TW201734962A - System, wearable apparatus, method, computer-readable medium and program product for generating and processing emergency alert automatically - Google Patents

Abstract

The system, wearable apparatus, method, computer-readable medium and program product for generating and processing emergency alert automatically are disclosed. The wearable apparatus driving a remote emergency alert and perform platform to perform the remote emergency alert services includes at least one sensing unit for retrieving or detecting the status information that of the observed person or the wearable apparatus itself and at least one low-power packet transmitting unit transmitting the packets of the low-power communication protocol with a transmitting power value or a function value of distance for converting to the relative or the absolute distance to the observed person by a low-power communication APP periodically or after receiving the acknowledgement or response packets from the portal device.

Description

Automatic emergency help system, wearable device, signal generation and processing method, computer readable Media and computer program products

The present invention relates to a rescue or alarm automatic generation, processing and search and rescue positioning system, device, method, computer readable medium and computer program product, in particular to a system for processing an emergency emergency using a low power communication software, and a wearable device thereof. Its signal generation and processing methods, its computer readable media and its computer program products.

With the advent of aging society and the growing variety of acute and chronic diseases in the general population, the acceptance and demand for available equipment and solutions for seeking relevant personal health management, medical care or care has increased. With the increasing technology and application capabilities of information technology, many electronic or functional components and modules have been developed and deployed in consumer electronic devices or wearable devices to provide more related functions, multimedia effects and operations. The interface assists the user or wearer in meeting the aforementioned health management, medical or care needs. However, what comes with it is the problem of increased power consumption or complicated operation that is difficult to avoid completely, and it will automatically shut down or go to sleep even if it is exhausted or idle, which is quite unfavorable. For emergency or immediate care for the elderly or patients to use. For example, it may not be recharged in time before and after the critical power is exhausted, resulting in the wearer being unable to use or lose the opportunity to receive subsequent ambulances, or for negligent or innocent care of medical staff due to falls, disasters or hospitalizations. As far as the caregiver is concerned, when it is about to lose consciousness, injury or inconvenience causing inability to operate or to alert or ask for help from the outside world, the product or design obviously cannot perform the goodness and efficacy of the application for care. Therefore, there is a need for research and development in low-power or transmission or rescue mechanisms capable of effective power management.

In addition, for the location of changes such as being trapped or falling in a coma, such as a sudden disaster in sleep, lack of active help for soft and hard portable equipment or mechanisms, or the inability to inform, forget or not know where to go. In the current area, location, or the type of ambulance or care resource required or the caregiver of the project, the relevant care can be taken into account in the care and rescue needs of modern people living and living intensive, fine, and can automatically send relevant information, with It has not been reported that a complete solution has been proposed to be sent to search and rescue or caregivers or even to locate a technical solution for the dynamic adjustment of the ambulance strategy or mechanism through strangers in the vicinity of the site. In this regard, although GPS coordinates are available for conscious or application purposes such as travel or navigation, especially when applied in a small, densely populated area, it will be limited to 50 meters of GPS. The error makes it difficult for the search and rescue personnel to accurately and quickly locate the position of the unemployed person who is unconscious or trapped and cannot be called for help by means of the pre-acquisition, plane or static scene aerial picture and GPS signal to the nearby location. As a result, search and rescue or caregivers must conduct time-consuming or invisible visits to find time-consuming and inefficient rescue methods, while those in need of life, mental or physical loss, and signs of life are weak, cannot be found in time. Receive effective or adequate care or assistance. Therefore, automatic emergency and effective positioning to accelerate from the far end Or the development and presentation of software and hardware solutions for external care or treatment. It is urgent and necessary.

One of the main objects of the present invention is to provide an automatic emergency help system for effectively providing an automatic remote notification and care initiation mechanism for an care recipient who has or will be unconscious and unable to automatically seek help.

Another main object of the present invention is to provide a wearable device for effectively providing an automatic care, care, notification, progressive positioning, and malfunction cancellation mechanism for the wearer to wear.

Another main object of the present invention is to provide an automatic request signal generation and processing method for effectively overcoming the difficulty of quickly, promptly and accurately positioning a careless person who cannot actively indicate his or her location.

Still another main object of the present invention is to provide a computer readable medium for storing an automatic request signal generation and processing program for effectively providing computer reading and execution to complete the automatic request signal generation and processing method and obtaining the method. efficacy.

Still another main object of the present invention is to provide a computer program product for storing an auto-responsible signal generation and processing program for effectively providing computer reading and execution to complete the automatic distress signal generation and processing method and obtaining the method. efficacy.

For the above purposes, the automatic emergency help system provided by the present invention comprises a signal processing unit, a remote care notification or execution platform, at least one portable repositioning device and a wearable device. Wherein, the wearable device is used to provide a caregiver to wear it, which is packaged The at least one sensing unit continuously captures or detects status information of the care recipient or the wearable device when the wearer wears the wearable device, and the low power help packet sending unit continues, periodically sends or responds to the periodic or continuous Listening to the inquiry or confirming the packet and sending the unsaved or updated distress packet including the transmitted power value or the distance function signal value when transmitted. The signal processing unit generates a remote instant care trigger signal related to the care recipient or the wearable device according to the status information or the corresponding analysis result, and the remote care notification or execution platform performs the corresponding search and rescue according to the remote care trigger signal. Or the caregiver's remote care notification method, and the search and rescue personnel carry the portable repositioning device to search for and to be treated, wherein a low-power communication software (APP) conforming to the low-power communication protocol is configured to continuously receive, Unblocking the updated or updated distressed packet and/or sending a query or confirmation packet, and calculating or obtaining the caregiver according to the strength or type of the transmit power value of the help packet or the distance function signal value of the user-defined format. Relative or absolute distance.

In an embodiment of the present invention, the signal processing unit of the automatic emergency help system provided by the present invention can be integrated or electrically connected to the wearable device or the remote care notification or execution platform by using the caregiver or the wearable device. Presupposition or analysis of the underlying data associated with the caregiver and/or with the wearable device, static, dynamic or adaptable to generate important, priority or urgency weights, analysis thresholds and/or sequential or conditional Aborting analysis process, and based on the weighted or aggregated calculation of all or part of the execution status information, the analysis result is compared with the analysis threshold value, and the wearable device electrically connected thereto, an action cancellation or A functional unit or device such as a disabling unit, a warning unit or a situational background information acquisition unit can indirectly transmit or receive, for example, status information, remote instant care, directly or through a mobile communication device that can be used as a wireless communication channel. Trigger signal, help packet, query or confirm packet, Cancel or disable the signal or warning signal or situation or background information. The status information may include physiological characteristics information of the caregiver, abnormal posture or motion information, GPS coordinate information, and/or an abnormal impact or physical force that the caregiver or the wearable device is subjected to in an instant period, and the physiological condition of the caregiver The feature information and/or abnormal posture or motion information is used to determine whether the caregiver has lost consciousness, falls or coma, or the wearable device is lost or falls or flipped with abnormal acceleration. The memory unit included in the tele-consultation notification or execution platform stores a list or contact information of search or care personnel including members of the peer group or community preset by the care recipient, and the analysis and notification unit self-list or contact according to the filtering rules. Information screening is suitable for search or rescue personnel who receive or transfer emergency calls or relay notification messages, and may also record, commend or display the search and rescue when the emergency call or relay transfer notification message is transferred by search or care personnel. Or caregivers.

