensing value of the breathing frequency sensing head, and accepting The body temperature value of the infrared body temperature sensor; Using a fiber, the heartbeat frequency sensing head, the breathing frequency sensing head is connected to the sensing receiver via the optical fiber, and the sensing values of the two sensing heads are sent back to the sensing through the optical fiber. On the receiver.

According to another embodiment of the present invention, the activity sensing unit 14 can sense the spatial variation of the acceleration value of the user's body and the three-axis of the rectangular coordinate, and store the signal of the activity sensing unit 14 in the built-in memory. In unit 13.

In another embodiment of the present invention, the mobile device 2 is configured to receive the sensing signal of the portable micro-physiological sensing unit 1 and transmit the signal processed by the mobile device 2 to the remote server 3, The step of performing the mobile device further includes: receiving, by using a second Bluetooth communication unit 11b, a sensing signal sent by a first Bluetooth communication unit 11a of the portable micro-physiological sensing unit 1; using a sensing information record The unit 16 is electrically connected to the second Bluetooth communication unit 11b, and the sensing signal received by the second Bluetooth communication unit 11b is used as an information record; and the signal processing module 17 is used, and the sensing information recording unit 16 is electrically connected. Sexually connected to sense the information record of the information recording unit 16; using a global satellite positioning unit 18 having a satellite positioning function and electrically connected to the signal processing module 17; using a wireless communication unit 19, the action can be The information of the device 2 is transmitted to the remote server 3 and electrically connected to the global satellite positioning unit 18; and an alternate rescue module 17b is used, which is connected to the signal processing module 17 and the global satellite. The bit unit 18 and the wireless communication unit 19 are electrically connected. When the remote server 3 is unable to connect or work, the standby rescue module 17B is activated by the mobile device 2 to perform automatic dial-up rescue. unit.

Another embodiment of the present invention, as shown in FIG. 1 and FIG. 2, wherein the signal processing module The group 17 will read the plurality of physiological signals received by the physiological sensing unit 15 and the plurality of physiological signals of the activity sensing unit 14, and in step F201, according to an abnormality criterion, as determined in step F202, the sensing value is a normal use condition. In step F203, after determining the sensory value as a physiological abnormality of the user via the one-person criterion F205, the signal processing module starts an emergency mode, such as step F207, and starts to retrieve the information of the global position positioning unit 18 as steps. F208, to send the distress signal, in step F207, to the remote server 3; if the sensing value determines that the sensing value is abnormal via the abnormality criterion, the abnormal alarm is displayed on the mobile device 2 And continuing to receive the sensing value of the physiological sensing unit 15 and the activity sensing unit 16; if the sensing value is determined by the personal criterion, the sensing value is normal after the user is normal, and then accepting the physiological feeling The sensing value of the measuring unit 15 and the activity sensing unit 16; after transmitting the distress signal to the remote server 3, in step F209, if the remote server 3 receives the signal to cancel the emergency mode, In step F211, the emergency mode is released, and the sensing value of the physiological sensing unit 15 and the activity sensing unit 14 is continuously taken. If the remote server 3 is not received, the emergency mode is cancelled. The information of the global positioning unit 18 is as follows: Steps F210 to F208, to send the distress signal to the remote server 3. If the step F208 to the step F209, the signal processing module 17 has a measurement abnormality criterion to filter whether the message is filtered. The judgment that meets the abnormality criterion, if it is a measurement abnormality, indicates that the sensor is incorrectly equipped or has a problem with the sensing, it must be displayed on the display interface of the mobile device 2, and the user is required to re-attach it, as in step F204.

In another embodiment of the present invention, as shown in FIG. 1 and FIG. 3, wherein the standby rescue module 17b performs steps, the remote server 3 cannot be connected to the line or In the event of a failure, a rescue operation is initiated by the platform of the mobile device 2. In step F301, when it is determined that there is a telecommunication signal, as in step F302, the mobile device 2 automatically executes an SMS text message to notify the emergency contact person as step F303. If there is no telecommunication signal, the mobile device 2 performs an automatic dialing of the rescue unit, as in step F310; after automatically executing the SMS text message to inform the emergency contact, whether to make a call within 30 seconds, as in step F304, if not a call The mobile device 2 performs automatic dialing of the first group of emergency contacts. If the call is made within 30 seconds, if the call is made within 30 seconds, the rescue operation is ended, as in step F309, and the first set of emergency contacts is automatically dialed on the mobile device. If the call is made within 30 seconds, if the call is not made, the mobile device automatically dials the second group of emergency contacts, as in step F307, if the call is made within 30 seconds, the rescue operation ends. In step F309; and after the mobile device performs automatic dialing of the second group of emergency contacts, whether to make a call within 30 seconds, as in step F308, if not If the call is made, the mobile device automatically dials the rescue unit. If the call is made within 30 seconds, if the call is made within 30 seconds, the rescue operation is ended, as in step F309.

