INDUCTIVE POWER SOLAR LIGHT WITH MICROWAVE MOTION SENSOR
The light fixture has two separate and distinct portions, i.e., a lower portion and an upper portion, that are magnetically connected to one another. The lower portion contains a light source; a rechargeable battery; provision for an auxiliary power source; and an inductive power receiving loop. Further, depending on the objectives of the user, the lower portion may also contain a USB port, a motion sensor and/or a momentary push-button switch. The upper portion contains a solar panel and an inductive power transmitting loop. The rechargeable battery is charged inductively through electromagnetic induction, using electricity generated by the one or more solar panels. The rechargeable battery can also be charged using the USB port. The magnetic connection between the upper and lower portions allows them to join to one another through thin material, such as an umbrella canopy, tent wall, or awning, without damaging the material.
1 . A light fixture comprising:
a. an upper portion comprising:
i. one or more solar panels;
ii. an inductive power transmitting loop in electrical communication with the one or more solar panels; and
iii. one or more magnets; and
b. a lower portion comprising:
i. a light source;
ii. an inductive power receiving loop in electromagnetic communication with the inductive power transmitting loop;
iii. one or more rechargeable batteries in electrical communication with the light source and the inductive power receiving loop; and
iv. one or more magnets,
wherein the upper portion is magnetically connected to the lower portion, and wherein the one or more rechargeable batteries are inductively charged, through electromagnetic induction, using electricity generated by the one or more solar panels.
2 . The light fixture of claim 1 , wherein the one or more solar panels are disposed at a top surface of the upper portion and the upper potion's one or more magnets are disposed at a bottom surface thereof, and wherein the light source is disposed at a bottom surface of the lower portion and the lower portion's one or more magnets are disposed at a top surface thereof.
3 . The light fixture of claim 1 , wherein the lower portion further comprises an auxiliary power source in electrical communication with the light source.
4 . The light fixture of claim 3 , wherein the auxiliary power source is one or more batteries.
5 . The light fixture of claim 1 , wherein the lower portion further comprises a USB port in electrical communication with the one or more rechargeable batteries.
6 . The light fixture of claim 1 , wherein the lower portion further comprises a motion sensor in electrical communication with the light source and the one or more rechargeable batteries.
7 . The light fixture of claim 1 , wherein the lower portion further comprises a switch for adjusting the intensity of the light source, the switch being in electrical communication with the light source and the one or more rechargeable batteries.
8 . The light fixture of claim 1 , wherein the light source includes LED lights.
9 . The light fixture of claim 1 , wherein the lower portion further comprises:
a. an auxiliary power source in electrical communication with the light source;
b. a USB port in electrical communication with the one or more rechargeable batteries;
c. a motion sensor; and
d. a switch for adjusting the intensity of the light source, the switch and the motion sensor being in electrical communication with the light source and the one or more rechargeable batteries.
10 . A light fixture comprising:
a. an upper portion comprising:
i. one or more solar panels; and
ii. a first induction coil in electrical communication with the one or more solar panels; and
b. a lower portion comprising:
i. a light source;
ii. a second induction coil in electromagnetic communication with the first induction coil; and
iii. one or more rechargeable batteries in electrical communication with the light source and the second induction coil,
wherein the upper portion is magnetically connected to the lower portion, and
wherein the one or more rechargeable batteries are inductively charged, through electromagnetic induction, using electricity generated by the one or more solar panels.
11 . The light fixture of claim 10 , wherein the one or more solar panels are disposed at a top surface of the upper portion, and wherein the light source is disposed at a bottom surface of the lower portion.
12 . The light fixture of claim 10 , wherein the lower portion further comprises an auxiliary power source in electrical communication with the light source.
13 . The light fixture of claim 12 , wherein the auxiliary power source is one or more batteries.
14 . The light fixture of claim 10 , wherein the lower portion further comprises a USB port in electrical communication with the one or more rechargeable batteries.
15 . The light fixture of claim 10 , wherein the lower portion further comprises a motion sensor in electrical communication with the light source and the one or more rechargeable batteries.
16 . The light fixture of claim 10 , wherein the lower portion further comprises a switch for adjusting the intensity of the light source, the switch being in electrical communication with the light source and the one or more rechargeable batteries.
17 . The light fixture of claim 10 , wherein the light source includes LED lights.
18 . The light fixture of claim 10 , wherein the lower portion further comprises:
a. an auxiliary power source in electrical communication with the light source;
b. a USB port in electrical communication with the one or more rechargeable batteries;
c. a motion sensor; and
d. a switch for adjusting the intensity of the light source, the switch and the motion sensor being in electrical communication with the light source and the one or more rechargeable batteries.