In other embodiments of the present invention, the wearable device of the automatic emergency help system of the present invention has an update mode and a transmission mode, and updates the transmit power value or the distance function signal value in the update mode, and sends and receives status information in the transmission mode. Remote instant care trigger signal, distress packet, inquiry or confirmation packet, cancellation or disable signal or warning signal, etc. The low-power distress packet sending unit continuously, periodically sends or responds to the query periodically or continuously in the first time unit or Acknowledge the packet and send the distress packet, and continue to listen to or confirm the presence or absence of the inquiry or confirmation packet in the second time unit, and the portable relocation device sends the inquiry or confirmation packet in the first or third time unit, and The second or fourth time unit receives and unblocks the help packet. The portable repositioning device automatically initiates a low-power communication software to search for a help packet containing a user ID value or send a query or confirmation packet when the search or rescue personnel approaches or arrives at the GPS coordinate of the care-tolerant, and according to the help The relative or absolute distance of the transmit power value or the distance function signal value in the packet, the type calculation, the automatic conversion or the lookup table, and may also be calculated or taken It is related to the relative or absolute distance and the relative or absolute height of the ground plane and the plane of the caregivers. The wearable device or the portable relocation device changes the time unit for sending the help packet and querying or confirming the packet, stopping sending the help packet and querying or confirming the packet and/or changing the wearable type according to the wearable device listening to the inquiry or confirming the packet. Power supply or energy saving strategy for the device or portable repositioning device.

For the purpose of the above, the wearable device provided by the present invention includes at least one low-power help-storing packet sending unit, which continuously and periodically sends unrenewed or updated related help-seeking packets to the care recipient, or periodically or continuously. The help packet is sent by listening to an inquiry or confirmation packet from at least one portable relocation device. The rescue packet conforms to a low-power communication protocol, and at least includes a transmit power value in a common format when transmitted or a distance function signal value in a user-defined format for low-power communication of the portable relocation device. The software calculates or obtains the relative or absolute distance from the caregivers.

In an embodiment of the present invention, the wearable device provided by the present invention can be used as a wireless communication channel with the signal processing unit, the portable repositioning device or the remote care notification or execution platform by the caret end mobile communication device. And electrical connection and two-way transmission, and it can have an update mode and a transmission mode, update the transmit power value or the distance function signal value in the update mode, and send and receive status information, remote instant care trigger signal, and help packet in the transmission mode. , query or confirm the packet, cancel or disable the signal or warning signal. In other embodiments of the present invention, the wearable device may further include at least one sensing unit continuously capturing, detecting, or transmitting status information related to the care recipient or the wearable device, and the built-in or electrical connection. The signal processing unit generates a remote instant care trigger signal according to the status information, so as to drive the low power help packet sending unit to send the help packet, and drive the remote care notification or execute the platform to perform including the portable configuration The remote care notification method of the search and rescue personnel of the repositioning device. The status information further includes physiological information of the caregiver, abnormal posture or motion information, GPS coordinate information, and/or an impact or physical force of the abnormality of the caregiver or the wearable device in an instant period. The caregiver's physiological characteristics information or abnormal posture or action information is used to determine whether the caregiver has lost consciousness, falls or coma, or whether the wearable device is lost or falls or flipped with an abnormal acceleration. In addition, the signal processing unit is further configured to be static, dynamic or adaptable by analyzing the basic data preset with the care receiver or the wearable device, or the analysis basic data related to the caregiver and/or the wearable device. Sexually generated importance, priority or urgency weighting, analysis threshold and/or sequential or conditional abort analysis process, and all or part of the execution status information according to the sequential or conditional suspension analysis process Weighted or summed, compared to the analysis of the threshold value to generate a remote instant care trigger signal.

In other embodiments of the present invention, the wearable device provided by the present invention may further comprise an action cancellation or disabling unit for providing an operation of the caregiver to generate a cancel or disable signal to cancel or disable remote instant care. Trigger signal, remote care notification mode or a warning signal; situation or background information acquisition unit for capturing, recording or storing a situation or background related to the position of the care recipient when the remote instant care trigger signal is generated Information; at least one alerting unit for outputting at least a sound, when the portable repositioning device approaches or arrives at the care recipient, or when the relative or absolute distance is at or less than a preset distance Warning signal for light and/or vibration signals. The low-power help-sending packet sending unit of the wearable device sends a help-seeking packet continuously or periodically in a first time unit or in response to a query or confirmation packet periodically or continuously, and continues in a second time unit. Listen regularly or confirm if you have received a query or confirmed a packet. The help package is further related to the caregiver or wearable device. The user ID value, and the low-power communication soft system obtains the relative or absolute distance according to the strength or type of the transmission power value or the distance function signal value, automatic conversion or lookup of the comparison table. The wearable device can further change the time unit for sending the help packet, stop sending the help packet, and/or change the power supply or energy saving policy of the wearable device by listening to the query or confirming the packet.

For the above purpose, the method for generating and processing an automatic distress signal provided by the present invention includes the following steps: continuously capturing, detecting, and providing a wearer to wear the wearable by at least one sensing unit of the wearable device When the device processing unit analyzes the status information as abnormal, generates a remote instant care trigger signal to drive the remote care notification or execute the platform to execute the corresponding search and rescue. Or the caregiver's remote care notification method, and the low-power help packet sending unit of the wearable device continuously and periodically sends a help packet complying with the low-power communication protocol, or from at least one portable type according to regular or continuous listening. The relocation device sends a distress packet by querying or confirming the packet, wherein the distress packet includes at least a transmit power value of a general format of the low power communication protocol when transmitted or a distance function signal value of the user-defined format; Portable power relocation device configured to comply with low power communication protocol Software continuously receives, decapsulates the packet for help, and in accordance with the transmission power value or the signal strength value distance function or type, to be calculated relative or absolute distance of the caregivers.

In an embodiment of the present invention, the automatic request signal generation and processing method provided by the present invention further comprises the steps of: providing an operator-side mobile communication device as a wireless communication channel, electrically connecting and transmitting and receiving the wearable device, and signal processing. Unit, remote care notification or signal from the implementation platform or portable relocation device. Transmitting the transmit power value or the distance function signal value in the update mode of the wearable device, and transmitting and receiving status information during the transmission mode of the wearable device, Remote instant care triggers signals, calls for help, queries or confirms packets, cancels or disables signals or warning signals. The status information further includes information about the physiological characteristics of the person to be cared for, abnormal posture or action information, GPS coordinate information, and/or an abnormal impact or physical force that the caregiver or the wearable device is subjected to in an instant period, the caregiver Physiological characteristic information or abnormal posture or motion information is used to determine whether the caregiver has lost consciousness, falls or coma, or whether the wearable device is missing or falls or flipped with an abnormal acceleration. Providing a context or background information acquisition unit electrically connected to the signal processing unit or the wearable device to capture, record or store context or background information related to the location of the care subject when the remote instant care trigger signal is generated. An action cancellation or disabling unit is provided for the caregiver to generate a cancel or disable signal to cancel or disable the remote instant care trigger signal, the distance care notification method or the warning signal. Providing at least a warning unit to assist the search or rescue personnel to reconfirm the position of the care recipient based on relative or absolute distance, or to turn off at least one warning signal in response to the operation of the caregiver, wherein the warning signal is based on status information, distance The signal of sound, light and/or vibration outputted by the instant care trigger signal, the remote care notification method, the inquiry or confirmation packet or the comparison of the relative or absolute distance with the preset distance. In addition, the signal processing unit may also perform an analysis mechanism to analyze whether the status information is abnormal; wherein the determination mechanism is included by being preset with the caregiver or the wearable device, or related to the caregiver and/or wearable One of the device-related analysis basic data, static, dynamic or adaptable to generate important, priority or urgency weighting values, analysis thresholds and/or sequential or conditional abort analysis processes.

In other embodiments of the present invention, the automatic request signal generation and processing method provided by the present invention further comprises the following steps: when the search and rescue personnel or the caregiver approaches or arrives at the GPS coordinates related to the care recipient by the portable repositioning device Automatically launching a low-power communication software to actively or send a query or confirm the packet after searching and receiving more to be compared with the caregiver or wearable device The user ID value is requested to be saved, and the relative or absolute distance is obtained according to the strength or type of the transmission power value or the distance function signal value, automatic conversion or lookup of the comparison table. And sending, by the low-power request packet sending unit, the help-seeking packet in a first time unit, continuously or periodically, or in response to a query or confirmation packet periodically or continuously, and continuing in a second time unit by the low-power request packet sending unit, Listen regularly or confirm if you have received a query or confirmed a packet. The query or confirmation packet is sent in the first or third time unit by the portable relocation device, and the rescue packet is received and decapsulated in the second or fourth time unit by the portable relocation device. When the wearable device or the portable relocation device listens to the inquiry or confirms the packet, the wearable device changes the time unit for sending the help packet and querying or confirming the packet, stops sending the help packet, and queries or confirms the packet and/or changes the wearable Power supply or energy saving strategy for the device or portable repositioning device. The relative or absolute distance and the relative or absolute height of the ground plane and the plane of the care subject are calculated or obtained by the portable repositioning device.

