CN120455977A - Intelligent watch and quick help seeking method thereof - Google Patents
Intelligent watch and quick help seeking method thereofInfo
- Publication number
- CN120455977A CN120455977A CN202410276919.7A CN202410276919A CN120455977A CN 120455977 A CN120455977 A CN 120455977A CN 202410276919 A CN202410276919 A CN 202410276919A CN 120455977 A CN120455977 A CN 120455977A
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Abstract
The invention discloses an intelligent watch and a quick help seeking method thereof, comprising the following steps of S1, configuring preset help seeking information and receiving terminal information to acquire user help seeking information, S2, sending a help seeking command based on the help seeking information and the preset help seeking information, S3, starting GPS positioning and base station positioning based on the help seeking command to determine the position of the watch, generating help seeking data based on the help seeking information and the position of the watch, and S4, determining the receiving terminal based on the receiving terminal information and sending the help seeking data to the receiving terminal. The invention has the beneficial effects that help seeking can be performed based on the dimensions of keys, touch, movement, physical signs and the like, the applicability is improved, the watch positioning is performed based on the GPS and the base station, and the positioning precision of the watch is improved.
Description
Technical Field
The invention relates to the technical field of intelligent watches, in particular to an intelligent watch and a quick help seeking method thereof.
Background
With the development of technology, wearable computers are advancing rapidly. Wearable computer refers to a computer that a user can naturally wear like clothing, wristwatches, glasses, or accessories. While smartphones and tablet PCs can be conveniently used with a user's finger or stylus, they can be inconvenient in that the user must keep them in a pocket or pouch or carry such a device. Conversely, the user can wear the wearable computer on the wrist or on the eye like glasses, thereby providing convenience in portability compared to a smart phone or a tablet PC. In particular, among wearable computers, various wristwatch-related products have emerged, for example, smart watches capable of wirelessly providing various services such as weather forecast, messages, notifications, stock quotes, and the like.
In the prior art, the intelligent watch usually has a help seeking function by one key, when an accident or an emergency occurs, the SOS key is pressed for a plurality of seconds to automatically dial a phone to an emergency contact person, and the emergency contact person is notified to the family for help seeking at the first time, so that the accident is avoided. Under special conditions, a user may not operate the SOS key, which may affect timeliness of help seeking, and there is a problem that help seeking cannot be performed based on dimensions such as touch, motion, physical sign and the like.
For example, the invention discloses a quartz intelligent watch and a vibration navigation method thereof on Chinese patent literature, the publication number of the quartz intelligent watch is CN114815575A, the application date of the quartz intelligent watch is 2022, 6 months and 2 days, the quartz intelligent watch comprises a shell, a quartz movement, a pointer and a timing knob, the quartz movement and the pointer are arranged in the shell, the timing knob is arranged on the side face of the shell, the quartz intelligent watch further comprises an MCU module, a communication module, a voice module, a power module, a call button and an SOS button which are electrically connected with the MCU module, the traditional quartz movement and the pointer are adopted, a user can directly watch and learn time, a touch screen is not arranged any more, the display function is not provided, the watch is effectively avoided from being played by children, the SOS function is increased, and additionally the call button and the SOS button are arranged, so that the operation of children and the old is convenient, but the problem that help cannot be sought based on the dimensions such as touch, movement and physical sign is solved.
Disclosure of Invention
Aiming at the defect that the prior art cannot help based on the dimensions such as touch, motion and physical signs, the application provides the intelligent watch and the quick help seeking method thereof, which can help based on the dimensions such as keys, touch, motion and physical signs, improve the applicability, position the watch based on the GPS and the base station, and improve the positioning accuracy of the watch.
The invention discloses a quick help seeking method for an intelligent watch, which comprises the following steps of:
s1, configuring preset help information and receiving terminal information, and acquiring user help information;
s2, issuing a help-seeking command based on the help-seeking information and preset help-seeking information;
S3, starting GPS positioning and base station positioning to determine the position of the watch based on the help seeking command, and generating help seeking data based on the help seeking information and the position of the watch;
s4, determining the receiving terminal based on the receiving terminal information, and sending help-seeking data to the receiving terminal.
