System to secure health safety during charging of health wearable
In one embodiment, a method ( 110 ) that determines conditions including that a user is located in a monitored area and not wearing a wearable device ( 112 ), and provides an alert based on the determinations and an input pattern from one or plural sensors ( 114 ).
1. A method, comprising:
determining plural conditions including that a user is located within a monitored area and that a wearable device of the user is not being worn by the user; and
providing an alert based on the plural conditions and based on receiving a pattern of input from one or plural sensors, wherein the determining that the wearable device of the user is not being worn by the user is based on receiving an internal indication of whether there is a charging operation occurring between the wearable device and a charging apparatus.
2. The method of claim 1 , wherein the determining that the user is located within the monitored area is based on receiving input from the one or plural sensors.
3. The method of claim 1 , wherein the receiving of the pattern of input corresponds to one or a combination of motion detection and non-motion detection events detected from the one or plural sensors, at least one of the one or plural sensors associated with only one zone among a plurality of non-overlapping zones collectively monitored by the one or plural sensors.
4. The method of claim 1 , wherein a motion detection event corresponds to a detection of user activity and a non-motion detection event corresponds to termination of the detection of the user activity, and the plural sensors comprise a first sensor arranged to monitor user activity on a bed surface in a room and a second sensor arranged to monitor user activity on a floor surface of the room, further comprising providing the alert based on the pattern comprising a latest non-motion detection event of the second sensor occurring after a latest non-motion detection event of the first sensor plus a predetermined duration after the latest non-motion detection event of the first sensor.
5. The method of claim 4 , further comprising providing the alert based on the pattern comprising no user activity detected a predetermined duration after a latest non-motion detection event of the second sensor.
6. The method of claim 1 , wherein providing the alert comprises indicating to one or more devices that the user is experiencing an emergency situation, wherein the emergency situation comprises a fall by the user or condition of incapacity of the user.
7. The method of claim 1 , further comprising determining a sleep behavior of the user based on input from the one or plural sensors.
8. The method of claim 1 , wherein the determining that the wearable device of the user is not being worn by the user is based on receiving an externally communicated indication that the wearable device is or is not being worn, is out of charge, or is corrupted.
9. A method, comprising:
determining plural conditions including that a user is located within a monitored area and that a wearable device of the user is not being worn by the user; and
providing an alert based on the plural conditions and based on receiving a pattern of input from one or plural sensors, wherein a motion detection event corresponds to a detection of user activity and a non-motion detection event corresponds to termination of the detection of the user activity, and the plural sensors comprise a first sensor arranged to monitor user activity on a bed surface in a room and a second sensor arranged to monitor user activity on a floor surface of the room, further comprising providing the alert based on the pattern comprising a latest non-motion detection event of the second sensor occurring after a latest non-motion detection event of the first sensor plus a predetermined duration after the latest non-motion detection event of the first sensor; and wherein determining whether to provide the alert is further based on an evaluation of primitive sleep events based on input from the first and the second sensors relative to multiple determined states of user activity, wherein sleep epochs of the primitive sleep events are combined or discarded based on one or a combination of a predetermined duration of each of the sleep epochs or a predetermined gap between time-adjacent sleep epochs.
10. The method of claim 9 , wherein the multiple determined states of user activity comprise an out-of-bed state, an awake state, and an asleep state.
11. The method of claim 10 , further comprising abstaining from providing the alert when there is no sensor activity for a predetermined duration based on the evaluation and a determination that the user is in an asleep state.
12. A method, comprising:
determining plural conditions including that a user is located within a monitored area and that a wearable device of the user is not being worn by the user; and
providing an alert based on the plural conditions and based on receiving a pattern of input from one of plural sensors, wherein a motion detection event corresponds to a detection of user activity and a non-motion detection event corresponds to termination of the detection of the user activity, and the plural sensors comprise a first sensor arranged to monitor user activity on a bed surface in a room and a second sensor arranged to monitor user activity on a floor surface of the room, further comprising providing the alert based on the pattern comprising a latest non-motion detection event of the second sensor occurring after a latest non-motion detection event of the first sensor plus a predetermined duration after the latest non-motion detection event of the first sensor; and wherein determining whether to send the alert is based on the user moving to a location outside of a range of the first and second sensors.
13. An apparatus, comprising:
a memory comprising instructions; and
one or more processors configured to execute the instructions to:
determine plural conditions including that a user is located within a monitored area and that a wearable device of the user is not being worn by the user; and
provide an alert based on the plural conditions and based on receiving a pattern of input from one or plural sensors, wherein the apparatus comprises charging functionality for the wearable device.
14. A non-transitory computer readable medium encoded with instructions that, when executed by one or more processors, causes the one or more processors to:
determine plural conditions including that a user is located within a monitored area and that a wearable device of the user is not being worn by the user; and
provide an alert based on the plural conditions and based on receiving a pattern of input from one or plural sensors, wherein the determining that the wearable device of the user is not being worn by the user is based on receiving an internal indication of whether there is a charging operation occurring between the wearable device and a charging apparatus.