CN105326493A - Method and system for monitoring heart rate based on wearable electronic equipment - Google Patents
Method and system for monitoring heart rate based on wearable electronic equipment Download PDFInfo
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- CN105326493A CN105326493A CN201510747039.4A CN201510747039A CN105326493A CN 105326493 A CN105326493 A CN 105326493A CN 201510747039 A CN201510747039 A CN 201510747039A CN 105326493 A CN105326493 A CN 105326493A
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Abstract
The invention provides a method and a system for monitoring the heart rate based on wearable electronic equipment, and relates to the technical field of the wearable electronic equipment. The method comprises the steps of collecting heart rate data of a user by adopting a heart rate sensor which is arranged in the wearable electronic equipment; carrying out analysis processing on the heart rate data so as to obtain a heart rate variation curve of the user; judging whether the heart rate of the user changes within a preset standard heart rate range or not, converting a judging result into a corresponding control signal, then sending the control signal to a mobile terminal which is in Bluetooth connection with the wearable electronic equipment, and enabling the mobile terminal to determine whether early-warning information can be output to the user or not according to the control signal. According to the method and the system, provided by the invention, the heart rate data can be directly obtained by the user, and the early-warning information can be sent to the user when the heart rate of the user is abnormal, so that the user can take a corresponding disease prevention measure in time according to the early-warning information, and the dependency degree of the user on the wearable electronic equipment is increased.
Description
Technical field
The invention belongs to wearable electronic technical field, particularly relate to a kind of rhythm of the heart method and system based on wearable electronic.
Background technology
At present, in intelligent wearable electronic technical field, wearable electronic, in order to reduce self volume and power consumption, often adopts and uses bluetooth that the data that self-sensor device gathers are sent to mobile phone, makes mobile phone bear the date processing of a part and the work of data display.Along with the appearance of BLE technology and popular, the message transmission rate between wearable electronic and smart mobile phone is greatly improved, and it is large that BLE connects the data quantitative change that can make can transmit between wearable electronic and smart mobile phone, and available scope also becomes large.But, the function of current wearable electronic is all relatively single, the data display that generally self-sensor device can only be gathered is to user, user but cannot convert data to available information, such as: at present, there is the wearable electronic of rhythm of the heart function, generally can only send by bluetooth the heart rate data that self built-in sensors gathers to smart mobile phone, make smart mobile phone that heart rate data is showed user, and according to the heart rate data of smart mobile phone display, user cannot know whether the heart rate of oneself is in normal condition, when there is abnormal fluctuation in the heart rate of user, wearable electronic also cannot send early warning in time, make the viscosity of user to wearable electronic lower like this.
Summary of the invention
The object of the present invention is to provide a kind of rhythm of the heart method and system based on wearable electronic, be intended to solve above-mentioned user and but cannot know whether the heart rate of oneself is in normal condition according to the heart rate data of smart mobile phone display, when abnormal fluctuation appears in the heart rate of user, wearable electronic cannot send the problem of early warning in time.
The present invention is achieved in that a kind of rhythm of the heart method based on wearable electronic, comprising:
The heart rate data of the heart rate sensor Real-time Collection user adopting wearable electronic built-in;
Analyzing and processing is carried out to described heart rate data, to obtain the changes in heart rate curve of user;
Judge whether the heart rate of user changes within the scope of the standardized heart rate preset according to described changes in heart rate curve, and after judged result is converted to corresponding control signal, be sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal determine whether to export early warning information to user according to described control signal.
Of the present invention based in the rhythm of the heart method of wearable electronic, be sent to the mobile terminal set up bluetooth with described wearable electronic and be connected after judged result is converted to corresponding control signal, make described mobile terminal determine whether that exporting early warning information to user specifically comprises according to described control signal:
If the changes in heart rate of user exceeds described default standardized heart rate scope, then according to the heart rate of user in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and by the heart rate of user in described current slot compared with described history heart rate meansigma methods, to obtain comparative result;
Generate corresponding control signal according to described comparative result, and described control signal is sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal export corresponding early warning information according to described control signal to user.