Preferably, the help information includes key time, touch pressure, touch frequency, touch area, tilt angle, acceleration, blood pressure, blood oxygen, and heart rate.
Preferably, the receiving terminal information includes a mobile phone number, a mailbox, a watch communication address and a service provider communication address.
Preferably, in S2, the case of issuing the help command includes:
When the key time is greater than or equal to the preset key time, a help-seeking command is sent out;
when the touch time is greater than or equal to the preset touch time, recording as a first touch state;
when the touch pressure is greater than or equal to the preset touch pressure, recording as a second touch state;
When the touch frequency is not in the preset touch frequency range, recording as a third touch state;
When the touch area is not in the preset touch area range, recording as a fourth touch state;
when two or more of the first touch state, the second touch state, the third touch state and the fourth touch state are simultaneously met, a help-seeking command is sent out;
when the inclination angle is larger than or equal to a preset inclination angle and the acceleration is larger than or equal to a preset acceleration, a help seeking command is sent out;
When the blood pressure is not in the preset blood pressure range in two continuous detections, a help-seeking command is sent out;
When the heart rate is not in the preset heart rate range through two continuous detections, issuing a help-seeking command;
when the blood oxygen is not in the preset blood oxygen range in two continuous detections, a help-seeking command is sent out.
Preferably, in S3, the GPS positioning and the base station positioning determine the watch position, expressed as follows:
a∈[3,+∞)
In the above formula, x is the abscissa of the watch position, y is the ordinate of the watch position, x 1 is the abscissa of the GPS positioning, y 1 is the ordinate of the GPS positioning, x 2 is the abscissa of the base station positioning, y 2 is the ordinate of the base station positioning, k 1 is the first weight, k 2 is the second weight, and a is the number of base stations participating in the positioning.
A smart watch, comprising:
The action monitoring module is used for monitoring help information;
the information presetting module is used for presetting help information;
The information matching module is used for sending a help-seeking command based on the help-seeking information and the preset help-seeking information and connecting the action monitoring module and the information preset module;
The information generation module generates help data based on the help command and is connected with the information matching module;
The user positioning module is used for monitoring the watch position and is connected with the information generating module;
The information sending module is used for determining the receiving terminal based on the receiving terminal information and sending help data to the receiving terminal, and the information generating module is connected;
The terminal configuration module is used for configuring the receiving terminal information of the watch and connecting the information sending module;
And the receiving terminal is used for receiving the help data and is connected with the information sending module.
Preferably, the action monitoring module comprises;
The key monitoring unit is used for monitoring key time;
the screen monitoring unit is used for monitoring touch information of a screen, wherein the touch information comprises touch time, touch pressure, touch frequency and touch area;
the falling detection unit is used for monitoring watch movement information, wherein the movement information comprises an inclination angle and acceleration;
And a body monitoring unit for monitoring body information of the user, the body information including blood pressure, heart rate and blood oxygen.
Preferably, the motion monitoring module is provided with a key timer, a screen timer, a pressure sensor, a first optical sensor, a triaxial acceleration sensor, an inclination sensor, a second optical sensor, and a pulse wave sensor.
Preferably, the first optical sensor is disposed on the front surface of the wristwatch, and the second optical sensor is disposed on the back surface of the wristwatch.
The invention has the beneficial effects that:
1. Help seeking can be performed based on one or more of key, touch, motion and physical sign, help seeking can be performed in multiple dimensions, and the applicability of the help seeking is improved;
2. the watch positioning can be performed based on the GPS and the base station, so that the positioning accuracy of the watch is improved, and the help seeking accuracy is improved.
Drawings
FIG. 1 is a schematic diagram of a smart watch according to the present invention;
FIG. 2 is a schematic diagram of an operation monitoring module of the smart watch according to the present invention;
FIG. 3 is a flow chart of a method for quickly asking for help for a smart watch according to the present invention;
FIG. 4 is a detailed flow chart of a method for quickly asking for help for a smart watch according to the present invention;
In the figure, the system comprises a motion monitoring module, an information matching module, an information presetting module, an information generating module, an information sending module, a user positioning module, a receiving terminal, a terminal configuration module, a key monitoring unit, a screen monitoring unit, a falling detecting unit, a body monitoring unit and a body monitoring unit, wherein the motion monitoring module, the information matching module, the information presetting module, the information generating module, the information sending module, the user positioning module, the receiving terminal, the terminal configuration module, the key monitoring unit, the screen monitoring unit, the falling detecting unit and the body monitoring unit are respectively arranged in sequence, and the body monitoring unit is respectively arranged in sequence.
