TW201830322A - Incident monitoring method and system for care providing care to a care receiver by monitoring a smart suit worn by the care receiver - Google Patents

Abstract

In an incident monitoring method for care, when receiving an incident message from a host or a smart suit worn by an care recipient to detect his/her actions, the server transmits a related notification message to the use end held by at least one target of multiple notified persons. When the smart suit is within a predetermined distance from the host end, upon the determination of an incident having occurred to the care receiver and the alert output continuously generated and accompanied by the incident having reached a predetermined time period, the incident message sent to the host by a short-range wireless communication is transmitted to the server by the host, and when the smart suit is out of the predetermined distance, the incident message related to the lost and containing the locating data of the smart suit is transmitted to the server.

Description

Accident event monitoring method and system for care

The invention relates to an accident event monitoring method and system, in particular to an accident event monitoring method and system for care.

In existing surveillance systems for the care of the elderly or the patient, a piece of smart clothing that is worn by an care recipient and used as a monitoring end is used to detect whether the caregiver has an accident, such as a fall and a long time. And, when detecting an accident of the caregiver, transmitting event information related to the accident to a server via a wireless communication network. When receiving the event information from the smart clothes, the server usually sends a notification message related to the event information to a plurality of users respectively used by a plurality of emergency contacts.

However, in actual use, when the caregiver can climb up after an accident such as a fall, in this case, since the smart clothes have detected the accident, the use ends are inevitable Will receive a notification message from the server. In this way, it is feared that these emergency contacts will have unnecessary panic and trouble. Therefore, there is still much room for improvement in existing surveillance systems for the care of the elderly or patients.

Accordingly, it is an object of the present invention to provide a method of notifying an event relating to a subject that can solve the above-described disadvantages of the prior art.

Therefore, the accident monitoring method for the care of the present invention is performed by an accident monitoring system, which includes a host connected to a first communication network, and is worn by a care receiver. a smart clothing that is short-range wirelessly communicated with the host terminal within a predetermined distance from the host end and can be connected to a wireless communication network, and connected to the host terminal via the first communication network and connected to the smart communication network The servo end of the garment, the smart garment can detect the action of the caregiver and can sense the geographical location of the caregiver, and the accident monitoring method comprises the following steps: (A) when the smart clothes are within the predetermined distance range And detecting, by the smart clothing, the action of the care giver to generate a detection result, and determining, according to the detection result, whether the care recipient has an accident, and determining that the care recipient has An alarm output is continuously generated when an unexpected event occurs, and one is sent when it is determined that the duration of the warning output reaches a predetermined first time period (B) by the host, when receiving the unexpected event message from the smart clothes, the unexpected event message is sent to the first communication network by the host The road is transmitted to the server; (C) by the smart clothes, when the smart clothes are out of the predetermined distance range and cannot communicate with the host, the smart clothes are used to sense the smart clothes. Geographic location, and continuously transmitting, via the wireless communication network, an accidental event message related to the location information of the monitored location that is lost to the caregiver to the server; and (D) when the server receives When the event message is sent from the host device and the smart device, the server sends a notification message related to the received event message to the plurality of respective communication networks via a second communication network. At least one of the target terminals held by the plurality of notified persons corresponding to the care recipient.

Furthermore, it is another object of the present invention to provide an accident monitoring system for care that addresses the shortcomings of the prior art described above.

Therefore, the present invention provides an accident monitoring system for care, comprising a host end, a smart suit and a servo end. The host end is adapted to be fixedly mounted in a space and connected to a first communication network and a short-range wireless communication network. The smart clothing is worn by an caregiver and includes a communication unit, a detecting unit, a warning unit, a user operation module and a processing unit. The communication unit can be connected to a wireless communication network and can be connected to the host via the short-range wireless communication network within a predetermined distance from the host. The detecting unit is configured to continuously detect the action of the caregiver to generate a detection result, and includes a positioning module, and the positioning module starts to sense the geographic location of the smart clothing in response to a trigger signal. Generate location data. The alert unit may continue to generate an alert output in response to the consistent energy signal and may terminate the alert output in response to an disable signal during the generation of the alert output. The user operation module can generate an input signal related to the disable signal via a manual operation. The processing unit is electrically connected to the communication unit, the detecting unit, the warning unit and the user operating module, and receives the detection result from the detecting unit, and is used to control the positioning module, and is received at the receiving The input signal from the user operating module outputs the disable signal to the alert unit. The server is connected to the host through the first communication network, and the communication unit of the smart clothes can be connected via the wireless communication network, and can be associated with a plurality of notified persons corresponding to the care recipient respectively. Hold the use of communication.

