Module adapter for portable light sources
An adapter for a portable light source permits a module to be attached to the portable light source and powered by the power source of the portable light source. In one embodiment of the invention, the power source is a battery and the adapter includes a bottom plate and a housing defining a compartment that holds the module. In this embodiment, the bottom plate of the adapter features a positive contact opening and a negative contact opening adapted to receive and electrically communicate with the positive and negative terminals of the battery. The bottom plate of the adapter also includes positive and negative contact leads which communicate with the contact openings and the module so that the latter receives power from the battery.
1. A portable light source comprising:
a. a body of a power pack;
b. a battery located within said body;
c. a primary lamp in communication with the battery so as to receive power there from; and
d. a module attached to said body so as to be positioned above the body of the power pack and also receiving power from said battery.
2. The portable light source of claim 1 wherein the primary lamp is a cap lamp in communication with the power pack via a power cord.
3. The portable light source of claim 2 wherein the module is a radio frequency identification module.
4. The portable light source of claim 1 wherein the battery is a lithium-ion battery.
5. Portable light source comprising:
a. a body;
b. a battery located within said body;
c. a primary lamp in communication with the battery so as to receive power there from;
d. a module;
e. an adapter wherein the module is attached to said body by the adapter and also receives power from said battery via the adapter; said adapter including a plate featuring positive and negative contact openings in electrical communication with positive and negative terminals of the battery, said adapter also including a housing defining a compartment with the module positioned therein, said compartment including compartment contacts in electrical communication with the positive and negative contact openings and said module so that said module receives power from the battery.
6. The portable light source of claim 5 wherein the module is removably mounted to the adapter.
7. The portable light source of claim 1 wherein the module is selected from the group consisting of a lighting module, a GPS navigation module, a tracking module, a natural gas detection module and a radio module.
8. An adapter for a holding and powering a module with a battery of a portable light source comprising:
a. positive and negative contact leads, each having a first end adapted to communicate with positive and negative terminals, respectively, of the battery;
b. a housing defining a compartment adapted to hold the module;
c. a bottom plate fixedly attached to said housing and featuring a positive contact opening and a negative contact opening adapted to removably engage a positive terminal and a negative terminal of the battery, respectively, said bottom plate also supporting said positive and negative contact leads with their first ends in communication with the positive and negative contact openings; and
d. said positive and negative contact leads each also having a second end adapted to electrically communicate with a module positioned in the compartment so that power is provided thereto from the battery.
9. The adapter of claim 8 wherein the bottom plate and housing are molded from plastic.
10. The adapter of claim 9 wherein the bottom plate and housing are molded as a single piece.
11. The adapter of claim 8 wherein the positive and negative contact leads are strips of metal.
12. The adapter of claim 8 further comprising a flange with an aperture adapted to align with a flange and aperture of a body of the portable light source.
13. The adapter of claim 8 further comprising a module positioned in the compartment, wherein the module is selected from the group consisting of a lighting module, a GPS navigation module, a tracking module, a natural gas detection module and a radio module.
14. A cap lamp system comprising:
a. a cap lamp;
b. a power pack;
c. a battery positioned in the power pack and in electrical communication with the cap lamp; and
d. an adapter including a plate featuring contact openings in electrical communication with the battery, said adapter adapted to hold and provide power to a module.
15. The cap lamp system of claim 14 wherein the battery is a lithium-ion battery.
16. The cap lamp system of claim 14 further comprising a module held by the adapter and receiving power from the battery via the adapter, wherein the module is selected from the group consisting of a lighting module, a GPS navigation module, a tracking module, a natural gas detection module and a radio module.