For the above purpose, the computer readable medium for storing the automatic help signal generation and processing program provided by the present invention can be completed after the automatic help signal generating and processing program is loaded and executed by the computer. The method of generating and processing the distress signal.

For the above purposes, the computer program product for storing the automatic distress signal generation and processing program provided by the present invention can complete the automatic operation of the present invention after loading and executing the automatic distress signal generation and processing program on the computer. The method of generating and processing the distress signal.

In summary, the automatic emergency help system, the wearable device, the signal generating and processing method, the computer readable medium and the computer program product of the present invention are mainly GPS coordinates of a wearer or a wearable device such as a watch. State information such as information is judged, and the wearable device is activated for the purpose of transmitting an automatically generated distress signal, for example, Bluetooth (Bluetooth) 4.0 LE protocol low-power distress packet sending unit to send a distress packet, causing the wearable device to be converted to have a beacon, such as a Bluetooth iBeacon protocol, with a beacon-like notification of the searched rescue or caregiver The role of the position of the caregiver to allow the search or rescue personnel to further determine the distance or distance from the position or distance of the person to be rescued while narrowing or accurately obtaining or approaching an area or range initially located by, for example, GPS coordinate information. Positioning, reducing the problem of the positioning distance or range of traditional GPS positioning in densely populated areas, or solving the urgent situation or environmental related problems of the unattended or search or rescue personnel without GPS availability, substantial expansion and specific extension For example, Bluetooth iBeacon can be used for the flexibility and diversity of communication protocols for indoor positioning, and can effectively speed up the search and rescue, reduce the time and manpower of help and search and rescue, and improve the quality of ambulance, while low power and dynamic Power Management Solving the Unavoidable Power of Emergency Rescue Navigation and stable supply issues.

1‧‧‧Automatic emergency help system

11, 2‧‧‧ wearable devices

110, 22‧‧‧ Sensing unit

120, 21‧‧‧ Low-power signal packet sending unit

13‧‧‧Signal Processing Unit

130, 23‧‧‧ action cancellation or disabling unit

140, 24‧‧‧ warning unit

15‧‧‧Remote care notification or execution platform

151‧‧‧ memory unit

152‧‧‧Analysis and notification unit

160, 26‧‧‧ Situational or background information acquisition unit

17‧‧‧Portable repositioning device

171‧‧‧Low power communication software

19‧‧‧Attendant-end mobile communication device

D1‧‧‧relative or absolute distance

AM‧‧‧Remote care notification method

AR‧‧‧ analysis results

LT‧‧ member list and contact information

RD‧‧‧Receive or transfer sequence

RU‧‧‧Contact Rules

SI‧‧‧Status Information

TS‧‧‧ Remote care trigger signal

PK1‧‧‧Souvenir Pack

PK2‧‧‧Enquiry or confirmation packet

iID‧‧‧User ID

TP‧‧‧ transmit power value

S311~S317, S411~S418‧‧‧ steps

1 is a functional block diagram of an embodiment of an automated emergency system in accordance with the present invention.

2 is a functional block diagram of an embodiment of a wearable device in accordance with the present invention.

3 is a flow chart showing the steps of a method for generating and processing an automatic distress signal according to an embodiment of the apparatus of the present invention.

4 is a flow chart showing the steps of a method for generating and processing an automatic distress signal according to another embodiment of the apparatus of the present invention.

Please refer to FIG. 1, which is a functional block diagram of an embodiment of an automatic emergency system according to the present invention. As shown in FIG. 1 , in this embodiment, the automatic emergency system 1 has a wearable device 11 , a signal processing unit 13 , a remote care notification or execution platform 15 , and a portable repositioning for the wearer to wear. Device 17 and caregiver end mobile communication device 19.

In the embodiment, the wearable device 11 has a sensing unit 110 such as a three-axis accelerometer or a gyroscope to continuously capture or detect the caregiver when the wearer wears the wearable device 11 such as a watch. Or status information SI of the wearable device, and the status information SI such as abnormal posture or action information AI, or physiological information of the caregiver, GPS coordinate information, and/or the caregiver or wearable device in an instant period Abnormal impact or physical force (not shown in the figure), such as collapse in a short time or moment due to the first position, causing the caregiver to fall to a greater acceleration or angle or be moved by a foreign object to move to The second position, and the physiological characteristic information and/or abnormal posture or action information AI of the caregivers can be used to determine whether the caregiver has lost consciousness, fall or coma, or to determine whether the wearable device 11 is missing or abnormal. The acceleration falls or flips. In addition, the status information SI can be generated statically, dynamically or adaptively using, for example, the age of the caregivers, the history of help or emergency, chronic or emergency medical records, health management or medical tracking data, type of emergency, and/or time of occurrence of an emergency. An important, priority or urgency weighting value or at least one analysis threshold value is used as an abnormality determination method. Alternatively, the signal processing unit 13 is further configured to analyze the basic data by being preset with the care receiver or the wearable device 11 or related to the care recipient and/or related to the wearable device 11 , static, dynamic or adaptable. Sexually generated importance, priority or urgency weighting, analysis threshold and/or sequential or conditional abort analysis process, and may perform all or part of the status information SI according to a sequential or conditional abort analysis process The weighted or aggregated calculation of the constituent items, and the analysis results are compared with the analysis of the threshold value, as The basis for generating the remote instant care trigger signal TS.

Furthermore, in addition to the above-mentioned analysis and judgment process and mechanism can have setting or dynamic adjustment flexibility, the flexibility and effect of instant care can also be achieved or promoted through the following algorithms and calculation methods. If the included sensing unit 110 is configured as a plurality of sensors of the same or different kinds, the status information SI obtained by continuously capturing or detecting for each of the sensing objects or items, for example, is to be The physiological characteristic information of the caregiver is when the blood oxygen is lowered and the heart rhythm is increased and the wearable device 11 is not separated from the care recipient, wherein the judgment is to generate the analysis result and the subsequent remote immediate care trigger signal flow, signal transmission or hardware The unit configuration and the operation sequence may be performed by a discrete or combined operation method or an algorithm, for example, the first and second state information components which are respectively obtained by the first and second sensing units in parallel and have no dependency relationship with each other. The parameter value may be integrated as the status information for generating the analysis result and the remote instant care trigger signal, or in other embodiments, the first state information component is first obtained by the first sensing unit. The parameter value is obtained by the second sensing unit and then triggered to capture or detect the parameter values of the second state information component, so that they are mutually The composition process of the dependent relationship and the numerical judgment process and the instant care trigger signal generation mechanism, which also include the corresponding comparison, the selection criteria and the numerical value selection, for example, by static or preset comparison table or data The library implements dynamic computing, judgment, and information technology or mechanisms such as artificial intelligence (AI), Neural Networks, or Machine/Deep Learning. Decide.

With the embodiment again, the wearable device 11 of the automatic emergency rescue system 1 of the present invention can be designed by a wristband, a collar or a belt, and worn on a corresponding part of the human body, which can be worn for a long time without frequent removal, and also Can be based on the retention of the maximum or more available power The integrated design of each functional unit or module generally has a readable time such as a pointer type quartz watch, a mechanical watch, a smart type, a digital type, an electronic or a non-intelligent watch. Therefore, in other embodiments, the readable time may be used as one of the constituent items or contents of the status information SI to be observed according to the age, health or disease type and living condition of the care recipient, to provide the signal processing unit 13 according to the information. The reading time and other status information items comprehensively determine or determine the correctness, rationality, error value, adjustment parameter or weight value of the status information SI or the analysis result, or as an emergency state or an accident occurrence time and a readable time Relevance judgment or state continuation time, frequency of occurrence, etc. Therefore, according to the above embodiment, the determination condition of the emergency help generation and execution mechanism and the remote care notification method performed by the present invention may include, but are not limited to, a composite type, a progressive type, a weight type, or a community type.