Of the present invention based in the rhythm of the heart method of wearable electronic, describedly generate corresponding control signal according to comparative result, and described control signal is sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal export corresponding early warning information according to described control signal to user and specifically comprise:
If the heart rate of user is fast relative to described history heart rate meansigma methods in described current slot, then generate the first control signal, and described first control signal is sent to described mobile terminal, make described mobile terminal export the early warning information of " please noting prevention hyperthyroidism " to user according to described first control signal;
If the heart rate of user is sometimes fast and sometimes slow relative to described history heart rate meansigma methods in described current slot, then generate the second control signal, and described second control signal is sent to described mobile terminal, make described mobile terminal export the early warning information of " please noting that prevention atrium is disorderly " to user according to described second control signal;
If the heart rate of user is partially slow relative to described history heart rate meansigma methods in described current slot, then generate the 3rd control signal, and described 3rd control signal is sent to described mobile terminal, make described mobile terminal according to described 3rd control signal to user export " please note prevention heart failure or blood pressure low " early warning information.
Of the present invention based in the rhythm of the heart method of wearable electronic, described judged result is converted to corresponding control signal after be sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal determine whether also to comprise after user exports early warning information according to described control signal:
If the changes in heart rate of user is within the scope of described default standardized heart rate, then according to the meansigma methods of user's heart rate in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and calculate the difference of the meansigma methods of user's heart rate in described history heart rate meansigma methods and described current slot, when described difference is greater than default heart rate threshold, automatically controls mobile terminal and play light music to user.
Based in the rhythm of the heart method of wearable electronic, described wearable electronic is bluetooth earphone of the present invention, and described mobile terminal is smart mobile phone.
Be to another object of the present invention to provide a kind of heart rate monitoring system based on wearable electronic, comprise the heart rate sensor, data processing module, warning module and the bluetooth module that connect successively, wherein:
Described heart rate sensor, for the heart rate data of Real-time Collection user;
Described data processing module, for carrying out analyzing and processing to described heart rate data, to obtain the changes in heart rate curve of user;
Described warning module, for judging according to described changes in heart rate curve whether the heart rate of user changes within the scope of the standardized heart rate preset, and is converted to corresponding control signal by judged result;
Described bluetooth module, for described control signal being sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, makes described mobile terminal determine whether to export early warning information to user according to described control signal.
Of the present invention based in the heart rate monitoring system of wearable electronic, described warning module specifically comprises:
Changes in heart rate tracing analysis unit, if the changes in heart rate for user exceeds described default standardized heart rate scope, then according to the heart rate of user in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and by the heart rate of user in described current slot compared with described history heart rate meansigma methods, to obtain comparative result;
Early warning information selection unit, corresponding control signal is generated according to described comparative result, and described control signal is sent to the mobile terminal set up bluetooth with described wearable electronic and be connected by described bluetooth module, make described mobile terminal export corresponding early warning information according to described control signal to user.
Of the present invention based in the heart rate monitoring system of wearable electronic, described early warning information selection unit specifically for:
If the heart rate of user is fast relative to described history heart rate meansigma methods in described current slot, then generate the first control signal, and described first control signal is sent to described mobile terminal by described bluetooth module, make described mobile terminal export the early warning information of " please noting prevention hyperthyroidism " to user according to described first control signal;
If the heart rate of user is sometimes fast and sometimes slow relative to described history heart rate meansigma methods in described current slot, then generate the second control signal, and described second control signal is sent to described mobile terminal by described bluetooth module, make described mobile terminal export the early warning information of " please noting that prevention atrium is disorderly " to user according to described second control signal;
If the heart rate of user is partially slow relative to described history heart rate meansigma methods in described current slot, then generate the 3rd control signal, and described 3rd control signal is sent to described mobile terminal by described bluetooth module, make described mobile terminal according to described 3rd control signal to user export " please note prevention heart failure or blood pressure low " early warning information.
Of the present invention based in the heart rate monitoring system of wearable electronic, also comprise the sub-health state adjusting module be connected with described bluetooth module with described warning module, described sub-health state adjusting module, for:
If the changes in heart rate of user is within the scope of described default standardized heart rate, then according to the meansigma methods of user's heart rate in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and calculate the difference of the meansigma methods of user's heart rate in described history heart rate meansigma methods and described current slot, when described difference is greater than default heart rate threshold, controls described mobile terminal and play light music to user.