When the smart clothing is within the distance range, the processing unit determines whether the caregiver has an accident according to the detection result from the detecting unit, and determines that the caregiver has an accident Outputting the enable signal to the alert unit during the event, such that the alert unit continues to generate the alert output, and the user is not received from the user for a predetermined first time period when the enable signal is outputted When the input signal of the module is sent, an accidental event message related to the caregiver and the accident is transmitted to the host through the short-range wireless communication network, so that the host receives the accident from the smart clothes. The event message is transmitted to the server via the first communication network.

When the smart device is out of the predetermined distance range, the communication unit is not connected to the host end, the processing unit outputs the trigger signal to the detecting unit, so that the positioning module starts and starts to sense the response in response to the trigger signal. Measuring the geographical location of the smart clothing, and continuously receiving the positioning module from the detecting unit, the positioning data as a result of the detecting and related to the geographic location of the smart clothing, and transmitting a positioning data via the wireless communication network Corresponding to the accidental event that the caregiver lost and containing the received location information to the server.

The server transmits a notification message related to the received event information to the use via a second communication network upon receiving the unexpected event message from the host and the smart device. At least one of the target players.

The effect of the present invention is that when the smart clothing is within the preset distance range, the smart clothes not only needs to determine that the caregiver has an accident, but also determines that the duration of the warning output reaches the first After a predetermined period of time, the event message is transmitted to the host and transmitted to the server via the host, thereby preventing the server from transmitting an "accident-like event" encountered in the prior art ( In fact, it is not a notification of a dangerous accident. It is the end of the use and the panic and trouble it causes. On the other hand, once the smart clothing is out of the predetermined distance range, the positioning module is activated to start detecting the geographical position of the smart clothes and transmitting the accident event message to the server, thereby the server can be effective. Master the location of the smart suit/the caregiver. In addition, since the positioning module is not activated when the smart clothes are in the predetermined distance range, the power consumption of the smart clothes can be relatively reduced.

Referring to FIG. 1 and FIG. 2, an accident monitoring system 100 for care according to an embodiment of the present invention includes a host end 1, a smart clothing 2 that can be worn by an caregiver, and a servo end 3.

The host terminal 1 is adapted to be fixedly mounted in a space (not shown), and to connect a first communication network 4 such as the Internet, and a short-range wireless communication network 5 using, for example, WiFi technology. In this embodiment, the care giver is, for example, a senior citizen (commonly known as a silver hair), and the space in which the host end 1 is installed is, for example, located at the home of the care recipient, and is not limited thereto. . However, in other embodiments, the caregiver may be an elderly person living in a care facility, and the space in which the host end 1 is installed may be located at the location of the care facility.

The smart clothing 2 includes a communication unit 21, a detecting unit 22, an alerting unit 23, a user operating module 24, and a processing unit 25.

The communication unit 21 can be connected not only to a wireless communication network 6, but also to the host terminal 1 via the short-range wireless communication network 5 within a predetermined distance from the host terminal 1. In this embodiment, the host end 1 and the communication unit 21 of the smart clothes 2 communicate with each other by using, for example, a WiFi communication protocol, and are not limited thereto. However, in other embodiments, the host side 1 and the communication unit 21 of the smart clothes 2 can also communicate with each other using, for example, a Bluetooth communication protocol. It is worth noting that the predetermined distance range depends on the maximum communication range supported by the short-range wireless communication network 5. In other words, when the communication unit 21 cannot communicate with the host terminal 1 due to the maximum communication range supported by the short-range wireless communication network 5, it means that the smart clothes 2 has deviated from the predetermined distance range.