In another embodiment of the present invention, as shown in FIG. 1 and FIG. 4, the step of executing the remote server 3 further includes: using a data collection module 4a, connecting an asset collection interface 4e to transmit the data collection module. The information of the group 4a, wherein the data collection module 4a comprises: using a network communication unit 41 to receive the distress signal of the mobile device 2 and the multi-activity signal transmitted by the portable micro-physiological sensing unit 1 And sensing the plurality of physiological signals, and using a first data inventory unit 42a to access information communicated with the data collection module 4a; using a health record module 4b, connecting the asset inventory interface 4e to Passing the information of the health record module 4b, wherein the health The step of the recording module 4b includes: using a user interface module 43 through which the user logs in, logs out and accesses the information of the health record module 4b; and uses a second data. The inventory taking unit 42b accesses the information communicated with the health record module 4b; the monitoring module 4c is used to connect the asset inventory interface 4e to transmit the information of the monitoring module 4c, and the step of the monitoring module 4c is further The method includes: using a physiological signal determining unit 45, determining whether a help message is received via the data collecting module 4a; and using the emergency call module 42c, the physiological signal determining unit 42c determines that the help signal is received. The emergency call module 42c is activated; the medical unit management module 4d is used to connect the asset inventory interface 4e to transmit the information of the medical unit management module 4d. The step of the medical unit management module 4d further includes: using The staff interface module 46 is logged in and confirmed by the medical staff to execute the medical unit management module 4d; and accessed and managed by the third data collection unit 42d The information communicated by the module 4d; wherein the asset inventory interface 4e is connected to a physiological information database 4f and a criterion knowledge base 4h, and a criterion inference is between the physiological information database 4f and the criterion knowledge base 4h. Unit 4g to perform data exploration. The physiological signal database 4f stores basic and physiological information of the personnel, and basic information of the medical staff. The basic data section includes: account number, password, user group, name, address, postal code, mobile phone, company phone, home phone, email, account number, voice notification, phone settings, email notification settings, SMS notification settings, The newsletter system industry is different. The fields of the sensing data include: serial number, user account number, message record file serial number, heart rate, respiratory rate, body temperature, posture position, GPS latitude and longitude, GPS address, record generation date, urgency, and message status. Notification pipeline. The criterion knowledge base is used to store the personal physiological judgment rules generated by the criterion inference unit, and the data field includes: a rule index number, a user account number, a heartbeat upper limit, a heartbeat lower limit, a respiratory frequency upper limit, a respiratory frequency lower line, and a posture position change interval. , the date of birth, the medical staff, the establishment of the staff code. The criterion inference unit is a deductor that introduces data exploration technology to derive physiological judgment rules in accordance with clinical verification. The determined fields include: upper limit of heart rate, lower limit of heart rate, upper limit of respiratory rate, lower line of respiratory frequency, interval value of posture position change. .

In another embodiment of the present invention, as shown in FIG. 4 and FIG. 5, the execution step of the health record module 4b further includes: after the login is authenticated via the user interface module 43, and performing the setting emergency contact, as in step 51. The person and the newsletter message, as in step 52; or the personal data repository 4f and the criterion knowledge base 4h are loaded into the personal long-term physiological information database 4f and the criterion knowledge base 4h via the second data inventory taking unit 42b, and the medical staff establishes the medical order, as in step 53, to provide long-term physiological information. Recording and one of the medical staff 叮嘱 browsing interface, such as step 54; and the health record module 4b, once the user logs out, the page for automatically closing the browsing interface is executed, as in step 55.

