Abstract:
Generate electricity by concentrating wind, by water pressure, by sun burning, by moving transportation, etc to obtain free electricity in utility of housing, industrial domains, etc to be a project profitable to all of us.

Description:
CROSS-REFERENCE TO RELATED APPLICATIONS  
       [0001]     Disclosure Document Deposit Request; former Disclosure Document No: 560438 date Sep. 10, 2004 PTO-1652 (8/99)  
       STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT  
       [0002]     “Not Applicable” 
       REFERENCE TO A MICROFICHE APPENDIX  
       [0003]     “Not Applicable” 
       BACKGROUND OF THE INVENTION  
       [0004]     Electricity: Generating electricity by propeller blade with dynamo is to install blades in nature letting wind blowing, wind will blow at both high and low sides of blade “a” shown on  FIG. 2  at a time thus producing anti-rotating force as propeller blade rotates either left or right side but not to both sides that traditional method will technically weaken revolving speed.  
         [0005]     My discovery is how to let wind blowing at propeller blade eliminating anti-rotating force b 3 ; half covered blade b 1 , hidden part b 2  and partial cover blade b 2   c  retain important elements to accelerate propeller blade speed, rotating blade has to be installed on horizontal spin b 3   a  equipping with dynamo obtaining wind blown from at least 4 sides to generate electricity increasingly several times more than usual on  FIG. 2 .  
         [0006]     Second discovery is to install half covered blades with speed acceleration blades in all moving transportations and/or equivalents to rotate dynamos or equivalents at full speed to generate electricity for common use in housing, industrial domains.  
         [0007]     Generate electricity by water solely does depending natural water on flowing from mountain, my discoveries are to use flowing of water in channels or/and equivalents at/below surface level of water from ocean, sea, lake, river, pool, water containers, etc to rotate dynamos to generate electricity everywhere, further discoveries are to use solar shining under magnifying glass focus burning on metal etc as burning coals, to use agricultural products of overproduction burning, to use rubber plants of all sorts burning, to use trash burning and to use burning of active volcano generating electricity for free.  
       BRIEF SUMMARY OF THE INVENTION  
       [0008]     Advantages of discovery are:  
         [0009]     to use half and/or partly covered propeller blades by concentrating blowing wind rotating dynamos to generate electricity increasingly everywhere,  
         [0010]     to use half, partly covered propeller blades with speed acceleration blades on circle frame, in moving transportation rotating dynamos at full speed to generate electricity in utility of housing, industry, etc,  
         [0011]     to use half and/or partly covered propeller blades by flowing of water, air flowing rotating dynamos to generate electricity everywhere for free,  
         [0012]     to produce electricity by burning agricultural products of overproduction, rubber plants of all sorts, trash for free,  
         [0013]     to produce electricity and to run transportation of all kinds by using alcohol, spirits, oil of all sorts from agricultural products replacing gasoline as energy costing less, cutting freight, producing locally in most countries,  
         [0014]     to produce electricity by burning of sun, of active volcano for free,  
         [0015]     to produce electricity by expansion of land, removing upper parts of highlands for agricultural energy.  