The detecting unit 22 is configured to continuously detect the action of the care recipient to generate a detection result. In this embodiment, the detecting unit 22 includes a positioning module 221 such as a global positioning system (GPS) module and a multi-axis acceleration sensor 222. It should be noted that, in use, the positioning module 221 starts to continuously sense the geographic location of the smart clothing 2 in response to a trigger signal to generate positioning data. In other words, if the detecting unit 22 does not receive the trigger signal, the positioning module 221 is in a non-activated state. Since the positioning module 221 of the GPS module belongs to the high-power consumption electronic module, the smart clothing 2 can relatively reduce power consumption when in use. The multi-axis acceleration sensor 222 can be controlled, for example, to continuously sense the action of the caregiver when the smart clothing 2 is within the distance range to generate an action corresponding to the care recipient and as the detection result. Acceleration signal.

The alert unit 23 can continue to generate an alert output in response to the consistent energy signal and can terminate the alert output in response to an disable signal during the generation of the alert output. In this embodiment, the warning unit 23 includes a speaker 231, and the warning sound emitted by the speaker 231 is output as the warning, and is not limited thereto. However, in other implementations, the alert unit 23 may also include a buzzer (not shown) for generating a warning tone as the alert output, or a warning light for emitting the alert output as the alert output. LED module (not shown).

The user operation module 24 can generate an input signal related to the disable signal via a manual operation. In this embodiment, the user operation module 24 includes, for example, a button 241 for manual operation, and when the button 241 is manually pressed, the user operation module 24 generates the input signal, but does not limit.

The processing unit 25 is electrically connected to the communication unit 21, the detecting unit 22, the warning unit 23, and the user operation module 24, and continuously receives the detection result from the detecting unit 22, and is used to control the positioning. The module 221 outputs the disable signal to the alert unit 23 when receiving the input signal from the user operation module 24. It should be noted that when the communication unit 21 can communicate with the host terminal 1 (that is, when the smart clothing 2 is in the predetermined distance range), the positioning module 221 in a non-activated state does not consume power. This can reduce power consumption relatively. However, when the communication unit 21 cannot communicate with the host terminal 1 (ie, when the smart clothing 2 is out of the predetermined distance range), the processing unit 25 outputs the trigger signal to the positioning module 221, so that the positioning is performed. The module 221 is activated in response to the trigger signal, and then begins to continuously sense the geographic location of the smart clothing 2 and generate the positioning data.

The server terminal 2 is connected to the host terminal 2 via the first communication network 4, and the communication unit 21 of the smart clothing 2 can be connected via the wireless communication network 6, and can be connected to multiple users via a second communication network 8. 7 (only three are shown in Figure 1), but the number of such terminals 7 is determined by actual usage requirements. The user terminals 7 are each held by a plurality of notified persons (or referred to as emergency contacts) corresponding to the care recipient. For example, when the user terminals 7 are mobile devices, in this case, the second communication network 8 can include the wireless communication network 6, so that the server 3 is used with the wireless communication network 6 and the like. The terminal 7 communicates and continuously receives a plurality of positioning data from the user terminals 7 and corresponding to the geographical locations of the user terminals 7 respectively (as a plurality of pieces of location data of the user terminals 7 respectively). Alternatively, if the user terminals 7 are composed of at least one mobile device and at least one fixed communication device (for example, a local telephone or a personal computer), the second communication network 8 includes the wireless communication network 6, and is, for example, the same as The Internet of the first communication network 4 and a telecommunications network, in which case the server 3 must pre-store the location information of the geographic location of the user terminal 7 of the fixed communication device, and Communicating with the user terminal 7 of the fixed communication device via the internet communication network (ie, the first communication network 4) or the telecommunication network as needed, and communicating with the wireless communication network 6 during use And communicating with the user terminal 7 of the mobile device to continuously receive the location data of the geographic location of the mobile terminal 7 (as the (the) pen position of the user terminal 7 of the mobile device data).

The accident monitoring system 100 will be exemplarily explained in conjunction with FIG. 1 and FIG. 2 to perform an accident monitoring program. The incident monitor includes the following steps.

First, in step S1, the processing unit 25 of the smart clothes 2 confirms whether the communication unit 20 can perform short-range wireless communication with the host terminal 1 via the short-range wireless communication network 6. If the result of the confirmation is affirmative, the flow proceeds to step S2, otherwise, the flow proceeds to step S8.

