CN1978895A - Method and system for extracting energy from state air - Google Patents
Method and system for extracting energy from state air Download PDFInfo
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- CN1978895A CN1978895A CNA2005101021877A CN200510102187A CN1978895A CN 1978895 A CN1978895 A CN 1978895A CN A2005101021877 A CNA2005101021877 A CN A2005101021877A CN 200510102187 A CN200510102187 A CN 200510102187A CN 1978895 A CN1978895 A CN 1978895A
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Abstract
The invention relates to a method used to pump energy from static air. It includes the following steps: inputting the static air into acting system; compressing; acting; outputting. Because of the acted air is discharged into the atmosphere, absorb its energy to reuse circularly, reduce atmosphere temperature, it is good for globe cooling. Thus the static air energy resource is a cheap, popular, and environment protecting new energy resources which can fundamentally solve energy crisis.
Description
Technical field
The present invention relates to a kind of method and system of obtaining energy, particularly a kind of from still air the method and system of extracting energy.
Background technique
Human before thousands of years, understood with " dynamic air " (wind-force) acting of flowing: as sailing boat, windmill ... Deng, and along with the progress of science and technology, the application of wind-power electricity generation is also popularized in the area that some have more rich wind resource.
Yet up to the present, people only still are confined to use " dynamic air " to do work, and nobody understands and utilizes noncurrent " still air " to do work.And scientist thinks that still air is not neither fuel has chemical energy yet; Even if there is air stream to go into and outflow system, these (static state) air can not provide energy to system, and scientists is this ignores the way of the energy that the air input and output bring to system, has hindered the exploitation and the utilization of " still air " greatly.
Summary of the invention
The technical problem to be solved in the present invention is, can't provide the prejudice of additional energy at above-mentioned for working system to still air, provide a kind of from still air the method for extracting energy.
Another technical problem that the present invention will solve is, provide a kind of from still air the system of extracting energy.
The technical solution adopted for the present invention to solve the technical problems is: construct a kind of from still air the method for extracting energy, may further comprise the steps:
S1: with the still air input system;
S2: the air of compression step S1 input;
S3: the air acting that utilizes step S2 to compress;
S4: the air output system after the acting is discharged to ambient atmosphere;
Wherein, step S1 and S2 finish synchronously or carry out in order; Step S3 and S4 finish synchronously or carry out in order.
From still air among the described step S1 of the method for extracting energy, when introducing extraneous still air, introduce proportion of liquid or powdery solid of the present invention; At least a and still air during described liquid or powdery are solid-state is formed compressible fluid-mixing.
Among the described step S1 of the method for extracting energy, at first extraneous still air is heated, and then enter into working system from still air of the present invention.
From still air, among the described step S1 and S2 of the method for extracting energy, introduce extraneous still air of the present invention, and the still air of introducing is compressed by air pump or air compressor; Described working system is for sending water system, comprise water storage box that is arranged on low level and the flow pipe that is communicated with described water storage box, and described air pump is arranged between the water intake and intake grill of described water storage box; The water outlet of described exhaust outlet and described flow pipe is shared one and is arranged on high-order outlet; Described air pump compresses by the extraneous still air of described intake grill suction, enters flow pipe, and mixes with the water that enters described flow pipe from described water storage box, under the promotion of air, water flows out from the outlet of a high position, and simultaneously, remaining air also is discharged to the ambient atmosphere from outlet; In described flow pipe, be provided with the one-way valve that the fluid-mixing of a plurality of permission water and airs stops it to flow downward to high bit flow.Perhaps, in described step S1 and S2, introduce extraneous still air, and the still air of introducing is compressed by the still air water pump; Described working system is for sending water system, comprise water storage box that is arranged on low level and the flow pipe that is communicated with described water storage box; Described still air water pump is arranged between the water outlet of the water intake of described water storage box and described flow pipe; The water outlet of described exhaust outlet and described flow pipe is shared one and is arranged on high-order outlet; The current of described water storage box promote the pendulum of described still air water pump, introduce extraneous still air and current by described intake grill and mix and compress, and enter flow pipe, deliver to high-order outlet; Simultaneously, Yu Xia air also is discharged to the ambient atmosphere from outlet; In described flow pipe, be provided with the one-way valve that the fluid-mixing of a plurality of permission water and airs stops it to flow downward to high bit flow.Perhaps, in described step S1 and S2, introduce extraneous still air by tapered compressed air passage and at the air inducing turbo machine of opening one end setting greatly of described compressed air passage, and the still air of introducing is compressed; Described working system is a power generation system, is included in the power generation turbine of the smaller opening one end setting of described compressed air passage; Described air inducing turbo machine is introduced and is compressed extraneous still air, through compressed air passage still air is further compressed simultaneously, and the still air after the compression promotes described power generation turbine and rotates generating, and discharges remaining air in ambient atmosphere.
