Method and device for detecting physiological index

1. A method for detecting physiological indexes for providing suggestion of adding or taking off clothes for a user, comprising:

detecting, via a first temperature sensor, a current shell temperature associated with the user,

detecting, via a second temperature sensor, an ambient temperature within a second predetermined time window before current physiological index determination and the current ambient temperature;

calculating, via a processor, an average value of the ambient temperature within the second predetermined time window, and determining the average value of the ambient temperature within the second predetermined time window to be the ambient reference temperature;

obtaining, via the processor, the body temperature fluctuation value by a first difference value between the current shell temperature associated with the user and a basal body temperature associated with the user and a second difference value between the current ambient temperature and the ambient reference temperature;

determining, via the processor, a current physiological index associated with the user based on a difference value between the first difference value and the second difference value; and

displaying, via a display device, suggestion of adding clothes for the user when the processor determines that −1° C.<the body temperature fluctuation value <−0.5° C.; or

displaying, via the display device, suggestion of taking off-a clothes for the user when the processor determines that 0.5° C.<the body temperature fluctuation value <1° C.

2. The method according to claim 1 , wherein:

the physiological index includes physiological cycle data;

prior to determining the current physiological index associated with the user, the method further comprises obtaining, via an input device, basic physiological cycle data associated with the user, wherein the basic physiological cycle data includes a quantity of days of one menstrual cycle, a starting date of menstruation and an end date of menstruation; and

determining, via the processor, the current physiological index associated with the user based on the body temperature fluctuation value associated with the user includes:

predicting, via the processor, a current physiological cycle associated with the user based on the basic physiological cycle data associated with the user to obtain predicted physiological cycle data; and

correcting, via the processor, the predicted physiological cycle data based on the body temperature fluctuation value associated with the user to determine actual physiological cycle data associated with the user.

3. The method according to claim 2 , wherein obtaining the basic physiological cycle data associated with the user includes:

receiving, via the input device, the basic physiological cycle data inputted by the user.

4. The method according to claim 1 , wherein:

the physiological index includes body temperature fluctuation data; and

determining, via the processor, the current physiological index associated with the user based on the body temperature fluctuation value associated with the user includes:

determining, via the processor, that the body temperature fluctuation data associated with the user is normal if the body temperature fluctuation value is within a pre-configured normal temperature range;

determining, via the processor, that the body temperature fluctuation data associated with the user is comparatively high if the body temperature fluctuation value is within a pre-configured positive temperature range; and

determining, via the processor, that the body temperature fluctuation data associated with the user is comparatively low if the body temperature fluctuation value is within a pre-configured negative temperature range.

5. The method according to claim 4 , wherein after determining the current physiological index associated with the user based on the body temperature fluctuation value associated with the user, the method further comprises:

sending back, via a transceiver, the body temperature fluctuation data to the user through at least one of a display, an indicator light and specified music; or

sending, via the transceiver, the body temperature fluctuation data to client devices of other users via wireless or wired connection.

6. The method according to claim 1 , further comprising obtaining the first difference value, wherein obtaining the first difference value includes:

detecting, via the first temperature sensor, the shell temperature associated with the user within a first predetermined time window before the current physiological index determination and the current shell temperature associated with the user;

calculating, via the processor, an average value of the shell temperature associated with the user within the first predetermined time window, and determining the average value of the shell temperature associated with the user to be the basal body temperature associated with the user; and

determining, via the processor, a difference value between the current shell temperature associated with the user and the basal body temperature associated with the user to be the first difference value.