In step S2, when the processing unit 25 of the smart clothing 2 confirms that the communication unit 21 can communicate with the host terminal 1 because the smart clothing 2 is within the predetermined distance range, the processing unit 25 can be controlled, for example. The multi-axis acceleration sensor 222 continuously detects the motion of the caregiver to generate the acceleration signal, for example, related to the motion of the caregiver, as the detection result, and receives the multi-axis acceleration sensor 222 from the multi-axis acceleration sensor 222. The acceleration signal.

In step S3, in the embodiment, when the smart clothes 2 is in the predetermined distance range, the processing unit 25 of the smart clothes 2 determines the received acceleration signal (in this case, as the detection). As a result, it is determined whether or not an accident has occurred in the caregiver in a manner such as a correlation between a predetermined maximum threshold value a _max and a predetermined minimum threshold value a _min . When the result of the determination is affirmative, the flow proceeds to step S4, otherwise the flow returns to step S1. Specifically, the processing unit 25 determines, for example, that the acceleration signal has an acceleration value greater than the predetermined maximum threshold value A _max , and determines that the caregiver has occurred an unexpected event related to, for example, a fall. On the other hand, preferably, after the acceleration signal obtained by the caregiver during the daily routine rest and sleep period is excluded, the processing unit 25 determines, for example, that the acceleration signal has a smaller than the predetermined minimum threshold. The acceleration value of the value A _min , and when it is determined that the acceleration value of the acceleration signal continues to be less than the predetermined minimum threshold value A _min has reached a predetermined second time period, it is determined that the caregiver has a correlation An accident that cannot be autonomously acted, for example, due to a coma or convulsion. In this embodiment, the predetermined second time period is, for example, ten minutes, but not limited thereto. In other implementation manners, it may be determined according to actual use requirements.

In step S4, the processing unit 25 of the smart clothes 2 outputs the enable signal to the alert unit 23 when it is determined that the caregiver has an unexpected event, so that the alert unit 23 continues to generate the alert output.

In step S5, the smart clothes 2 determines whether the duration of the warning output has reached a predetermined first time period. If the result of the determination is affirmative, the flow proceeds to step S6, otherwise, the flow returns to step S1. In this embodiment, the first predetermined time period is, for example, one hundred and eighty seconds, but not limited thereto. In other embodiments, the setting may be determined according to actual use requirements. Specifically, the smart device 2 receives the input signal from the user operation module 24 during the predetermined first time period when the processing unit 25 starts outputting the enable signal. A determination is made as to whether the duration of the alert output has reached the predetermined first time period. Thus, in use, if the caregiver has the accident, but the button 241 of the user operation module 24 can be operated by itself during the predetermined first time period to release the warning output, this is the case. It means that the accident happened by the caregiver is actually not dangerous. On the other hand, if the caregiver who has experienced the accident cannot independently operate the button 241 of the user operation module 24 to release the warning output during the predetermined first time period, the situation means that the person is Accidents that occur with caregivers are actually dangerous.

In step S6, the processing unit 25 of the smart clothes 2 transmits an accident event message related to the care giver and the accident event to the host terminal 1 via the communication unit 32 and via the short-range wireless communication 5.

In step S7, when receiving the accident event message from the smart clothes 2, the host terminal 1 transmits the accident event message to the server terminal 3 via the first communication network 4.

In step S8, when the processing unit 25 confirms in step 1 that the communication unit 21 cannot communicate with the host terminal 1 because the smart clothing 2 is out of the predetermined distance range, the processing unit 25 outputs the trigger. Signaling to the detecting unit 22, so that the positioning module 221 starts and starts to continuously sense the geographical position of the smart clothing 2 to generate the positioning data, and receives the positioning from the positioning module 221 in response to the trigger signal. data. Then, the processing unit 25 continuously transmits, via the wireless communication network 6, an accident event message related to, for example, the caregiver's lost location information including the sensed geographical location to the server terminal 3. On the other hand, in this case, the processing unit 25 selectively outputs the enable signal to the alert unit 23, so that the alert unit 23 continuously generates the alert output according to the enable signal, thereby indicating that the alert has been removed. The caregiver of the predetermined distance range.