In another embodiment of the present invention, as shown in FIG. 4 and FIG. 6, the execution step of the monitoring module 4c further includes: determining, by the physiological signal determining unit 45, whether a help message is received via the data collecting module 45. If, in step F602, if the distress signal is not received, the data collection module 45 is directly loaded into the data, as in step F602; if the help message is received, the user's mobile phone is dialed 3 times, as in step F603, and it is determined whether Answering the call, in step F604, if there is a call, the sending of the emergency mode is sent to the user mobile device 2, as in step 605; if the call is not answered, Presenting the user's current location physiological signal and basic personal data to the remote server 3 interface, as in step F606; and then the emergency call module 42c simultaneously executes the remote server 3 to notify the family by email (email) In step F609, the remote server 3 is executed, and the location of the user in the rescue unit is notified by the voice device, as in step F608, and the family member is notified by the SMS text message, as in step F607.

In another embodiment of the present invention, as shown in FIG. 4 and FIG. 7 , wherein the step of executing the medical unit management module 4 d further includes: the medical staff logging in the authentication via the medical staff interface module 46, as in step 71, to perform The medical staff data setting, as in step 72; or loading the criteria of the user in the personal long-term physiological information database 4f and the criterion knowledge base 4h via the third data inventory taking unit 42d, as in step 73, to perform providing the user with long-term physiology The information record and the input interface of the medical staff, as in step 741, and according to the long-term physiological condition of the user, give daily dietary advice, such as step 742; and the treatment unit management module 4d, once the user logs out, the execution is performed Automatically close the page of the input interface, as in step 75.

The above descriptions are merely illustrative of the preferred embodiments or examples of the technical means employed to solve the problems, and are not intended to limit the scope of the invention. Any change or modification that is consistent with the scope of the patent application scope of this creation or the scope of the patent creation is covered by the scope of the creation patent.

1‧‧‧Portable sensory unit

2‧‧‧Mobile devices

3‧‧‧Remote Server

4a‧‧‧ Data Collection Module

4b‧‧‧Health Record Module

4c‧‧‧Monitoring module

4d‧‧‧ medical unit management module

4e‧‧‧data inventory interface

4f‧‧‧Physical Information Database

4g‧‧‧Guide speculation unit

4h‧‧‧Guide Knowledge Base

41‧‧‧Network communication unit

42a‧‧‧First data stock taking unit

42b‧‧‧Second data stock taking unit

42c‧‧‧ Emergency Call Module

42d‧‧‧The third data inventory unit

43‧‧‧User interface module

45‧‧‧ Physiological Information Judging Unit

46‧‧‧Medical staff interface module

11a‧‧‧First Bluetooth Communication Unit

11b‧‧‧Second Bluetooth Communication Unit

12‧‧‧Sensor Control and Setting Unit

13‧‧‧ memory unit

14‧‧‧Activity sensing unit

15‧‧‧Physical sensing unit

16‧‧‧Sensing information recording unit

17‧‧‧Signal Processing Module

17b‧‧‧Alternative rescue module

18‧‧‧Global Satellite Positioning Unit

19‧‧‧Wireless communication unit

Step F201~Step F211

Step F301~Step F310

Step F301~Step F310

Step 51 to step 55

Step F601~Step F609

Step 71 to step 73, step 741, step 742, step 75

Figure 1 Architecture diagram of portable wireless remote care vitality warning system

Figure 2 Signal Processing Module

Figure 3 spare rescue module

Figure 4 Remote server service architecture

Figure 5 Health record module

Figure 6 monitoring module

Figure 7 Medical unit management module

1‧‧‧Portable sensory unit

2‧‧‧Mobile devices

3‧‧‧Remote Server

11a‧‧‧First Bluetooth Communication Unit

11b‧‧‧Second Bluetooth Communication Unit

12‧‧‧Sensor Control and Setting Unit

13‧‧‧ memory unit

14‧‧‧Activity sensing unit

15‧‧‧Physical sensing unit

16‧‧‧Sensing information recording unit

17‧‧‧Signal Processing Module

17b‧‧‧Alternative rescue module

18‧‧‧GPS positioning unit

19‧‧‧Wireless communication unit

Claims (22)