Of the present invention based in the heart rate monitoring system of wearable electronic, described wearable electronic is bluetooth earphone, and described mobile terminal is smart mobile phone.
Implement the heart rate monitoring system based on wearable electronic provided by the invention and there is following beneficial effect:
The present invention is due to the heart rate data of the heart rate sensor Real-time Collection user that first adopts wearable electronic built-in, then analyzing and processing is carried out to described heart rate data, to obtain the changes in heart rate curve of user, finally judge whether the heart rate of user changes within the scope of the standardized heart rate preset according to described changes in heart rate curve, and after judged result is converted to corresponding control signal, be sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, described mobile terminal is made to determine whether to export early warning information to user according to described control signal, thus user can be made to obtain heart rate data intuitively, and early warning information can be sent when the heart rate of user is abnormal to user, user is enable to take corresponding prophylaxis in time according to early warning information, substantially increase the dependency degree of user to wearable electronic.
Accompanying drawing explanation
Fig. 1 is the specific implementation flow chart of the rhythm of the heart method based on wearable electronic that first embodiment of the invention provides;
Fig. 2 is the specific implementation flow chart of S103 in embodiment described in Fig. 1;
Fig. 3 is the specific implementation flow chart of the rhythm of the heart method based on wearable electronic that second embodiment of the invention provides;
Fig. 4 is the structural representation of the heart rate monitoring system based on wearable electronic that third embodiment of the invention provides.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Fig. 1 shows the specific implementation flow process of the rhythm of the heart method based on wearable electronic that first embodiment of the invention provides.Shown in Figure 1, the rhythm of the heart method based on wearable electronic that the present embodiment provides, comprising:
In S101, the heart rate data of the heart rate sensor Real-time Collection user adopting wearable electronic built-in.
In the present embodiment, wearable electronic is bluetooth earphone, heart rate sensor is built in bluetooth earphone inside, and when receiving the control instruction of monitor user ' heart rate, the heart rate sensor in bluetooth earphone can gather the heart rate data of user according to certain frequency keeps.
In S102, analyzing and processing is carried out to described heart rate data, to obtain the changes in heart rate curve of user.
In the present embodiment, bluetooth earphone can store the heart rate data that heart rate sensor gathers, and carries out statistical analysis to the heart rate data collected in all period, with the time dependent curve of the heart rate obtaining user.
In S103, judge whether the heart rate of user changes within the scope of the standardized heart rate preset according to described changes in heart rate curve, and after judged result is converted to corresponding control signal, be sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal determine whether to export early warning information to user according to described control signal.
In the present embodiment, described mobile terminal is provided with the application software for monitor user ' heart rate, when opening described application software, described mobile terminal sends the control instruction of monitor user ' heart rate to bluetooth earphone by described application software, make bluetooth earphone start to enter step S101; After described application software receives the control signal that described bluetooth earphone exports according to judged result, can automatically resolve described control signal, and export corresponding early warning information according to the control signal after parsing by the display module of described mobile terminal and/or audio-frequency module.It should be noted that, the early warning information that self audio frequency apparatus exports also can be sent to bluetooth earphone by bluetooth by mobile terminal, makes user get corresponding information by bluetooth earphone.Optionally, described mobile terminal is smart mobile phone.
Fig. 2 shows the specific implementation flow process of S103, and shown in Figure 2, S103 specifically comprises:
In S201, if the changes in heart rate of user exceeds described default standardized heart rate scope, then according to the heart rate of user in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and by the heart rate of user in described current slot compared with described history heart rate meansigma methods, to obtain comparative result;
In S202, corresponding control signal is generated according to described comparative result, and described control signal is sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal export corresponding early warning information according to described control signal to user.In the present embodiment, S202 specifically comprises:
If the heart rate of user is fast relative to described history heart rate meansigma methods in described current slot, then generate the first control signal, and described first control signal is sent to described mobile terminal, make described mobile terminal export the early warning information of " please noting prevention hyperthyroidism " to user according to described first control signal;
If the heart rate of user is sometimes fast and sometimes slow relative to described history heart rate meansigma methods in described current slot, then generate the second control signal, and described second control signal is sent to described mobile terminal, make described mobile terminal export the early warning information of " please noting that prevention atrium is disorderly " to user according to described second control signal;
If the heart rate of user is partially slow relative to described history heart rate meansigma methods in described current slot, then generate the 3rd control signal, and described 3rd control signal is sent to described mobile terminal, make described mobile terminal according to described 3rd control signal to user export " please note prevention heart failure or blood pressure low " early warning information.