The present invention solves the technological scheme that its another technical problem takes, construct a kind of from still air the system of extracting energy, comprise the introducing compression set introducing and compress extraneous still air, promote the working system of acting and the exhaust outlet of discharging the remaining air in acting back is set on described working system by described compressed still air.
From still air in the system of extracting energy, described introducing compression set is air pump or air compressor of the present invention, and described working system is for sending water system, comprise water storage box that is arranged on low level and the flow pipe that is communicated with described water storage box; Described air pump is arranged between the water intake and intake grill of described water storage box; The water outlet of described exhaust outlet and described flow pipe is shared one and is arranged on high-order outlet; Described air pump compresses by the extraneous still air of described intake grill suction, enters flow pipe, and mixes with the water that enters described flow pipe from described water storage box, under the promotion of air, water flows out from the outlet of a high position, and simultaneously, remaining air also is discharged to the ambient atmosphere from outlet.Perhaps, described introducing compression set is the still air water pump; Described working system is for sending water system, comprise water storage box that is arranged on low level and the flow pipe that is communicated with described water storage box; Described still air pump is arranged between the water outlet of the water intake of described water storage box and described flow pipe; The water outlet of described exhaust outlet and described flow pipe is shared one and is arranged on high-order outlet; The current of described water storage box promote the pendulum of described still air water pump, introduce extraneous still air and current by described intake grill and mix and compress, and enter flow pipe, deliver to high-order outlet; Simultaneously, Yu Xia air also is discharged to the ambient atmosphere from outlet.Perhaps, described introducing compression set is the tapered compressed air passage and the air inducing turbo machine than big opening one end setting of described compressed air passage; Described working system is a power generation system, is included in the power generation turbine of the smaller opening one end setting of described compressed air passage; Described air inducing turbo machine is introduced and is compressed extraneous still air, through compressed air passage still air is further compressed simultaneously, and the still air after the compression promotes described power generation turbine and rotates generating, and discharges remaining air in ambient atmosphere.
Implement of the present invention from still air the method and system of extracting energy, has following beneficial effect: because introducing is in all case all obtainable still air, the still air energy is new energy cheap, universal, environmental protection, has fundamentally solved the problem of energy crisis; And owing to still air is compressed in working system, the remaining air of discharging also is compressed air, and therefore the air of discharging can expand in atmosphere, and draw atmosphere energy, cause the atmospheric air cooling, help global cooling, solve the problem of greenhouse effect.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples, in the accompanying drawing:
Fig. 1 is a principle of conservation of energy schematic block diagram of the present invention.
Fig. 2 is the schematic representation that existing electric water pump send water.
Fig. 3 is that the present invention adopts air pump to send the schematic representation of water.
Fig. 4 is the schematic representation that the present invention utilizes open wind-tunnel generating.
Fig. 5 draws water and pushes away water testing apparatus schematic representation relatively.
Fig. 6 is that the present invention adopts still air energy water pump to send the schematic representation of water.
Fig. 7 is the schematic process flow diagram of the present invention's method of extracting energy from still air.
Embodiment
The method of the present invention's extracting energy from still air may further comprise the steps:
S1: with the still air input system;
S2: the air of compression step S1 input;
S3: the air acting that utilizes step S2 to compress;
S4: the air output system after the acting is discharged to ambient atmosphere.
Wherein, step S1 and S2 finish synchronously or carry out in order; Step S3 and S4 finish synchronously or carry out in order.