A portable wireless remote care vital sign warning system for long-term physiological tracking, active return physiological abnormality and launching a help message, comprising: a remote server, which is used remotely via the remote server Guarding and ambulance; a portable micro-physiological sensing unit for sensing a plurality of activity signals and a plurality of physiological signals recorded by the user; and a mobile device for receiving the portable micro-physiological sensing unit The plurality of activity signals and the plurality of physiological signals are transmitted to the mobile device, and after the plurality of active signals and the physiological abnormalities of the physiological signals are interpreted by the mobile device, a help message is sent to the remote server, and if the remote server is faulty Or the mobile device cannot be connected to the remote server, and the mobile device initiates automatic dialing to receive a rescue unit. The portable wireless remote care vital sign warning system according to claim 1, wherein the portable micro physiological sensing unit has: a first Bluetooth communication unit, configured to carry the portability The plurality of active sensing signals of the micro-physiological sensing unit and the sensing signals of the plurality of physiological signals are transmitted to the mobile device; a memory unit is electrically connected to the sensor control and setting unit; and an activity sensing unit is used for Sensing a user's body space state to generate a corresponding plurality of activity signals, and storing a plurality of activity signals of the activity sensing unit in the memory unit; a physiological sensing unit for sensing a user's heartbeat frequency, Breathing frequency Rate and body temperature to generate a corresponding plurality of physiological signals, and storing the physiological sensing unit plurality of physiological signals in the memory unit; and a sensor control and setting unit to control the first Bluetooth communication unit to transmit the plurality The activity signal and the plurality of physiological signals are sent to the mobile device; wherein the portable micro physiological sensing unit has a strap structure and is worn on the chest of the user. The portable wireless remote care vital sign warning system according to claim 2, wherein the physiological sensing unit has: a heartbeat frequency sensing head located in the strap structure for measuring use a heartbeat frequency; a respiratory frequency sensing head, located in the strap structure for measuring the user's respiratory rate; an infrared body temperature sensor located on the portable miniature physiological sensing unit, the strap has a a cavity through which the infrared body temperature sensor measures the body temperature of the user; a sensing receiver located outside the strap for receiving the heartbeat frequency sensing head and the sense of breathing frequency a sensing value of the probe, and a user body temperature value of the infrared body temperature sensor; and an optical fiber, the heartbeat frequency sensing head, the breathing frequency sensing head is connected to the sensing receiver via the optical fiber, and The heartbeat frequency sensing head, the sensing value of the breathing frequency sensing head, is sent back to the sensing receiver. The portable wireless remote care vital sign warning system according to claim 2, wherein the activity sensing unit is capable of sensing a spatial change of an acceleration value of the user's body and a three-axis of the rectangular coordinate, and storing the The signal of the activity sensing unit is in the memory unit built therein. The portable wireless remote care vital sign warning system according to claim 2, wherein the mobile device is configured to receive a sensing signal of the portable micro physiological sensing unit, and the mobile device is The processed signal is transmitted to the remote server, and the mobile device further includes: a second Bluetooth communication unit, receiving a sensing signal sent by a first Bluetooth communication unit of the portable micro physiological sensing unit; The sensing information recording unit is electrically connected to the second Bluetooth communication unit, and the sensing signal received by the second Bluetooth communication unit is used as an information record; and a signal processing module is electrically connected to the sensing information recording unit. To sense the information record of the information recording unit; a global satellite positioning unit having a satellite positioning function and electrically connected to the signal processing module; and a wireless communication unit for transmitting information of the mobile device to the remote end a server electrically connected to the global satellite positioning unit; and an alternate rescue module coupled to the signal processing module, the global satellite positioning unit, and the The line communication unit is electrically connected. When the remote server is unable to be connected or fails, the standby rescue module is enabled by the mobile device to perform automatic dialing of the rescue unit. The portable wireless remote care vital sign warning system according to claim 5, wherein the signal processing module reads the plurality of physiological signals of the physiological sensing unit and the plurality of physiological sensing signals of the activity sensing unit. After the abnormality criterion is used to determine that the sensed value is a normal use condition, and after determining the sensed value as a physiological abnormality of the user by a person criterion, the signal processing module starts an emergency mode and starts to acquire global position fix. Information of the unit to send the distress signal to the remote server; if the sensing value determines that the sensing value is abnormal via the abnormality criterion, the abnormal alarm is displayed on the mobile device, and continues to accept The sensing value of the physiological sensing unit and the activity sensing unit; if the sensing value is determined by the personal criterion, the sensing value is after the physiological state of the user is normal, and then the physiological sensing unit and the activity sensing unit are continuously taken. After receiving the distress signal to the remote server, if the remote server receives the signal to cancel the emergency mode, the emergency mode is released, and the physiological sensing unit and the