초록 ▼

What has been invented is a series of scientific applications of the wideface energy converter device, be it in the form of a wideface solar heat receiver or a wideface fluid impeder device. The wider is the solar heat receiver, the more solar power is available for conversion. The wider is the sail

What has been invented is a series of scientific applications of the wideface energy converter device, be it in the form of a wideface solar heat receiver or a wideface fluid impeder device. The wider is the solar heat receiver, the more solar power is available for conversion. The wider is the sail of the boat, the more wind is available to push the boat. Wherefore, the wideface solar trap made up of multi-layer transparent roofs covering a heat insulated box is used to heat up a radiator tubings that contain water. The multilayer transparent roof, having spaces in between sheets, prevents solar heat from backing out hence the trap becomes hoter and hoter because the inner sheet is not in contact with the cold wind. This solar trap is now used to heat up radiator pipes of compressed air coming from a gas turbine engine and then returned back to the exhaust turbine of same engine. Applying the principle of the wind sail, the turbine blades of the compressor and the turbine blades of the exhaust turbine are made wideface as much as possible to produce maximum impedance against the expanding exhaust hot air and to produce maximum push upon the fresh air being compressed. This wideface fluid impeder is now expanded into an underwater platform from One Acre or much more and attached to floating hotels, large/small boats, and floating sea walls, to prevent oscillation by the surfs.

대표청구항 ▼

[ What is claimed is:] [1.]1. A wideface scavenger energy converter system using a wideface sail-type fluid deflector to imped and to drive moving fluids/air in order to pump/compress, and to convert the energy of moving fluids/air into mechanical and into electrical energy, comprising:an oppositely