In addition, in the embodiment, as shown in FIG. 1 , the low-power request packet sending unit 120 configured in the wearable device 11 is configured to continuously and periodically transmit, for example, Bluetooth 4.0, which generally has a lower transmission power, and is more energy-saving. The service device's power endurance can be maintained for a long time, the low-power communication protocol of the short-distance transmission and other low-power communication protocol of the help packet PK1, or the user ID is sent according to the inquiry or confirmation packet PK2 that is periodically or continuously listened to. The value iID and the transmit power value TP when the packet is transmitted, such as the common format of the help packet PK1, or the user-defined distance function signal value (not shown) can also be used to convert and to be rescued. The relative distance or absolute distance of the distress packet PK1. In addition, depending on whether the ambulance end is configured or portable, for example, a mobile phone with GPRS can be used as a transmission channel or a tool, except that the low-power distress packet transmitting unit 120 can achieve data, signal or packet transmission and reception by mode switching. In this embodiment, the wearable device 11 can also be electrically connected to the operator-side mobile communication device 19, and can be connected to the signal processing unit 13, the action cancellation or disabling unit 130, the warning unit 140, and the situation or back. The function information acquisition unit 160 and the like have the functional unit for data transmission and reception required to be electrically connected as the wireless communication channel for the transmission status information SI, the remote instant care trigger signal TS, the help packet PK1, the query or confirmation packet PK2, cancel or disable Signal or warning signal, etc. In this embodiment, in the embodiment, since the signal processing unit 13 can be integrated and disposed inside or outside the wearable device 11 or the remote care notification or execution platform 15, the care-of-service mobile communication device 19 can be implemented according to an implementation state. It can be configured or omitted. There are many possible ways to discuss the composition and screening mechanism of the search and rescue personnel or the specific implementation method. Therefore, it is indicated by a dashed box in FIG. In addition, the wearable device 11 may have an update mode and a transmission mode, and update the transmit power value TP or the distance function signal value in the update mode, and send and receive the status information SI, the remote instant care trigger signal TS, and the help packet PK1 in the transmission mode. And querying or confirming the packet PK2 and the like, and the signal processing unit 13 signal processing unit can be integrated or electrically connected to the wearable device 11 or the remote care notification or execution platform 15 based on the considerations of power saving, real-time computing capability or operating system. And according to whether the above-mentioned selection and application of the transmission path by the care-to-care end mobile communication device 19, specifically depending on the status information SI or whether the automatic rescue analysis result AR is to be initiated, the related to the care recipient or the wearable device The remote instant care trigger signal TS is configured by the remote care notification or execution platform 15 to perform the remote care notification mode AM according to the remote care trigger signal TS, through a portable repositioning device such as a mobile phone or a special electronic device. 17, carried by the searched rescue or caregivers to search and rescue the caregivers and dynamically send and receive packets. The low-power communication software 171 configured to comply with the low-power communication protocol, such as the Bluetooth iBeacon APPs, can be automatically started when a search or rescue person approaches or arrives, for example, in an area indicated by the GPS coordinates of the care recipient, and According to the user ID iID of the broadcasted rescue packet obtained by decapsulation, for example, the Bluetooth iBeacon ID, the help packet PA1 transmit power value TP or the distance function signal value, calculate, automatically convert or find the preset and the care recipient or their wear Device 11 use A comparison table of electrical characteristics or electrical characteristics to obtain a relative or absolute distance D1 to more accurately locate, narrow the search range and quickly move to the position of the care recipient. In other words, the distance to the rescuer can be directly estimated by the magnitude or proportional relationship of the power value, and the relative or absolute distance D1 has a smaller and more accurate search area positioning result, which can be compensated. The error of initial positioning of the GPS coordinates or the timely rescue in the environment where GPS is not available can still achieve the purpose of timely rescue.

In addition, in the embodiment, the portable repositioning device 17 can still be used to calculate or obtain the relative or absolute distance H1 related to the relative or absolute distance D1 and the ground plane and the plane of the person to be treated, in order to meet the plane to be protected. The height difference is more accurate and adaptive to correct the calculation and estimation of the vertical axial position or height of the floor on which the rescuer is located or perpendicular to the ground plane. Therefore, with the present invention and the portable repositioning device 17 therein, the to-be-care subject search area substantially calibrated by, for example, GPS coordinate information or the relative or absolute distance D1 before updating can be transmitted through the composite and progressive type. The repositioning method is reduced or approached to improve the chances of the caregivers being rescued and instantly cared for. Herein, the operation and integration calculation sequence of the portable repositioning device 17 in the horizontal and vertical axial positioning is merely an example and is not limited to the description of the embodiment, depending on the application, processing requirements or calculations. The logical and exchange order and function are still equivalent modifications of the embodiments of the present invention.

In addition, in the embodiment, the distance care notification or execution platform 15 may include a memory unit 151 to store a list of search or care personnel or contact information LT, including members of a peer group or community preset by the care recipient, and The analysis and notification unit 152 filters, from the list or contact information LT, a search or care personnel adapted to receive or forward an emergency call or relay transfer notification message (not shown) according to the filter rule RU, for example, the screening result RD can be Is the living distance or Relatives with close proximity and close relationship, such as patients who are members of a rare disease or chronic disease community, or family physicians or nursing homes who have long been treated for treatment, to take care of the privacy of the caregivers, special medical care Demand and the willingness to use such a way of asking for help. At the same time, in order to encourage good deeds, popularize system usage, increase the chances of successful rescue, or to disperse or reduce the work and psychological burden of caregivers related to caregivers, the automatic emergency help system 1 of the present invention can still be used for search or rescue personnel. When transferring an emergency call or relaying a notification message, for example, an additional or additional record, commendation or display for information transfer in the relevant message packet, information search for the search or rescue or caregiver of the ambulance network.

In addition, in the embodiments, in order to strengthen, assist or further improve the system function, utilize the friendly human-machine interface to enhance the operational interaction with the caregiver and eliminate the doubts of the caregiver who are worried about the false alarm, the automatic emergency call system 1 of the present invention may In the wearable device 11, an action cancellation or disabling unit 130, at least one alert unit 140 or a context or background information acquisition unit 160 may also be configured. The action canceling or disabling unit 130 can be operated by the person to be treated to generate a cancel or disable signal to cancel or disable the remote instant care trigger signal TS and the remote care notification that are considered to have failed to meet the necessary degree. Mode AM or warning signal, etc. The warning unit 140 can compare the status information SI, the remote instant care trigger signal TS, the remote care notification mode AM, the query or confirmation packet PK2 or the relative or absolute distance D1 with a preset distance (not shown). The output includes at least a warning signal of sound, light and/or vibration, and/or a cancellation or disable signal generated by the operation of the caregiver to turn off the warning signal to achieve the prior detection of the malfunction and actively cancel, close or Other notification methods can be used, and when the search and rescue personnel are quite close to the care recipient, the sound and light effect can be used to avoid the situation that the caregiver is slightly obscured or buried by the obstacle, so that more accurate can be obtained. Positioning results and the effect of timely rescue. Here, The generation, presentation and closure of the warning signal may take into account the delay factor of the response of the caregiver or operator, ie, for a period of time or a preset time, if it is not cancelled or disabled by the caregiver, operator or third party If the instant care trigger signal TS, the remote care notification mode AM or the warning signal is turned off, it is determined that the emergency care is required for the caregiver. In addition, the context or background information obtaining unit 160 can capture, record or store the context or background information related to the position of the care subject when the remote instant care trigger signal TS is generated, such as the environmental sound or even the caregiver loses consciousness. Or the content of the speech before the distress, the change of the pitch, or the sound or image that is struck, for use in the interpretation and analysis of the signal processing unit 13 to improve the accuracy.