         [0016]     The invention composes of electricity, half covered propeller blades, partly covered propeller blades of all forms, speed acceleration blades, all kinds of transportations and/or equivalents; all vehicles, trains, underground trains, trolleys, automobiles, cars, trucks, buses, vans, engine-vehicles, motor-vehicles, motorcycles, aircraft, helicopters, space rockets, ships, fleet, submarines, etc, propeller blades &amp; blade covers of all sorts; b 1 , b 1   a , b 2 , b 2   a , b 2   b , b 2   c , b 3 ; without causing reverse rotating force of propeller blades, b 3   a ; horizontal spin placing of blades, combination blades, all generators: b 4 , b 4   a , b 5 , b 6 , b 7 , b 8 , b 9 , b 10 , b 11 , b 12 , b 13 , b 13   a , b 13   b , b 13   c , b 13   d , b 14 , b 15 , b 16 , b 16   a , b 17 , b 18 , b 18   a , b 18   b , b 18   b - 1 , b 18   b - 2 , b 18   c , b 18   c - 1 , b 18   c - 2 , b 19 , b 19   a , b 19   a - 1 , b 19   b , b 19   c  in  FIG. 1  to  FIG. 44 ,  FIG. 45  to  FIG. 56 , circle frames, generator train, generator wagon, energy trolley, motors, dynamos, generators, transformers, bearings, frames, V-belts, pulleys, channels, springs, electric wires, conductors, electric wire channels, isolating covers, connectors, railways, electric current, head lamps, bars, rollers, cables, frame, magnetic rolling unit, top channel, traffic street, magnetic force, bearing rollers, magnetic polarized lighting or equivalent technical skill, pumps, water, liquid pressure, deep water pressure, air pressure, below water surface level, water, liquid, channels, drains, tubes, pipes, hoses etc, ocean, sea, river, lake, pool, water containers, sewer, sea border, passing of water, filters, valves, control boxes, axis, gears, spindles, wheels, chains, drives, gear oil boxed, (engine type) thermostats, sun shining, magnifying glass, metals, mirrors, blades, wind, sun, trash, accessories, alcohol, grain, molasses, spirits, firewater, liquor, oil of all sorts, rubber plants of all sorts, agricultural products, population, burning plant, chimney, plant, sediment, fertilizer, plants, hot pepper powder and liquid or any other similar equivalents, coal mine, coal, electric power (rolling) station, active volcano, land, soil, sands, coast, territories, mountains, states, agriculture, energy, agricultural energy, flammable liquid, upper parts of highlands, contents, illustrations, process of making the invention. 
     
    
     BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING  
       [0017]      FIG. 1 ; Generator b 4 , without reverse spin force blown from all sides  
         [0018]      FIG. 2 ; Blowing system without reverse rotating force  
         [0019]      FIG. 3 ; b 3   a , horizontal spin placing  
         [0020]      FIG. 4 ; b 2   a , propeller blades  
         [0021]      FIG. 5 ; b 2   b , forms of propeller blades  
         [0022]      FIG. 6 ; b 1 , propeller blades and covers  
         [0023]      FIG. 7 ; b 1   a , propeller blades &amp; b. covers (of water flowing)  
         [0024]      FIG. 8 ; Device fixing on any electric pole  
         [0025]      FIG. 9 ; Generator b 4   a , extension of G. b 4   
         [0026]      FIG. 10 ; Generator b 5 , top blade spin, No Reverse Spin Force (N R S F)  
         [0027]      FIG. 11 ; Generator b 6 , blowing top blade spin of N R S F  
         [0028]      FIG. 12 ; Generator b 7 , blowing multiple sides of N R S F  
         [0029]      FIG. 13 ; Generator b 8 , centralizing wind of N R S F  
         [0030]      FIG. 14 ; Generator b 9 , centralizing wind blowing multiple sides of N R S F  
         [0031]      FIG. 15 ; Generator b 10 , multiple blowing cycle  
         [0032]      FIG. 16 ; Generator b 11 , multiple blowing cycle- 2   
         [0033]      FIG. 17 ; Generator b 12 , top opening spin, multiple blowing spin cycle  
         [0034]      FIG. 18 ; Sorts of propeller blades  
         [0035]      FIG. 19 ; Generate electricity on circle frame  
         [0036]      FIG. 20 ; Generator b 13 , generating electricity on train  
         [0037]      FIG. 21 ; Generator b 13   a , generating electricity on train wagon  
         [0038]      FIG. 22 ; Generator b 13   b , generating electricity wagon train  
         [0039]      FIG. 23 ; Distance between 2 trains b 13   c    
         [0040]      FIG. 24 ; Front view of train b 13   d    
         [0041]      FIG. 25 ; Generator b 14 , comb. blades of all sorts on energy trolley  
         [0042]      FIG. 26 ; Generator b 15 , magnetic rolling unit  
         [0043]      FIG. 27 ; Generator b 16 , dynamo outside, half covered blade spin in channel  
         [0044]      FIG. 28 ; Generator b 16   a , half covered blades spin in channel  