Detailed Description
In order to make the technical problems solved by the present invention, the technical information adopted and the technical effects achieved more clear, the technical information of the embodiments of the present invention will be described in further detail below with reference to the accompanying drawings, and it is apparent that the described embodiments are only some embodiments of the present invention, but not all embodiments of the present invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Example 1
As shown in fig. 1 and 2, a smart watch includes:
the action monitoring module 1 is used for monitoring help seeking information, wherein the help seeking information comprises key time, touch information, motion information and body information, and is connected with the information matching module 2;
The action monitoring module 1 comprises a key monitoring unit 101, a screen monitoring unit 102, a fall detection unit 103 and a body monitoring unit 104;
a key monitoring unit 101 for monitoring key time;
The screen monitoring unit 102 is configured to monitor touch information of a screen, where the touch information includes touch time, touch pressure, touch frequency and touch area;
a fall detection unit 103 for monitoring watch movement information including tilt angle and acceleration;
a body monitoring unit 104 for monitoring body information of a user, the body information including blood pressure, heart rate and blood oxygen;
The information preset module 3 is used for presetting help seeking information, wherein the help seeking information comprises preset key time, preset touch information, preset motion information and preset body information, and is connected with the information matching module 2;
The information matching module 2 judges whether help is required or not based on help information and preset help information, and if the help is required, a help command is sent out, and the action monitoring module 1, the information preset module 3 and the information generating module 4 are connected;
The information generation module 4 generates help data based on the help command and is connected with the information matching module 2, the user positioning module 6 and the information sending module 5;
the user positioning module 6 is used for monitoring the watch position and is connected with the information generating module 4;
The information sending module 5 acquires information of the receiving terminal 7, determines the receiving terminal 7 based on the information of the receiving terminal 7, sends help data to the receiving terminal 7, and connects the information generating module 4, the terminal configuration module 8 and the receiving terminal 7;
the terminal configuration module 8 is used for configuring information of the receiving terminal 7 of the watch and is connected with the information sending module 5;
and the receiving terminal 7 is used for receiving the help data and is connected with the information sending module 5.
The action monitoring module 1 is used for monitoring help seeking information, wherein the help seeking information comprises key time, touch information, motion information and body information, and is connected with the information matching module 2. The action monitoring module 1 comprises a key monitoring unit 101, a screen monitoring unit 102, a falling detection unit 103 and a body monitoring unit 104, wherein the key monitoring unit 101 is provided with a key timer, key time is monitored through the key timer, time from when a key is pressed to when the key is triggered to when the key is released is counted as key time, the screen monitoring unit 102 is provided with the screen timer, a pressure sensor and a first optical sensor, touch time when the screen is touched is counted through the screen timer, touch pressure and touch frequency when the screen is touched are counted through the pressure sensor, touch area when the screen is touched is counted through the first optical sensor, wherein the first optical sensor is arranged on the front surface of the watch, the falling detection unit 103 is provided with a triaxial acceleration sensor and an inclination sensor, acceleration of the watch is monitored through the triaxial acceleration sensor, inclination angle of the watch is monitored through the inclination sensor, the body monitoring unit 104 is provided with a second optical sensor and a pulse wave sensor, blood pressure and blood oxygen are monitored through the second optical sensor, and the pulse wave sensor is monitored through the heart rate wave sensor, and the second optical sensor is arranged on the back surface of the watch.