In the present embodiment, bluetooth earphone further can be analyzed the heart rate data that heart rate sensor collects, and analysis result is showed user with form more intuitively, make user can be obtained from body and mind rate health status intuitively, and the bluetooth earphone in the present embodiment can also when the heart rate of user occurs abnormal, the heart rate abnormal conditions different according to user export different early warning information, prophylaxis is targetedly taked according to described early warning information to make user, substantially increase the dependency degree of user to bluetooth earphone, and be of value to the physical health strengthening user.
Fig. 3 shows the specific implementation flow process of the rhythm of the heart method based on wearable electronic that second embodiment of the invention provides.Shown in Figure 3, the present embodiment provide based on wearable electronic rhythm of the heart method relative to a upper embodiment described judged result is converted to corresponding control signal after be sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal determine whether also to comprise after user exports early warning information according to described control signal:
In S304, if the changes in heart rate of user is within the scope of described default standardized heart rate, then according to the meansigma methods of user's heart rate in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and calculate the difference of the meansigma methods of user's heart rate in described history heart rate meansigma methods and described current slot, when described difference is greater than default heart rate threshold, automatically controls mobile terminal and play light music to user.
In the present embodiment, relative to a upper embodiment when the change of user's heart rate is within the scope of described default standardized heart rate, can judge whether the difference between the meansigma methods of the heart rate of user in current slot and user's heart rate meansigma methods in the past exceedes default heart rate threshold further, if exceed, although then illustrate that the heart rate of now user does not exceed normal heart rate range, but the heart rate comparatively has obvious ascendant trend, user may be in sub-health state, now wearable electronic can export a control signal by the bluetooth of self from trend mobile terminal, mobile terminal is made to contribute to gentle emotion according to this control signal to user's broadcasting, the light music of relieving stress, normal heart rate level is returned to from sub-health state to help user.
It should be noted that, the step S301 in the present embodiment ~ S303 is identical with the step S101 ~ S103 in a upper embodiment, is therefore not repeated at this.
Therefore, can find out that the present embodiment is relative to a upper embodiment, user not only can be made can be obtained from body and mind rate health status intuitively, and when the heart rate of user occurs abnormal, the heart rate abnormal conditions different according to user export different early warning information, take prophylaxis targetedly to make user according to described early warning information; But also user can be detected whether be in sub-health state, and play the light music contributing to gentle emotion, relax pressure from trend user when detecting that user is in sub-health state, make user return to normal heart rate level from sub-health state.
Fig. 4 shows the structural representation of the heart rate monitoring system based on wearable electronic that third embodiment of the invention provides, and this system is arranged in wearable electronic, for the method that service chart 1 ~ Fig. 3 embodiment provides.Illustrate only part related to the present embodiment for convenience of explanation.
Shown in Figure 4, a kind of heart rate monitoring system based on wearable electronic that this enforcement provides, comprises the heart rate sensor 1, data processing module 2, warning module 3 and the bluetooth module 4 that connect successively, wherein:
Described heart rate sensor 1, for the heart rate data of Real-time Collection user;
Described data processing module 2, for carrying out analyzing and processing to described heart rate data, to obtain the changes in heart rate curve of user;
Described warning module 3, for judging according to described changes in heart rate curve whether the heart rate of user changes within the scope of the standardized heart rate preset, and is converted to corresponding control signal by judged result;
Described bluetooth module 4, for described control signal being sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, makes described mobile terminal determine whether to export early warning information to user according to described control signal.
Optionally, described warning module 3 specifically comprises:
Changes in heart rate tracing analysis unit 31, if the changes in heart rate for user exceeds described default standardized heart rate scope, then according to the heart rate of user in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and by the heart rate of user in described current slot compared with described history heart rate meansigma methods, to obtain comparative result;
Early warning information selection unit 32, corresponding control signal is generated according to described comparative result, and described control signal is sent to the mobile terminal set up bluetooth with described wearable electronic and be connected by described bluetooth module, make described mobile terminal export corresponding early warning information according to described control signal to user.
