Body-worn monitor
First Claim
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1. A system comprising a wristband and a computer system, the wristband comprising:
- an accelerometer;
a temperature sensor;
a power management system configured to move the wristband into a low power state reducing a testing frequency when the wristband is not being worn, and to move the wristband into a high power state when the wristband is being worn, the power management system determining when the wristband is worn based on a combination of detected motion from the accelerometer and detected temperature from the temperature sensor indicating that the wristband is being worn;
a communication logic configured to provide data from the accelerometer and the temperature sensor to the computer system;
the computer system including a data merge system configured to merge data to create a unified data set for a user from the wristband and one or more other devices of the user, the data merge system configured to identify conflicting data, indicating two sets of incompatible data covering an overlapping time period, the data merge system configured to identify a correct data set between the two sets by identifying the wristband worn by the user during the time period.
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Abstract
In one embodiment, the system is a body-worn device comprising an accelerometer and a temperature sensor. The system in one embodiment includes a power management system to move the body-worn device into a low power state when the body-worn device is not being worn, the power management system determining when the body-worn device is worn based on a combination of sensor data.
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Citations
20 Claims
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1. A system comprising a wristband and a computer system, the wristband comprising:
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an accelerometer; a temperature sensor; a power management system configured to move the wristband into a low power state reducing a testing frequency when the wristband is not being worn, and to move the wristband into a high power state when the wristband is being worn, the power management system determining when the wristband is worn based on a combination of detected motion from the accelerometer and detected temperature from the temperature sensor indicating that the wristband is being worn; a communication logic configured to provide data from the accelerometer and the temperature sensor to the computer system; the computer system including a data merge system configured to merge data to create a unified data set for a user from the wristband and one or more other devices of the user, the data merge system configured to identify conflicting data, indicating two sets of incompatible data covering an overlapping time period, the data merge system configured to identify a correct data set between the two sets by identifying the wristband worn by the user during the time period. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
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12. A system including a body-worn device, the body-worn device comprising:
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a processor; an accelerometer; a temperature sensor; a power management system implemented by the processor configured to move the body-worn device into a low power state when the body-worn device is not being worn by reducing testing frequency and move the body-worn device into a high power state when the body-worn device is being worn, the power management system determining when the body-worn device is worn based on a combination of detected motion from the accelerometer and detected temperature from the temperature sensor indicating that the body-worn device is being worn, the power management system further configured to identify a temperature sensor error when a plurality of measurements of the accelerometer all indicate that the body-worn device is being worn and the temperature sensor indicates that the body-worn device is not being worn, and move the wristband into the high power state; the body-worn device further comprising a communication logic configured to provide the sensor data to the computer system, from the body-worn device; a computer system coupled to the body-worn device, the computer system including a data merge system configured to merge data to create a unified data set for a user from the body-worn device and another body-worn device of the user, the data merge system configured to identify conflicting data, indicating two sets of incompatible data covering an overlapping time period, the data merge system configured to identify a correct data set between the two sets by identifying the body-worn device worn by the user during the time period. - View Dependent Claims (13, 14, 15, 16)
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17. A method of utilizing a body-worn device comprising:
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receiving motion data from a first sensor; receiving temperature data from a second sensor; controlling a power state of the body-worn device, by moving the body-worn device into a low power state when the body-worn device is not being worn by reducing testing frequency, wherein a determination whether the body-worn device is being worn is made based on a combination of the motion data from the first sensor and the temperature data from the second sensor indicating that the body-worn device is being worn, and wherein moving the body-worn device into a low power state comprises reducing a testing frequency of the temperature sensor; providing the motion data and the temperature data to a computer system, from the body-worn device; merging the data to create a unified data set for a user from the body-worn device and another body-worn device of the user, the data merge system configured to identify conflicting data, indicating two sets of incompatible data covering an overlapping time period, the data merge system configured to identify a correct data set between the two sets by identifying the body-worn device worn by the user during the time period. - View Dependent Claims (18, 19, 20)
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Specification