         [0045]      FIG. 29 ; Generator b 17 , up wind blowing, down water flowing  
         [0046]      FIG. 30 ; Extendable equipments  
         [0047]      FIG. 31 ; Generator b 18 , unit to be installed between pipes  
         [0048]      FIG. 32 ; Generator b 18   a , device to be installed between pipes  
         [0049]      FIG. 33 ; Generator b 18   b , combination to be installed between pipes  
         [0050]      FIG. 34 ; Generator b 18   b   1 , network of multiple dynamos  
         [0051]      FIG. 35 ; Generator b 18   b   2 , horizontal network of multiple dynamos  
         [0052]      FIG. 36 ; Generator b 18   c , extendable device to be installed between pipes  
         [0053]      FIG. 37 ; Generator b 18   c   1 , generator network  
         [0054]      FIG. 38 ; Generator b 18   c   2 , horizontal generator network  
         [0055]      FIG. 39 ; View of generator b 18   b   1   
         [0056]      FIG. 40 ; Generator b 19 , partial covered blades on flowing river  
         [0057]      FIG. 41 ; Generator b 19   a , combination on flowing river  
         [0058]      FIG. 42 ; Generator b 19   a - 1 , on flowing river network  
         [0059]      FIG. 43 ; Generator b 19   b , multiple partial covered blades on flowing river  
         [0060]      FIG. 44 ; Generator b 19   c , partial covered blades in channel  
         [0061]      FIG. 45 ; Generate electricity by water pumping  
         [0062]      FIG. 46 ; Generate electricity below water surface  
         [0063]      FIG. 47 ; Generate electricity below water surface network  
         [0064]      FIG. 48 ; Generate electricity under pressure of deep water  
         [0065]      FIG. 49 ; Generate electricity through water channel  
         [0066]      FIG. 50 ; Generate electricity by blowing, flowing, floating  
         [0067]      FIG. 51 ; Generate electricity through air blowing channel  
         [0068]      FIG. 52 ; Generate electricity by solar burning  
         [0069]      FIG. 53 ; Heat by solar energy  
         [0070]      FIG. 54 ; Energy diagram- 1   
         [0071]      FIG. 55 ; Energy diagram- 2   
         [0072]      FIG. 56 ; Energy diagram- 3   
     
    
     DETAILED DESCRIPTION OF THE INVENTION  
       [0073]     Invention element is to have propeller blade partly covered to concentrate wind blowing at it from sides;  2 ,  4 ,  6 ,  8  of b 3 ; blade  9  turning on  FIG. 2 ,  FIG. 5 . Partial covered blades should be built in small sizes rather than in large sizes to obtain strong or weak wind force as large blades can not be moved by wind blowing weakly. Multiple partial covered blades of small sizes in a division will evidently gather important wind as a large blade does, further small blades have more advantage to obtain a large scale of wind blowing than a large blade has.  
         [0074]      FIG. 5 ; Propeller blade: b 2   b  forms of blades maintain important element to secure wind rotating dynamos to produce electricity at high speed capacity, if blades are manufactured in one form, spin force equally sustains; this means both rotating and anti-rotating force exist at the time of blades turning. How to decrease anti-rotating force and to increase rotating force of blades blown from same side of wind, my solution is to make blade sharp on one part and flat on other part differently as head of an arrow that its sharp part of blade cuts wind “A” smoothly and its flat part of other blade moves efficiently by wind, propeller blade  9 , b 2   a  should be installed rather on horizontal spin b 3   a  than on vertical spin so as to obtain wind blowing from all sides:  2 ,  4 ,  6 ,  8  on  FIG. 4 ,  FIG. 5 .  
         [0075]      FIG. 3 ; Half covered blades  9  with bearing  18  should be placed on horizontal spin b 3   a  having wind blown from 1 to 8 sides or be well covered securing wind blowing from sides:  2 ,  4 ,  6 ,  8 .  FIG. 6 ; b 1  propeller blades with covers of all sorts from type a to type l.  FIG. 7 ; it covers b 1   a  propeller blades and blade covers for water flowing use.  
         [0076]      FIG. 1 ; Generator b 4 : It has dynamo  19 , propeller blade  9  partly covered b 2   c  of system without reverse rotating force, 4 openings letting wind blow from 4 sides to be fixed on any electric pole  49 A on  FIG. 8 .  FIG. 9 ; Generator b 4   a : It has dynamo  19  linking propeller blade  9 A, blade cover b 2   c , extendable, 4 openings letting wind blow from 4 sides.  FIG. 10 ; Generator b 5 ,  FIG. 11 ; Generator b 6 ,  FIG. 12 ; Generator b 7 ,  FIG. 13 ; Generator b 8 ,  FIG. 14 ; Generator b 9 : There are dynamos  19 , propeller blades  9 , blade covers b 2   c , extendable  14 , high top blades  9 B spin or large opening letting wind “A” blowing from multiple sides pushing spin, without reverse rotating force.  