Optionally, described early warning information selection unit 32 specifically for:
If the heart rate of user is fast relative to described history heart rate meansigma methods in described current slot, then generate the first control signal, and described first control signal is sent to described mobile terminal by described bluetooth module, make described mobile terminal export the early warning information of " please noting prevention hyperthyroidism " to user according to described first control signal;
If the heart rate of user is sometimes fast and sometimes slow relative to described history heart rate meansigma methods in described current slot, then generate the second control signal, and described second control signal is sent to described mobile terminal by described bluetooth module, make described mobile terminal export the early warning information of " please noting that prevention atrium is disorderly " to user according to described second control signal;
If the heart rate of user is partially slow relative to described history heart rate meansigma methods in described current slot, then generate the 3rd control signal, and described 3rd control signal is sent to described mobile terminal by described bluetooth module, make described mobile terminal according to described 3rd control signal to user export " please note prevention heart failure or blood pressure low " early warning information.
Optionally, the described heart rate monitoring system based on wearable electronic also comprises the sub-health state adjusting module 5 be connected with described bluetooth module 4 with described warning module 3, described sub-health state adjusting module 5, for:
If the changes in heart rate of user is within the scope of described default standardized heart rate, then according to the meansigma methods of user's heart rate in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and calculate the difference of the meansigma methods of user's heart rate in described history heart rate meansigma methods and described current slot, when described difference is greater than default heart rate threshold, controls described mobile terminal and play light music to user.
Optionally, described wearable electronic is bluetooth earphone, and described mobile terminal is smart mobile phone.
It should be noted that, modules in the said system that the embodiment of the present invention provides, due to the inventive method embodiment based on same design, its technique effect brought is identical with the inventive method embodiment, particular content see describing in the inventive method embodiment, can repeat no more herein.
Therefore, can find out that the heart rate monitoring system based on wearable electronic that the present embodiment provides can make user can be obtained from body and mind rate health status intuitively equally, and when the heart rate of user occurs abnormal, the heart rate abnormal conditions different according to user export different early warning information, take prophylaxis targetedly to make user according to described early warning information; But also user can be detected whether be in sub-health state, and play the light music contributing to gentle emotion, relax pressure from trend user when detecting that user is in sub-health state, make user return to normal heart rate level from sub-health state.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1., based on a rhythm of the heart method for wearable electronic, it is characterized in that, comprising:
The heart rate data of the heart rate sensor Real-time Collection user adopting wearable electronic built-in;
Analyzing and processing is carried out to described heart rate data, to obtain the changes in heart rate curve of user;
Judge whether the heart rate of user changes within the scope of the standardized heart rate preset according to described changes in heart rate curve, and after judged result is converted to corresponding control signal, be sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal determine whether to export early warning information to user according to described control signal.
2. as claimed in claim 1 based on the rhythm of the heart method of wearable electronic, it is characterized in that, be sent to the mobile terminal set up bluetooth with described wearable electronic and be connected after judged result is converted to corresponding control signal, make described mobile terminal determine whether that exporting early warning information to user specifically comprises according to described control signal:
If the changes in heart rate of user exceeds described default standardized heart rate scope, then according to the heart rate of user in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and by the heart rate of user in described current slot compared with described history heart rate meansigma methods, to obtain comparative result;
Generate corresponding control signal according to described comparative result, and described control signal is sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal export corresponding early warning information according to described control signal to user.
3. as claimed in claim 2 based on the rhythm of the heart method of wearable electronic, it is characterized in that, describedly generate corresponding control signal according to comparative result, and described control signal is sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal export corresponding early warning information according to described control signal to user and specifically comprise:
If the heart rate of user is fast relative to described history heart rate meansigma methods in described current slot, then generate the first control signal, and described first control signal is sent to described mobile terminal, make described mobile terminal export the early warning information of " please noting prevention hyperthyroidism " to user according to described first control signal;
If the heart rate of user is sometimes fast and sometimes slow relative to described history heart rate meansigma methods in described current slot, then generate the second control signal, and described second control signal is sent to described mobile terminal, make described mobile terminal export the early warning information of " please noting that prevention atrium is disorderly " to user according to described second control signal;
If the heart rate of user is partially slow relative to described history heart rate meansigma methods in described current slot, then generate the 3rd control signal, and described 3rd control signal is sent to described mobile terminal, make described mobile terminal according to described 3rd control signal to user export " please note prevention heart failure or blood pressure low " early warning information.