With reference to the embodiment, please refer to FIG. 1 again. In order to effectively save or dynamically adjust the power to meet the emergency needs, the automatic emergency system 1 of the present invention can still plan the low-power help packet sending unit 120 for the first time. The unit continuously and periodically sends updates such as the help packet PK1 before and after the transmission power value, or widens or reduces the time interval or number of packets for sending the help packet PK1 in response to the inquiry or confirmation packet PK2 periodically or continuously, and the second time The unit continuously, periodically listens to or confirms whether the inquiry or confirmation packet PK2 is received, and the first time unit may be the same as or different from the second time unit, for example, the first time unit is 100 ms to send the help packet PK1, and the same Or a shorter second time unit of 5 ms to listen to the query or confirm the packet PK2, and increase the rescue opportunity received by the at least one portable relocation device 17 in a denser or larger number of help packet transmission manners, and portable The relocation device 17 can then plan to send a query or confirmation packet in the first time unit or the third time unit, and in the second Or the fourth time units between unit receives and decapsulates the packet help. In this case, the ratio or logical relationship of the first to fourth time units may be customized to be the same or different length depending on the actual application state, the device characteristics, and the computing power of the system or software. Taking care of the caregiver and search or caregivers For the practical requirements such as immediacy and system load, and the design flexibility, it should be adjusted or set. This should be understood and can be realized by those skilled in the relevant art. Therefore, the relevant values and their detailed examples are not repeated here. In addition, the wearable device 11 or the portable relocation device 17 can change the time unit for sending the help packet PK1 and querying or confirming the packet PK2 according to whether the wearable device 11 hears the query or confirm the packet PK2, or stops sending the help packet PK1. And querying or confirming the packet PK2, and selecting to change the power supply or energy saving policy of the wearable device 11 or the portable relocation device 17, for example, when receiving a query or confirming the packet and determining that the search or rescue personnel are quite close to the care recipient, Other functional components that consume power can be stopped, and only the warning unit 140 is driven to emit an acousto-optic effect to increase the chance of rescue and avoid premature exhaustion of power by the rescue, or to adopt a more intensive transmission of the rescue packet PK1 and to query or confirm the packet PK2. The assisted portable repositioning device 17 is positioned more quickly or more confidently that the information previously determined to be the location of the care recipient is correct.

Please refer to FIG. 2, which is a functional block diagram of an embodiment of the wearable device of the present invention. It is to be noted that, in order to facilitate the description of the structure and how to operate, the same components and symbols thereof as in FIG. 1 are still used in this embodiment, and other devices other than the wearable device 2 and their original price are in a virtual frame area. Separate. As shown in FIG. 2, the wearable device 2 includes at least a low power help packet sending unit 21, which can be used to continuously and periodically send unrenewed or updated related helper packets PK1 related to the caregiver, or to listen regularly or continuously. The help packet PK1 is sent to the query or confirmation packet from the at least one portable relocation device 17, wherein the help packet PK1 conforms to a low power communication protocol such as the Bluetooth 4.0 protocol, and at least includes a Bluetooth 4.0 protocol when transmitted. The transmit power value TP of the iBeacon universal format, or the distance function signal value of the user-defined format, for the low-power communication software 171 of the portable relocation device 17 to calculate or obtain the relative or absolute distance D1 from the care recipient. .

In the embodiment, as shown in FIG. 2, the wearable device 2 may further include at least one sensing unit 22, a built-in or electrically connected signal processing unit 13, and an electrically connected to-be-protected end mobile communication device. 19. An action cancellation or disabling unit 23, at least one alert unit 24, and a context or background information acquisition unit 25. The sensing unit 22 continuously captures, detects or transmits the status information SI related to the care receiver or the wearable device 2, and the signal processing unit 13 generates a remote instant care trigger signal TS according to the status information SI, thereby driving the low power help packet. The sending unit 21 sends the help packet PK1, and drives the distance care notification or execution platform 15 to execute the remote care notification mode AM including the search and rescue personnel or the caregiver configured with the portable repositioning device 17, the caretaker end mobile communication The device 19 is electrically connected to the wearable device 2, the signal processing unit 13, the remote care notification or execution platform 15 and the portable repositioning device 17 for transmission, and the action cancellation or disabling unit 23 is generated by the caregiver to operate. Cancel or disable the remote instant care trigger signal TS, the remote care notification mode AM or the warning signal cancellation or disable signal, and the warning unit 24 sends when the portable relocation device 17 receives the approach or arrival of the care recipient. The inquiry or confirmation packet PK2 or the relative or absolute distance D1 reaches or is less than a preset distance, and the output includes at least an acoustic, optical and/or vibration signal warning signal. Border or background information access unit 25 such as immediate care from remote capture is generated when the trigger signal TS, recorded or stored related to the location of the caregiver's situation to be or background information. The signal processing unit 13 is further configured to analyze basic materials, such as age, help, or by one of the settings related to the care recipient or the wearable device 2 or related to the care recipient and/or related to the wearable device 2 . First aid history, chronic or emergency medical records, health management or medical tracking data, type of emergency and/or time of emergency, etc., important, priority or urgency weighting, analysis threshold and static, dynamic or adaptive / or sequential or conditional abort analysis process, and according to the sequential or conditional abortion analysis process execution state information SI all or part of the component weighted or aggregated calculation and comparison to the analysis gate Depreciating, and generating the remote instant care trigger signal TS.

According to the embodiment, the wearable device 2 provided by the present invention has an update mode and a transmission mode, and updates the transmit power value TP or the distance function signal value in the update mode, and sends and receives status information SI, remote instant in the transmission mode. Care trigger signal TS, help packet PK1, query or confirm packet PK2, cancel or disable signal or warning signal. The status information SI further includes the physiological characteristic information of the care recipient, the abnormal posture or motion information, the GPS coordinate information, and/or the abnormal impact force or physical force that the caregiver or the wearable device 2 bears in an instant period, and The physiological characteristic information or abnormal posture or action information of the care recipient is used to determine whether the caregiver has lost consciousness, falls or coma, or whether the wearable device 2 is lost or falls or flipped with an abnormal acceleration, and the help package PK1 is further included with the caregiver. Or one of the user ID values associated with the wearable device 2, and the low power communication software 171 is obtained based on the user ID value iID, the transmit power value TP, or the strength or type of the distance function signal value, automatic conversion, or a lookup table. The relative or absolute distance D1, and or further the relative or absolute height H1 of, for example, the ground plane and the plane of the care subject.

With the embodiment again, the low-power request packet sending unit 21 of the wearable device 2 of the present invention can continuously and periodically send the help packet PK1 in the first time unit, or in response to the inquiry or confirmation of the packet PK2 periodically or continuously. The help packet PK1 is sent, and the second time unit is continuously, periodically listened to or confirmed whether the inquiry or confirmation packet PK2 is received. In addition, the time unit for transmitting the help packet PK1, the transmission of the help packet PK1, and/or the power supply or energy saving policy of the wearable device 2 can be changed by listening to the inquiry or confirming the packet PK2. In order to simplify the design complexity of the wearable device or the automatic emergency rescue system of the present invention, it is possible for the blind person to overcome the difficulty of using the non-full touch or no feedback sense, reduce the weight, improve the endurance and reduce the waiting time. The wearable device of the present invention can be omitted except for factors such as the cost and burden of the caregiver. Various types of power-consuming components and modules configured to enhance user experience or multimedia effects, such as LCD screens, timed alarms or reminder applications, software or hardware modules, diet heat or health management, and continuous uploading and execution. In addition to the built-in APP to save power and meet the needs of other applications, it can also be used as a wireless communication channel by means of a smart phone or a mobile-enabled mobile-to-server mobile communication device to connect and transmit and receive signal processing units. The signal of the power signal packet sending unit or the action canceling or disabling unit is transmitted to the far end or the cloud. In this way, the wearable device or the automatic emergency help system of the present invention can omit the configuration and built-in of the power-consuming and continuous wired or wireless network or transmission module as needed, which is actually needed by the caregiver. Provide sufficient power and emergency call signal transmission and transmission capabilities.

