Abstract: A modular radial compressor for compressing fluids includes a compression vessel having a collapsible vessel internal space having expanded and a compressed sizes, the compression vessel having an intake structure for passing fluid into the vessel internal space from a fluid source and an output structure for passing fluid out of the vessel internal space; a rotatable arm structure having an arms structure rotational axis and at least one radial arm protrusion positioned to periodically about one or multiple compression vessels and compress the vessel internal spaces; a rotational drive mechanism drivably connected to the rotatable arm structure for rotatably driving the arm structure and the arm protrusion about the arm structure rotational axis; and a compression vessel expansion mechanism for expanding the vessel internal space to its expanded size subsequent to each vessel internal space compression.

Abstract: A combined toilet and bidet system that may be manufactured with a toilet or mounted and adapted to the design of an existing toilet comprising a first adjustable nozzle mountable near the front end of a toilet bowl, second adjustable nozzle mountable near the back end of the toilet bowl, faucet/valve system for receiving and controllably combining multiple water sources in a manner that controls the temperature of water outputted, conduit for delivering water from the selected water source(s) to the faucet/valve system, conduit for delivering water from the faucet/valve system to a splitter that outputs the water received to the nozzles, conduit for delivering the water from the splitter to the first and second nozzles, at least one directional control system for controllably adjusting the angle of at least one of and preferably all of the nozzles to dictate the direction(s) water is ejected therefrom and exhaust system for removing odors from the area of the toilet-bidet system.

Abstract: A combined toilet and bidet system that may be manufactured with a toilet or mounted and adapted to the design of an existing toilet comprising a first adjustable nozzle mountable near the front end of a toilet bowl, second adjustable nozzle mountable near the back end of the toilet bowl, faucet/valve system for receiving and controllably combining multiple water sources in a manner that controls the temperature of water outputted, conduit for delivering water from the selected water source(s) to the faucet/valve system, conduit for delivering water from the faucet/valve system to a splitter that outputs the water received to the nozzles, conduit for delivering the water from the splitter to the first and second nozzles, at least one directional control system for controllably adjusting the angle of at least one of and preferably all of the nozzles to dictate the direction(s) water is ejected therefrom and exhaust system for removing odors from the area of the toilet-bidet system.

Abstract: A compressor apparatus for compressing fluids includes a compression vessel having a collapsible vessel internal space having an expanded size and a compressed size, the compression vessel having intake structure for passing fluid into the vessel internal space from a fluid source and output structure for passing fluid out of the vessel internal space; a rotatable cam structure having a cam structure rotational axis and at least one radial cam protrusion positioned to periodically abut the compression vessel and compress the vessel internal space; a rotational drive mechanism drivably connected to the rotatable cam structure for rotatably driving the cam structure and the cam protrusion about the cam structure rotational axis; and a compression vessel expansion mechanism for expanding the vessel internal space to its expanded size subsequent to each compression of the vessel internal space.

Abstract: A protective wind energy conversion chamber provides a protected multiple turbine mechanism axially aligned to convert kinetic energy of a moving fluid (e.g., wind) into rotational mechanical power by the reaction of the moving fluid with the turbine. The conversion chamber may either be configured as a vertical axis wind turbine (VAWT) or horizontal axis wind turbine (HAWT). The conversion chamber repositions an intake windward to collect and concentrate the wind prior to converting the wind into energy via the axially aligned multi-turbine mechanism. The remaining wind is released via a leeward-facing exhaust. Completely enclosed by the protective wind energy conversion chamber, the axially aligned multi-turbine mechanism avoids interference by birds and other outside objects.

Abstract: A protective wind energy conversion chamber provides a protected multiple turbine mechanism axially aligned to convert kinetic energy of a moving fluid (e.g., wind) into rotational mechanical power by the reaction of the moving fluid with the turbine. The conversion chamber may either be configured as a vertical axis wind turbine (VAWT) or horizontal axis wind turbine (HAWT). The conversion chamber repositions an intake windward to collect and concentrate the wind prior to converting the wind into energy via the axially aligned multi-turbine mechanism. The remaining wind is released via a leeward-facing exhaust. Completely enclosed by the protective wind energy conversion chamber, the axially aligned multi-turbine mechanism avoids interference by birds and other outside objects.