Modular camera core and modular camera expansion system

A modular camera expansion product comprising:

• a modular camera assembly including:
• a lens;
• a modular camera processor connected to the lens and which is configured to capture the digital video, audio, and photograph data;
• a wireless communicator connected to the modular camera processor and configured to connect with a wireless network to send and receive data from an external computing device;
• an antenna connected to the modular camera processor and configured to receive a radio frequency (RF) signal carrying a GPS source signal;
• a modular camera connector;
• and
• a modular camera assembly cover which encloses the modular camera processor, wireless communicator, antenna, with the lens and modular connector formed in an exterior surface thereof;
• a modular camera housing including:
• a housing processor;
• a connector configured to electrically and mechanically connect to the modular camera so as to connect the housing processor to the processor of the modular camera;
• a user interface connected to the housing processor which is capable of initiating a process in the modular camera processor when the modular camera is connected to the modular camera housing;
• a housing which houses the housing processor, connector, and user interface, the housing being configured to couple with the modular camera to form an assembled camera whereby the user interface of the modular camera expansion system is used to operate the modular camera, the connector being formed in an interior surface of the housing,
• wherein the modular camera processor extends from a back surface of the lens portion to the modular camera connector when the modular camera housing is coupled with the modular camera, such that when the housing is coupled with the modular camera, the housing extends to the back surface of the lens and encloses the modular camera processor.

A modular camera system comprising:

• a modular camera assembly including:
• a lens;
• a modular camera processor connected to the lens and which is configured to capture the digital video, audio, and photograph data;
• a wireless communicator connected to the modular camera processor and configured to connect with a wireless network to send and receive data from an external computing device;
• an antenna connected to the modular camera processor and configured to receive a radio frequency (RF) signal carrying a GPS source signal;
• and
• a modular camera assembly cover which encloses the modular camera processor, wireless communicator, antenna, with the lens and modular connector formed in an exterior surface thereof;
• a modular camera connector;
• a first modular expansion system comprising a first processor, a first connector configured to electrically and mechanically connect the first processor to the modular camera processor, a first user interface connected to the first processor which is capable of initiating a process in the modular camera processor when the modular camera assembly is connected to the first modular expansion system, and a first housing which houses the first processor, first connector, and first user interface, the housing being configured to couple with the modular camera assembly to form a first assembled camera whereby the first user interface is used to operate the modular camera assembly, the first connector being formed in an interior surface of the first housing;
• and
• a second modular expansion system comprising a second processor, a second connector configured to electrically and mechanically connect the second processor to the modular camera processor, a second user interface connected to the second processor which is capable of initiating a process in the modular camera processor of the when the modular camera assembly is connected to the second modular expansion system, and a second housing which houses the second processor, second connector, and second user interface, the second housing being configured to couple with the modular camera assembly to form a second assembled camera whereby the second user interface is used to operate the modular camera assembly, the second connector being formed in an interior surface of the second housing;
• wherein the modular camera processor extends from a back surface of the lens portion to the modular camera connector when the modular camera assembly is connected to each of the first housing and second housing, such that when the first housing or second housing are coupled with the modular camera assembly, each of the first housing and the second housing extends to the back surface of the lens and encloses the modular camera processor.