Please refer to FIG. 3, which is a flow chart of the steps of the method for generating and processing an automatic distress signal according to an embodiment of the apparatus of the present invention. In this embodiment, in step S311, the sensing unit of the wearable device continuously captures, detects, and provides status information to the signal processing of the care recipient or the wearable device when the wearer wears the wearable device. The unit provides a signal to be connected to the wearable device, the signal processing unit, the remote care notification or the execution platform or the portable relocation device by means of a wireless communication channel. In step S313, when the signal processing unit analyzes that the status information is abnormal, generating a remote instant care trigger signal to drive the remote care notification or the execution platform to execute the remote care notification method with the corresponding search or care personnel, and by wearing The low power distress packet sending unit of the device continuously and periodically sends a distress packet conforming to the low power communication protocol, or sends a distress packet according to the inquiry or confirmation packet from the at least one portable relocation device periodically or continuously. The distress packet contains at least the transmit function of the general format of the low-power communication protocol when it is sent. Value distance function or the user-defined value signal format; in step S314, the signal processing provides a situation or background information acquisition unit for electrically connecting the unit or the wearable device to capture, record or store the context or background information related to the position of the care subject when the remote instant care trigger signal is generated; in step S315, The low-power communication software configured by the portable relocation device conforming to the low-power communication protocol continuously receives and decapsulates the rescue packet, and calculates the relative to the care recipient according to the strength or type of the transmission power value or the distance function signal value. Or absolute distance, and the relative or absolute distance and the relative or absolute height of the ground plane and the plane of the person to be treated are calculated or obtained by the portable repositioning device; at step S316, at least one warning unit is provided to assist the search or rescue or The caregiver reconfirms the position of the care recipient based on the relative or absolute distance, or is used to turn off at least one warning signal in response to the operation of the caregiver, wherein the warning signal is based on status information, remote instant care trigger signal, remote care Output by means of notification, inquiry or confirmation of the packet or comparison of relative or absolute distance with preset distance a signal including sound, light and/or vibration; in step S317, an action cancellation or disabling unit is provided for the caregiver to generate a cancel or disable signal cancellation or disable remote instant care trigger signal, remote care notification Mode or warning signal.

According to the embodiment, the status information may further include physiological information of the caregiver, abnormal posture or motion information, GPS coordinate information, and/or abnormal impact or physical force that the caregiver or the wearable device is subjected to in an instant period. And the physiological characteristic information or abnormal posture or motion information of the caregiver is used to determine whether the caregiver has lost consciousness, falls or coma, or whether the wearable device is lost or falls or flipped with an abnormal acceleration. In other words, the status information includes whether it can be used to determine whether an individual to be cared for is unconscious, falls, impacted, falls, loses consciousness, is forcibly removed by external forces due to abduction or robbery, or is exposed to an accident such as a car accident or drowning. The device presents conditions for overturning or disengaging the caregiver and for taking the initiative to ask for help. Among them, the physiological characteristics of the caregiver are, for example, heartbeat, blood pressure, pulse, blood sugar, breathing, body temperature and the like. The index, abnormal posture and motion information are, for example, values of the angles of the moments or postures of the caregiver or the wearable device to a fixed angle. Herein, the foregoing status information, items included in the remote care notification method, numerical values, subsequent thresholds for analysis, judgment, execution, or conditions for generating and initiating remote care, notification, or warning are not limited thereto, and The content may be a single or compound condition, without limiting its judgment order, progressive, different ways of giving different weights, or depending on the type of application or the personal medical history or health status or attributes of the care recipient. In other words, in step S313, the signal processing unit may further perform an analysis mechanism to analyze whether the status information is abnormal, wherein the analysis mechanism includes an analysis basic data preset and/or related to the care recipient or the wearable device. Whether the important, priority or urgency weighting value, analysis threshold value, and/or sequential or conditional abort analysis process are generated statically, dynamically, or adaptively to test or analyze whether a rescue is required, and whether the judgment condition is The process of establishment and implementation can achieve flexibility and service quality in terms of customization.

Please refer to FIG. 4, which is a flow chart of steps of a method for generating and processing an automatic distress signal according to another embodiment of the apparatus of the present invention. In this embodiment, in step S411, at least one sensing unit of the wearable device continuously captures, detects, and provides status information of the care recipient or the wearable device when the wearer wears the wearable device to a signal processing unit; in step S412, when the signal processing unit analyzes that the status information is abnormal, generating a remote instant care trigger signal to drive a remote care notification method with a corresponding search or caregiver, and by using a wearable device The power request packet sending unit sends the request for help in the first time unit continuously, periodically, or in response to the inquiry or confirmation packet periodically or continuously, and continuously, periodically listens to or confirms whether the inquiry or confirmation is received in the second time unit. Encapsulating; in step S413, updating the transmit power value or the distance function signal value in the update mode of the wearable device, and transmitting and receiving the status in the transmission mode Information, remote instant care trigger signal, distress packet, enquiry or confirmation packet, cancellation or disable signal or warning signal, etc.; in step S414, the remote care notification or execution platform memory unit stores a list of search or care personnel or Contact information, in which the search or rescue personnel include one of the peer group or community members of the caregiver's presupposition, and the screening and notification unit according to the filtering rules is adapted from the list or contact information according to the filtering rules by the remote care notification or execution platform. Receiving or forwarding emergency search or relay search or rescue personnel, and recording, commending or displaying the search or rescue personnel for transfer when the emergency call or relay transfer notification message is transferred by the search or care personnel; Step S415, automatically launching the low-power communication software when the search or rescue personnel approaches or arrives at the GPS coordinates related to the care recipient to search for a help-seeking package that further includes a user ID value corresponding to the care recipient or the wearable device. And according to the strength or type of the transmission power value or the distance function signal value, automatic conversion or search Obtaining relative or absolute distance and/or height according to the table; in step S416, providing at least one warning unit to assist the search or rescue personnel to reconfirm the position of the care recipient based on relative or absolute distance, or to respond to the operation of the care recipient And turning off at least one warning signal, wherein the warning signal is output according to the status information, the remote instant care trigger signal, the remote care notification method, the query or confirmation packet, or the comparison result of the relative or absolute distance and a preset distance. a signal of sound, light and/or vibration; in step S417, the query or confirmation packet is sent in the first time unit or the third time unit by the portable repositioning device, and the second is carried out by the portable repositioning device Receiving and unsealing the forbidden packet in the time unit or the fourth time unit; in step S418, the wearable device or the portable relocation device changes the sending of the help packet and the query or confirmation packet when the wearable device listens to the query or confirms the packet. Time unit, stop sending the help packet and query or confirm the packet and/or change the wearable device or the portable repositioning device Power supply or energy-saving strategies.

The computer readable medium for storing the automatic help signal generation and processing program provided by the present invention, and the computer program product for storing the automatic help signal generation and processing program are all generated when the computer loads the automatic help signal. After the program is executed and executed, the method for generating and processing the automatic distress signal provided by the present invention can be completed, and thus will not be described herein.

While the present invention has been described in its preferred embodiments, the present invention is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application.