7. A device for detecting physiological indexes for providing suggestion of adding or taking off clothes for a user, comprising:

a first temperature sensor configured to detect a shell temperature associated with the user;

a second temperature sensor configured to detect an ambient temperature within a second predetermined time window before the current physiological index determination and the current ambient temperature;

a processor configured to

calculate an average value of the ambient temperature within the second predetermined time window, and determine the average value of the ambient temperature within the second predetermined time window to be the ambient reference temperature,

obtain a body temperature fluctuation value associated with a user, wherein the body temperature fluctuation value is obtained by a first difference value between a current shell temperature associated with the user and a basal body temperature associated with the user detected by the first temperature sensor and a second difference value between the current ambient temperature and the ambient reference temperature detected by the second temperature sensor; and

determine a current physiological index based on a difference value between the first difference value and the second difference value,

a display device configured to

display suggestion of adding s-clothes for the user when the processor determines that −1° C.<the body temperature fluctuation value <−0.5° C.; and

display suggestion of taking off a-clothes for the user when the processor determines that 0.5° C.<the body temperature fluctuation value <1° C.

8. The device according to claim 7 , wherein:

the physiological index includes physiological cycle data;

an input device is configured to obtain basic physiological cycle data associated with the user, wherein the basic physiological cycle data includes a quantity of days of one menstrual cycle, a starting date of menstruation and an end date of menstruation; and

the processor is configured to:

predict a current physiological cycle associated with the user based on the basic physiological cycle data associated with the user to obtain predicted physiological cycle data; and

correct the predicted physiological cycle data based on the body temperature fluctuation value associated with the user to determine actual physiological cycle data associated with the user.

9. The device according to claim 8 , wherein:

the input device is configured to receive the basic physiological cycle data inputted by the user.

10. The device according to claim 7 , wherein:

the physiological index includes body temperature fluctuation data; and

the processor determines that the body temperature fluctuation data associated with the user is normal if the body temperature fluctuation value is within a pre-configured normal temperature range;

the processor determines that the body temperature fluctuation data associated with the user is comparatively high if the body temperature fluctuation value is within a pre-configured positive temperature range; and

the processor determines that the body temperature fluctuation data associated with the user is comparatively low if the body temperature fluctuation value is within a pre-configured negative temperature range.

11. The device according to claim 10 , wherein:

the device further comprises a transceiver;

the transceiver is configured to send back the body temperature fluctuation data to the user through at least one of a display, an indicator light and specified music; or

the transceiver is configured to send the body temperature fluctuation data to client devices of other users via wireless or wired connection.

12. The device according to claim 7 , wherein:

the device further includes a memory;

the first temperature sensor is configured to detect the shell temperature associated with the user within a first predetermined time window before the current physiological index determination and the current shell temperature associated with the user, and send the detected data to the memory; and

the processor is configured to:

calculate an average value of the shell temperature associated with the user within the first predetermined time window based on the detected shell temperature associated with the user within the first predetermined time window stored in the memory;

determine the average value of the shell temperature associated with the user to be the basal body temperature associated with the user; and

determine a difference value between the current shell temperature associated with the user stored in the memory and the basal body temperature associated with the user to be the first difference value.

13. The device according to claim 7 , wherein the device for detecting the physiological indexes is a wearable bracelet.

14. The method according to claim 2 , further comprising obtaining the first difference value, wherein obtaining the first difference value includes:

detecting, via the first temperature sensor, the shell temperature associated with the user within a first predetermined time window before the current physiological index determination and the current shell temperature associated with the user;

calculating, via the processor, an average value of the shell temperature associated with the user within the first predetermined time window, and determining, via the processor, the average value of the shell temperature associated with the user to be the basal body temperature associated with the user; and

determining, via the processor, a difference value between the current shell temperature associated with the user and the basal body temperature associated with the user to be the first difference value.

15. The method according to claim 2 , wherein:

the body temperature fluctuation value is obtained by the first difference value between the current shell temperature associated with the user and the basal body temperature associated with the user and a second difference value between a current ambient temperature and an ambient reference temperature; and

determining, via the processor, the current physiological index associated with the user based on the body temperature fluctuation value associated with the user includes:

determining, via the processor, the current physiological index associated with the user based on a difference value between the first difference value and the second difference value.

16. The device according to claim 8 , wherein:

the body temperature fluctuation value is obtained by the first difference value between the current shell temperature associated with the user and the basal body temperature associated with the user and a second difference value between a current ambient temperature and an ambient reference temperature; and

the processor is configured to determine the current physiological index associated with the user based on a difference value between the first difference value and the second difference value.