Apparatus having connection module for use with electrical module

1. An apparatus for use with an electrical module including a housing securely supporting and enclosing an electrical circuit, a registration feature positioned on an outer surface of the housing, a circuit terminal supported by the housing, and the circuit terminal being electrically connected to the electrical circuit, and a magnet securely supported by the housing, and the circuit terminal being located atop, and being extended, at least in part, across, the magnet, and the apparatus comprising:

a connection module including:

a connection housing securely supporting and enclosing a connection electrical circuit; and

a connection registration feature positioned on an outer surface of the connection housing, and the connection registration feature being configured to be in registered alignment with the registration feature once the electrical module is positioned adjacent to the connection module just so; and

a connection circuit terminal being supported by the connection housing, and the connection circuit terminal being electrically connected to the connection electrical circuit; and

a connection magnet securely supported by the connection housing; and

the connection circuit terminal being located atop, and being extended, at least in part, across, the connection magnet; and

the connection magnet being configured to be magnetically attracted to the magnet once the connection magnet and the magnet are spatially positioned for such magnetic attraction in such a way that:

the connection circuit terminal electrically couples with the circuit terminal, in which the connection circuit terminal is located atop and is extended, at least in part, across the connection magnet of the connection module, and in which the circuit terminal is located atop and is extended, at least in part, across the magnet of the electrical module; and

electrical current is exchangeable between the connection circuit terminal of the connection module and the circuit terminal of the electrical module once the connection circuit terminal, in use, electrically couples with the circuit terminal; and

the connection magnet being configured to be magnetically repelled from the magnet once the connection magnet and the magnet are spatially positioned for such magnetic repulsion in such a way that:

the connection circuit terminal remains electrically uncoupled from the circuit terminal, in which the connection circuit terminal is located atop and is extended, at least in part, across the connection magnet of the connection module, and in which the circuit terminal is located atop and is extended, at least in part, across the magnet of the electrical module; and

electrical current is not exchangeable between the connection circuit terminal of the connection module and the circuit terminal of the electrical module.

2. An apparatus for use with an electrical module including a housing securely protecting an electrical circuit, and a registration feature being positioned on an outer surface of the housing, and a circuit terminal being supported by the housing, and the circuit terminal being electrically connected to the electrical circuit, and a magnet being securely supported by the housing, and the circuit terminal being located atop, and being extended, at least in part, across, the magnet, and the apparatus comprising:

a connection module being configured to be spatially aligned and positioned adjacent to the electrical module; and

the connection module, including:

a connection electrical circuit; and

a connection housing being configured to securely protect the connection electrical circuit; and

a connection registration feature being fixedly positioned on an outer surface of the connection housing, and the connection registration feature being configured to be mated with the registration feature, and the connection registration feature being configured to be aligned in registered relationship with the registration feature once the connection module and the electrical module are spatially aligned and positioned adjacent to each other; and

a connection circuit terminal being supported by the connection housing, and the connection circuit terminal being electrically connected to the connection electrical circuit, and the connection circuit terminal being configured to be spatially positioned and aligned adjacent to the circuit terminal once the connection registration feature is aligned in registered relationship with the registration feature, and the connection circuit terminal being configured to be electrically connected with the circuit terminal in such a way that the connection electrical circuit and the electrical circuit become electrically connected with each other; and

a connection magnet being securely supported by the connection housing, and the connection magnet being configured to be spatially positioned and aligned adjacent to the magnet once the connection registration feature is aligned in registered relationship with the registration feature; and

the connection circuit terminal being located atop, and being extended, at least in part, across, the connection magnet; and

the connection magnet being configured to be magnetically attracted to the magnet once the connection magnet and the magnet are spatially positioned for such magnetic attraction in such a way that:

the connection circuit terminal electrically couples with the circuit terminal, in which the connection circuit terminal is located atop and is extended, at least in part, across the connection magnet of the connection module, and in which the circuit terminal is located atop and is extended, at least in part, across the magnet of the electrical module; and