1‧‧‧Automatic emergency help system

11, 2‧‧‧ wearable devices

110‧‧‧Sensor unit

120‧‧‧Low power signal packet sending unit

13‧‧‧Signal Processing Unit

130‧‧‧Action cancellation or disabling unit

140‧‧‧Warning unit

15‧‧‧Remote care notification or execution platform

151‧‧‧ memory unit

152‧‧‧Analysis and notification unit

160‧‧‧Scenario or background information acquisition unit

17‧‧‧Portable repositioning device

171‧‧‧Low power communication software

19‧‧‧Attendant-end mobile communication device

D1‧‧‧relative or absolute distance

AM‧‧‧Remote care notification method

AR‧‧‧ analysis results

LT‧‧ member list and contact information

RD‧‧‧Receive or transfer sequence

RU‧‧‧Contact Rules

SI‧‧‧Status Information

TS‧‧‧ Remote care trigger signal

PK1‧‧‧Souvenir Pack

PK2‧‧‧Enquiry or confirmation packet

iID‧‧‧User ID

TP‧‧‧ transmit power value

Claims (45)

An automatic emergency help system comprising: a signal processing unit for generating a remote instant care trigger signal related to a caregiver or a wearable device according to a state information or a corresponding analysis result; The distance monitoring or execution platform performs a remote care notification method corresponding to one of the search and rescue personnel according to the remote care trigger signal; at least one portable repositioning device is carried by the search or care personnel Searching and refraining the caregiver, wherein the low power communication software (APP) conforming to a low power communication protocol is configured to continuously receive, unblock, or update a service request packet and/or send a query or confirmation packet. And calculating or obtaining a relative or absolute distance from one of the to-be-cared persons according to a strength or a type of the transmission power value or one of the user-defined formats of the one of the user-defined formats; and the wearable device Providing the wearer to wear with the wearer, further comprising: at least one sensing unit for continuously capturing or detecting the wearer wearing the wearer The state information of the caregiver or the wearable device at the time of the device; and a low power help packet sending unit for transmitting, at least periodically, or in response to the query or confirmation packet periodically or continuously listened to. The unsaved or updated unsaved packet containing the transmit power value or the distance function signal value when transmitted. The automatic emergency help system of claim 1 further includes: an operator-side mobile communication device electrically connected to the wearable device, the signal processing unit, an action canceling or disabling unit or a warning The unit serves as a wireless communication channel for transmitting the status information, the remote instant care trigger signal, the help packet, the query or confirmation packet, a cancel or disable signal or a warning signal. For example, the automatic emergency help system of claim 1 of the patent scope further includes: an action cancellation or disabling unit for providing the cancellation or operation of the caregiver to generate a cancellation or The signal is disabled to cancel or disable the remote instant care trigger signal, the distance care notification method or a warning signal. The automatic emergency help system of claim 1, further comprising: at least one warning unit for using the status information, the remote instant care trigger signal, the remote care notification method, the query or confirmation packet or The comparison of the relative or absolute distance with a predetermined distance, the output includes at least one of the sound, light and/or vibration warning signals and/or the warning signal is turned off in response to a cancel or disable signal. The automatic emergency help system of claim 1, wherein the wearable device further comprises: a situational or background information acquisition unit for capturing, recording or storing the remote instant care trigger signal when it is generated. A situation or background information at one of the locations of the caregivers. The automatic emergency help system of claim 1, wherein the wearable device has an update mode and a transmission mode, and the transmit power value or the distance function signal value is updated in the update mode, and the transmission mode is The status information, the remote instant care trigger signal, the help packet, the query or confirmation packet, a cancel or disable signal or a warning signal are sent and received. The automatic emergency call system of claim 1, wherein the signal processing unit is integrated or electrically connected to the wearable device or the distance care notification or execution platform. The automatic emergency rescue system of claim 1, wherein the portable repositioning device is further configured to calculate or obtain a relative or absolute distance and a relative or absolute height of one of a ground plane and a plane of the caregivers. . The automatic emergency help system of claim 1, wherein the remote care notification or execution platform further comprises: a memory unit for storing a list or contact information of the search or care personnel, wherein the search or care The person includes one of the peer group or community members of the caregiver's preset; An analysis and notification unit is configured to filter, from the list or contact information, the search or care personnel adapted to receive or forward an emergency call or relay transfer notification message according to a filter rule. For example, the automatic emergency help system of claim 9 is used to record, commend or display the search or rescue personnel who are transferred when the emergency call or relay transfer notification message is transferred by the search or care personnel. The automatic emergency help system of claim 1, wherein the status information further includes an information about the physiological characteristics of the caregiver, an abnormal posture or action information, a GPS coordinate information, and/or the caregiver or the wearable device. An abnormal impact or physical force is encountered in an instant of time, and wherein the physiological characteristic information of the care recipient and/or the abnormal posture or motion information is used to determine whether the care recipient has lost consciousness, falls or coma Or the wearable device is missing or flipped or flipped with an abnormal acceleration. The automatic emergency help system of claim 1, wherein the low power help packet sending unit sends the help packet in a first time unit continuously, periodically, or in response to the query or confirmation packet periodically or continuously listened to. And continue to listen to or confirm the receipt of the inquiry or confirmation packet in a second time unit. The automatic emergency call system of claim 12, wherein the portable relocation device transmits the query or confirmation packet in the first time unit or a third time unit, and the second time unit or a The fourth time unit receives and unblocks the help packet. The automatic emergency help system of claim 1, wherein the wearable device or the portable relocation device changes the sending of the help packet and the query or confirmation according to whether the wearable device listens to the query or confirms the packet. The time unit of the packet, stopping sending the help packet and the query or confirmation packet, and/or changing a power supply or energy saving policy of the wearable device or the portable repositioning device. For example, the automatic emergency rescue system of claim 1 of the patent scope, wherein the portable repositioning device When the search or caregiver approaches or arrives at the GPS coordinate of one of the caregivers, the low-power communication software is automatically activated, and is calculated or automatically converted according to the transmit power value or the strength or type of the distance function signal value. Find the comparison table to get the relative or absolute distance. The automatic emergency help system of claim 1, wherein the signal processing unit is further configured to be associated with or associated with the caregiver or the wearable device and/or with the wearable device Correlation analysis of the underlying data, at least one important, priority or urgency weighting value generated by static, dynamic or adaptive, at least one analysis threshold and/or at least one sequential or conditional abort analysis process, and based on The sequential or conditional abort analysis process performs a weighted or aggregated calculation of all or a portion of the constituent items of the status information and compares the analysis threshold to produce the analysis result. A wearable device includes at least: a low-power help-sending packet sending unit, configured to continuously and periodically send a help-seeking packet related to a careless person after being updated or updated, or to listen to at least one from time to time or continuously The one of the portable relocation device sends or sends the help packet by querying or confirming the packet, wherein the help packet conforms to a low power communication protocol and includes at least one of a common format of the transmitted power value or a user-defined format. One of the distance function signal values for the low power communication software of the portable repositioning device to calculate or obtain a relative or absolute distance from one of the care recipients. The wearable device of claim 17, further comprising: at least one sensing unit for continuously capturing, detecting or transmitting status information related to the one to be cared or the wearable device; Establishing or electrically connecting one of the signal processing units for generating a remote instant care trigger signal according to the status information, thereby driving the low power help packet sending unit to send the help packet and driving a remote care notification or execution platform The execution includes a remote care notification method for one of the search or rescue personnel configured with the portable repositioning device. The wearable device of claim 18, the signal processing unit, the portable repositioning device or the remote care notification or execution platform is used as a wireless communication channel by an operator-side mobile communication device. Electrical connection and two-way transmission. The wearable device of claim 18, further comprising: an action canceling or disabling unit for providing the caregiver to generate a cancel or disable signal to cancel or disable the remote instant Care trigger signal, the remote care notification method or a warning signal. The wearable device of claim 18, wherein the method further comprises: a situational or background information acquisition unit, configured to capture, record or store the remote instant care trigger signal when it is generated. One of the location's location or background information. The wearable device of claim 18 has an update mode and a transmission mode, and updates the transmit power value or the distance function signal value when the update mode is performed, and transmits and receives the state in the transmission mode. Information, the remote instant care trigger signal, the help packet, the inquiry or confirmation packet, a cancel or disable signal or a warning signal. The wearable device of claim 18, wherein the status information further comprises an information about the physiological characteristics of the caregiver, an abnormal posture or action information, a GPS coordinate information, and/or the caregiver or the wearable device. An abnormal impact or physical force that is experienced in an instant