         [0077]      FIG. 15 ; Generator b 10 ,  FIG. 16 ; Generator b 11 : There are dynamos  19  propeller blades  9 , blade covers b 2   c , multiple blowing cycle  1 - 8  shown by arrows, without rotating reverse force of blades.  FIG. 17 ; Generator b 12 : It has dynamo  19 , propeller blade  9 , blade  9 B spin, blade cover b 2   c , multiple blowing cycle  1 - 8  shown by arrows, top opening pushing spin, without reverse rotating force of blades.  
         [0078]      FIG. 18 : Propeller blade is equipped in gear  29  oil box  29 A with speed acceleration blade  16  of  10 A, it will be installed with motor  10  or with two blades  10 B, wind A blows directly, wind B reverts blowing blade  9   a  to accelerate speed, half covered blade turns blade  49   a  setting on top of house, of cars  9 B and half covered blade  13  links.  
         [0079]      FIG. 19 ; Generate electricity on circle frame: Quantities of half covered blades  13 ,  9 B with partial covers b 2   c  rotate dynamos  19  via transformers to generate electricity accelerated by speed acceleration blades  16 , bearings  18  and  18   a  on circling frame  38 , motor  17  functions timely to keep rotating, cutting extension  14 .  
         [0080]     Electric power plant in movement: Use moving transportations of all kinds; all vehicles, trains, underground trains, trolleys, automobiles, cars, trucks, buses, vans, engine-vehicles, motor-vehicles, motorcycles, ships, etc to produce electricity on usual utility.  
         [0081]      FIG. 20 ; Generator b 13 : wind blows half covered blades  9 A,  9 B to rotate dynamos  19  accelerated speed by accelerating blades  16  in gear links  29  starting by motor  17  or connecting to a train, electric wires  24  are conducted through spring  22 , conductor  21  or bearing  18  to electric wire channel  20  in isolating cover  23 , air exits through channel  28 , connectors  25 ,  26 , train extendable  14  generating electricity on underground train  15  or equivalents.  
         [0082]      FIG. 21 ; Generator b 13   a : Generator wagon is to be installed on train in maximum quantities of propeller blades  9 A, blades  16 , gear  29 , chain  27 A links and dynamo  19  to generate electricity onto electric wire channel  20  at high speed.  FIG. 22 ; Generator b 13   b : Generator train is to be linked to a train one after another by connectors  25 ,  26  using propeller blades  9 A, blades  16 , gear  29 , chain  27 A links and dynamo  19  to accelerate at full speed to generate electricity onto electric channel  20 , connector  25  is linked by bar  31  between two trains letting enough space for wind blowing to next trains b 13   c  on  FIG. 23 .  
         [0083]     Such moving capacity blows at full speed much more powerful than any other natural wind force, electricity will be transmitted up or down side by electric wires along with train railway to electric current.  FIG. 24 : b 13   d  shows front view of train  15  having head lamps  33 , half covered blades  9 A, speed acceleration blades  16  and/or using blades  9 A in which wind blows from 2 sides: front A and reverting B.  FIG. 25 ; Generator b 14 : Wind blows half covered blades  9 A,  9 B of all sorts, gear  29  to rotate speed acceleration blades  16 , dynamo  19  on trolley  30  to generate electricity, rollers  34  roll on cable  35  to hold its frame starting by motor  17 , electric wire channel  20  conducts electricity to electric current.  
         [0084]      FIG. 26 ; Generator b 15 : Magnetic rolling unit: Channel  31 B is built on top along with railway, traffic street, bar  31 A holds magnetic unit in which magnetic polarized lighting  11 A or equivalent technical skill of magnetic box  11  on bearing rollers  12  detecting to chase trains, cars running below, it runs rotating its dynamo  19  to generate electricity by electric wire  24  to electric current through channel, it may be installed gears  29  with blade to accelerate its speed.  
