Abstract: The integrated bell housing on an engine, carries a supercharger, an alternator, a water pump and a starter. The engine has a crankshaft which is coupled to a flywheel in the casing as is a geared transmission. The flywheel has a first gear and a second gear. The first gear drives a supercharger drive shaft which drives the supercharger. The second gear is coupled to an alternator drive shaft such that the flywheel drives the alternator. A water pump drive shaft is keyed to the crankshaft and is rotatably mounted through the bell housing.

Abstract: A gas turbine engine (10) includes a first fire zone (Zone 3) in the region of a core of the engine and a second fire zone (Zone 1) in the region of a fan case of the engine, the first and second fire zones being separated by fire walls. The first fire zone is located generally radially inwardly of the second fire zone but includes a bifurcation part which extends radially outwardly of the remainder of the zone for limited circumferential extent. The engine further includes a disconnect panel (52) mounted on the fan case (32) to extend radially outwardly therefrom, the disconnect panel (52) forming a fire wall and providing means for pipes and harnesses (44) to be routed therethrough.

Abstract: Apparatus and methods include a first data communication link (hardwired or wireless) between a sensor and an Internet communication interface or device (such as a Java™-enabled or other programmable cellular telephone). The cellular telephone can provide an always-on link to a network such as the Internet, on which websites and related hardware and software tools can permit ready and virtually unlimited access to and interaction with the original data and sensor, and/or the sensor's system. In the preferred embodiment, a Java™-enabled cellular telephone interfaces directly with one or more sensors as well as with a network such as the Internet, to provide a data acquisition and control channel. The cellular telephone's display and keypad can provide a local display and data entry for the sensor and/or the sensor's system.

Abstract: A remotely operated vehicle-mounted pump is used to pump water from a suction pile, causing the suction pile to sink into the seabed of the ocean. The remotely operated vehicle exhibits a first mating member, and the pile exhibits a second mating member. The mating members define a channeled interface, channeling the first and second mating members to a common axis.

Abstract: A system for remotely monitoring and/or controlling a pool or spa. The remote control can utilize a microprocessor-based data acquisition and processing system, along with a network interface, to provide remote access to the pool or spa parameters, including but not limited to: temperature, pH, and ORP levels; and the status and control of pumps, heaters, ozone apparatus, and filters. The information is presentable via the Internet, a private or other networks, and can be accessed through known browsers or other convenient interfaces, allowing for operation across all computing platforms.