electrical current is exchangeable between the connection circuit terminal of the connection module and the circuit terminal of the electrical module once the connection circuit terminal, in use, electrically couples with the circuit terminal; and

the connection magnet being configured to be magnetically repelled from the magnet once the connection magnet and the magnet are spatially positioned for such magnetic repulsion in such a way that:

the connection circuit terminal remains electrically uncoupled from the circuit terminal, in which the connection circuit terminal is located atop and is extended, at least in part, across the connection magnet of the connection module, and in which the circuit terminal is located atop and is extended, at least in part, across the magnet of the electrical module; and

electrical current is not exchangeable between the connection circuit terminal of the connection module and the circuit terminal of the electrical module.

3. The apparatus of claim 2 , wherein:

the connection magnet is configured to be magnetically attracted to the magnet once the connection magnet and the magnet are spatially positioned for such magnetic attraction in such a way that the connection registration feature and the registration feature become mated with each other, and the connection circuit terminal and the circuit terminal become electrically connected with each other, thereby, causing the connection electrical circuit and the electrical circuit to become electrically connected with each other.

4. The apparatus of claim 3 , wherein:

the connection magnet is configured to be magnetically repelled from the magnet once the connection magnet and the magnet are spatially positioned for such magnetic repulsion in such a way that the connection registration feature and the registration feature cannot become mated with each other, and the connection circuit terminal and the circuit terminal remain electrically disconnected from each other to, thereby, causing the connection electrical circuit and the electrical circuit to remain electrically disconnected from each other.

5. The apparatus of claim 4 , wherein:

the electrical module includes:

a battery assembly having a battery.

6. The apparatus of claim 4 , wherein:

the connection module includes:

a joiner assembly being configured to electrically couple an instance of the electrical module with another instance of the electrical module.

7. The apparatus of claim 4 , wherein:

the electrical module includes:

a battery assembly having a battery; and

the connection module includes:

a joiner assembly being configured to electrically couple an instance of the battery assembly with another instance of the battery assembly.

8. The apparatus of claim 7 , wherein:

the battery assembly has the registration feature in which the registration feature is recessed, and the battery assembly cannot be connected to another instance of the battery assembly without usage of the joiner assembly.

9. The apparatus of claim 4 , wherein:

the connection registration feature extends outwardly from the connection module; and

the registration feature of the electrical module extends into the electrical module.

10. The apparatus of claim 4 , wherein:

the connection housing includes:

housing-panel sections positioned and affixed to each other.

11. The apparatus of claim 4 , wherein:

the connection electrical circuit is entirely enclosed by the connection housing.

12. The apparatus of claim 4 , wherein:

the connection registration feature is positioned, at least in part, on the outer surface of the connection housing.

13. The apparatus of claim 4 , wherein:

the connection circuit terminal is positioned, at least in part, on a portion of the connection magnet and faces outwardly from an exterior of the connection housing.

14. The apparatus of claim 4 , wherein:

the connection magnet is positioned, at least in part, within the connection registration feature; and

the connection magnet is electrically connected to the connection electrical circuit.

15. The apparatus of claim 4 , wherein:

the connection module includes:

an inverter assembly being configured to receive electrical power from the electrical module once operatively connected to the electrical module just so.

16. The apparatus of claim 4 , wherein:

the connection module includes:

a light assembly having a light-emitting element.

17. The apparatus of claim 4 , further comprising:

a handle assembly being configured to be magnetically coupled to the electrical module.

18. The apparatus of claim 4 , wherein:

the connection module includes:

an electrical-charging assembly configured to electrically charge the electrical module once operatively connected to do just so.

19. The apparatus of claim 4 , wherein:

the connection module includes:

a wiring-connection assembly including an electrical conductor.

20. The apparatus of claim 4 , wherein:

the connection module includes:

a backplane assembly configured to receive a plurality of the electrical module.