CN104385910A - Multi-energy vehicle - Google Patents
Multi-energy vehicle Download PDFInfo
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- CN104385910A CN104385910A CN201410635787.9A CN201410635787A CN104385910A CN 104385910 A CN104385910 A CN 104385910A CN 201410635787 A CN201410635787 A CN 201410635787A CN 104385910 A CN104385910 A CN 104385910A
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- China
- Prior art keywords
- windmill
- air
- flow
- power generation
- deflecting plate
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/64—Electric machine technologies in electromobility
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/7072—Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/80—Technologies aiming to reduce greenhouse gasses emissions common to all road transportation technologies
- Y02T10/90—Energy harvesting concepts as power supply for auxiliaries' energy consumption, e.g. photovoltaic sun-roof
Abstract
The invention discloses a multi-energy vehicle. The multi-energy vehicle is characterized in that a photovoltaic solar device is installed on the surface of a mineral energy vehicle in a covering manner, a windmill generation device is installed on a vehicle head, the windmill generation device is a vertical-shaft windmill generation device or a horizontal-shaft windmill generation device, the vertical-shaft windmill generation device is classified into a vertical windmill generation device and a horizontal windmill generation device, the vertical windmill generation device and the horizontal windmill generation device can be directly provided with a power generation device and also can be provided with the power generation device through a transmission power generation device, an airflow guide device is installed behind a windmill on the vehicle head and used for guiding the airflow to an engine or a wind power transmission gearbox transmission output device on the bottom of the vehicle, the horizontal-shaft windmill generation device or the horizontal windmill generation device which is controlled by a tail wing to move is selectively installed on a vehicle top, a push-pull assisting device is installed on each wheel, the driving wheel is not opened on an upward slope but opened on a downhill path and a pavement, and the wheels are driven by utilizing the mineral energy and the electric energy to run.
Description
Technical field:
The present invention relates to windmill and vehicular field, is the vehicle that with the addition of natural energy resources on the basis of common vehicle.
Background technology:
The power generation assembly of windmill generating is utilized to be mostly horizontal axis windmill at existing vehicle, the heat radiation of combustion motor has a certain impact, and because the driving stability of air draft to vehicle of windmill has a certain impact, the vehicle of solar electrical energy generation is utilized only to use electric energy also to there is certain defect, now disclose a kind of mineral matter energy, natural energy resources and electronic energy motor vehicle driven by mixed power address this problem.
Summary of the invention:
Due to the most outdoor storage of vehicle, there is sunlight on daytime, there are light and moonlight evening, during traveling, by the impact of vehicle heading, only part installation photoelectrical solar is subject to certain restrictions, therefore, surface of vehicle covers photoelectrical solar, makes vehicle cost although add, but saved the energy, made big profits with a small capital.
When vehicle travels, low early and high after vehicle just has stability, and present technical personnel has played again the doctrine generated electricity windward, and majority uses horizontal axis windmill, and the air-flow creating again air draft becomes the problem of resistance and windmill frontal resistance.
The way addressing this problem use is, use fixing deflecting plate, utilize deflecting plate as frontal resistance acceptor, bear frontal resistance, resistance is delivered on car body through deflecting plate, and deflecting plate guides air-flow to cut and hits windmill, makes windmill from frontal resistance, reduce windmill because frontal resistance is to the friction of wind axle, obtain the raising of wind power utilization rate.
Vehicle is installed fixing deflecting plate, guides air-flow to cut and hit windmill, will use according to the windmill type selecting deflecting plate selected.
Select deflecting plate 1, use inclined bumper/spoiler as the deflecting plate of horizontal type windmill, two strands, work is divided by the air-flow scratched, one air-flow passes through under car, another strand of air-flow passes through on bumper deflector, air-flow through guiding is cut and is hit horizontal type windmill generating, it is characterized in that, comprising: fixing inclined-plane object deflecting plate or triangle bumper deflector, store wind storehouse, windmill and wind-force guiding device are placed in accumbency
Described inclined-plane object deflecting plate or triangle bumper deflector is characterized in that, bear frontal resistance onboard according to about the 45 degree gradients are fixing, cut hit accumbency windmill at about 90 degree guiding air-flows of accumbency windmill,
The described wind storehouse that stores is characterized in that, there is a space between windmill and Windshield, a slightly high cover plate is added above space, cover plate one end is connected with Windshield, and the other end connects an arc line shaped deflecting plate similar to windmill, and upper end is away from windmill, lower end is near windmill, form one and store wind funnel to increase pressure windward, obtain higher degree of utilization
Described accumbency is placed windmill and is comprised, the power generation assembly such as windmill, stators and rotators, is that vertical shaft windmill is laterally placed,
If boxed truck, described horizontal type windmill is installed in the position of fan housing, Windshield connects deflecting plate becomes increasing deflecting plate, air-flow is cut and is hit described windmill, Windmill rotary outputting power, also a horizontal cover plate is added after windmill, cover plate one end is connected with container, the other end connects the deflecting plate of arc line shaped, form one above away from wind wheel, below from storing wind funnel (storing wind storehouse) close to wind wheel, air-flow is cut hit wind wheel by being stored wind funnel (storing wind storehouse), wind wheel rotates outputting power
Described wind-force guiding device is characterized in that, after installation windmill, the air-flow of windmill is discharged through guiding device.
Vehicle travels, air-flow blows the bumper deflector hitting and be fixedly mounted on above, the air-flow of deflecting plate and the air-flow in front cut the accumbency placement windmill hitting and be arranged on automobile radiators front end, windmill outputting power, the air-flow of Windshield deflecting plate guiding simultaneously and the air-flow in front are cut to hit to be arranged on and are replaced the accumbency of fan housing to place windmill between truck cab and container, windmill outputting power, be arranged on windmill wind-force guiding device below, guide means guide air-flow is directly discharged backwards or is guided air-flow to discharge through workmanship device.
The deflecting plate 2 selected, utilize now the vehicle of windmill generating most usage level axle windmill, the air-flow that windmill is discharged discharges towards periphery, the impact certain on the stable existence of vehicle traveling, shunt pointed vehicle about air-flow and just there is stability, address this problem, use vertical deflecting plate and vertical windmill, it is characterized in that, comprise: erect deflecting plate, plural vertical shaft windmill and guiding device
Described setting deflecting plate is erect to fix and is born frontal resistance onboard, is erected at about 90 degree of vertical shaft windmill, makes the side of vertical shaft windmill from resistance windward according to about 45 degree, guides air-flow to cut and hits windmill.