         [0085]      FIG. 27 ; Generator b 16 ,  FIG. 28 ; Generator b 16   a : Propeller blades  9 A with partial covers b 2   c  rotate dynamos  19  by flowing water inside channel  39 , extendable  14 .  FIG. 29 ; Generator b 17 : Propeller blades  9 A with partial covers b 2   c  rotate dynamo  19  by flowing water inside channel, by wind blowing blades  9  outside, extendable  14 .  FIG. 30 ; Extendable  14  equipments with V. belts  27 , dynamo  19 .  
         [0086]      FIG. 31 ; Generator b 18 ,  FIG. 32 ; Generator b 18   a ,  FIG. 33 ; Generator b 18   b : Propeller blades  9 ,  9 A with covers b 2   c  rotate dynamos  19  by flowing water to be connected between pipes, connectors  40 A, extendable  14 .  FIG. 34 ; Generator b 18   b   1 ,  FIG. 35 ; Generator b 18   b   2 : Combination blades  9 A rotate multiple dynamos  19  by passing of water.  FIG. 36 ; Generator b 18   c : Propeller blades  9 A with covers b 2   c  rotate dynamo  19  by flowing water connecting V. belt or chain  27 A to blades, connectors  40 A, extendable  14 .  FIG. 37 ; Generator b 18   c   1 ,  FIG. 38 ; Generator b 18   c   2 : Combination blades  9 A rotate dynamos  19  and b 4  in flowing water network.  FIG. 39 ; View of generator b 18   b - 1 , blades  9  with covers b 2   c , dynamos  19 , extendable  14 .  
         [0087]      FIG. 40 ; Generator b 19 : Partial covered b 2   c  propeller blade  9  rotates dynamo  19  by V. belt on flowing river.  FIG. 41 ; Generator b 19   a : Combination blades  9 A with partial cover b 2   c  rotate dynamo  19  by V. belt  27  on flowing river, extendable  14 .  FIG. 42 ; View of generator b 19   a   1 : Combination blades  9 A with partial cover b 2   c  rotate dynamos  19 , V. belts  27  on flowing river network.  FIG. 43 ; Generator b 19   b : Propeller blades  9 A with partial covers b 2   c  rotate a dynamo  19  using V-belt  27  by flowing water on river, extendable  14 .  FIG. 44 ; Generator b 19   c  with blade  9 , partial covers b 2   c , dynamo  19  rotating by flowing water in channel.  
         [0088]      FIG. 45 ; Generating electricity under water pumping: Water pump  45  pumps water through filter  44  flowing to generator b 18   b - 2  from ocean, sea  37 , lake, etc generating electricity, water pump functions timely or reacts by (engine type) thermostat  32 , water flows back through pipe  39 A to the sea.  
         [0089]      FIG. 46 ; Generating electricity by water, liquid, air pressure and/or equivalents: Using water pressure generates electricity to be done at or below surface level  43  of ocean, sea  37 , lake, river, pool, water containers, etc. We dig room at sea border and insert pipes  39  or equivalents to water side, filters  44  are fixed at head parts of pipes, water  36  flows in spraying  42  blades of generator b 18  and b 18   c  to generate electricity, pipes have valves  40  and control boxes  41 . Pump  45  pumps water through pipe  39 A into the sea or sewer  39 B, generators b 19   c  are built along pipe, system is extendable  14 .  
         [0090]      FIG. 47 ; Generating electricity below water surface level  43  of ocean, sea  37 , lake, river, pool, water containers, etc: We insert pipes  39  to water side at sea border, filter  44  is fixed at head part of pipe, it has valve  40 , control box  41 , water flows through generators b 18   c - 2  and b 18   c - 1  to generate electricity. Pump  45  pumps water through pipe into the sea or sewer  39 B.  
         [0091]      FIG. 48 ; Generating electricity by deep water pressure: We insert pipe  39   a  in the sea  37 , its top part  39   b  is connected another pipe with filter  44  below water surface at sea border, water from deep pressure rushes to top into smaller pipe  39  through generator b 18   c - 2  to generate electricity on the ground one after another, water flows through channel  39 A back to the sea or to sewers  39 B.  
