Abstract: An electronic housing device has at least one extendable housing portion provided with electrical connectors and being selectively movable into and out of an opening in a housing of the device. At least one of the connectors can be accessible when the housing portion is retracted and the housing can also be provided with additional accessible electrical connectors.

Abstract: A modular surge protection system having a power distribution module connected to at least one surge protection module in a coplanar relationship. The power distribution module has a housing and surge protection disposed in the housing. At least one female electrical outlet is disposed on the housing and is electrically connected to the surge protection. A first portion formed on the housing connects with a corresponding second portion on the surge protection module to secure the modules together in a co-planar relationship.

Abstract: A modular electronic power supply interconnecting device has a plurality of stackable modules for converting an AC input voltage into DC output voltages of various magnitudes. A base module receives the input power and generates a first output power. A first adjacent module receives transfer power from the base module and generates a second output power. A second adjacent module receives transfer power from the base module and generates a third output power. The base module and the first and second adjacent modules are releasably attached and electrically connected. The device can be used to covert AC input power into DC power of 5 volts, 12 volts, 19 volts or any other desired magnitude.

Abstract: A modular stackable hub system that includes at least one stackable hub for communicating any combination of a multiplicity of electrical signals, for example, ISDN modems, port replication, USB to Ethernet, Ethernet switching, direct current, alternating current, routers, KVM switches, cable modem, firewire, DVD drives, CDRW drives, and USB. The stackable hub would include at least one upstream port and at least one downstream port for releasable mounting to other components in the stackable component system, and may include at least one external port and/or at least one bay for receiving a removable module. The upstream port would communicate upstream electrical signals, which may be any combination of the electrical signals, for example, the aforementioned electrical signals, with an upstream component, and may pass these electrical signals on to the downstream port, where a separate downstream component may be connected, and/or the external port.

Abstract: A modular stackable USB hub system including a stackable USB. The stackable USB hub having an upstream power port for mounting to other upstream components in the stackable component system. The upstream power port includes an upstream power port connector, a voltage conductor and ground conductor for receiving voltage and ground from the upstream component to supply the high current requirements of the USB hub in high power applications. The stackable USB hub further includes a downstream power port for mounting to other downstream components in the modular stackable component system. The downstream power port includes a downstream power port connector, a voltage conductor and a ground conductor. The voltage and ground conductors are connected to the respective voltage and ground conductors of the USB upstream power port connector for passing voltage and ground to the downstream component connected to the downstream power port.

Abstract: A universal cable and system are provided that includes a universal cable and miniature quick connectors with interchangeable ends. The system allows for easy construction of various desired cable configurations that may include USB and Firewire® computer architecture, and other electrical communication wiring schemes. As a result, electrical connection between computers, computer peripherals, and other electrical equipment is quickly accomplished without a need for many cables and connectors, and their associated added costs. Universal cabling methods for using the system and cables are also provided.

Abstract: A modular stackable USB hub system including a stackable USB. The stackable USB hub having an upstream power port for mounting to other upstream components in the stackable component system. The upstream power port includes an upstream power port connector, a voltage conductor and ground conductor for receiving voltage and ground from the upstream component to supply the high current requirements of the USB hub in high power applications. The stackable USB hub further includes a downstream power port for mounting to other downstream components in the modular stackable component system. The downstream power port includes a downstream power port connector, a voltage conductor and a ground conductor. The voltage and ground conductors are connected to the respective voltage and ground conductors of the USB upstream power port connector for passing voltage and ground to the downstream component connected to the downstream power port.

Abstract: A modular electronic power supply interconnecting device has a plurality of stackable modules for converting an AC input voltage into DC output voltages of various magnitudes. A base module receives the input power and generates a first output power. A first adjacent module receives transfer power from the base module and generates a second output power. A second adjacent module receives transfer power from the base module and generates a third output power. The base module and the first and second adjacent modules are releasably attached and electrically connected. The device can be used to covert AC input power into DC power of 5 volts, 12 volts, 19 volts or any other desired magnitude.

Abstract: An electrical hub network connecting apparatus electrically couples a plurality of stackable hubs in close proximity to one another. The connecting apparatus includes a housing rigidly formed for enclosing a plurality of electrical conductors. The housing has a main body extending between transverse first and second ends each having a connector affixed thereto. The connectors are electrically connected by the electrical conductors and each releasably attaches electrically and mechanically to a respective receiving connector mounted on one of the hubs.

Abstract: A modular stackable USB hub system including a stackable USB. The stackable USB hub having an upstream power port for mounting to other upstream components in the stackable component system. The upstream power port includes an upstream power port connector, a voltage conductor and ground conductor for receiving voltage and ground from the upstream component to supply the high current requirements of the USB hub in high power applications. The stackable USB hub further includes a downstream power port for mounting to other downstream components in the modular stackable component system. The downstream power port includes a downstream power port connector, a voltage conductor and a ground conductor. The voltage and ground conductors are connected to the respective voltage and ground conductors of the USB upstream power port connector for passing voltage and ground to the downstream component connected to the downstream power port.

Abstract: ? A method and apparatus for selectively producing and/or providing additional pop-out or extendable outlets or connectors in electronic housing devices is shown.

Abstract: A modular surge protection system having a power distribution module connected to at least one surge protection module in a coplanar relationship. The power distribution module has a housing and surge protection disposed in the housing. At least one female electrical outlet is disposed on the housing and is electrically connected to the surge protection. A first portion formed on the housing connects with a corresponding second portion on the surge protection module to secure the modules together in a co-planar relationship.

Abstract: A modular stackable USB hub system including a stackable USB. The stackable USB hub having an upstream power port for mounting to other upstream components in the stackable component system. The upstream power port includes an upstream power port connector, a voltage conductor and ground conductor for receiving voltage and ground from the upstream component to supply the high current requirements of the USB hub in high power applications. The stackable USB hub further includes a downstream power port for mounting to other downstream components in the modular stackable component system. The downstream power port includes a downstream power port connector, a voltage conductor and a ground conductor. The voltage and ground conductors are connected to the respective voltage and ground conductors of the USB upstream power port connector for passing voltage and ground to the downstream component connected to the downstream power port.