Described plural vertical shaft windmill comprises, the power generation assembly such as vertical shaft windmill, stators and rotators,
Described vertical shaft windmill divides two vertical shaft windmill mounting meanss and four vertical shaft windmill mounting meanss,
Described installation two vertical shaft windmill modes use vertical deflecting plate to make windmill side from resistance windward, deflecting plate guides air-flow to cut and hits windmill, two deflecting plate dos-à-doss form a sharp font, air-flow is guided to flow to the left and right sides excretion, two windmills rotate on the contrary, and two windmills use two electrical generators or install an idle pulley between two windmill output wheels, and idle pulley is installed rotor and stator generating, airflow guiding device is not had after windmill
Described installation four setting windmills use vertical deflecting plate, make vertical shaft windmill side from resistance windward, deflecting plate guides air-flow to cut and hits wind wheel, two deflecting plates in outside are face-to-face, guiding air-flow flows inwards to cut and hits windmill, middle two deflecting plate dos-à-doss, guide air-flow outwardly to cut and hit windmill, become a W font, two windmills in outside rotate backward, middle two windmills rotate backward, four windmills use four electrical generators or four the windmill output wheels use output wheel that is cascaded to install rotor and stator generating, two airflow guiding devices in left and right after windmill, described installation four setting windmills can also use two the back-to-back guiding air-flows of deflecting plate in outside to cut and hit windmill, air-flow is outwardly discharged, middle two deflecting plates are face-to-face, guide air-flow to cut and hit windmill, guiding air-flow flows inwards to cut and hits windmill, become two ace's font, two windmills in outside rotate backward, middle two windmills rotate backward, four windmills use four electrical generators or four windmill output units use one wheel that is cascaded to install rotor and stator generating, after windmill, an airflow guiding device is installed,
Vehicle travels air-flow and blows the vertical deflecting plate hitting and be fixedly mounted on above, or air-flow blows the vertical deflecting plate hitting and be arranged on before radiator, the air-flow that deflecting plate guides and positive air flow are cut and are hit the combination of plural vertical shaft windmill, the air-flow of windmill through guide means guide directly to after discharge or guide air-flow to discharge through workmanship device.
The deflecting plate 3 selected, utilize now the vehicle of windmill generating most usage level axle windmill, the air-flow that windmill is discharged discharges towards periphery, windmill is by the impact of meeting resistance, also certain on the stable existence of vehicle traveling impact, vehicle poly-in air-flow just has stability, address this problem and use fixed funnel deflecting plate to guide air-flow to cut to hit windmill to it is characterized in that through the horizontal axis windmill power generation assembly guiding air-flow and do manual work, comprise: fixed funnel deflecting plate, horizontal positioned windmill electric generating apparatus and airflow guiding device
Described horizontal axis windmill comprises, windmill, guiding device, rotor and stator,
Described fixed funnel deflecting plate strengthens in circular object at bucket to install multiple deflecting plate, deflecting plate is equidistant arrangement, outer rim connects bucket and strengthens circular object, the inside connects center anchor fitting, form peripheral containment, middle close to protrude forward guide air-flow to shunt to surrounding, bending deflecting plate gap air draft front shallow rear deeply store wind funnel (storing wind storehouse) one by one, be fixed on car body and bear frontal resistance, deflecting plate guides air-flow to cut and hits windmill.
Described windmill selects existing horizontal axis windmill or the windmill according to horizontal axis windmill transformation according to actual conditions, is good with many flabellums windmill.Air-flow blows and hits deflecting plate, and air-flow enters through guiding and stores wind funnel (storing wind storehouse) and carry out supercharging, air-flow through storing wind funnel (storing wind storehouse) cut hit wind wheel flabellum away from center axle head, wind wheel rotates outputting power.
The power generation assemblys such as described stators and rotators, are arranged on present level axle windmill or the output wheel according to many flabellums windmill of horizontal axis windmill transformation,
Vehicle travels, air-flow blows the funnel deflecting plate hitting and be fixedly mounted on above, air-flow is cut and is hit horizontal positioned horizontal axis windmill forward, or the horizontal axis windmill before radiator, the air-flow of windmill is directly discharged backwards through guide means guide air-flow or guides air-flow to discharge after workmanship device.
The deflecting plate 4 selected, along with the face shaping installed vertical vertical shaft windmill of vehicle on the corner angle of vehicle, Horizontal vertical shaft windmill and ramp type vertical shaft windmill or horizontal axis windmill, use vehicle and travel the air flowing formed, replace the frictional power of car body and air relative motion to generate electricity with windmill to export, such as: in the windward side of vehicle reflector along with shape installs vertical shaft windmill or horizontal axis windmill, the deflecting plate of light deflector windmill and light deflector can be one, also can be split (be no matter one or split, the direction of deflecting plate all the time toward the front, light deflector can change rotation direction, deflecting plate guides air-flow to cut and hits windmill), the taxi advertising panel at hackney vehicle top is shown by Horizontal vertical shaft windmill fence deflecting plate, fence deflecting plate is cut and is hit windmill, replace advertising panel frontal resistance to obtain electric energy to export etc., allly can to design according to the knowledge in oneself field in windward side with the vehicle fitting of air relative motion, use wind-power electricity generation, do not describe in detail one by one here.
After windmill output unit, the driving power generating device of power generation assembly can also be installed before power generation assembly again, it is characterized in that, be arranged on interior of articles replace object (the gravity object such as the muller of inertial flywheel, roller and balancing device) gravity or be arranged in ferris wheel, generate electricity again after changing powered rotation direction by power steering gear, comprise: outputting power wheel (minor diameter input power wheel) of windmill, the gravity object containing power generation assembly and transmission outputting power wheel (major diameter transmission output wheel), rotor and stator
Described windmill output wheel is characterized in that, is arranged on object outside or inner, object outside install the position of 355 ° to 0 °, interior of articles install the position of 0 °, output wheel is the smaller the better, reduces object velocity of rotation,
It is outside or inner that described transmission outputting power wheel is characterized in that being arranged on object, position between 200 ° to 268 ° mounted externally, be arranged on interior of articles 180 ° of positions, the diameter of outputting power wheel must be greater than output wheel, be the bigger the better, outputting power on outputting power wheel, or outputting power wheel can be selected to connect transmission system, transmission system connects balancing device axle, balancing device axle connects overrunning clutch (known surmount ratchet etc.), overrunning clutch connects flywheel, and output unit outputting power installed by flywheel
The described gravity object containing power generation assembly comprises: two kinds of drive mechanisms and two kinds of power generation assemblys, a kind of drive mechanism and a kind of power generation assembly is characterized in that comprising: the rotary circular object containing power generation assembly or the device of being done manual work by the gravity succedaneum body weight power of power generation assembly, power generation assembly, (because can produce rub or rotate resistance is increased containing the fixing or fixing heteropole that rotates relative to discontiguous magnet or iron containing below magnet (not producing attraction relation with wheel for inputting and output wheel) and object outside object, so can triboelectricity or transmission output resistance power be used as),
Described power generation assembly installs some fixing axles on the device of succedaneum body weight power workmanship, axle installs output wheel, output wheel connects idle pulley or the known conversion steering hardware such as satellite gear or gear case, idle pulley connects internally toothed annulus, outside internally toothed annulus, rotor is installed, the axle of idle pulley is fastened on hanging object, (or the axle of numerous idle pulley is installed on one object, controlled to rotate by independent hanging object, the longer the better for the length of hanging object), suspension gear is suspended on the outside of internally toothed annulus, stator is installed in the suspension gear inside of hanging object, current collection memory storage connects battery-driven car, battery-driven car is on the track of interior of articles.