         [0092]      FIG. 49 ; Generating electricity through liquid channel: Passing of water  36  rotates generators b 18   c , b 19   c  with dynamos  19  to generate electricity in water or liquid pipes  39 A of all sorts, line  14  shows length extension. Another proposal is to install half covered blades to rotate dynamos and/or equivalents in water flowing channels of both water supply incoming and used water outgoing network inside and/or outside houses, buildings etc in entire country via transformers to generate electricity at no cost.  
         [0093]      FIG. 50 ; Partial covered blades blowing at two sides: Passing of water  36  rotates generator b 19   c  with dynamo  19  to generate electricity in water or liquid pipes, wind A blows from opposite side to speed up its spin, blade rotates generator b 19 , dynamo  19  on flowing river  36 A.  FIG. 51 ; Generating electricity through air blowing pipe: Half covered blades  9   a  rotate blade  49   a  to blow other blades  9  generating electricity by dynamo  19  through pipe, extendable  14 .  
         [0094]     Solar burning energy: It does not produce energy powerful enough by direct solar shining but focus of its heating on a point will create an energy even to make something burning. What my research took place on this point.  
         [0095]      FIG. 52 ; Electricity by solar burning: If you take a magnifying glass  47  under solar heating  46  on a sheet of paper  54  during a few minutes, this paper is on fire  55  on  56 . If a paper is replaced by a piece of metal  48  as below picture, it will eternally be heated up by focusing heat  46   a  under magnifying glass  47  through sun shining  46 , its energy spreads  14  along length of the metal as coals burning to generate electricity, another heat concentration is reflected by mirror  50 .  
         [0096]      FIG. 53 ; Heat by solar energy: Sun  46  shines through magnifying glass  47  on a metal  48   a  and blade  49  or  49   a  is installed to spread heating to warm up a room on  FIGS. 51, 52 ,  53  which show multiple magnifying glasses  47  to heat large space on extension  14 .  
         [0097]     Flammable liquid: Alcohol, spirits, firewater, liquor, and/or equivalent products with or without refined process are used replacing gasoline in my discovery to run transportation of all kinds and are used in place of petroleum burning to produce electricity, alcohol is made from grain or molasses costing less, cutting freight, producing locally in most countries.  
         [0098]     Flammable liquid: Oil of all sorts from agricultural products; Oil can be used, refined, processed more flammable replacing gasoline in my discovery to run transportation of all kinds and oil, rubber plants of all sorts are well used burning to produce electricity.  
         [0099]     It expends billions of dollars on petroleum to produce electricity around the world per year, agricultural products are produced in a restricted limit against over production, my discovery is to use agricultural products of over production burning to produce electricity saving a budget of billion dollars and their sediment be used as fertilizer for agriculture. As huge quantities of toxic chemicals are utilized to poison inserts to protect farming harvest, these toxic chemicals are absorbed as fertilizer by plants so such harvest will be harmful to human beings. My discovery is to replace such chemical by hot pepper powder, liquid or any other similar equivalents to blind eyes of inserts to injure them keeping away from farming harvest harmless to all of us.  
         [0100]     Burning trash to produce electricity: Trash will a sort of material be useful burning to produce electricity that further billion dollars can be saved for energy bill, quantities are huge by population producing considerable energy for free. Anti-air pollution is to build chimney highest enough in burning plant letting smoke disappear towards the sky after burning.  
         [0101]     Coal mine: Burning coal directly from coal mine to produce electricity in my discovery is to reduce developing charges averting danger of miners, electric power (rolling) station should be built nearby to cut freight, it is imaginable somewhat as certain small active volcano openings. But if underground gas or similar air has risk to explore during burning, it should use up gas on the spot before burning process. Moreover, active volcano: Use burning of active volcano in my discovery to generate electricity for free.  
         [0102]     Expanding land to use soil, sands, sediment (burnt from agricultural products), etc to fill coast enlarging territories: Move land, mountains from states of icy weather as Alaska in the north to enlarge territories of southern states as California, Florida, where climates are warm, where lands cost valuable advantage to produce energy, flammable liquid from agricultural products to generate electricity and to run transportation of all kinds, as New York, Hong Kong, etc where lands make more housing for inhabitants. Furthermore, remove upper parts of highlands in the north where cold weather will turn to be warmer on plain favorable for agriculture that their removing soil be used for enlarging territories towards southern coast to obtain agricultural energy grown up on earth.