[ What is claimed is:] [1.]1. A wideface scavenger energy converter system using a wideface sail-type fluid deflector to imped and to drive moving fluids/air in order to pump/compress, and to convert the energy of moving fluids/air into mechanical and into electrical energy, comprising:an oppositely rotating co-axial wideface sail-type bladed centrifical air pump serving as a supercharger compressor, comprising: an air inlet mouth and an air outlet pipe acting as a larger pipe clockwise drive shaft having an inner wall; a plurality of counter-clockwise slant air guide plates disposed by a separate structure around said air inlet mouth of said compressor; a plurality of water atomizers disposed around said mouth and attached to said slant air guides; a rear clock-wise rotating circular plate having a central air outlet hole centrally attached to said air outlet larger pipe clockwise drive shaft thru said air outlet central hole; an inner and outer sets of clockwise revolving sail-type wideface blades having rear sides and front sides, spacedly and co-axially attached to said rear clockwise circular plate thru said rear sides; a front clockwise circular plate spacedly and co-axially holding said front sides of said two sets of clockwise wideface blades; an inner clockwise drive shaft having an end section, co-axially passing inside said clockwise air outlet pipe drive shaft and centrally attached to said clockwise front circular plate; a bearing post holding said end section of said inner clockwise drive shaft; an interior rear counter-clockwise rotating circular plate holding a set of counter-clockwise revolving sail-type wideface blades revolving in between said inner and outer sets of clockwise revolving wideface blades; a counter-clockwise pipe drive shaft, enclosing said inner clockwise drive shaft and co-axially inside said clockwise air outlet larger pipe drive shaft, centrally attached to drive said interior rear counter-clockwise plate;a number of driven machines, comprising: an oppositely rotating turbine compressor having: a plurality of sets of clockwise revolving sail-type wideface blades and a plurality of counter-clockwise revolving sail-type wideface blades; a centrifugal air pump having: a sail-type wideface counter-clockwise blades, a housing shell, an inlet and an outlet main pipe; an oppositely rotating electric generator having: a multilayer clockwise drum-type induction wire coil coupled with a multilayer counter-clockwise drum-type magnet, carbon brushes connected to the wire coils, and electric power outlet wires connected to said carbon brush; and a hot gas turbine engine having: a multistage clockwise sail-type wideface bladed turbine coupled with an outer multistage counter-clockwise sail-type wideface bladed conical turbine running in between said clockwise blades, and serving as a driver machine,--all in one co-axial alignment with said centrifical air pump;an extension of said larger clockwise pipe drive shaft, having and inside wall, from said centrifical air pump to, enclosing, and acting as an air pipe supplying compressed air to, said oppositely rotating turbine compressor, and finally ending up at the inlet of said centrifugal air pump;said plurality of sets of clockwise wideface blades of said oppositely rotating turbine compressor being spacedly attached to said inside walls of said larger clockwise pipe drive shaft;an extension of said counter-clockwise pipe drive shaft from said centrifical air pump to said oppositely rotating turbine compressor, and to said wideface bladed centrifugal air pump, and to said electric generator, and to said hot gas turbine engine,--holding and driving said wideface blades of said centrifugal air pump, holding and driving said counter-clockwise drum-type magnets of the said electric generator, and attached to said outer counter-clockwise turbine conical drive shaft of said hot gas turbine engine;said counter-clockwise wideface blades of said oppositely rotating turbine compressor being spacedly attached to said counter-clockwise pipe drive shaft in a way to run in between said clockwise blades of same turbine compressor;a drum type bearing holding around said counter-clockwise pipe drive shaft and attached to said clockwise blades of said turbine compressor;an extension of said inner clockwise drive shaft from said centrifical air pump, passing inside said counter-clockwise pipe drive shaft, thru said turbine air compressor, thru said centrifugal air pump, thru said electric generator and connected to said inner turbine of said hot gas turbine engine and connected to drive the clockwise induction wire coils of said oppositely rotating electric generator;a solar trap chamber, that collects solar heat, used as heat containment chamber for heating purposes, comprising: a wideface roof made as wide as space allows, having multilayer transparent sheets vertically spaced appart to have air space or vacuum space between each sheet; side walls having heat insulators enclosing said solar chamber; and a horizontal dry floor having heat insulators tightly jointed with said side walls;a header compressed air supply pipe communicated with said outlet main pipe of said centrifugal air pump, and extended all the way inside said solar trap chamber;a plurality of multilayer solar heat absorbing small radiator pipes communicated with said compressed air supply pipe, and extended all across said solar trap chamber;a block powder sprayed over said solar absorbing radiator pipes to prevent reflection of the sunlight;a header pipe air outlet getting out of said solar trap and communicated with said heat absorbing radiator pipes inside said solar trap chamber;a plurality of other air compressor stations in the vicinity, comprising: windmill compressors, waterwave energy compressors, and trash incinerator compressor, all intercommunicated to a main air pipe line which in turn further communicated with said header compressed air supply pipe getting inside said solar trap chamber, and contributing additional compressed air being heated up inside said solar trap chamber;a trash incinerator, that burns from the top of the trash, comprising: a main header inlet air pipe; a main header outlet air pipe; a combustion chamber; a heat insulator wall enclosing said combustion chamber; and a plurality of multilayer heat absorbing radiator pipes layed across said combustion chamber and inter-communicating said main header inlet air pipe with said main header outlet air pipe;a main air pipe line intercommunicating said header pipe air outlet of said solar trap chamber with said main header inlet air pipe of said trash incinerator;a plurality of geothermal heat energy radiator deepwell, compising: a main header air inlet pipe; main header air outlet pipe; a plurality of deepwell lined around by closed-bottom glass pipe and other acid resistant materials pipe; a central divider wall or a smaller open bottom pipe hanged down into but not touching the closed bottom of each said glass pipe deepwell thereby a longitudinal one-half of each said deepwell serving as air inlet pipe while another longitudinal one-half of each said deepwell serving as air outlet pipe; all said inlet pipes of each said deepwell communicated with said main header air inlet pipe while all said outlet pipes of said deepwell communicated with said main header air outlet pipe; and a main air pipe line inter-communicating said main header intlet pipe of said geothermal radiator deepwell with said main header outlet pipe of said trash incinerator;a nuclear fuel burning facility, having: a combustion chamber, a heat exchange radiator with an air inlet and an air outlet and placed inside/around said combustion chamber; a main header air inlet pipe inter-communicating with said air inlet of said heat exchange radiator; a main header air outlet pipe intercommumicating with said air outlet of said heat exchange radiator; and a main air pipe line inter-communicating said main header inlet pipe with the said main header outlet pipe of said geothermal deepwell;a wideface sail-type bladed co-axial oppositely rotating gas turbine converting the expanding hot air into mechanical energy comprising: a "T" form main header hot air inlet pipe and an expanded mouth air pipe exhaust; a counter-clockwise conical outer drive shaft having inner walls and a clockwise conical inner drive shaft having outer walls in co-axial with said outer drive shaft, each drive shaft having a front and an exhaust lip; said front of said clockwise inner conical drive shaft connected to said clockwise inner drive shaft that drives said clockwise multilayer drum-type induction wire coil of said generator; an axial center bearing post holding said lips of each said drive shafts by way of radial spokes; a plurality of sets of counter-clockwise revolving wideface sail-type turbine blades spacedly attached to said inner walls of said outer drive shaft; plurality of sets of clockwise revolving wideface sail-type tubine blades spacedly attached to said outer walls of said inner drive shaft in a manner that each set of clockwise blades revolves in between each set of counter-clockwise blades; a perforated counter-clockwise pipe drive shaft section inter-connecting said front of said conical outer drive shaft with said counter-clockwise pipe drive shaft connected to said drum magnet of said electric generator; said main inlete pipe of said hot gas turbine engine made much larger than said perforated pipe drive shaft section to allow air to get into said perforation from all directions; said "T" main inlet pipe extended to cover the gas turbine up to and connected to said exhaust mouth air pipe; a drum-type roller bearing provided in between said "T" main inlet pipe and said counter-clockwise pipe drive shaft going towards the generator; and an outer shell pipe covering around the generator and interconnecting said housing shell of said centrifugal air pump with said "T" main air inlet pipe of said hot gas turbine engine;a main air pipe inter-communicating said main header inlet pipe of said gas turbine with said main header outlet pipe of said nuclear fuel burning facility;a high voltage large capacitor, in the form of a large building block serving as an energy bank, connected by wire conductors to said wire power outlets of said electric generator thru a step up transformer to store excess energy not absorbed by the utility grid;a glass, ceramics, plastics, semiconductor or diode serving as insulator in between plates of said capacitor to prevent high voltage discharge of stored energy;said capacitor also serves as storage for the energy from the lightning; anda voltage regulator to gradually release the stored energy from the capacitor into the utility grid, see FIG. 23.