Windmill output wheel drives the circular object containing power generation assembly, circular object containing power generation assembly rotates, be arranged on and drive idle pulley containing the output wheel on power generation assembly circular object axle, idle pulley drives the rotor turns on internally toothed annulus, suspension gear under the Action of Gravity Field of object with stator along with circular object revolves round the sun, not along with circular object rotates, the stator that rotor and suspension gear inside are installed moves mutually, generation current, battery-driven car is flowed to through current collection memory storage, battery-driven car travels on the track of interior of articles
Another kind of drive mechanism is characterized in that comprising with another kind of power generation assembly: (rub or rotational resistance because of producing containing the fixing or fixing relative discontiguous magnet of heteropole that rotates or iron containing below magnet (not producing attraction relation with output wheel and wheel for inputting), ring device outside rotary ring device containing power generation assembly, power generation assembly, ring device, so can triboelectricity or transmission outputting power)
Described power generation assembly is, ring device is installed some fixing pipes and strengthen inner gear, pipe inner gear connects several idle pulleys that the inside is uniformly distributed a week, idle pulley installs rotor, the axle of idle pulley is fixed on hanging object (or numerous idler shaft is installed on one object, controlled to rotate by independent hanging object, the longer the better for hanging object), the suspension gear of hanging object is suspended on the centre of numerous idle pulley, stator is installed in suspension gear outside, current collection memory storage connects battery-driven car and (uses battery-driven car to be the difficult problem that solution power generation assembly generation current outwards exports, the electric energy produced directly digests workmanship), battery-driven car is on the track of interior of articles.
Windmill output wheel drives the annular object containing power generation assembly, pipe inner gear is driven to drive the idle pulley of the inside containing power generation assembly annular object, idle pulley is with rotor turns, suspension gear under the Action of Gravity Field of object with stator, not along with annular object rotates, only along with annular object revolution, rotor and stator move mutually, generation current, connect battery-driven car through current collection memory storage, battery-driven car travels on the track of interior of articles.
Vehicle-mounted windmill can be selected to install wind net, installing wind net is a thing be entangled with very much, wind net is installed and adds friction drag, wind Internet bar is not installed, easily enters foreign material, unfavorable to flabellum, also will install can the canopy of opening and closing, close canopy when raining, withdraw from use wind power generation plant, do not rain and open canopy use wind-force outputting power.
After windmill described in multiple-energy-source car, airflow guiding device is installed it is characterized in that, the air-flow of vehicle front is through loose warm fluid cylinder or the air-flow after radiator, enter air compressor through guide means guide again, pressurized air enters wind-power transmission device at the bottom of driving engine or car or does not enter compressor guiding device and directly guides air-flow to enter driving engine;
The air-flow of air after fluid cylinder of described vehicle front, enter compressor compresses through guiding device again and enter driving engine again, that the air-flow of vehicle front compresses into fluid cylinder into driving engine to engine cooling through guiding device, at guiding device by after fluid cylinder, engine cylinder is compressed into by exhausting compressor, the pressure gas of compressor promotes piston movement, the waste gas of cylinder is directly discharged through guiding device, or the waste gas of cylinder enters wind-power transmission device at the bottom of car through guiding, and fluid cylinder is provided with the warm device of joint, when coolant-temperature gage is low, the twitch force that exhausting compressor does not start use piston is lowered the temperature to fluid cylinder, or airflow guiding device enters engine cylinder through the shifter of other passage or enters wind-power transmission device at the bottom of car through other passage when coolant-temperature gage is low.
The air-flow of vehicle-mounted horizontal type windmill or vertical windmill or horizontal axis windmill is discharged and is selected to guide discharge mode according to the engine installation used, the air-flow that windmill is discharged is discharged to radiator heat-dissipation on a heat sink through the guiding of guiding device, or the air-flow of windmill is dispelled the heat to cylinder by fluid cylinder through guide means guide, through again by the air-flow of fluid cylinder and guiding to cylinder heat supply fresh air, gaseous combustion is discharged at chimney later, such guiding also has a benefit, the fresh air that modern vehicular engine needs uses piston to be drawn into cylinder, power is needed to twitch, that the air-flow of wind wheel compresses into cylinder now, the power but also the air-flow that not only save twitch can promote piston movement, chimney is discharged, the power of radiator fan and the power source of piston twitch fresh air are saved.
And use the vehicle of electric energy, air-flow is discharged through the Guide vehicle rear of drawing of guiding device, the air propels vehicle of discharging travels, although the power promoting vehicle can not be more than or equal to, also the windage resistance in air and other direction before vehicle can be reduced, the vehicle airflow of combustion engine also can be discharged at the Guide vehicle rear of drawing again by guiding device after radiator, reduces the windage resistance that windmill wind wheel discharges air-flow and other direction.
Naturally also can not install wind wheel before vehicle, only install passage windward, install turbine windmill in guiding channel, air-flow is discharged to car rear.
The position that wind wheel air-flow is discharged also can be selected, and the wind wheel air-flow air blown below is a way, and just degree of utilization is not high; The air-flow ground of blowing below is also a way, and the degree of utilization of blow air is reasonable many, just easily produces the pollution to environment; Air-flow blows drag devices on wheel or the air-flow drag devices blown on transmission shaft is a good way, should be better than the first two way many, because the external diameter of discharge orifice air-flow and wheel is synchronized, even lower than the speed of wheel external diameter, must blow and hit wheel near the drag devices of axle and can play certain effect, if install speed change drag devices on transmission shaft, air-flow blows the drag devices hit on transmission system, and it is better that transmission system speedup drives transmission shaft to export.
Roof can be selected installed vertical windmill, horizontal type windmill and horizontal axis windmill generate electricity, three utilizes weathercock empennage (front and back are as broad as long) to control deflecting plate, along with the change rotation direction in direction, also can be used alone in wind power plant, introduce horizontal type windmill and horizontal axis windmill below:
A kind of roof is selected install to be it is characterized in that by the horizontal type windmill power generation assembly of empennage controlling party to movement, comprising: with cross bar activity inclined-plane object deflecting plate, anchor fitting etc. with cross bar activity accumbency windmill electric generating apparatus and setting,
Describedly with cross bar movable inclined-plane object deflecting plate be, guide air-flow to cut according to the inclined-plane objects of about 45 degree as deflecting plate and hit windmill, frontal resistance is born in the one end being arranged on cross bar, the other end of cross bar installs weathercock empennage and counterweight, axis hole is had in the middle of cross bar, cross bar is arranged on the anchor fitting of setting, is controlled to rotate around setting anchor fitting by empennage
Describedly to comprise with cross bar activity accumbency windmill electric generating apparatus, the power generation assembly such as windmill, stators and rotators, be the vertical shaft windmill laterally placed, be fixedly mounted on after cross bar baffle upper plate,
Vehicle travels, the direction that empennage control deflecting plate and windmill travel with vehicle is rotated, the air-flow of deflecting plate is cut and is hit windmill, windmill generating, vehicle stops travelling, and controls box haul rotate by empennage, and deflecting plate is all the time towards the direction that wind comes, deflecting plate guides air-flow to cut the outer end hitting windmill, and windmill generating exports.