In step S9, the server 3 obtains a plurality of pieces of the terminal location data corresponding to the geographic location of the user terminal 7 and the location of the host terminal 1 respectively, wherein the server 3 can be pre- The host location information is stored. For example, when the user terminals 7 are mobile devices, the server 3 continuously receives multiple pens from the user terminals 7 via the wireless communication network 6 and corresponds to the user terminals 7 respectively. Positioning data of the geographical location (as the pen location data of the user terminals 7), or, if the user terminals 71, 72, 73 are composed of at least one mobile device and at least one fixed device, The server 3 must pre-store the location data of the geographic location of the user terminal 7 of the fixed communication device, and communicate with the user terminal 7 of the mobile device via the wireless communication network 6 during use. In order to continuously receive the location data of the location of the user terminal 7 of the mobile device (as the (or) pen location data of the user terminal 7 of the mobile device).

Following the step S10 after the step S7, the step S8 and the step S9, when the server 3 receives the accident event message from the host terminal 1 or the smart clothes 2, the server 3 obtains the message according to step S9. The pen end position data and the host end position data, and the positioning data of the smart clothes 2, determine at least one target use end 7 from the use terminals 7. It is worth noting that if the accident event message is from the smart clothes 2, the location data of the smart clothes 2 is included in the accident event message, and if the accident event message is from the host terminal 1, the host is The end position data is simultaneously used as the positioning data of the smart clothing 2. Specifically, when the unexpected event is from the host end, the server 3 selects at least one user terminal 7 from the user terminals 7 and is away from the host terminal 7 relative to the other user terminals 7 (or The distance of the smart clothes 2) is a shorter way to determine the at least one target use end 7, and when the accident message is from the smart clothes 2, the server 3 is selected from the use ends 7 The at least one target use end 7 is determined by at least one of the use ends 7 and which is shorter than the other use end 7 by a distance from the smart garment 2.

Finally, in step S11, the server 1 transmits a notification message related to the received event message via the second communication network 8 to the at least one target user terminal 7. Since the distance of the at least one target use end 7 from the smart clothes 2 is relatively short, when the (etc.) notified person holding the at least one target use end 7 is viewing the display at the at least one target use When the notification message is on the terminal 7, the follow-up measures can be taken in a relatively effective manner in time, for example, promptly rushing to the location of the care recipient.

In summary, when the smart clothing 2 is within the preset distance range, the smart clothing 2 not only needs to determine that the caregiver has an accident, but also determines that the duration of the warning output reaches the After the first predetermined time period, the accident event message is transmitted to the host terminal 1 and transmitted to the server 3 via the host terminal 1, whereby the server 3 can be prevented from transmitting as encountered in the prior art. A notification message of a "class accident" (actually not a dangerous accident) to the (and other) use side and the panic and trouble it causes. On the other hand, when the smart clothing 2 is out of the predetermined distance range, the positioning module 221 is activated to start detecting the geographical position of the smart clothes and transmitting the accident event message to the server 3, thereby the servo The device 3 can effectively control the geographical position of the smart clothing 2 / the care recipient. In addition, since the positioning module 221 is in a non-activated state when the smart clothing 2 is in the predetermined distance range, the power consumption of the smart clothing can be relatively reduced in use. In addition, it is worth mentioning that since the server 3 selects to notify the at least one target use end 7 that is short-distance with the smart clothes 2, thereby facilitating subsequent processing of the unexpected event. Therefore, the object of the present invention can be achieved.

However, the above is only the embodiment of the present invention, and the scope of the invention is not limited thereto, and all the simple equivalent changes and modifications according to the scope of the patent application and the patent specification of the present invention are still Within the scope of the invention patent.

100‧‧‧Unexpected event monitoring system
1‧‧‧Host side
2‧‧‧Smart clothing
21‧‧‧Communication unit
22‧‧‧Detection unit
221‧‧‧ Positioning Module
222‧‧‧Multi-axis acceleration sensor
23‧‧‧Warning unit
231‧‧‧Speaker
24‧‧‧User operation module
25‧‧‧Processing unit
3‧‧‧Server
4‧‧‧First communication network
5‧‧‧Short-range wireless communication network
6‧‧‧Wireless communication network
7‧‧‧Use side
8‧‧‧Second communication network
S1~S11‧‧‧ steps
A _max ‧‧‧predetermined maximum threshold
A _min ‧‧‧predetermined minimum threshold
241‧‧‧ button

Other features and advantages of the present invention will be apparent from the embodiments of the present invention, wherein: Figure 1 is a block diagram exemplarily illustrating an embodiment of an accident monitoring system for care of the present invention. Hardware configuration; and Figure 2 is a flow chart illustrating, by way of example, how the embodiment performs an unexpected event monitoring procedure.