activity are further accepted. The sensing value of the sensing unit, if it does not receive the signal that the remote server cancels the emergency mode, starts to retrieve the information of the global positioning unit to send the distress signal to the remote server. The portable wireless remote care vital sign warning system according to claim 5, wherein the standby rescue module is used by the platform of the mobile device when the remote server cannot be connected or faulty. When a rescue operation is initiated, when it is determined that there is a telecommunication signal, the mobile device automatically executes an SMS text message to notify the emergency contact person. If there is no telecommunication signal, the mobile device performs an automatic dialing of the rescue unit; automatically executes the SMS text. After the message is sent to the emergency contact person, whether the call is made within 30 seconds, if the call is not made, the mobile device automatically dials the first group of emergency contacts, and if the call is made within 30 seconds, the rescue operation is ended; After performing the automatic dialing of the first group of emergency contacts, whether the call is made within 30 seconds, if the call is not made, the mobile device automatically dials the second group of emergency contacts, and if the call is made within 30 seconds, the rescue operation is ended; Performing automatic dialing of the second group of emergency contacts on the mobile device After the person, whether the call is made within 30 seconds, if the call is not made, the mobile device automatically dials the rescue unit, and if the call is made within 30 seconds, the rescue operation ends. The portable wireless remote care vital sign warning system according to claim 5, wherein the remote server further comprises: a data collection module, connected to an inventory access interface to transmit the data collection mode The information of the group, wherein the data collection module comprises: a network communication unit for receiving the distress signal of the mobile device and the sensing of the plurality of physiological signals and the plurality of physiological signals transmitted by the portable micro physiological sensing unit And a first data inventory taking unit for accessing information communicated with the data collection module; a health record module connecting the asset inventory interface to transmit information of the health record module, wherein the health record The module includes: a user interface module through which the user logs in, logs in, and accesses information of the health record module; and a second data store access unit and the health record The monitoring module is connected to the resource inventory interface for transmitting the information of the monitoring module, and the monitoring module further comprises: a physiological signal determining unit. Determining whether a help message is received via the data collection module; and an emergency call module, the physiological signal determination unit determines that the help signal is received to activate the emergency call module; a medical unit management module, Connect the asset inventory interface to deliver the The information of the medical unit management module includes: a nursing staff interface module, which is confirmed by the medical staff to perform the medical unit management module; and a third data inventory access unit access and medical The unit management module communicates information; wherein the asset inventory interface is connected with a physiological information database and a criterion knowledge base information, and the physiological information material and the criterion knowledge base have a criterion inference unit for executing data Exploration. The portable wireless remote care vital sign warning system according to the eighth aspect of the invention, wherein the health record module performs the setting of an emergency contact person and the short message after the login through the user interface module. Or the medical information established by the medical staff of the personal long-term physiological information database and the standard knowledge base is provided through the second data inventory taking unit to provide a long-term physiological information record and one of the medical staff's browsing interfaces, the health record module, However, when the user logs out, the page that automatically closes the browsing interface is executed. The portable wireless remote care vital sign warning system according to the eighth aspect of the invention, wherein the monitoring module determines, by the physiological signal determining unit, whether a help message is received via the data collecting module. If the distress signal is not received, the data collection module is directly loaded into the data. If the help message is received, the user's mobile phone is dialed 3 times, and it is judged whether there is an answering call. If the answering call is received, the sending is cancelled. The mode signal is sent to the user mobile device. If the call is not answered, the user's current location physiological signal and basic personal data are presented on the remote server interface, and then the emergency call module is simultaneously executed. The remote server notifies the family by e-mail (email), executes the remote server to notify the rescue unit of the location of the user by the voice device, and notifies the family member by the SMS text message. The portable wireless remote care vital sign warning system according to claim 8, wherein in the medical unit management module, the medical staff member logs in and authenticates through the medical staff interface module to perform medical personnel data setting, Or loading the criteria of the user in the long-term physiological information database and the criteria knowledge base through the third data inventory taking unit to perform the input interface for providing long-term physiological information records of the user and the medical staff, and according to the long-term user interface The physiological condition gives a daily dietary recommendation, and the treatment unit manages the module, and once the user logs out, the page that automatically closes the input interface is executed. A portable wireless remote care life feature warning method for long-term physiological tracking, active return physiological abnormality and launching a help message, the steps comprising: providing a portable micro physiological sensing unit, a mobile device, and a Remote server; using a remote server to protect and rescue the remote user through the remote server; using a portable micro physiological sensing unit for sensing the plurality of active signals of the user And a plurality of physiological signals; the mobile device is configured to receive the plurality of active signals and the plurality of physiological signals of the portable micro-physiological sensing unit and transmit the plurality of physiological signals to the mobile device, and the plurality of active signals and the plurality of After the physiological signal is abnormal, a help message is sent to the remote servo. If the remote server fails or the mobile device cannot be connected to the remote server, the mobile device initiates an automatic dial-up to a rescue unit to receive. The portable wireless remote care vital sign warning method according to claim 12, wherein the portable micro physiological sensing unit performs the step of: using a first Bluetooth communication unit, The plurality of active signals of the portable micro-physiological sensing unit and the sensing signals of the plurality of physiological signals are transmitted to the mobile device; and a memory unit is used to electrically connect with the sensor control and setting unit; and an activity sensing is used; a unit for sensing a physical space state of the user to generate a corresponding plurality of activity signals, and storing a plurality of activity signals of the activity sensing unit in the memory unit; using a physiological sensing unit for sensing use The heartbeat frequency, the respiratory rate and the body temperature to generate a corresponding plurality of physiological signals, and store the physiological sensing unit plurality of physiological signals in the memory unit; and control the first blue using a sensor control and setting unit a bud communication unit, transmitting the complex activity signal and the plurality of physiological signals to the mobile device; wherein the portable micro physiological sensing unit has A strap structure, based on the chest worn next to the skin of the user at the diaphragm. The portable wireless remote care vital sign warning method according to claim 13, wherein the physiological sensing unit performs the step of: using a heartbeat frequency sensing head, located in the strap structure, for measuring User heartbeat frequency; using a respiratory frequency sensing head located in the strap structure for measuring the user's respiratory rate; using an infrared body temperature sensor on the portable miniature physiological sensing unit, the binding There is a hole in the strip, the infrared body temperature sensor passes through the cavity to measure the user's body temperature; using a sensing receiver, the sensing receiver is located outside the strap for receiving the heartbeat frequency sensing head, a sensing value of the respiratory frequency sensing head, and a user body temperature value of the infrared body temperature sensor; and using an optical fiber, the heartbeat frequency sensing head, the breathing frequency sensing head is connected to the sensing via the optical fiber And receiving, by the optical fiber, the sensing values of the two sensing heads are sent back to the sensing receiver. The portable wireless remote care vital sign warning method according to claim 13, wherein the activity sensing unit is capable of sensing a spatial change of the acceleration value of the user's body and the three-axis of the rectangular coordinate, and storing the The signal of the activity sensing unit is in the memory unit built therein. The portable wireless remote care vital sign warning method according to claim 13, wherein the mobile device is configured to receive a sensing signal of the portable micro physiological sensing unit, and the mobile device The processed signal is transmitted to the remote server, and the performing step of the mobile device further comprises: receiving, by using a second Bluetooth communication unit, a sensing sent by a first Bluetooth communication unit of the portable micro physiological sensing unit. a signal; using a sensing information recording unit, electrically connected to the second Bluetooth communication unit, and the sensing signal received by the second Bluetooth communication unit is used for funding Recording; using a signal processing module, electrically connected with the sensing information recording unit to sense the information record of the information recording unit; using a global satellite positioning unit, having a satellite positioning function, and the signal processing module Electrically connecting; using a wireless communication unit, transmitting information of the mobile device to the remote server and electrically connecting to the global satellite positioning unit; and using an alternate rescue module, which is processed by the signal The module, the global satellite positioning unit, and the wireless communication unit are electrically connected, and the standby rescue module is enabled by the mobile device to perform automatic dialing when the remote server is unable to connect or operate Rescue unit. The portable wireless remote care vital sign warning method according to claim 16, wherein the signal processing module reads the complex activity signal of the physiological sensing unit and the plurality of physiological signals of the activity sensing unit. After the abnormality criterion is used to determine that the sensed value is a normal use condition, and after determining the sensed value as a physiological abnormality of the user via a person criterion, the signal processing module starts an emergency mode and starts to retrieve the global position locating unit. Information for sending the distress signal to the remote server; if the sensed value is determined by the abnormality criterion, the abnormality alarm is displayed on the mobile device, and continues to receive physiological sense And the sensing value of the measuring unit and the activity sensing unit; if the sensing value is determined by the personal criterion, the sensing value is the physiological condition of the user, and then continuing to receive the physiological sensing unit and the activity sensing unit Sensing value; after transmitting the distress signal to the remote server, if the remote servo is received When the emergency mode signal is released, the emergency mode is released, and the