A kind of roof is selected install to be it is characterized in that by the horizontal axis windmill power generation assembly of empennage controlling party to movement, comprising: with the movable funnel deflecting plate of cross bar, with cross bar activity level axle windmill, the anchor fitting etc. of empennage and counter weight device and setting,
Described is that circular fixed object strengthened by peripheral bucket with the movable funnel deflecting plate of horizontal shaft, fixed object is protruded for closing in center, the strong circular object of bucket and center are protruded between fixed object and are connected and fixed bending guide plate, formed one by one front shallow rear deeply store wind funnel, fixed installation bears frontal resistance on the horizontal axis, guide air-flow to cut and hit windmill, the horizontal shaft other end installs empennage and counter weight device, axis hole is had in the middle of horizontal shaft, be arranged on and erect on anchor fitting, control deflecting plate and the rotation of windmill box haul by empennage;
Described horizontal axis windmill comprises, the power generation assembly such as windmill, stators and rotators, is arranged on after the deflecting plate with parallel motion rotation;
Vehicle travels, the direction that empennage control deflecting plate and windmill travel with vehicle is rotated, the air-flow of deflecting plate is cut and is hit windmill, windmill generating, vehicle stops travelling, and controls box haul rotate by empennage, and deflecting plate is all the time towards the direction that wind comes, deflecting plate guides air-flow to cut the outer end hitting windmill, and windmill generating exports.
The push-and-pull work-saving device that wheel can be installed drives modern driving device, and the wheel of modern actuator drives wheels travel is characterized in that, comprising: wheel, push-pull device at fixed, can postpone the retractor device that rebounds and modern driving medium mechanical device,
Described push-pull device at fixed is gravity object, and a point pushing transmission drives wheels travel device and pulls transmission and drives wheels travel:
The one pushing transmission that wheel is installed drives wheels travel device, comprise: wheel, push-pull device at fixed, connecting device, push rod, the retractor device rebounded can be postponed, fluid cylinder or cylinder (1), piston (1), fluid cylinder or cylinder connecting tube, cylinder or fluid cylinder (2) and piston (2), one end of push-pull device at fixed is connected on wheel hub by connecting device, between the two ends that one end of push rod is connected to push-pull device at fixed device on some positions, the other end is connected on piston (1), the retractor device that can postpone to rebound is arranged on push rod, cylinder or fluid cylinder are fixed on wheel, one end of pipeline is arranged on cylinder or fluid cylinder (1), the other end is arranged on cylinder or fluid cylinder (2), the piston of cylinder or fluid cylinder is connected on the push rod of the push-pull device at fixed after gravity,
Other power machine drives the wheel rolling of vehicle, be mounted on wheel that (one end is connected on wheel hub by connecting device, the other end stretches out outside tire, be fitted through connecting device connecting rod between two ends and there is flexible liquid cylinder piston, being fitted through connecting device connecting rod between the two ends of the other end that fluid cylinder is connected by pipeline has on flexible liquid cylinder piston, one end is connected on wheel hub by connecting device, the other end stretches out outside tire) push-pull device at fixed and then rotate, one end of push-pull device at fixed " leg " is crossing with ground, the gravity of vehicle rolls push-pull device at fixed, the retractor device that push-pull device at fixed " leg " and can postponing rebounds and wheel move mutually, connecting device connects according to having the liquid cylinder piston of flexible liquid cylinder piston by the liquid-driving other end of pipeline, be hidden in other end push-pull device at fixed within tire at another push-pull device at fixed " leg " with stretch out outside tire under the power of the retractor device rebounded and elastic force effect can be postponed, promote ground, wheel accelerates to roll by that analogy, vehicle wheel rolling presses push-pull device at fixed travels.
One that wheel is installed pulls transmission and drives wheels travel device, comprising: wheel, push-pull device at fixed, connecting device, pole, can postpone the retractor device rebounded, soft chain or rope and power gear assembly,
Be connected on pole by connecting device between the two ends of push-pull device at fixed, pole is arranged on wheel hub is, one end connecting rope of push-pull device at fixed or soft chain, the push-pull device at fixed of the other end after steering transmission linkage connects gravity of rope or soft chain,
Other power machine drives the wheel rolling of vehicle, be mounted on wheel that (one end is stretched out outside tire, being fitted through connecting device between two ends is connected on pole, pole is fixedly mounted on wheel hub, the other end connects the drive mechanisms such as the rope with pulling function by connecting device, being connected to another one end by transfer device stretches out outside tire, being fitted through connecting device between two ends is connected on pole, pole is fixedly mounted on wheel hub, the other end by connecting device connect according to have pull function the drive mechanism such as rope on) push-pull device at fixed and then rotate, one end of push-pull device at fixed " leg " is crossing with ground, the gravity of vehicle rolls push-pull device at fixed " leg ", the retractor device that push-pull device at fixed " leg " and can postponing rebounds and wheel move mutually, connecting device is connected and has the drive mechanism such as rope pulling function and pulled and push another push-pull device at fixed be hidden within tire by transfer device stretch out outside tire and promote ground run together with can postponing the elastic force of the retractor device rebounded, wheel accelerates to roll by that analogy, vehicle wheel rolling presses push-pull device at fixed " leg " travels.
The described retractor device that can postpone to rebound is a kind of level of intelligence control setup, controls push-pull device at fixed and postpones to rebound, to rebound push-pull device at fixed 270 degree of place's delays, and 90 degree go out and all stretch out,
Lock push-pull device at fixed not rebound when uphill road, rebound when horizontal road and downhill path push-pull device at fixed, other power machine drives the wheel rolling of vehicle, the retractor device being arranged on the push-pull device at fixed " leg " on wheel and can postpone to rebound and then rotates, one end of push-pull device at fixed " leg " is crossing with ground, push-pull device at fixed " leg " and the retractor device that can postpone to rebound shrink to wheel, wheel rolls push-pull device at fixed " leg ", the retractor device that push-pull device at fixed " leg " and can postponing rebounds and wheel move mutually, the retractor device that push-pull device at fixed " leg " and can postponing rebounds is to wheel direction motion input power, push-pull device at fixed is ejected according to real road situation, behind the modern driving medium mechanical device switching kinetics direction that push-pull device at fixed " leg " connects, the power of push-pull device at fixed " leg " travels with the elastic force direct drive of wheel that can postpone the retractor device rebounded.
Comprehensive above content combinations just becomes a kind of on the basis of common vehicle together, add natural wind energy engine installation and photovoltaic solar installations, and the multiple-energy-source car formed, it is characterized in that: in the surface coverage of mineral matter energy vehicle, photovoltaic solar installations is installed, headstock is provided with windmill electric generating apparatus, windmill electric generating apparatus is vertical shaft windmill power generation assembly or horizontal axis windmill power generation assembly, vertical shaft windmill power generation assembly is discrete windmill electric generating apparatus and horizontal type windmill power generation assembly again, vertical windmill power generation assembly and horizontal type windmill power generation assembly directly can install power generation assembly, also after driving power generating device, power generation assembly can be installed, after windmill on headstock, airflow guiding device is installed, air-flow is drawn the wind power transmission wind speed-change gear box transmission output device at the bottom of guided engine or car, roof is selected install by empennage controlling party to the horizontal axis windmill power generation assembly of movement or horizontal type windmill power generation assembly, wheel is installed push-and-pull work-saving device, do not open at uphill road, driving wheel is opened on downhill path and horizontal road, use the vehicle that the mineral matter energy and electrical energy drive travel.