Claims (14)

An accident monitoring method for care is performed by an accident monitoring system, which includes a host connected to a first communication network (Internet), and is worn by a caregiver. a smart clothing that is short-range wirelessly communicated with the host end and connected to a wireless communication network within a predetermined distance from the host end, and connected to the host terminal via the first communication network and connected to the smart clothes via the wireless communication network The server can detect the action of the caregiver and can sense the geographical location of the caregiver. The accident monitoring method includes the following steps: (A) when the smart clothes are within the predetermined distance range, The smart device continuously detects the action of the care recipient to generate a detection result, and according to the detection result, determines whether the care recipient has an accident, and determines that the care recipient has An alarm output is continuously generated when an unexpected event occurs, and one is sent when it is determined that the duration of the warning output reaches a predetermined first time period (B) by the host, when receiving the unexpected event message from the smart clothes, the unexpected event message is sent to the first communication network by the host The road is transmitted to the server; (C) by the smart clothing, when the predetermined distance is separated from the host, the geographic location of the smart clothing is sensed and continuously transmitted via the wireless communication network. An accidental event message related to the location information of the detected location of the caregiver being lost to the server; and (D) when the server receives any one of the host device and the smart device When the accident message is sent, the notification message related to the received event information is transmitted to the plurality of notifications corresponding to the care recipient by the second communication network via the server. At least one of the target users is held by the user. The accident event monitoring method for care according to claim 1, wherein in the step (C), the smart clothes further generates an alert output. The method for monitoring an accident according to claim 1, wherein in the step (D), the server further obtains a plurality of usage end location data corresponding to the geographic location of the usage terminals and the host The location information of the host end location of the end location, and determining the at least one target usage end according to the obtained location information of the pen end position, the location information of the host end, and the location data of the smart clothing. The method for monitoring an accident according to claim 3, wherein: when the incident message received by the server is from the host, the distance between the at least one target end and the host is relative to The distance between the other use ends is shorter than the host end; and when the accident event message received by the server is from the smart clothes, the distance of the at least one target use end from the smart clothes is relatively The distance from the smart garment at the other end is shorter. The method of monitoring an accident for care according to claim 1, wherein the smart suit includes an action for continuously sensing the caregiver to generate a detection when the smart wear is within the distance range a multi-axis acceleration sensor of the resulting acceleration signal, wherein in step (A), the smart garment determines that the acceleration signal generated by the multi-axis acceleration sensor has an acceleration greater than a predetermined maximum threshold value When the value is determined, it is determined that the caregiver has an accident related to the fall, and the smart clothing determines that the acceleration signal generated by the multi-axis acceleration sensor has an acceleration value less than a predetermined minimum threshold value. At the same time, when it is determined that the acceleration value of the acceleration signal continues to be less than the predetermined minimum threshold value has reached a predetermined second time period, it is determined that the caregiver has occurred an accident related to the inability to act autonomously. The method for monitoring an accident for care according to claim 1, wherein the smart suit comprises a global positioning system (GPS) module, and in step (C), until the smart clothes cannot communicate with the host, The GPS module is activated to continuously obtain the positioning data of the smart clothing. An accident monitoring system for care includes: a host end adapted to be fixedly mounted in a space and connected to a first communication network and a short-range wireless communication network; a smart clothing for a caregiver to wear And including a communication unit, connectable to a wireless communication network, and connect the host terminal via the short-range wireless communication network within a predetermined distance from the host end, and a detecting unit is configured to continuously detect the The action of the caregiver to generate a detection result, and includes a positioning module, the positioning module starts to continuously sense the geographical position of the smart clothing to generate positioning data in response to a trigger signal, and a warning unit can A warning output is continuously generated in response to the consistent energy signal, and the warning output is terminated in response to an disable signal during the generation of the warning output, and a user operation module can generate a related ban through a manual operation The signal input signal, and a processing unit electrically connected to the communication unit, the detecting unit, the warning unit and the user operation module, and Continuously receiving the detection result from the detecting unit, and controlling the positioning module, and