Umbrella, umbrella peripheral and methods
A peripheral for an umbrella having a shaft, a handle and a canopy includes a power source, a sensor for determining when the canopy is open or closed, a light emitting diode (LED) on the top of the umbrella for outputting light, a MEMS accelerometer for determining physical orientations of the umbrella, and a processor for determining whether the umbrella is upright when the physical orientations of the umbrella are within a range of angles wherein the processor is for determining whether the umbrella is in a down configuration when the physical orientations of the umbrella are outside the range of angles, wherein the processor is for coupling the LED to the power source in response to the umbrella being upright and open, and wherein the processor is for decoupling the LED from the power source in response to the umbrella being in a down configuration and closed.
1. A peripheral for an umbrella having a shaft with a bottom portion and a top portion, a handle coupled to the bottom portion, a canopy portion coupled to the top portion comprises:
a power source configured to provide electrical power;
a sensor coupled to the power source, wherein the sensor is configured to determine when the canopy portion is in an open configuration or a closed configuration;
an illumination portion coupled to the top portion of the shaft and coupled to the power source, wherein the illumination portion comprises a light emitting diode (LED) configured to output light in response to the electrical power;
a MEMS accelerometer coupled to the power source, wherein the MEMS accelerometer is configured to determine physical orientations of the umbrella;
a processor coupled to the power source, the LED and to the MEMS accelerometer, wherein the processor is configured to determine an upright configuration when the physical orientations of the umbrella are within a range of angles with respect to vertical, wherein the processor is configured to determine an off configuration when the physical orientations of the umbrella are outside the range of angles with respect to vertical, wherein the processor is configured to couple the LED to the power source in response to the upright configuration and the open configuration, and wherein the processor is configured to decouple the LED from the power source in response to the off configuration and the closed configuration.
2. The umbrella of claim 1
wherein the processor is configured to determine a period of time after the umbrella is in the closed configuration and the off configuration;
wherein the processor is configured to determine an idle condition when the period of time exceeds a predetermined amount of time; and
wherein the processor is configured to decouple the LED from the power source also in response to the off configuration, the closed configuration, and the idle condition.
3. The umbrella of claim 1
wherein the processor is configured to determine an idle condition when the physical orientations of the umbrella does not exceed a threshold physical motion for a predetermined period of time; and
wherein the processor is configured to decouple the LED from the power source in response to the idle condition.
4. The umbrella of claim 1 wherein the range of angles is greater than 0 degrees to and less than 90 degrees.
5. The umbrella of claim 1 wherein the sensor comprises the MEMS accelerometer.
6. The umbrella of claim 1 wherein an appearance of the light that is output from the LED is selected from a group consisting of: a steady illumination, a blinking illumination, a constant appearance color, a changing appearance color.
7. The umbrella of claim 1 further comprising:
a wireless transmitter coupled to the power source and to the processor, wherein the wireless transmitter provides a first indication to a smart device of when the LED outputs light; and wherein the wireless transmitter provides a second indication to the smart device of when the LED terminates output of the light.
8. The umbrella of claim 1
wherein the processor is configured to determine movement characteristics associated with the user in response to the physical orientations of the umbrella; and
wherein the movement characteristics associated with the user are selected from a group consisting of: cadence, gait, and speed.
9. The umbrella of claim 1 further comprising:
a wireless receiver coupled to the power source, wherein the wireless receiver is configured to receive from a user device, a termination signal; and
wherein the processor is configured to decouple the LED from the power source in response to the termination signal.
10. A method for a peripheral coupled to an umbrella comprises:
determining when the umbrella is in an open configuration;
determining with a MEMS device coupled to the umbrella, an upright configuration when the umbrella is oriented within a range of angles with respect to vertical;
initiating with a processor coupled to the umbrella, illumination of a LED light source disposed upon a top portion of the umbrella, in response to the open configuration and the upright configuration; thereafter:
determining with the MEMS device, physical motion of the peripheral while the LED light source is illuminated;
determining with the MEMS device, an off configuration when the peripheral is oriented at an angle larger than the range of angles with respect to vertical while LED light source is illuminated;
determining with the sensor, when the umbrella is in a closed configuration, while LED light source is illuminated; and
terminating with the processor, the illumination of the LED light source, in response to the umbrella being in the closed configuration and the off configuration.
11. The method of claim 10 further comprising:
determining with the processor, an idle condition when a period of time after the umbrella is in the closed configuration and in the off configuration exceeds a predetermined amount of time; and
wherein the terminating with the processor, the illumination of the LED light source is in response to the closed configuration, the off configuration, and the idle condition.
12. The method of claim 10 further comprising:
determining with the processor, an idle condition when the physical motion of the umbrella does not exceed a threshold physical motion for a predetermined period of time; and
wherein the method further comprises terminating with the processor, the illumination of the LED light source in response to the idle condition.
13. The method of claim 10 wherein the range of angles is greater than 0 degrees to 45 degrees.
14. The method of claim 10 wherein the illumination of the LED light source is selected from a group consisting of: a steady illumination, a blinking illumination, a constant appearance color, a changing appearance color.
15. The method of claim 10 further comprising:
indicating with the processor, to a smart device when illumination of the LED light source is initiated; and
indicating with the processor, to the smart device when illumination of the LED light source is terminated.
16. The method of claim 15 further comprising:
providing with the processor to a user device, when the illumination of the LED light source is initiated;
combining, in the user device, when the illumination of the LED light source is initiated with a first time stamp and a first geographical position of the umbrella, to form a first data packet; and
uploading, with the user device, the first data packet to a smart device.
17. The method of claim 16 further comprising:
providing with the processor to the user device, when the illumination of the LED light source is terminated;
combining, in the user device, when the illumination of the LED light source is terminated with a second time stamp and a second geographical position of the umbrella, to form a second data packet; and
uploading, with the smart device, the second data packet to the smart device.
18. The method of claim 10 further comprising:
providing with the processor to a user device, the physical motion of the umbrella while the LED light source is illuminated; and
determining, in the user device, movement characteristics associated with the user, in response to the physical motion;
wherein the movement characteristics associated with the user laare selected from a group consisting of: cadence, gait, and speed.
19. The method of claim 10 further comprising:
receiving a termination signal in the processor, from a user device via a wireless interface; and
terminating with the processor, the illumination of the LED light source, in response to the termination signal.
20. An umbrella comprising:
a shaft comprising a bottom portion and a top portion;
a handle coupled to the bottom portion the shaft;
a canopy portion coupled to the top portion of the shaft;
a power source configured to provide electrical power;
a sensor coupled to the power source, wherein the sensor is configured to determine when the canopy portion is in an open configuration or a closed configuration;
an illumination portion coupled to the top portion of the shaft and coupled to the power source, wherein the illumination portion comprises a light emitting diode (LED) configured to output light;
a MEMS accelerometer coupled to the power source, wherein the MEMS accelerometer is configured to determine physical orientations of the umbrella;
a processor coupled to the power source, the LED and to the MEMS accelerometer, wherein the processor is configured to determine an upright configuration when the physical orientations of the umbrella with are within a range of angles with respect to vertical, wherein the processor is configured to determine an off configuration when the physical orientations of the umbrella are outside the range of angles with respect to vertical, wherein the processor is configured to determine an idle condition when the physical orientations of the umbrella do not exceed a threshold physical motion for a predetermined period of time, wherein the processor is configured to couple the LED to the power source in response to the upright configuration and the open configuration, and wherein the processor is configured to decouple the LED from the power source in response to the off configuration and the closed configuration or in response to the idle condition.