The device that above-mentioned vehicle is installed, device of the same type can replace use, and the device of vehicle each position can choice for use, also can be used alone among other device, is not limited to above a kind of type of service.
Accompanying drawing illustrates:
Fig. 1 is overall accompanying drawing (embodiment same device is replaced mutually)
Sequence number and title: 1, photoelectrical solar, 2, electrical motor, 3, driving engine, 4, deflecting plate, 5, windmill, 6, object containing power generation assembly, 7, windmill driving power generating device, 8, wind-force guiding device, 9, windmill driving device at the bottom of car, 10, transmission system, 11, wheel push-and-pull work-saving device, 12, wheel, 13, wind axle, 14, empennage.
Specific implementation method:
Case 1,
The electrical energy drive electrical motor 2 accessory minerals enegy source engine 3 that photovoltaic solar installations 1 produces drives vehicle to travel, air-flow blows the bumper deflector 4 hitting and be fixedly mounted on above, the air-flow of deflecting plate and the air-flow in front cut the accumbency placement windmill 5 hitting and be arranged on automotive front end, Windshield deflecting plate, the air-flow guided and the air-flow in front cut the windmill 5 hitting and be arranged on and replace fan housing between truck cab and container, windmill 5 output wheel drives the circular object 6 containing power generation assembly 7, circular object 6 containing power generation assembly 7 rotates, be arranged on and drive steering hardware containing the axle output wheel on power generation assembly 7 circular object 6, steering hardware rotor driven rotates, suspension gear under the Action of Gravity Field of hanging object with stator along with object revolves round the sun, not along with object rotates, the stator that rotor and suspension gear inside are installed moves mutually, generation current, directly export through current collection memory storage or flow to battery-driven car, battery-driven car travels on the track of interior of articles, circular object 6 roll extrusion output wheel containing power generation assembly 7, rotor on output wheel and stator move mutually, generation current connects current collection memory storage.Be arranged on windmill 5 wind-force guiding device 8 below, guide air-flow directly loose warm to driving engine 3 through loose warm fluid cylinder, air-flow through fluid cylinder enters air compressor compression through guiding device 8 guiding again, pressurized air enters driving engine 3 cylinder, pressure gas promotes piston movement, waste gas after air compressing burning enters wind-power transmission device 9 at the bottom of car through guiding, fluid cylinder is provided with the warm device of joint, when coolant-temperature gage is low, airflow guiding device 8 enters other passage through transfer device and enters driving engine 3 cylinder or enter wind-power transmission device 9 at the bottom of car through other passage, gas shock wind-power transmission device 9, wind-power transmission device drives transmission system 10, transmission system 10 drives wheels travel again.
Vehicle travels, empennage 14 controls the direction that deflecting plate 4 and windmill 5 travel with vehicle and rotates, the air-flow of deflecting plate 4 is cut and is hit windmill 5, windmill 5 generates electricity, vehicle stops travelling, and control deflecting plate 4 and the rotation of windmill 5 box haul by empennage 14, deflecting plate 4 is all the time towards the direction that wind comes, deflecting plate 4 guides air-flow to cut to hit the outer end of windmill 5, and windmill generating exports.
The wheel 12 of vehicle rolls, roll extrusion wheel 12 push-and-pull work-saving device 11, be mounted on wheel 12 that (one end is connected on wheel hub by connecting device, the other end stretches out outside tire, be fitted through connecting device connecting rod between two ends and there is flexible liquid cylinder piston, being fitted through connecting device connecting rod between the two ends of the other end that fluid cylinder is connected by pipeline has on flexible liquid cylinder piston, one end is connected on wheel hub by connecting device, the other end stretches out outside tire) push-pull device at fixed 11 and then rotate, one end of push-pull device at fixed " 11 leg " is crossing with ground, the gravity of vehicle rolls push-pull device at fixed, the retractor device that push-pull device at fixed " leg " and can postponing rebounds and wheel move mutually, connecting device connects according to having the liquid cylinder piston of flexible liquid cylinder piston by the liquid-driving other end of pipeline, be hidden in other end push-pull device at fixed within tire at another push-pull device at fixed " leg " with stretch out outside tire under the power of the retractor device rebounded and elastic force effect can be postponed, promote ground, wheel 12 accelerates to roll by that analogy, on horizontal road and downhill path, wheel 12 roll extrusion push-and-pull work-saving device 11 travels.
Case 2,
The electrical energy drive electrical generator 2 that a kind of photovoltaic solar installations 1 produces, accessory minerals enegy source engine 3 drives vehicle to travel, air-flow blows the funnel deflecting plate 4 hitting and be fixedly mounted on above, air-flow cuts the horizontal axis windmill 5 hitting and lie in a horizontal plane in before radiator forward, windmill 5 output wheel drives the annular object 6 containing windmill driving power generating device 7, annular object 6 containing power generation assembly 7 drives pipe inner gear to drive the steering hardware of the inside, steering hardware is with rotor turns, suspension gear under the Action of Gravity Field of hanging object with stator, not along with annular object rotates, only along with annular object revolution, the stator of rotor and suspension gear inside moves mutually, generation current, battery-driven car is connected through current collection memory storage, battery-driven car travels on the track of interior of articles, annular object 6 is oppressed output wheel and is rotated, be arranged on rotor on output wheel and stator moves mutually, generation current is through current collection memory storage.The air-flow of windmill 5 is after wind-force guiding device 8 is directed through radiator, air-flow guides air-flow to enter wind-power transmission device 9 at the bottom of car through guiding device 8 again, blast wind force actuators, wind-power transmission device drives transmission system 10, and transmission system 10 drives traveling again.
Vehicle travels, empennage 14 controls the direction that deflecting plate 4 and windmill 5 travel with vehicle and rotates, the air-flow of deflecting plate 4 is cut and is hit windmill 5, windmill 5 generates electricity, vehicle stops travelling, and controls box haul rotate by empennage, and deflecting plate 4 is all the time towards the direction that wind comes, deflecting plate 4 guides air-flow to cut to hit the outer end of windmill 5, and windmill 5 generates electricity and exports.
The wheel 12 of vehicle rolls wheel 12 roll extrusion push-and-pull work-saving device 11, be mounted on wheel 12 that (one end is stretched out outside tire, being fitted through connecting device between two ends is connected on pole, pole is fixedly mounted on wheel hub, the other end connects the drive mechanisms such as the rope with pulling function by connecting device, being connected to another one end by transfer device stretches out outside tire, being fitted through connecting device between two ends is connected on pole, pole is fixedly mounted on wheel hub, the other end by connecting device connect according to have pull function the drive mechanism such as rope on) push-pull device at fixed 11 and then rotate, one end of push-pull device at fixed " leg " is crossing with ground, the gravity of vehicle rolls push-pull device at fixed " leg ", the retractor device that push-pull device at fixed 11 " leg " and can postponing rebounds and wheel 12 move mutually, connecting device is connected and has the drive mechanism such as rope pulling function and pulled and push another push-pull device at fixed be hidden within tire by transfer device stretch out outside tire and promote ground run together with can postponing the elastic force of the retractor device rebounded, wheel 12 accelerates to roll by that analogy, on horizontal road and downhill path, wheel 12 roll extrusion push-and-pull work-saving device 11 " leg " travels.
