Battery adapter

1. A device for coupling a plurality of batteries to a powered device, the device comprising:

a first base comprising a first plurality of through holes disposed on a planar surface of the first base, wherein:

each hole in the first plurality of through holes is configured to accommodate a respective locking mechanism, wherein each respective locking mechanism comprises:

a first portion disposed on an external portion of the respective and configured to couple with a respective battery in the plurality of batteries, and

a second portion disposed on an internal portion of the respective hole and configured to couple with a push rod;

a second base disposed below the first base, the second base comprising:

a second plurality of through holes disposed on a planar surface of the second base, wherein:

each hole in the second plurality of through holes aligns with a corresponding hole in the first plurality of through holes of the first base, and

each hole in the second plurality of through holes is configured to accommodate a respective adapter that facilitates power transfer from a respective battery in the plurality of batteries to the powered device, and

a groove disposed on a first side wall, wherein the groove forms an opening at a portion of the first side wall and runs adjacent to each hole in the second plurality of holes, and wherein the groove is configured to accommodate the push rod; and

a third base disposed below the second base, wherein the third base comprises:

a grounding mechanism disposed interposing the third base and the second base, the grounding mechanism in contact with each respective adapter, and

a power output mechanism configured couple to the powered device and facilitate power transfer from the respective adapter of each battery in the plurality of batteries to the powered device, wherein:

the push rod moves between a first position that configures the locking mechanism to couple a respective battery in the plurality of batteries to the device and a second position that configures the locking mechanism to decouple the respective battery in the plurality of batteries from the device.

2. The device of claim 1 , wherein the second base and the third base form a waterproof seal.

3. The device of claim 1 , wherein for each respective locking mechanism:

the first portion comprises a blade comprising:

a through hole in a center portion thereof, the through hole of the blade configured to expose a first end portion of a respective adapter, and

one or more protrusions on an outer edge portion of the bade, the one or more protrusions configured to removably interlock with a portion of a respective battery.

4. The device of claim 3 , wherein for each respective locking mechanism:

the second portion comprises a rotor, the rotor comprising:

a through hole in a center portion thereof, the through hole of the rotor configured to accommodate a respective adapter, and

a mechanism to couple the rotor to the push rod.

5. The device of claim 4 , wherein for each hole in the second plurality of through holes of the second base, the second base comprises a respective ball nose spring, and wherein the first position of the push rod compresses the ball nose spring to complete a path of electrical communication from a respective battery through a respective adapter to the powered device, and the second position of the push rod releases the ball nose spring to interrupt the path of electrical communication.

6. A battery adapter device for coupling a plurality of batteries to a remote device, the adapter device comprising:

a housing;

a locking mechanism comprising:

a first portion that is partially disposed on an exterior portion of the housing, wherein the first portion is configured to removably couple with a respective battery in the plurality of batteries, and

a second portion that is partially disposed in an interior portion of the housing, wherein the second portion is configured to actuate a state of the locking mechanism; and

a power system that facilitates power transfer between each battery in the plurality of batteries and the remote device.

7. The battery adapter device of claim 6 , wherein the housing includes a first portion that is sealed from an external environment.

8. The battery adapter device of claim 6 , wherein the first portion of the locking mechanism includes one or more blades is configured to removably couple with a respective battery in the plurality of batteries.

9. The battery adapter device of claim 6 , wherein the second portion of the locking mechanism comprises an actuator that provides alters a state of the locking between a first state that decouples the battery adapter device from each respective battery in the plurality of batteries and a second state that couples the battery adapter device to each respective battery in the plurality of batteries.