of time, and wherein the physiological characteristic information of the care recipient or the abnormal posture or motion information is used to determine whether the care recipient has lost consciousness, falls or coma or wears The device is either missing or dropped or flipped with an abnormal acceleration. The wearable device of claim 18, wherein the signal processing unit is further configured to be associated with or associated with the caregiver or the wearable device and/or associated with the wearable device One of the analysis base data, at least one important, priority or urgency weight value generated by static, dynamic or adaptive, at least one analysis threshold and/or at least one sequential or The conditional abort analysis process, and performing the weighted or summed calculation of all or part of the component information of the status information according to the sequential or conditional abort analysis process and comparing the threshold value of the analysis to generate the remote instant care trigger signal . The wearable device of claim 17 further comprising: at least one warning unit, configured to send an inquiry or confirmation packet or a confirmation packet when the portable repositioning device approaches or arrives at the care recipient. The warning signal is output when the relative or absolute distance reaches or is less than a predetermined distance, wherein the warning signal includes at least an acoustic, optical and/or vibration signal. The wearable device of claim 17, wherein the low-power help-sending packet sending unit sends the help-seeking packet continuously, periodically, or in response to the query or confirmation packet periodically or continuously, in a first time unit. And continue to listen to or confirm the receipt of the inquiry or confirmation packet in a second time unit. The wearable device of claim 17 is further configured to change the time unit for transmitting the help packet, to stop sending the help packet, and/or to change the power supply of the wearable device by listening to the query or confirming the packet. Or energy saving strategy. The wearable device of claim 17, wherein the help packet further includes a user ID value associated with the caregiver or the wearable device, and the low power communication soft system transmits according to the user ID value. The relative or absolute distance and/or a relative or absolute height is obtained by the power value or the strength or type calculation of the distance function signal value, the automatic conversion or the lookup table. A method for generating and processing an automatic distress signal includes the steps of: continuously capturing, detecting, and providing a caregiver when the wearer wears the wearable device by using at least one sensing unit of a wearable device or One state information of the wearable device is sent to a signal processing unit; when the signal processing unit analyzes the status information as abnormal, a remote instant care trigger signal is generated to drive a remote care notification or execution platform execution has a corresponding search and rescue Caregiver One of the remote care notification methods, and one of the wearable devices, the low power help packet sending unit continuously and periodically sends a help packet corresponding to a low power communication protocol, or from at least one of them according to regular or continuous listening. The one of the portable relocation devices sends the help packet by querying or confirming the packet, wherein the help packet includes at least one of a transmit power value or a user-defined format of one of the common formats of the low power communication protocol when being sent. a distance function signal value; and the low power communication software configured by the portable relocation device conforming to the low power communication protocol to continuously receive and decapsulate the help packet, and according to the transmit power value or the distance function The strength or type of the signal value is calculated relative to the absolute or absolute distance of one of the caregivers. The method for generating and processing an automatic distress signal according to claim 29 of the patent application, further comprising: providing an operator-side mobile communication device as a wireless communication channel, electrically connecting and transmitting and receiving the wearable device, the signal processing unit, The remote care notification or execution platform or the signal of the portable relocation device. The method for generating and processing an automatic distress signal according to claim 29 of the patent scope further includes: automatically starting the low-power communication software when the search or care personnel approaches or arrives at the GPS coordinate of one of the caregivers to search for more The help packet including a user ID value corresponding to the caregiver or the wearable device, and obtaining, according to the strength or type of the transmit power value or the distance function signal value, automatically converting or searching a comparison table The relative or absolute distance. The method for generating and processing an automatic distress signal according to claim 29 of the patent scope further includes: providing an action canceling or disabling unit for the caregiver to operate to generate a cancel or disable signal to cancel or disable the remote instant Care trigger signal, the remote care notification method or a warning signal. The method for generating and processing an automatic distress signal according to claim 29, further comprising: providing at least one warning unit to assist the search or care personnel to reconfirm the position of the care recipient based on the relative or absolute distance, or to cause At least one police officer should be turned off due to the operation of the caregiver a warning signal, wherein the warning signal is output according to the status information, the remote instant care trigger signal, the remote care notification method, the query or confirmation packet, or the comparison result of the relative or absolute distance and a preset distance Contains signals of sound, light, and/or vibration. The method for generating and processing an automatic distress signal according to claim 29, further comprising: providing a situation or background information acquisition unit electrically connected to the signal processing unit or the wearable device to trigger from the remote instant care When the signal is generated, the context or background information related to the position of the care recipient is captured, recorded or stored. The method for generating and processing an automatic distress signal according to claim 29, further comprising: updating the transmit power value or the distance function signal value when one of the wearable devices updates the mode, and transmitting the signal to one of the wearable devices. The mode sends and receives the status information, the remote instant care trigger signal, the help packet, the query or confirmation packet, a cancel or disable signal or a warning signal. The method for generating and processing an automatic distress signal according to claim 29, further comprising: storing, by the memory unit of the remote care notification or execution platform, a list or contact information of the search or caregiver, wherein the search or The caregiver includes a peer group or a member of the community; and the analysis and notification unit by the remote care notification or execution platform filters from the list or contact information for receiving according to a filtering rule Or forward a search or rescue person who urgently calls for help or relays the notification message. The method for generating and processing the automatic distress signal according to claim 36 of the patent application further includes: recording, commending or displaying the search or rescue for the emergency call or relay transfer notification message when being transferred by the search or care personnel; personnel. For example, the method for generating and processing an automatic distress signal according to claim 29, wherein the status information further includes a physiological characteristic information of the caregiver, an abnormal posture or motion information, and a GPS seat. The target information and/or the abnormal impact or physical force of the wearer or the wearable device during an instant of time, and the physiological characteristic information of the caregiver or the abnormal posture or motion information is used for judging Whether the caregiver has lost consciousness, falls or coma, or whether the wearable device is missing or falls or flipped with an abnormal acceleration. The method for generating and processing an automatic distress signal according to claim 29, further comprising: continuously, periodically transmitting, or periodically or continuously listening to the query or confirmation by the low-power distress packet sending unit. And sending the help packet by the packet; and continuously, periodically listening, or confirming whether the query or the acknowledgement packet is received by the low power help packet sending unit in a second time unit. The method for generating and processing an automatic distress signal according to claim 39, further comprising: transmitting, by the portable relocation device, the query or the confirmation packet in the first time unit or a third time unit; The portable relocation device receives and decapsulates the help packet in the second time unit or a fourth time unit. The method for generating and processing an automatic distress signal according to claim 29, further comprising: the wearable device or the portable relocation device changing the sending of the distress packet when the wearable device listens to the query or confirms the packet And the time unit for inquiring or confirming the packet, stopping sending the help packet and the query or confirming the packet, and/or changing one of the wearable device or the portable repositioning device. The method for generating and processing an automatic distress signal according to claim 29, further comprising: calculating or obtaining, by the portable repositioning device, one of a plane related to the relative or absolute distance and a ground plane and the to-be-cared person Relative or absolute height. The method for generating and processing an automatic distress signal according to claim 29, wherein the signal processing unit analyzes the step of generating a remote instant care trigger signal when the status information is abnormal. The method further includes: the signal processing unit performing an analysis mechanism to analyze whether the status information is abnormal; wherein the analyzing mechanism is included by being associated with the care recipient or the wearable device or associated with the care recipient and/or Associated with the wearable device, analyzing at least one important, priority or urgency weight value, at least one analysis threshold, and/or at least one sequential or conditional abort analysis generated statically, dynamically, or adaptively. Process. A computer readable medium storing an automatic request signal generation and processing program, and when the computer loads the automatic help signal generating and processing program and executing the program, the method as claimed in any one of claims 29 to 43 can be completed. method. A computer program product for storing an automatic request signal generation and processing program, which can be completed as claimed in any one of claims 29 to 43 when the computer loads the automatic help signal generation and processing program and executes the program. method.