Claims (10)
1. a multiple-energy-source car is characterized in that comprising: the airflow guiding device after power generation assembly, photovoltaic solar installations, wind power generation plant installed again by mineral energy source engine, electrical motor, windmill direct electric power generator or windmill after driving power generating device, wind power transmission wind speed-change gear box transmission output device and wheel push-and-pull work-saving device
Described mineral energy source engine is combustion engine or the steam engine of burn fossil matter,
Described photovoltaic solar installations covers and is arranged on surface of vehicle,
Described wind power generation plant is arranged on the different parts of vehicle, and the windmill electric generating apparatus that the position difference at windmill place is installed is also different,
The discrete shaft windmill electric generating apparatus of the windmill that headstock is installed or horizontal axis windmill power generation assembly, vertical shaft windmill power generation assembly is discrete windmill electric generating apparatus and horizontal type windmill power generation assembly again,
Roof is selected install by the windmill electric generating apparatus of empennage controlling party to movement, windmill divides again horizontal type windmill, vertical windmill and horizontal axis windmill,
Power generation assembly installed again by described windmill direct electric power generator or windmill after driving power generating device is that windmill directly can install power generation assembly, also after driving power generating device, can install power generation assembly again,
The airflow guiding device that described windmill is installed below, exports the wind power transmission wind speed-change gear box transmission that air-flow draws at the bottom of guided engine or car,
Described wheel push-and-pull work-saving device is that the push-pull device at fixed installed on wheel drives modern driving device, the actuator drives wheels travel in modern times, and push-pull device at fixed divides again pushing transmission to drive wheels travel mode and pulls transmission driving wheels travel mode,
The device that described vehicle is installed can be replaced on an equal basis, also can be not limited to a kind of form for other place separately.
2. the horizontal type windmill power generation assembly on headstock described in a claim 1 multiple-energy-source car is characterized in that comprising: fixing inclined-plane object deflecting plate or triangle bumper deflector, store wind storehouse, windmill, stator, rotor and wind-force guiding device, described inclined-plane object deflecting plate or triangle bumper deflector are, frontal resistance is born onboard according to about the 45 degree gradients are fixing, at triangle bumper/spoiler or the inclined-plane object deflecting plate of windmill about 90 degree, guide air-flow to cut and hit windmill
The described wind storehouse that stores there is a space between windmill and Windshield, a slightly high cover plate is added above space, cover plate one end is connected with Windshield, the other end connects an arc line shaped deflecting plate similar to windmill, upper end is away from windmill, and lower end, near windmill, forms one and stores wind funnel to increase pressure windward, obtain higher degree of utilization
Described windmill is that vertical shaft windmill is laterally placed,
Vehicle travels, air-flow blows the bumper deflector hitting and be fixedly mounted on above, the air-flow in the air-flow that deflecting plate guides and front cuts the accumbency placement vertical shaft windmill hitting and be arranged on automobile radiators front end, the air-flow in the air-flow that Windshield deflecting plate guides and front cuts the windmill hitting and be arranged on and replace fan housing between truck cab and container, be arranged on windmill wind-force guiding device below, guide means guide air-flow is directly discharged backwards or is guided air-flow to discharge through workmanship device.
3. the vertical windmill power generation assembly on headstock described in claim 1 multiple-energy-source car is characterized in that comprising: deflecting plate, windmill, stator, rotor and a guiding device,
Described deflecting plate is fixing deflecting plate, is fixed on car body and bears frontal resistance, be erected at the deflecting plate of windmill about 90 degree, make the side of windmill from frontal resistance according to about 45 degree, and deflecting plate guides air-flow to cut and hits windmill,
Described windmill divides two vertical shaft windmill mounting meanss and four vertical shaft windmill mounting meanss,
Described installation two setting windmill modes use side to guide air-flow to cut from resistance windward and hit windmill, two deflecting plate dos-à-doss form a sharp font, two windmills rotate on the contrary, airflow guiding device is not had after windmill, two windmills use two electrical generators, or use an idle pulley that stators and rotators generating is installed
Described installation four setting windmills use side from resistance windward, guide air-flow to cut and hit wind wheel, two deflecting plates in outside are face-to-face, middle two deflecting plate dos-à-doss, become a W font, two, outside windmill rotates backward, middle two windmills rotate backward, four windmills use four electrical generators or four the windmill output units use output wheel that is cascaded to install rotor and stator generating, two airflow guiding devices in left and right after windmill
Described installation four setting windmills can also use two the back-to-back guiding air-flows of deflecting plate in outside to discharge, middle two deflecting plates are face-to-face, become two ace's font, two windmills in outside rotate backward, middle two windmills rotate backward, four windmills use four electrical generators or four the windmill output units use output wheel that is cascaded to install rotor and stator generating, install an airflow guiding device after windmill
Vehicle travels air-flow and blows the pointed deflecting plate hitting and be fixedly mounted on above, or air-flow blows to hit and is arranged on W word before radiator or two sharp word deflecting plate, the air-flow that deflecting plate guides and positive air flow are cut and are hit the combination of plural vertical shaft windmill, the air-flow of windmill through guide means guide directly to after discharge or guide air-flow to discharge through workmanship device.
4. the horizontal axis windmill power generation assembly on headstock described in a claim 1 multiple-energy-source car is characterized in that, comprise: fixed funnel deflecting plate, windmill, rotor, stator and airflow guiding device, described fixed funnel deflecting plate is, periphery is that circular fixed object strengthened by bucket, fixed object is protruded for closing in center, the strong circular object of bucket and center are protruded between fixed object and are connected and fixed bending guide plate, formed one by one front shallow rear deeply store wind funnel, funnel deflecting plate bears frontal resistance before windmill, guide air-flow to cut and hit windmill, described windmill is present level axle windmill or the windmill according to horizontal axis windmill transformation,
Described rotor and stator are arranged on windmill output unit,
Vehicle travels, air-flow blows the funnel deflecting plate hitting and be fixedly mounted on above, deflecting plate guides air-flow to cut the horizontal axis windmill hit before radiator, and the air-flow of windmill is directly discharged backwards through guide means guide air-flow or guides air-flow to discharge after workmanship device.