Flow into the following analysis of energy that is increased in the working system at still air:
The volume V of the pressure P * air of the ENERGY E=air of 1, input (or output) air:
E＝P×V
2, the ENERGY E of input still air
Sky is gone intoThe pressure P of=input still air
Sky is gone intoThe volume V of * input still air
Sky is gone into:
E
Sky is gone into=P
Sky is gone into* V
Sky is gone into
3, the ENERGY E taken away of exhausting air
VacateThe pressure P of=exhausting air
VacateThe volume V of * exhausting air
Vacate:
E
Vacate=P
Vacate* V
Vacate
4, the extracting energy E from still air of system
Empty:
E
Empty=E
Sky is gone into-E
Vacate
E
Empty=(P
Sky is gone into* V
Sky is gone into)-(P
Vacate* V
Vacate)
Difference (the E of above-mentioned two energy
Empty=E
Sky is gone into-E
Vacate) can be very big, so when using the energy conservation equation formula, bring the increase (having ignored the energy that system extracts from still air) of energy will produce grave error to system when having ignored system's input and output air.
As shown in Figure 7, the more concrete method of extracting energy is from still air:
1, utilizes the outer power supply (E that starts
Go into 1) start air compressor or extraction pump, with the still air input system, air can be brought energy into.
2, the outer energy (E of system's utilization
Go into 2) input air compressed after acting or generating (E again
Go out).
3, system's acting or generating (E
Go out): E
Go out＞E
Go into 1+ E
Go into 2
4, from the still air input system, and after carrying out compressed action or generating, remaining air can be discharged and expand in atmosphere, and the absorption atmospheric energy, the reduction process of this air can make air cooling-down, a large amount of this class still air energy, favourable global coolings of using.
5, the energy of system's input still air: E
Sky is gone into=P
Sky is gone into* V
Sky is gone into
6, will import the energy that still air compressed action or generating back exhausting air are taken away:
E
Vacate=P
Vacate* V
Vacate
7, the energy that from still air, extracts of system:
E
Empty=E
Sky is gone into-E
Vacate=(P
Sky is gone into* V
Sky is gone into)-(P
Vacate* V
Vacate)
8, comprehensively above-mentioned, the system capacity conservation law:
The input system ENERGY E
Go into: E
Go into=E
Go into 1+ E
Go into 2+ E
Sky is gone into
The output system ENERGY E
Go out: E
Go out=E
Vacate+ E
Go out to decrease+ E
Go out
System capacity conservation law: E
Go into=E
Go out
E
Go into 1+ E
Go into 2+ E
Sky is gone into=E
Vacate+ E
Go out to decrease+ E
Go out
E
Go into 1+ E
Go into 2+ (E
Sky is gone into-E
Vacate)=E
Go out to decrease+ E
Go out
E
Go into 1+ E
Go into 2+ E
Empty=E
Go out to decrease+ E
Go out
9, the energy that from still air, extracts:
E
Empty=E
Go out to decrease+ E
Go out-(E
Go into 1+ E
Go into 2)
Energy (the E that from still air, extracts
Empty) purposes be:
Lambda system generating (the E that externally does work
Go out).
λ starts the back required outer energy (E of system
Go into 1+ E
Go into 2), can be by the generating (E of system itself
Go out) supply of a feedback part, reach the self-powered state.
What λ was unnecessary can externally power.
λ remedies the loss (E of system's running
Go out to decrease).
Below to the equational demonstration of the still air energy:
1, the energy (E of system's input still air
Sky is gone into):
If a breather line is arranged, sectional area is A
Go into, the input still air pressure be P
Sky is gone into, the still air input system speed be the volume v of input still air in the v, identical element elementary time
Sky is gone intoEnergy (the e of still air input system in the unit time then
Sky is gone into) be:
e
Sky is gone into=cross section total pressure * displacement
=(P
Sky is gone into* A
Go into) * v
=P
Sky is gone into* (A
Go into* v)
=P
Sky is gone into* v
Sky is gone into
Still air input system ENERGY E
Sky is gone intoThe pressure P of=input air
Sky is gone intoThe volume V of * input air
Sky is gone into
E
Sky is gone into=P
Sky is gone into* V
Sky is gone into
2, the energy (E that takes away of exhausting air
Go out):
The ENERGY E that exhausting air is taken away
Go outBe:
The ENERGY E that exhausting air is taken away
VacateThe pressure P of=exhausting air
VacateThe volume V of * exhausting air
Vacate
E
Vacate=P
Vacate* V
Vacate
3, the extracting energy (E from still air of system
Empty):
System is extracting energy E from still air
EmptyThe energy that the energy-exhausting air of=air input system is taken away.