The information preset module 3 is used for presetting help seeking information, wherein the help seeking information comprises preset key time, preset touch information, preset motion information and preset body information, and is connected with the information matching module 2. The method comprises the steps of setting preset key time, setting preset touch information, setting preset motion information, setting preset inclination angle and preset acceleration, wherein the preset key time is used for comparing with the key time, setting preset touch information comprises preset touch time, preset touch pressure, preset touch frequency range and preset touch area range, the preset touch time is used for comparing with the touch time, the preset touch pressure is used for comparing with the touch pressure, the preset touch frequency range is used for comparing with the touch frequency, the preset touch area range is used for comparing with the touch area, setting preset motion information comprises preset inclination angle and preset acceleration, the preset inclination angle is used for comparing with the inclination angle, the preset acceleration is used for comparing with the acceleration, setting preset body information, and the preset body information comprises preset blood pressure range, preset heart rate range and preset blood oxygen range, the preset blood pressure range is used for comparing with blood pressure, the preset heart rate range is used for comparing with heart rate, and the preset blood oxygen range is used for comparing with blood oxygen.
The information matching module 2 judges whether help is required or not based on help information and preset help information, and if the help is required, a help command is sent out, and the action monitoring module 1, the information preset module 3 and the information generating module 4 are connected. Specifically, the information matching module 2 obtains preset help information of the information preset module 3 and help information of the action monitoring module 1, and judges whether help is required based on the help information and the preset help information:
When the key time is greater than or equal to the preset key time, a help-seeking command is sent out;
when the touch time is greater than or equal to the preset touch time, recording as a first touch state;
when the touch pressure is greater than or equal to the preset touch pressure, recording as a second touch state;
When the touch frequency is not in the preset touch frequency range, recording as a third touch state;
When the touch area is not in the preset touch area range, recording as a fourth touch state;
when two or more of the first touch state, the second touch state, the third touch state and the fourth touch state are simultaneously met, a help-seeking command is sent out;
when the inclination angle is larger than or equal to a preset inclination angle and the acceleration is larger than or equal to a preset acceleration, a help seeking command is sent out;
When the blood pressure is not in the preset blood pressure range in two continuous detections, a help-seeking command is sent out;
When the heart rate is not in the preset heart rate range through two continuous detections, issuing a help-seeking command;
when the blood oxygen is not in the preset blood oxygen range in two continuous detections, a help-seeking command is sent out.
When the information matching module 2 sends out the help-seeking command, corresponding help-seeking information is sent at the same time.
The user positioning module 6 is used for monitoring the watch position and is connected with the information generating module 4. The user positioning module 6 locates a first position of the watch based on the GPS location and a second position of the watch based on the base station, determines a weight of the second position based on the number of base stations, and determines the watch position based on the first position, the second position and the weight. The user positioning module 6 acquires and calculates the coordinates of the position of the wristwatch and sends the coordinates to the information generating module 4.
The information generating module 4 generates help data based on the help command and connects the information matching module 2, the user positioning module 6 and the information transmitting module 5. Specifically, the information generating module 4 receives the help-seeking command and the help-seeking information of the information matching module 2, and generates help-seeking data based on the help-seeking command and the help-seeking information, the help-seeking data including the help-seeking information, the watch position, the time information, and the like.
The terminal configuration module 8 is configured to configure information of the receiving terminal 7 of the watch, and is connected with the information sending module 5. Specifically, the terminal configuration module 8 configures a plurality of pieces of receiving terminal 7 information, where the receiving terminal 7 information may be one or more of a mobile phone number, a mailbox and other watch communication addresses, and a default watch service provider communication address is set.
Example two
As shown in fig. 3 and 4, a method for quickly asking for help of a smart watch includes the following steps:
S1, configuring preset help information and receiving terminal 7 information, and acquiring user help information;
s2, issuing a help-seeking command based on the help-seeking information and preset help-seeking information;
S3, starting GPS positioning and base station positioning to determine the position of the watch based on the help seeking command, and generating help seeking data based on the help seeking information and the position of the watch;
And S4, determining the receiving terminal 7 based on the information of the receiving terminal 7, and sending help-seeking data to the receiving terminal 7.