5. roof described in a claim 1 multiple-energy-source car is selected install to be it is characterized in that comprising by the windmill electric generating apparatus of empennage controlling party to movement: with cross bar movable inclined-plane object deflecting plate, with the windmill electric generating apparatus of cross bar activity and the anchor fitting etc. of setting,
Describedly with cross bar movable inclined-plane object deflecting plate be, according to the inclined-plane objects of about 45 degree as deflecting plate, be arranged on one end of cross bar, the other end of cross bar installs weathercock empennage and counterweight, have axis hole in the middle of cross bar, cross bar is arranged on the anchor fitting of setting, is controlled to bear frontal resistance around the horizontal left-right rotation of setting anchor fitting by empennage, guide air-flow to cut and hit windmill
Describedly to comprise with the movable windmill electric generating apparatus of cross bar, the power generation assembly such as windmill, stators and rotators, laterally place or erect the vertical shaft windmill placed, be fixedly mounted on after cross bar baffle upper plate, vehicle travels, the direction that empennage control deflecting plate and windmill travel with vehicle is rotated, the air-flow of deflecting plate is cut and is hit windmill, windmill generating, vehicle stops travelling, and controls box haul rotate by empennage, and deflecting plate is all the time towards the direction that wind comes, deflecting plate guides air-flow to cut the outer end hitting windmill, and windmill generating exports.
6. roof described in a claim 1 multiple-energy-source car is selected install to be it is characterized in that by the windmill electric generating apparatus of empennage controlling party to movement, comprise: with the anchor fitting etc. of the movable funnel deflecting plate of cross bar, horizontal axis windmill power generation assembly with cross bar activity, empennage and counter weight device and setting
The periphery of the described funnel deflecting plate with cross bar activity is that circular fixed object strengthened by bucket, fixed object is protruded for closing in center, the strong circular object of bucket and center are protruded between fixed object and are connected and fixed bending guide plate, formed one by one front shallow rear deeply store wind funnel, fixed installation bears frontal resistance on the horizontal axis, the horizontal shaft other end installs empennage and counter weight device, axis hole is had in the middle of horizontal shaft, be arranged on and erect on anchor fitting, deflecting plate and windmill horizontal motion is controlled by empennage, deflecting plate guides air-flow to cut and hits windmill
Described horizontal axis windmill power generation assembly comprises, the power generation assembly such as windmill, stators and rotators, is arranged on after the deflecting plate with parallel motion rotation,
Vehicle travels, the direction that empennage control deflecting plate and windmill travel with vehicle is rotated, the air-flow of deflecting plate is cut and is hit windmill, windmill generating, vehicle stops travelling, and controls box haul rotate by empennage, and deflecting plate is all the time towards the direction that wind comes, deflecting plate guides air-flow to cut the outer end hitting windmill, and windmill generating exports.
7. after windmill described in a claim 1 multiple-energy-source car, airflow guiding device is installed it is characterized in that, the air-flow of vehicle front is through loose warm fluid cylinder or through radiator, wind-power transmission device at the bottom of driving engine or car is entered again through guiding device, also can air-flow after fluid cylinder or radiator, air compressor compression is entered through guide means guide, pressurized air enters wind-power transmission device at the bottom of driving engine or car
The air-flow of described vehicle front is after fluid cylinder, enter compressor compresses through guiding device again to enter driving engine again and be, the air-flow of vehicle front compresses into fluid cylinder into driving engine to engine cooling through guiding device, at guiding device by after fluid cylinder, engine cylinder is compressed into by exhausting compressor, the waste gas of cylinder is directly discharged through guiding device, or the waste gas of cylinder enters wind-power transmission device at the bottom of car through guiding, and fluid cylinder is provided with the warm device of joint, when coolant-temperature gage is low, the twitch force that exhausting compressor does not start use piston is lowered the temperature to fluid cylinder, or airflow guiding device enters engine cylinder through other passage or enters wind-power transmission device at the bottom of car through other passage when temperature is low,
The air-flow of described vehicle front is through radiator, air-flow enters wind-power transmission device at the bottom of car through guide means guide air-flow again, radiator air-flow below enters the wind-power transmission device of bottom through guide means guide, and blast wind force actuators, utilizes wind-force to do manual work.
8. at the bottom of car, wind power transmission wind speed-change gear box transmission output device is installed described in a claim 1 multiple-energy-source car it is characterized in that,
Comprise: airflow guiding device, wind-power transmission device, automatic catch speed-change gear box and transmission output device etc.,
Described airflow guiding device guides air-flow to enter windmill after the dead ahead or radiator of headstock
Described automatic catch speed-change gear box is mounted in from becoming at a slow speed fast speed driving device after wind-power transmission device, wind blows slowly run part become speedy carding process drive wheel,
Described transmission output device is, gear case connects the driving device of wheel, vehicle travels, the air-flow in front is through guiding device, or radiator guide means guide gas shock wind-power transmission device below, wind-power transmission device drive gear casing variable speed drive (VSD) driving device, drive wheels travel.
9. after windmill driving power generating device described in a claim 1, power generation assembly is installed it is characterized in that again, comprises: the outputting power wheel of windmill, the gravity object containing power generation assembly and transmission outputting power wheel,
The position that described windmill output wheel is installed is, is arranged on the position that is less than 360 ° or the position being arranged on 0 ° at interior of articles in object outside, and output wheel is the smaller the better, reduces object velocity of rotation,
The position that described transmission outputting power wheel is installed is, being arranged on position between 200 ° to 268 ° or being arranged on 180 ° of positions at interior of articles outside object, outputting power wheel diameter must be larger than wheel for inputting, outputting power on output wheel, or outputting power wheel can be selected to install and connect automatic gear speed changer, transmission system connects balancing device, balancing device axle connects overrunning clutch (known surmount ratchet etc.), overrunning clutch connects flywheel, output unit installed by flywheel, outputting power on flywheel output unit
The described gravity object containing power generation assembly is, power generation assembly is arranged on the device that interior of articles replaces utilizing gravity to do manual work, power generation assembly is the device generated electricity again after changing powered rotation direction by power steering gear, comprising: two kinds of drive mechanisms and two kinds of structure power generation assemblys
A kind of drive mechanism and a kind of power generation assembly comprise: containing fixing or rotate discontiguous magnet or iron and power generation assembly below the magnet contained outside the rotary circular object containing power generation assembly or the gravity installation containing power generation assembly, circular object, circular object
The described circular object that can rotate containing power generation assembly comprises: some fixing axles, the output wheel that axle is installed, power steering gear, stator, rotor, suspension gear, hanging object, current collection memory storage, battery-driven car, output wheel, rotor and stator, windmill output wheel and output wheel install the outside of the circular object be connected to containing power generation assembly, steering hardware is connected containing the axle output wheel that power generation assembly circular object is installed, steering hardware connects internally toothed annulus, outside internally toothed annulus, rotor is installed, the axle of steering hardware is fixed on hanging object, suspension gear is suspended on the outside of internally toothed annulus, stator is installed in the suspension gear inside of hanging object, current collection memory storage connects power generation assembly and battery-driven car, battery-driven car is on the track of interior of articles.