E
Empty=E
Sky is gone into-E
Vacate
E
Empty=(P
Sky is gone into* V
Sky is gone into)-(P
Vacate* V
Vacate)
4, utilize the principle of still air energy acting can extend to any compressible fluid-mixing, for example:
The fluid-mixing of λ gas and liquid.
The fluid-mixing of λ gas and powdery solid.
The fluid-mixing of λ gas, liquid and powdery solid.
Fluid-mixing has been used in a lot of inventions, and effect can be than being good with scrubbed gas.And the gas of introducing is heating earlier, increases the self-energy of introducing gas.Described powdery solid can be the powdery solid of easy compression such as sand, stone.
When 5, there were the air input and output in system, correct energy conservation equation formula should be as shown in Figure 1:
The energy 7 of the energy 6=system output of lambda system input.
Other input of energy 1+ of the energy 6=still air input of lambda system input or startup energy 2.
The energy 3+ loss 4+ that the energy 7=exhausting air of lambda system output is taken away does work or generates electricity 5.
The energy 3+ loss 4+ acting generating 5 that other intake of λ air intake 1+ 2=exhausting air is taken away.
6, former scientist, ignored system's extracting energy from still air, the following energy conservation equation formula of mistake:
Other input of energy 6=of lambda system input or startup energy 2.
The energy 7=loss 4+ of lambda system output does work or generates electricity 5.
Other input of λ or startup energy 2=loss 4+ externally do or generate electricity 5.
The energy (E vacates) 3 of energy (the E sky is gone into) 1＞air output of λ still air input,
The difference of above-mentioned two energy of λ (E sky=E sky go into-E vacate) can be very big.
So when using the energy conservation equation formula, the increase that brought energy to system when having ignored the air of system's input and output---ignored the energy that system extracts and will produce grave error from air.
Below our choosing state six invention examples of using the still air energy, they are not " perpetuum mobiles " of energy requirement not, but extract the system of the energy in the still air:
Embodiment one: hydraulic giant, toy rocket
A kind of pressurize hydraulic giant of jetting of air that utilizes, this hydraulic giant is that air pressure is gone in the water storage cavity of hydraulic giant.Water-jet can be got farly after manual supercharging, this is the example that a typical case utilizes the energy acting of still air, and the hydraulic giant jetting does work much larger than manually being pressed into air institute work.
After the hydraulic giant jetting acting, remaining air can flow out in atmosphere and to absorb atmospheric energy reusable again, and the reduction process of this air can make air cooling-down, uses this class still air energy in a large number, favourable global cooling.So the still air energy is the new energy of cheap, general level, environmental protection.
In addition, a kind of toy rocket, the water and air fluid-mixing after the use compression is as atomizing of liquids, and this atomizing of liquids is ejected in the atmosphere, rocket can be pushed to the high-altitude; If the water and air of using instead after the compression adds fine sand again as fluid-mixing, the height of rocket rising can be higher so.
Embodiment two: hoist and send the method for water.
(1), traditional " electric water pump " send water law (Fig. 2):
λ uses a common electric water pump 20, can deliver to high-order water tank 24 to the water tank 22 of water from low level.High-order water tank 24 is high more, the horsepower of water pump 20 just big more (because will overcome the pressure of water column 26).
λ send in the water system Fig. 2's, replaces electric water pump 20 if use " the manually sandy beach pump (air pump) " of a cheapness instead.Exert oneself in any case, also can only send upwards three to four meters in water.