outputting the disable signal to the warning unit when receiving the input signal from the user operation module; and a servo End, connecting the host terminal via the first communication network, and connecting the communication unit of the smart clothing via the wireless communication network, and being associated with a plurality of notified persons respectively corresponding to the care recipient In some cases, when the smart clothing is in the distance range, the processing unit determines, according to the detection result from the detecting unit, whether the caregiver has an unexpected event, and determines that The caregiver outputs the enable signal to the alert unit when an accident has occurred, such that the alert unit continues to generate the alert output, and begins to calculate a predetermined first time period when the enable signal is output When the input signal from the user operation module is not received, a meaning related to the care recipient and the accident is transmitted via the short-range wireless communication network. The event message is sent to the host end, so that the host terminal transmits the accident event message to the server via the first communication network when receiving the accident event message from the smart device; wherein, when the smart device is detached from the server When the communication unit is not connected to the host end, the processing unit outputs the trigger signal to the detecting unit, so that the positioning module starts and starts to continuously sense the geographical location of the smart clothes in response to the trigger signal. And continuously receiving the positioning module from the detecting unit, the positioning data as a result of the detecting and related to the geographic location of the smart clothing, and transmitting, via the wireless communication network, a loss related to the care recipient And including the event information of the received location data to the server; and wherein the server receives the unexpected event message from the host and the smart device via a second communication network The method transmits a notification message related to the received event information to at least one of the target terminals. The accident monitoring system for care according to claim 7, wherein the host end and the communication unit of the smart clothes communicate with each other by using a WiFi communication protocol. The accident monitoring system for care according to claim 7, wherein the processing unit outputs the enable signal to the alert unit when the smart device is out of the predetermined distance range, so that the alert unit is configured according to the The enable signal continues to generate the alert output. The accident event monitoring system for care according to claim 7, wherein the server further obtains a plurality of client end location data corresponding to the geographic location of the use terminals and a host end of the geographic location of the host end. The location data, and determining the at least one target usage end according to the acquired position information of the pen end position, the location information of the host end, and the positioning data of the smart clothing. The accident monitoring system for care according to claim 10, wherein: when the accident event message received by the server is from the host end, the distance of the at least one target use end from the host end is relative to The distance between the other use ends is shorter than the host end; and when the accident event message received by the server is from the smart clothes, the distance of the at least one target use end from the smart clothes is relatively The distance from the smart garment at the other end is shorter. The accident monitoring system for care according to claim 7, wherein: the detecting unit of the smart clothing further comprises a multi-axis acceleration sensor, wherein the multi-axis acceleration sensor is used in the smart clothes Continuing to sense the action of the caregiver during the distance range to generate an acceleration signal corresponding to the action of the care giver and as a result of the detection; and the processing unit of the smart clothes determines the When the acceleration signal generated by the multi-axis acceleration sensor has an acceleration value greater than a predetermined maximum threshold value, it is determined that the caregiver has an unexpected event related to the fall, and the multi-axis acceleration sense is determined. The acceleration signal generated by the detector has an acceleration value less than a predetermined minimum threshold value, and when it is determined that the acceleration value of the acceleration signal continues to be less than the predetermined minimum threshold value for a predetermined second time period, It is determined that the caregiver has occurred an accident related to incapable of autonomous action. The accident monitoring system for care according to claim 7, wherein the positioning module of the detecting unit of the smart clothing is a global positioning system (GPS) module. The accident monitoring system for care according to claim 7, wherein: when the at least one target use end is a mobile device, the second communication network includes the wireless communication network, and the at least one target use end is The wireless communication network continuously transmits the positioning data of the geographical location to the server as the usage location data, and the server transmits the notification message to the at least one target user via the wireless communication network; and when the at least When the target use end is a fixed communication device, the second communication network includes at least one of an Internet and a telecommunication network as the first communication network, and the server pre-stores the at least one The location data of the target usage end and transmitting the notification message to the at least one target usage end via the internet.