In step S1, preset help information and information of the receiving terminal 7 are configured, and user help information is obtained. Specifically, the information preset module 3 configures preset help seeking information, wherein the preset help seeking information comprises preset key time, preset touch information, preset motion information and preset body information, the preset touch information comprises preset touch time, preset touch pressure, preset touch frequency range and preset touch area range, the preset motion information comprises preset inclination angle and preset acceleration, and the preset body information comprises preset blood pressure range, preset heart rate range and preset blood oxygen range; the terminal configuration module 8 configures a plurality of pieces of receiving terminal 7 information, wherein the receiving terminal 7 information can be one or more of a mobile phone number, a mailbox and other watch communication addresses, and a default watch service provider communication address is set, the action monitoring module 1 comprises a key monitoring unit 101, a screen monitoring unit 102, a falling detection unit 103 and a body monitoring unit 104, wherein the key monitoring unit 101 is provided with a key timer, the key time is monitored through the key timer, the time from triggering the key timer to releasing the key when the key is pressed is counted as the key time, the screen monitoring unit 102 is provided with a screen timer, a pressure sensor and a first optical sensor, the touch time when the screen is counted through the screen timer, the touch pressure and the touch frequency when the screen is touched are counted through the pressure sensor, the touch area when the screen is counted through the first optical sensor analysis, the falling detection unit 103 is provided with a three-axis acceleration sensor and an inclination sensor, the acceleration of the watch is monitored through the three-axis acceleration sensor, the inclination angle of the watch is monitored through the inclination sensor, the body monitoring unit 104 is provided with a second optical sensor and a wave sensor, the blood pressure and a blood pressure sensor are monitored through the second optical sensor, heart rate is monitored by a pulse wave sensor.
In step S2, a help-seeking command is issued based on the help-seeking information and the preset help-seeking information. Specifically, when the key time is greater than or equal to the preset key time, a help command is issued, when the touch time is greater than or equal to the preset touch time, the first touch state is recorded, when the touch pressure is greater than or equal to the preset touch pressure, the second touch state is recorded, when the touch frequency is not in the preset touch frequency range, the third touch state is recorded, when the touch area is not in the preset touch area range, the fourth touch state is recorded, when two or more of the first touch state, the second touch state, the third touch state and the fourth touch state are simultaneously met, the help command is issued, when the inclination angle is greater than or equal to the preset inclination angle and the acceleration is greater than or equal to the preset acceleration, the help command is issued when the blood pressure is not in the preset blood pressure range in two continuous detections, the help command is issued when the heart rate is not in the preset heart rate range in two continuous detections, and the help command is issued when the blood oxygen is not in the preset blood oxygen range in two continuous detections. When the information matching module 2 sends out the help-seeking command, corresponding help-seeking information is sent at the same time.
In step S3, the GPS positioning and the base station positioning are started to determine the watch position based on the help command, and help data is generated based on the help information and the watch position. Specifically, the user location module 6 locates a first location of the watch based on the GPS location and a second location of the watch based on the base station, determines a weight for the second location based on the number of base stations, and determines the user location based on the first location, the second location, and the weight. The expression is as follows:
a∈[3,+∞)
In the above formula, x is the abscissa of the watch position, y is the ordinate of the watch position, x 1 is the abscissa of the first position, y 1 is the ordinate of the first position, x 2 is the abscissa of the second position, y 2 is the ordinate of the second position, k 1 is the first weight, k 2 is the second weight, and a is the number of base stations participating in positioning.
The user positioning module 6 acquires and calculates the coordinates (x, y) of the position of the wristwatch and sends the coordinates to the information generating module 4. The information generating module 4 receives the help-seeking command and the help-seeking information of the information matching module 2, generates help-seeking data based on the help-seeking command and the help-seeking information, and the help-seeking data includes the help-seeking information, the watch position and the time information.
The invention can help based on one or more of key, touch, motion and physical sign, help in multiple dimensions, improve the applicability of help, and can position the watch based on GPS and a base station, and improve the positioning precision of the watch, thereby improving the accuracy of help.
While preferred embodiments of the present invention have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. It is therefore intended that the following claims be interpreted as including the preferred embodiments and all such alterations and modifications as fall within the scope of the invention.
It will be apparent to those skilled in the art that various modifications and variations can be made to the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention also include such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.
Claims (9)
1. The intelligent watch quick help seeking method is characterized by comprising the following steps of:
s1, configuring preset help information and receiving terminal information, and acquiring user help information;
s2, issuing a help-seeking command based on the help-seeking information and preset help-seeking information;
S3, starting GPS positioning and base station positioning to determine the position of the watch based on the help seeking command, and generating help seeking data based on the help seeking information and the position of the watch;
s4, determining the receiving terminal based on the receiving terminal information, and sending help-seeking data to the receiving terminal.