(2), " electric air pump " send water law:
Be to use as shown in Figure 3 that of the present invention the method for extracting energy is carried out from still air send water law, promptly utilize " electric air pump " to send water law (utilizing the still air energy upwards to send water).This send water system to comprise and is arranged on the water storage box 22 of low water level and the flow pipe 26 that is communicated with described water storage box 22, and air pump 40 is arranged between the water intake 42 and intake grill 46 of described water storage box 22.The exhaust outlet of system and the water outlet of described flow pipe are shared one and are arranged on high-order outlet 47.Described air pump 40 compresses by the extraneous still air of described intake grill 46 suction, enter flow pipe 26, and mix with the current that enter described flow pipe from described water storage box 22, under the promotion of air, water flows out from the outlet 47 of a high position, simultaneously, Yu Xia air also is discharged to the ambient atmosphere from exporting 47.The fluid-mixing that is provided with a plurality of permission water and airs in described flow pipe stops its one-way valve that flows downward 43,44,45 to high bit flow.
Electric air pump 40 pumps into still air with water and mixes at water intake 42 places.Through one-way valve 43,44,45 etc., send the G﹠W fluid-mixing to high-order water tank 24, as long as send the speed equilibrium of water, can send water to tens of meters.
(3), in this system, use " two and connect manual sandy beach pump " instead and replace electric air pump 40, utilize the still air energy upwards to send water can send water to 5 floor height, in system of the present invention, as long as during beginning, flow pipe does not have ponding, can send tens of floor waterborne.
(4), estimate water to be served the highest in the world mansion with one 300 watts electric air pump.
The tradition scientist explains that this is the principle of U-shaped test tube only, Yi Bian because be water, Yi Bian be that water adds air.Water adds the density of air, is low far beyond water, so air pump can send water to add eminence on the air.
But one-way valve has been arranged, water and air no longer is the power of continuous column back pressure, it no longer is the summation of water and gas column, and when the speed of upwards sending water is balanced, with the gentle power of using during by the 2nd to 3 buildings of manual sandy beach pumps water, with send that water is gentle makes an appointment during by the 7th to 8 buildings, so traditional explanation is invalid.Better explain it is that we test with following step:
(1), steps A: the pump air hoists.
Straight-through water pipe is hung down from the 34th buildings, and manually sandy beach pump gas can flow out pneumatic transmission to 34 building pipe ends.
(2), step B: the pump low amounts of water adds air (Fig. 3 is with two and connect manual sandy beach pump, no one-way valve).
Straight-through water pipe is hung down from the 34th buildings,,, the G﹠W pearl can be delivered to 34 building pipe ends and flow out by manual sandy beach, ground pump G﹠W if low amounts of water adds water inlet pipe.
(3), step C: pump volume water adds air (Fig. 3 is with two and connect manual sandy beach pump, no one-way valve).
Straight-through water pipe is hung down from the 34th buildings, if the water yield increases, water can accumulate in lower end of duct and form water column, and pressure strengthens, and manual sandy beach, ground pump can't deliver to 34 upstairs with the G﹠W post.
(4), step D: add one-way valve, pump volume water adds air (Fig. 3 uses two and connect manual sandy beach pump instead, adds one-way valve).
Straight-through water pipe is hung down from the 34th buildings, the centre adds one-way valve, water and air no longer is the power of continuous column back pressure, it no longer is the summation of water and gas column, and when the speed of upwards sending water is balanced, with the gentle power of using during by the 2nd to 3 buildings of manual sandy beach pumps water with send that water is gentle makes an appointment during by the 7th to 8 buildings.
(5), step e: add one-way valve, 300 watts electric air pump (Fig. 3).
Can balanced continuously volume water be added air and serve the highest in the world mansion.
Fluid when mobile, pressure should have six direction (Px, P-x, Py, P-y, Pz, P-z).When being provided with one-way valve in pipeline, flowing of fluid only needs to consider differing of Py and P-y.Between two one-way valves, as long as the Py that makes progress in the fluid just can open one-way valve greater than downward P-y, fluid just can not stop upwards to flow, clearly water pump singly is not to have used the power of 300 watts electric air pump to do work, but has been participated in the result of acting by the energy of this air pump introducing still air.
Analyze theoretically, said system (Fig. 3) hoists and send the water scheme, all be the result who has utilized the still air energy, if with the water of high water level to dirty generating, its generated energy is affirmed the power consumption greater than input system, so system is except realizing the self-powered also having unnecessary electric weight externally to power, this is not want catabiotic perpetuum mobile, but has utilized the result of the energy of still air.
