A ring light is provided for rotary, spindle based machines such as mills and drills. The ring light is magnetically held to the machine about the spindle and may be moved along the spindle to any location thereon. The ring light may powered by a module containing batteries which may be replaceable or chargeable by a power supply or through induction. All three embodiments are disclosed. The construction is generally unitary with respect to the ring portion of the ring light and it may be constructed so that the power module is removable or as one piece with the ring portion.
1. A ring light comprising:
a. a light mounting bracket in the shape of a flat ring having two flat sides;
b. at least one means for producing light mounted on one of the flat sides of the ring;
c. at least one magnet positioned on an opposite flat side of the ring while abutting an inner circumference of said ring;
d. a power source; and
e. circuitry connecting the power source and the means for producing light in an operable manner;
wherein the ring light may be mounted about a rotary spindle of a machine and the magnets will hold the ring light against a frame of the machine while the spindle may be raised and lowered and further that the ring light may then be optionally raised and lowered along the spindle.
2. The ring light of claim 1 , the means for producing light being a plurality of LED's.
3. The ring light of claim 2 , the power source being at least one rechargeable battery.
4. The ring light of claim 3 , the power source further comprising a charging port for direct connection to an electrical battery charging apparatus.
5. The ring light of claim 3 , the power source further comprising at least one component of an induction charging system, remaining components of the induction charging system being so provided for charging the rechargeable battery.
6. The ring light of claim 1 , the power source being at least one rechargeable battery.
7. The ring light of claim 6 , the power source further comprising a charging port for direct connection to an electrical battery charging apparatus.
8. The ring light of claim 6 , the power source further comprising at least one component of an induction charging system, remaining components of the induction charging system being so provided for charging the rechargeable battery.
9. A ring light comprising:
a. a light mounting bracket in the shape of a flat ring having two flat sides;
b. at least one means for producing light mounted on one of the flat sides of the ring;
c. at least one magnet positioned on an opposite flat side of the ring;
d. a power source; and
e. circuitry connecting the power source and the means for producing light in an operable manner;
wherein the ring light may be mounted about a rotary spindle of a machine and the magnets will hold the ring light circumferentially about said spindle and the ring light may also be raised and lowered along a length of said spindle.
10. The ring light of claim 9 , the means for producing light being a plurality of LED's.
11. The ring light of claim 10 , the power source being at least one rechargeable battery.
12. The ring light of claim 11 , the power source further comprising a charging port for direct connection to an electrical battery charging apparatus.
13. The ring light of claim 11 , the power source further comprising at least one component of an induction charging system, remaining components of the induction charging system being so provided for charging the rechargeable battery.
14. The ring light of claim 9 , the power source being at least one rechargeable battery.
15. The ring light of claim 14 , the power source further comprising a charging port for direct connection to an electrical battery charging apparatus.
16. The ring light of claim 14 , the power source further comprising at least one component of an induction charging system, remaining components of the induction charging system being so provided for charging the rechargeable battery.
17. The ring light of claim 9 , the magnets being situated such that they abut an inner circumference of the ring.