4. as claimed in claim 3 based on the rhythm of the heart method of wearable electronic, it is characterized in that, described judged result is converted to corresponding control signal after be sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, make described mobile terminal determine whether also to comprise after user exports early warning information according to described control signal:
If the changes in heart rate of user is within the scope of described default standardized heart rate, then according to the meansigma methods of user's heart rate in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and calculate the difference of the meansigma methods of user's heart rate in described history heart rate meansigma methods and described current slot, when described difference is greater than default heart rate threshold, automatically controls mobile terminal and play light music to user.
5., as claimed in claim 4 based on the rhythm of the heart method of wearable electronic, it is characterized in that, described wearable electronic is bluetooth earphone, and described mobile terminal is smart mobile phone.
6. based on a heart rate monitoring system for wearable electronic, it is characterized in that, comprise the heart rate sensor, data processing module, warning module and the bluetooth module that connect successively, wherein:
Described heart rate sensor, for the heart rate data of Real-time Collection user;
Described data processing module, for carrying out analyzing and processing to described heart rate data, to obtain the changes in heart rate curve of user;
Described warning module, for judging according to described changes in heart rate curve whether the heart rate of user changes within the scope of the standardized heart rate preset, and is converted to corresponding control signal by judged result;
Described bluetooth module, for described control signal being sent to the mobile terminal set up bluetooth with described wearable electronic and be connected, makes described mobile terminal determine whether to export early warning information to user according to described control signal.
7., as claimed in claim 6 based on the heart rate monitoring system of wearable electronic, it is characterized in that, described warning module specifically comprises:
Changes in heart rate tracing analysis unit, if the changes in heart rate for user exceeds described default standardized heart rate scope, then according to the heart rate of user in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and by the heart rate of user in described current slot compared with described history heart rate meansigma methods, to obtain comparative result;
Early warning information selection unit, corresponding control signal is generated according to described comparative result, and described control signal is sent to the mobile terminal set up bluetooth with described wearable electronic and be connected by described bluetooth module, make described mobile terminal export corresponding early warning information according to described control signal to user.
8., as claimed in claim 7 based on the heart rate monitoring system of wearable electronic, it is characterized in that, described early warning information selection unit specifically for:
If the heart rate of user is fast relative to described history heart rate meansigma methods in described current slot, then generate the first control signal, and described first control signal is sent to described mobile terminal by described bluetooth module, make described mobile terminal export the early warning information of " please noting prevention hyperthyroidism " to user according to described first control signal;
If the heart rate of user is sometimes fast and sometimes slow relative to described history heart rate meansigma methods in described current slot, then generate the second control signal, and described second control signal is sent to described mobile terminal by described bluetooth module, make described mobile terminal export the early warning information of " please noting that prevention atrium is disorderly " to user according to described second control signal;
If the heart rate of user is partially slow relative to described history heart rate meansigma methods in described current slot, then generate the 3rd control signal, and described 3rd control signal is sent to described mobile terminal by described bluetooth module, make described mobile terminal according to described 3rd control signal to user export " please note prevention heart failure or blood pressure low " early warning information.
9., as claimed in claim 8 based on the heart rate monitoring system of wearable electronic, it is characterized in that, also comprise the sub-health state adjusting module be connected with described bluetooth module with described warning module, described sub-health state adjusting module, for:
If the changes in heart rate of user is within the scope of described default standardized heart rate, then according to the meansigma methods of user's heart rate in the history heart rate meansigma methods of described changes in heart rate curve acquisition user and current slot, and calculate the difference of the meansigma methods of user's heart rate in described history heart rate meansigma methods and described current slot, when described difference is greater than default heart rate threshold, controls described mobile terminal and play light music to user.
10., as claimed in claim 9 based on the heart rate monitoring system of wearable electronic, it is characterized in that, described wearable electronic is bluetooth earphone, and described mobile terminal is smart mobile phone.
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