Embodiment three: do not have wind, also the wind-driven generator that can generate electricity (open wind-tunnel).
Utilize the still air energy to promote back turbine generation (Fig. 4):
70 still air entry ports.
71 fans that use when not having wind, the preceding turbo machine that needs the outer energy to start is from 70 suction still airs.
Turbo machine (air inducing turbo machine) 71 can compress still air simultaneously, improves the pressure of input back still air.And between preceding turbo machine 71 and back turbo machine (power generation turbine) 74, be provided with tapered compressed air passage, thereby can further compress the still air of introducing.
Still air after the supercharging promotes 74 actings of back turbine generation, then unnecessary air is drained from afterbody.
Some scientists just say after seeing (Fig. 4): the electric energy that preceding turbo machine 71 is required, be bound to surpass the electric energy that back turbo machine 74 produces, and the problem that the invention daily life of a family that Here it is meets, otherwise system has just destroyed law of conservation of energy, is pseudoscience.
Yet these scientists are actually and use principle of conservation of energy mistakenly, because they do not calculate the energy that still air is brought into and taken out of; After the electric energy that produces of turbo machine 73 be bound to surpass the required electric energy of preceding turbo machine 71.Adopting open wind-tunnel generator to generate electricity in the present embodiment, is the typical case of using the generating of still air energy purely.
Embodiment four: with the generator of compression " hot air " water fluid-mixing promotion.
Utilize the principle of still air energy acting can extend to any compressible fluid-mixing:
For example construct a kind of street rifle of washing: still air input system and heating are become " hot air ", pressurization " hot air " and water mix then, with the Xi Jie Gun that compression " hot air " and water fluid-mixing are made, can be used for freezing in the street in cold local effectively cleaning.
This heated air and water mix can also be as submarine power---the generator that " hot air and water " fluid-mixing promotes:
The air heating of submarine is become " hot air ", and compression " hot air " and water mix then, produce thermal extremes, fluid-mixing pushing generator at a high speed as submarine power, can get through the water pipe that freezes at ice box simultaneously.
(1), if submarine is used " hot water and air " fluid-mixing instead, poor effect because add the energy that warm water need expend, more than the energy that adds warm air needs for high, (a lot of greatly than air specific heat) because of specific heat of water.
(2), from fluid-mixing, obtain energy (E
Stream) equal to import fluid-mixing pressure (P
Go into) take advantage of and import fluid-mixing volume (V
Go into) deduct and discharge fluid-mixing pressure (P
Go out) take advantage of and discharge fluid-mixing volume (V
Go out).
E
Stream=(P
Go into* V
Go into)-(P
Go out* V
Go out).
From above-mentioned fluid-mixing energy calculation equation as can be known:
The volume of λ hot air, more much bigger than the volume of cool air.
The compressibility of λ hot air volume is very big, easier compression.
The fluid-mixing pushing generator of the empty G﹠W of the λ heat of compression can obtain more energy.
(3), utilize the fluid-mixing pushing generator of the empty G﹠W of the heat of compression, be exactly the same in fact with the generator of washing street rifle promotion turbine blade, generator is to have used the energy of " hot air and water " fluid-mixing to generate electricity, the electric energy that sends, the electric pump of a part of feedback prime, remaining electric energy can externally be powered.
(4), use the fluid-mixing media, more can give full play to the use of still air energy.
Example five: the fluid mechanics experiment brings new enlightenment (Fig. 5).
The 80th, water tank, the 85th, the height of water level of water tank, 81 and 82 all is the switch that can control, the 83rd, can allow the pipeline of the one-way valve that air enters.The 84th, the input water pipe of experimental water case 80.
λ pushes away water experiment: 81 open very greatly, and 82 open very for a short time, push away the water reach, and promoting to send the water height is 86.
λ draws water experiment: draw the water experiment: 81 open very for a short time, and 82 open very greatly, draw the water reach, if allow little air enter at pipeline 83, water is gentle can to mix output.
λ is in the flowing of fluid, and " water is sent in pulling " highly is 87 highly to be 86 much larger than " water is sent in promotion ".
