Underwater light

DETAILED DESCRIPTION This invention addresses the need of an underwater lighting system that is easily installed and inexpensively repaired by the consumer.
Other systems advertise the need of the installation and the factory replacement of the lamp by trained individuals.
The replacement of the lamp in this system is easily done by anyone familiar with the use of a soldering gun.
Unlike other systems using a mogul socket or porcelain lamp holder, made by such manufacturers as Philips, to couple the lamp electrically to the wires, none is needed or used in this system.
A simple yet very effective method of coupling the wires to the lamp is done by soldering, eliminating one component prone to failure.
This underwater lighting system can be easily placed in the water, which is typically a canal and be easily retrieved with minimal effort.
Current systems use a non-flexible conduit to enclose and protect the wire.
This system uses a highly flexible conduit to protect the wire while enabling the simple procedure of deployment and retrieval.
This invention addresses the need of an underwater system that allows for the placement of the lamp in various depths of water.
It is generally known that lamps placed approximately no deeper than 5 feet below the water surface allow both the desired brightness needed while allowing the lamp to be deep enough to insure sailboat keels and boat props from inadvertently damaging the lamp.
The combination of new and different components allow for this result.
These physical differences are substantial and significant.
Previous references have not shown a combination of these components, resulting in an operational advantage to the user.