Windmill output wheel drives the circular object containing power generation assembly, circular object containing power generation assembly rotates, be arranged on and drive steering hardware containing the axle output wheel on power generation assembly circular object, steering hardware drives internally toothed annulus to rotate, the rotor turns that internally toothed annulus is installed, suspension gear under the Action of Gravity Field of object with stator along with circular object revolves round the sun, not along with circular object rotates, the stator that rotor and suspension gear inside are installed moves mutually, generation current, battery-driven car is flowed to through current collection memory storage, battery-driven car is climbed traveling on the track of interior of articles, circular object roll extrusion output wheel containing power generation assembly, rotor on output wheel and stator move mutually, generation current connects current collection memory storage,
Another kind of drive mechanism and a kind of power generation assembly comprise: containing containing magnet that is fixing or that rotate or iron below magnet, annular object outside windmill output wheel, the rotary ring device containing power generation assembly or the gravity object containing power generation assembly, annular object
Ring device or gravity installation comprise: some fixing tubulose inner geares, power steering gear, stator, rotor, suspension gear, hanging object, current collection memory storage, battery-driven car and output wheel,
Windmill output wheel and output wheel installation are connected to inside the annular object containing power generation assembly, annular object is installed tubulose inner gear, tubulose inner gear connects the steering hardware of the inside, outside steering hardware, rotor is installed, the axle of steering hardware is fastened on hanging object, and the suspension gear of hanging object is suspended on the centre of numerous steering hardware, and stator is installed in suspension gear outside, current collection memory storage connects power generation assembly and battery-driven car, and battery-driven car is on the track of interior of articles.
Windmill output wheel drives the annular object containing power generation assembly, annular object containing power generation assembly drives tubulose inner gear to rotate, tubulose inner gear drives steering hardware, steering hardware is with rotor turns, suspension gear under the Action of Gravity Field of object with stator, not along with annular object rotates, only along with annular object revolution, rotor and stator move mutually, generation current, battery-driven car is connected through current collection memory storage, battery-driven car is climbed traveling on the track of annular object inside, annular object compressing output wheel rotates, be arranged on rotor on output wheel and stator moves mutually, generation current is through current collection memory storage.
10. described in a claim 1, wheel push-and-pull work-saving device is characterized in that, comprising: wheel, push-pull device at fixed, can postpone the retractor device that rebounds and modern driving medium device,
Described push-pull device at fixed divides pushing driving device and pulls driving device,
Pushing driving device device comprises: wheel, pressing device, connecting device, push rod, the retractor device rebounded can be postponed, fluid cylinder or cylinder, piston and connecting tube, one end of push-pull device at fixed is connected on wheel hub by connecting device, between the two ends that one end of push rod is connected to push-pull device at fixed device on some positions, the other end is connected on piston, the retractor device that can postpone to rebound is arranged on push rod or on car body, cylinder or fluid cylinder are fixed on wheel, one end of pipeline is arranged on cylinder or fluid cylinder, the pipeline other end is arranged on another cylinder or fluid cylinder, the piston of cylinder or fluid cylinder is connected on the push rod of the push-pull device at fixed after gravity,
Pull driving device, comprise: wheel, pulling device, connecting device, pole, the retractor device rebounded can be postponed, soft chain or rope and power gear assembly, be connected on pole by connecting device between the two ends of push-pull device at fixed, pole is arranged on wheel hub is, one end connecting rope of push-pull device at fixed or soft chain, the push-pull device at fixed of the other end after steering transmission linkage connects gravity of rope or soft chain, the described retractor device that can postpone to rebound, it is a kind of level of intelligence control setup, the push-pull device at fixed that rebounds can be postponed at 270 degree of places, push-pull device at fixed is all stretched out by 90 degree of places, push-pull device at fixed is locked during uphill road, do not rebound push-pull device at fixed, downhill path and horizontal road postpone to rebound push-pull device at fixed,
Described modern driving medium device is: gas, liquid, rod member, rope, belt and chain etc. have the device of transmission agency.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410635787.9A CN104385910A (en) | 2014-11-12 | 2014-11-12 | Multi-energy vehicle |
| CN201910873546.0A CN111251896A (en) | 2014-11-12 | 2014-11-12 | Multi-energy vehicle |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410635787.9A CN104385910A (en) | 2014-11-12 | 2014-11-12 | Multi-energy vehicle |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910873546.0A Division CN111251896A (en) | 2014-11-12 | 2014-11-12 | Multi-energy vehicle |
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| CN104385910A true CN104385910A (en) | 2015-03-04 |
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| CN201410635787.9A Pending CN104385910A (en) | 2014-11-12 | 2014-11-12 | Multi-energy vehicle |
| CN201910873546.0A Pending CN111251896A (en) | 2014-11-12 | 2014-11-12 | Multi-energy vehicle |
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| Application Number | Title | Priority Date | Filing Date |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106494226A (en) * | 2016-11-02 | 2017-03-15 | 李志波 | New-energy automobile |
| CN106872185A (en) * | 2017-04-11 | 2017-06-20 | 怀宁鑫橙信息技术有限公司 | A kind of intelligent Nonlinear rural area express delivery bus or train route condition measurement analysis device |
| CN107098201A (en) * | 2017-04-28 | 2017-08-29 | 长园和鹰智能科技有限公司 | Panoramic table layout machine |
| CN107499145A (en) * | 2017-08-04 | 2017-12-22 | 许润柱 | One kind increases journey vehicle and increases journey equipment |
| CN109064950A (en) * | 2018-09-20 | 2018-12-21 | 项炳海 | A kind of billboard for taxi top |
| CN109119002A (en) * | 2018-09-20 | 2019-01-01 | 项炳海 | A kind of billboard that taxi uses |
| CN112016187A (en) * | 2020-07-27 | 2020-12-01 | 中国空气动力研究与发展中心计算空气动力研究所 | Hybrid power-based ground-near asteroid rendezvous mission orbit optimization method |
-
2014
- 2014-11-12 CN CN201410635787.9A patent/CN104385910A/en active Pending
- 2014-11-12 CN CN201910873546.0A patent/CN111251896A/en active Pending
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106494226A (en) * | 2016-11-02 | 2017-03-15 | 李志波 | New-energy automobile |
| CN106872185A (en) * | 2017-04-11 | 2017-06-20 | 怀宁鑫橙信息技术有限公司 | A kind of intelligent Nonlinear rural area express delivery bus or train route condition measurement analysis device |
| CN107098201A (en) * | 2017-04-28 | 2017-08-29 | 长园和鹰智能科技有限公司 | Panoramic table layout machine |
| CN107098201B (en) * | 2017-04-28 | 2019-05-28 | 长园和鹰智能科技有限公司 | Revolving platform layout machine |
| CN107499145A (en) * | 2017-08-04 | 2017-12-22 | 许润柱 | One kind increases journey vehicle and increases journey equipment |
| CN109064950A (en) * | 2018-09-20 | 2018-12-21 | 项炳海 | A kind of billboard for taxi top |
| CN109119002A (en) * | 2018-09-20 | 2019-01-01 | 项炳海 | A kind of billboard that taxi uses |
| CN109119002B (en) * | 2018-09-20 | 2020-06-02 | 项炳海 | Advertising board for taxi |
| CN112016187A (en) * | 2020-07-27 | 2020-12-01 | 中国空气动力研究与发展中心计算空气动力研究所 | Hybrid power-based ground-near asteroid rendezvous mission orbit optimization method |
| CN112016187B (en) * | 2020-07-27 | 2022-08-09 | 中国空气动力研究与发展中心计算空气动力研究所 | Hybrid power-based ground-near asteroid rendezvous mission orbit optimization method |
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| Publication number | Publication date |
|---|---|
| CN111251896A (en) | 2020-06-09 |
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