In fluid mechanics, we have done the comparison of " pulling force upwards send water " and " thrust is upwards sent water ":
(1), in solid state physics: because solid can not be out of shape, object at the volley, the power of newton's theorem is can not separate pulling force and thrust.
(2), in fluid physics: fluid can be out of shape, compresses and disintegrate, and upwards send water so fluid at the volley, draws water and pushes away water, has different effects.
(3), do fluid and draw water experiment: be not intended to allow the still air of atmosphere flow in the test tube, after the water in still air and the test tube mixed, the water level in the test tube improved constantly, and well beyond normal height and outside the discharger.
(4), this experiment: inspire us can utilize still air externally do work (water is sent to eminence)
And the explanation still air is a kind of energy that energy is arranged.
Embodiment six: still air energy water pump-unit (Fig. 6).
" the still air energy " pump working program and principle are as follows:
(1), still air energy water pump 20.
(2), with the vibration of the pendulum in the energy moving system of low water level 22, still air in the 28 introducing atmosphere.
(3), in system, the energy that utilizes low water level 22 mixes still air and the water of introducing, and through secondary compression, just empty G﹠W fluid-mixing can be delivered to eminence 24.
(4), adjust this pendulum and reach swing under the resonance condition, guarantee that system can suck extraneous still air and circulating water under the most effective state, extract the energy of still air, with the circulating water of low water level, rise to best high level.
(5), adjust system carries out secondary compression to the fluid-mixing of empty G﹠W under the condition of resonance, guarantee that can be under the most effective state that water is the gentle mixing fluid pump of system is to highest point.
(6), if calculate with conventional energy conservation equation formula, water is the height that can not be raised to the experiment demonstration.
(7), the output terminal of water pump adds one-way valve 43,44,45, the mixture of empty G﹠W equilibrium is continuously served higher height.
(8), from atmosphere with the still air input system, and after carrying out compressed action, remaining air can flow out and expand in atmosphere, the absorption atmospheric energy is reusable again.
(9), attitude dead air energy water pump is not to be not catabiotic perpetuum mobile, its energy is except that the flowing water from low water level 22, prior energy is from the attitude dead air energy:
E
Empty=(P
Sky is gone into* V
Sky is gone into)-(P
Vacate* V
Vacate).
(10), " the still air energy ", gravitational energy that has been indirect utilization.The barometric pressure of air is from the earth attraction energy, does not have earth attraction, does not also just have atmospheric layer and air.
Claims (10)
1, a kind of from still air the method for extracting energy, it is characterized in that, may further comprise the steps:
S1: with the still air input system;
S2: the air of compression step S1 input;
S3: the air acting that utilizes step S2 to compress;
S4: the air output system after the acting is discharged to ambient atmosphere;
Wherein, step S1 and S2 finish synchronously or carry out in order; Step S3 and S4 finish synchronously or carry out in order.
2, according to claim 1 from still air the method for extracting energy, it is characterized in that, in described step S1, when introducing extraneous still air, introduce proportion of liquid or powdery solid; At least a and still air during described liquid or powdery are solid-state is formed compressible fluid-mixing.
3, according to claim 2 from still air the method for extracting energy, it is characterized in that, in described step S1, at first extraneous still air is heated, and then enters into working system.
4, according to claim 1 from still air the method for extracting energy, it is characterized in that, in described step S1 and S2, introduce extraneous still air, and the still air of introducing compressed by air pump or air compressor; Described working system is for sending water system, comprise water storage box that is arranged on low level and the flow pipe that is communicated with described water storage box, and described air pump is arranged between the water intake and intake grill of described water storage box; The water outlet of described exhaust outlet and described flow pipe is shared one and is arranged on high-order outlet; Described air pump compresses by the extraneous still air of described intake grill suction, enters flow pipe, and mixes with the water that enters described flow pipe from described water storage box, under the promotion of air, water flows out from the outlet of a high position, and simultaneously, remaining air also is discharged to the ambient atmosphere from outlet; In described flow pipe, be provided with the one-way valve that the fluid-mixing of a plurality of permission water and airs stops it to flow downward to high bit flow.