2. The smart watch rapid help method of claim 1, wherein the help information comprises key time, touch pressure, touch frequency, touch area, tilt angle, acceleration, blood pressure, blood oxygen, and heart rate.
3. The method for quickly asking for help in a smart watch according to claim 1, wherein the receiving terminal information includes a phone number, a mailbox, a watch communication address, and a server communication address.
4. The method for quickly asking for help in a smart watch according to claim 1, wherein in S2, the case of issuing a help command includes:
When the key time is greater than or equal to the preset key time, a help-seeking command is sent out;
when the touch time is greater than or equal to the preset touch time, recording as a first touch state;
when the touch pressure is greater than or equal to the preset touch pressure, recording as a second touch state;
When the touch frequency is not in the preset touch frequency range, recording as a third touch state;
When the touch area is not in the preset touch area range, recording as a fourth touch state;
when two or more of the first touch state, the second touch state, the third touch state and the fourth touch state are simultaneously met, a help-seeking command is sent out;
when the inclination angle is larger than or equal to a preset inclination angle and the acceleration is larger than or equal to a preset acceleration, a help seeking command is sent out;
When the blood pressure is not in the preset blood pressure range in two continuous detections, a help-seeking command is sent out;
When the heart rate is not in the preset heart rate range through two continuous detections, issuing a help-seeking command;
when the blood oxygen is not in the preset blood oxygen range in two continuous detections, a help-seeking command is sent out.
5. The method for quickly asking for help in a smart watch according to claim 1 or 4, wherein in S3, the GPS positioning and the base station positioning determine the watch position as follows:
a∈[3,+∞)
In the above formula, x is the abscissa of the watch position, y is the ordinate of the watch position, x 1 is the abscissa of the GPS positioning, y 1 is the ordinate of the GPS positioning, x 2 is the abscissa of the base station positioning, y 2 is the ordinate of the base station positioning, k 1 is the first weight, k 2 is the second weight, and a is the number of base stations participating in the positioning.
6. A smart watch adapted for use in a method of quickly asking for help in a smart watch as claimed in any one of claims 1 to 5, comprising:
The action monitoring module is used for monitoring help information;
the information presetting module is used for presetting help information;
The information matching module is used for sending a help-seeking command based on the help-seeking information and the preset help-seeking information and connecting the action monitoring module and the information preset module;
The information generation module generates help data based on the help command and is connected with the information matching module;
The user positioning module is used for monitoring the watch position and is connected with the information generating module;
The information sending module is used for determining the receiving terminal based on the receiving terminal information and sending help data to the receiving terminal, and the information generating module is connected;
The terminal configuration module is used for configuring the receiving terminal information of the watch and connecting the information sending module;
And the receiving terminal is used for receiving the help data and is connected with the information sending module.
7. The intelligent watch according to claim 6, wherein the action monitoring module comprises a key monitoring unit for monitoring key time;
the screen monitoring unit is used for monitoring touch information of a screen, wherein the touch information comprises touch time, touch pressure, touch frequency and touch area;
the falling detection unit is used for monitoring watch movement information, wherein the movement information comprises an inclination angle and acceleration;
And a body monitoring unit for monitoring body information of the user, the body information including blood pressure, heart rate and blood oxygen.
8. A smart watch according to claim 6 or 7, wherein the motion monitoring module is provided with a key timer, a screen timer, a pressure sensor, a first optical sensor, a tri-axial acceleration sensor, an inclination sensor, a second optical sensor and a pulse wave sensor.
9. The smart watch of claim 8, wherein the first optical sensor is disposed on a front side of the watch and the second optical sensor is disposed on a back side of the watch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN202410276919.7A CN120455977A (en) | 2024-03-12 | 2024-03-12 | Intelligent watch and quick help seeking method thereof |
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| CN202410276919.7A CN120455977A (en) | 2024-03-12 | 2024-03-12 | Intelligent watch and quick help seeking method thereof |
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| CN202410276919.7A Pending CN120455977A (en) | 2024-03-12 | 2024-03-12 | Intelligent watch and quick help seeking method thereof |
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