sensing value of the physiological sensing unit and the activity sensing unit is continuously taken. If the remote server is not received, the emergency mode is activated. Taking the information of the global positioning unit to send the distress signal to the remote server. The portable wireless remote care vitality warning method according to claim 16, wherein the standby rescue module comprises: the action is performed when the remote server fails to connect or fails The platform of the device initiates a rescue operation. When it is determined that there is a telecommunication signal, the mobile device automatically executes an SMS text message to notify the emergency contact person. If there is no telecommunication signal, the mobile device performs an automatic dialing of the rescue unit; After the SMS text message is automatically executed to notify the emergency contact person, whether the call is made within 30 seconds, if the call is not made, the mobile device automatically dials the first group of emergency contacts, and if the call is made within 30 seconds, the rescue operation is ended; After the mobile device performs automatic dialing of the first group of emergency contacts, whether the call is made within 30 seconds, if not, the mobile device automatically dials the second group of emergency contacts, if the call is made within 30 seconds, Ending the rescue operation; and whether the call is made within 30 seconds after the mobile device performs automatic dialing of the second group of emergency contacts, if not Line call, the mobile device performs automatic dial rescue units, if a call is 30 seconds, the end of the rescue operation. Portable wireless remote care student as described in claim 16 The method for detecting the life feature, wherein the step of executing the remote server further comprises: using a data collection module, connecting an inventory access interface to transmit information of the data collection module, wherein the data collection module step comprises : using a network communication unit to receive the distress signal of the mobile device and the portable micro-physiological sensing unit to transmit the sensing value of the plurality of active signals and the plurality of physiological signals, and using a first data inventory a unit for accessing information associated with the data collection module; using a health record module to connect to the asset inventory interface for transmitting information of the health record module, wherein the steps of the health record module include: using one a user interface module for logging in, logging in, and accessing information of the health record module via the user interface module; and accessing the health record module by using a second data inventory unit Information; using a monitoring module, connecting the asset inventory interface to transmit information of the monitoring module, the steps of the monitoring module further include: using a lifetime The signal determining unit determines whether a help-seeking message is received via the data collecting module, and uses the emergency call-rescue module to determine that the help-seeking signal is received by the physiological signal determining unit to activate the emergency calling module; a medical unit management module that connects the asset inventory interface to transmit information of the medical unit management module, the medical unit management module The steps further include: using a staff interface module, logging in and confirming by the medical staff to execute the medical unit management module; and using a third data inventory taking unit to access information communicated with the medical unit management module; The resource inventory interface is connected with a physiological information database and a standard knowledge base information, and the physiological information material and the knowledge base of the standard have a criterion inference unit for performing data exploration. The portable wireless remote care life feature warning method according to claim 19, wherein the execution step of the health record module further comprises: performing emergency setting after login authentication through the user interface module Contact person and newsletter message; or through the second data inventory unit to load the medical certificate established by the personal long-term physiological information database and the medical staff of the standard knowledge base to provide a long-term physiological information record and one of the medical personnel browsing interface; The health record module, when the user logs out, executes a page that automatically closes the browsing interface. The portable wireless remote care vital sign warning method according to claim 19, wherein the performing step in the monitoring module further comprises: determining, by the physiological signal determining unit, whether the data collecting module is Receive a help message, if you do not receive the distress signal, enter the data collection module to directly load the data; if you receive the help message, then dial the user's mobile phone 3 times and judge Whether there is an answering call, if there is a answering call, the sending of the emergency mode is sent to the user's mobile device; if the answering call is not received, the user's current physiological signal and basic personal data are presented on the remote server interface; And then the emergency call module simultaneously executes the remote server to notify the family by e-mail, execute the remote server to notify the rescue unit of the location of the user by the voice device, and notify the family member by the SMS text message. The portable wireless remote care vital sign warning method according to claim 19, wherein the step of executing the medical unit management module further comprises: the medical staff logging in the authentication via the medical staff interface module, Performing medical staff data setting; or loading the personal long-term physiological information database and the user's criteria in the standard knowledge base through the third data inventory taking unit to perform an input interface for providing long-term physiological information records of the user and the medical staff, According to the long-term physiological condition of the user, the dietary recommendation for daily life is given; and the management unit of the treatment unit, once the user logs out, executes the page for automatically closing the input interface.