5, according to claim 1 from still air the method for extracting energy, it is characterized in that, in described step S1 and S2, introduce extraneous still air, and the still air of introducing compressed by the still air water pump; Described working system is for sending water system, comprise water storage box that is arranged on low level and the flow pipe that is communicated with described water storage box; Described still air water pump is arranged between the water outlet of the water intake of described water storage box and described flow pipe; The water outlet of described exhaust outlet and described flow pipe is shared one and is arranged on high-order outlet; The current of described water storage box promote the pendulum of described still air water pump, introduce extraneous still air and current by described intake grill and mix and compress, and enter flow pipe, deliver to high-order outlet; Simultaneously, Yu Xia air also is discharged to the ambient atmosphere from outlet; In described flow pipe, be provided with the one-way valve that the fluid-mixing of a plurality of permission water and airs stops it to flow downward to high bit flow.
6, according to claim 1 from still air the method for extracting energy, it is characterized in that, in described step S1 and S2, introduce extraneous still air by tapered compressed air passage and at the air inducing turbo machine of opening one end setting greatly of described compressed air passage, and the still air of introducing is compressed; Described working system is a power generation system, is included in the power generation turbine of the smaller opening one end setting of described compressed air passage; Described air inducing turbo machine is introduced and is compressed extraneous still air, through compressed air passage still air is further compressed simultaneously, and the still air after the compression promotes described power generation turbine and rotates generating, and discharges remaining air in ambient atmosphere.
7, a kind of from still air the system of extracting energy, it is characterized in that, comprise the introducing compression set introducing and compress extraneous still air, promote the working system of acting and the exhaust outlet of discharging the remaining air in acting back is set on described working system by described compressed still air.
8, according to claim 7 from still air the system of extracting energy, it is characterized in that, described introducing compression set is air pump or air compressor, and described working system is for sending water system, comprise water storage box that is arranged on low level and the flow pipe that is communicated with described water storage box; Described air pump is arranged between the water intake and intake grill of described water storage box; The water outlet of described exhaust outlet and described flow pipe is shared one and is arranged on high-order outlet; Described air pump compresses by the extraneous still air of described intake grill suction, enters flow pipe, and mixes with the water that enters described flow pipe from described water storage box, under the promotion of air, water flows out from the outlet of a high position, and simultaneously, remaining air also is discharged to the ambient atmosphere from outlet.
9, according to claim 7 from still air the system of extracting energy, it is characterized in that described introducing compression set is the still air water pump; Described working system is for sending water system, comprise water storage box that is arranged on low level and the flow pipe that is communicated with described water storage box; Described still air pump is arranged between the water outlet of the water intake of described water storage box and described flow pipe; The water outlet of described exhaust outlet and described flow pipe is shared one and is arranged on high-order outlet; The current of described water storage box promote the pendulum of described still air water pump, introduce extraneous still air and current by described intake grill and mix and compress, and enter flow pipe, deliver to high-order outlet; Simultaneously, Yu Xia air also is discharged to the ambient atmosphere from outlet.
10, according to claim 7 from still air the system of extracting energy, it is characterized in that described introducing compression set is the air inducing turbo machine that big opening one end of tapered compressed air passage and described compressed air passage is provided with; Described working system is a power generation system, is included in the power generation turbine of the smaller opening one end setting of described compressed air passage; Described air inducing turbo machine is introduced and is compressed extraneous still air, through compressed air passage still air is further compressed simultaneously, and the still air after the compression promotes described power generation turbine and rotates generating, and discharges remaining air in ambient atmosphere.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005101021877A CN1978895A (en) | 2005-12-06 | 2005-12-06 | Method and system for extracting energy from state air |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005101021877A CN1978895A (en) | 2005-12-06 | 2005-12-06 | Method and system for extracting energy from state air |
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| Publication Number | Publication Date |
|---|---|
| CN1978895A true CN1978895A (en) | 2007-06-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2005101021877A Pending CN1978895A (en) | 2005-12-06 | 2005-12-06 | Method and system for extracting energy from state air |
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| Country | Link |
|---|---|
| CN (1) | CN1978895A (en) |
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2005
- 2005-12-06 CN CNA2005101021877A patent/CN1978895A/en active Pending
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