CN102052257A - Winch wing link device - Google Patents
Winch wing link device Download PDFInfo
- Publication number
- CN102052257A CN102052257A CN2009101099028A CN200910109902A CN102052257A CN 102052257 A CN102052257 A CN 102052257A CN 2009101099028 A CN2009101099028 A CN 2009101099028A CN 200910109902 A CN200910109902 A CN 200910109902A CN 102052257 A CN102052257 A CN 102052257A
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- China
- Prior art keywords
- fixed end
- wing
- fin
- tooth
- end bar
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03D—WIND MOTORS
- F03D15/00—Transmission of mechanical power
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03D—WIND MOTORS
- F03D15/00—Transmission of mechanical power
- F03D15/10—Transmission of mechanical power using gearing not limited to rotary motion, e.g. with oscillating or reciprocating members
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
- F05B—INDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
- F05B2260/00—Function
- F05B2260/50—Kinematic linkage, i.e. transmission of position
- F05B2260/505—Kinematic linkage, i.e. transmission of position using chains and sprockets; using toothed belts
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/72—Wind turbines with rotation axis in wind direction
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- Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- Sustainable Development (AREA)
- Sustainable Energy (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Wind Motors (AREA)
Abstract
The invention relates to a winch wing link device in rotary wing power equipment. The winch wing link device comprises a wing fixing end rod 47, and is characterized in that: the winch wing link device comprises a tooth-shaped device, and is provided with a wing chain device 55; a wing 50 is winched on the wing fixing end rod 47, generates tension under the action of wind and continuously extends; the extension of the wing 50 drives a tooth-shaped device 48 to rotate on a rack 46; when the tooth-shaped device 48 rotates on the rack 46, the tooth-shaped device 48 moves upwards to drive the wing fixing end rod 47 and a pulley device 49 slide upwards and drive the wing chain device 55 to rotate clockwise; and the wing chain device 55 drives a wing fixing end rod 54 and the tooth-shaped device 53 to rotate on a rack 52 and move downwards, and drives a wing 51 to retract.
Description
Technical field
The present invention relates to be used for a kind of elevator wing chain lever arrangement of revolving flapping wings reducing machine.
Technical background
Revolving flapping wings reducing machine can be used for wind-power electricity generation, hydroelectric power, the wind-force power-assisted, the waterpower power-assisted, the power of means of transportation advances, aspects such as waterpower irrigation, the scheme that I provide a kind of revolving flapping wings reducing machine on December 14th, 2008, application number is 2008101884409, this scheme provides and can be used for wind-power electricity generation, a kind of new power technology such as hydroelectric power and communications and transportation, the fins that employing flexible material such as parachute fabric or elastic material material are made in this scheme etc. rotatablely move around a central axis reducing, realize power generating equipment or required power-assisted of facilities for transport and communication or transmission of power.Adopted the folding and unfolding of winding plant control fin in this scheme, winding plant adopts the folding and unfolding of spring or oil hydraulic motor or Electric Machine Control fin in this scheme.The planet hoisting linkage device of a kind of revolving flapping wings reducing machine that I provided on April 14th, 2009, application number 20091016630.6, folding and unfolding by the control of the planet hoisting linkage device on rotor arrangement fin, more than two kinds of schemes to be used for the power Push Technology preferable, have certain limitation but be used to generate electricity with power-assisted is technical: the tension force that wind-force and waterpower produce on fin acts on wing chain lever arrangement, the wind-force of several angle is opposite with wing chain bar travel direction with the tension force that waterpower produces, and hinders the motion of wing chain lever arrangement.
The invention provides another kind of elevator technology, and can remedy above deficiency.
Technology contents
The objective of the invention is to provides a kind of elevator wing chain lever arrangement for revolving flapping wings reducing machine.
Another object of the present invention is to provides a kind of elevator pulley wing chain lever arrangement for revolving flapping wings reducing machine.
Another object of the present invention is to provides a kind of elevator fulcrum wing chain lever arrangement for revolving flapping wings reducing machine
Another object of the present invention is to provides a kind of revolving flapping wings reducing machine for revolving flapping wings reducing machine.
The present invention relates to a kind of elevator wing chain lever arrangement of the revolution wing reducing machine in the power equipment, include fin fixed end bar, it is characterized in that including tooth means, tooth means links to each other with fin fixed end bar; It is characterized in that wing chain apparatus, wing chain apparatus links to each other with fin fixed end bar or wing chain apparatus links to each other with tooth means or wing chain apparatus all links to each other with fin fixed end bar, tooth means.
Tooth means selects to include following wherein one or multinomial scheme as required:
Scheme one: tooth means is a gear ring, and is connected as a single entity with fin fixed end bar;
Scheme two: tooth means includes gear, and gear can link to each other with fin fixed end bar by key or bolt or flange etc.;
Scheme three: tooth means includes shaftgear, and shaftgear can link to each other with fin fixed end bar by key or bolt or flange etc.;
Scheme four: tooth means includes the roller roller, and the roller roller cooperates as wheel and rack with tooth bar;
Scheme five: clutch, the gear of rotation engage with fin fixed end bar by clutch and separate.
The effect of clutch be wing chain lever arrangement fin stretch out with the circular flow stroke of regaining in select the required tooth means of fin fixed end bar.
The Clutch Control mode is selected following include following wherein one or multinomial scheme as required:
Scheme one: include the depression bar nut and form, fin fixed end bar forward or reverse drive the rotation of depression bar nut and on screw axis, move around with the separation of solenoidoperated cluthes with combine;
Scheme two: comprise by energy-storage units and forming, energy-storage units includes accumulator or battery, by the separation of pressure oil or high pressure air or electric power solenoidoperated cluthes with combine, pressure oil or high pressure air or electric power can drive the rotation of tooth means and drive relevant power unit and produce by fin.
Scheme three: comprise by the power circuit brushgear and forming that brushgear links to each other with wing chain lever arrangement, brushgear also links to each other with support.
As required, can select to be furnished with position limit switch on the wing chain lever arrangement, be used to control the fin winding plant that clutch on the wing chain lever arrangement or the motor on the wing chain lever arrangement or hydraulic pump motor drive, by the control of the stroke signal device on the support or by the fin control position limit switch that has tension force.
The position limit switch of wing chain lever arrangement can be selected following one or multinomial scheme as required:
Scheme one: optoelectronic induction class switch or magnetoelectric induction class switch;
Scheme two: contact switch;
Scheme three: pressure switch;
The pulling force of the tension force of fin or wing chain can drive the circulation elevator folding and unfolding of fin by wing chain lever arrangement and tooth means thereof, in addition, by the folding and unfolding of other elevator power plant drive fin such as motor or hydraulic pump motor, position limit switch also can be used for controlling motor or hydraulic pump motor.
Wing chain apparatus links to each other with fin fixed end bar or wing chain apparatus links to each other with tooth means or wing chain apparatus all links to each other with fin fixed end bar, tooth means.
Wing chain apparatus includes following scheme:
Scheme one: include belt and form, have axis hole on the belt, the axis hole of belt can directly link to each other with fin fixed end bar, and the axis hole of belt also can link to each other with fin fixed end bar by bearing shell or bearing; Belt has stronger anti-corrosion capacity, is particularly suitable for underwater work;
Select the belt of Toothed belt or band chain knothole as required.
Toothed belt be mainly used in the wing wheel device in gear matched;
The belt of band chain knothole links to each other with sprocket wheel, selects link aperture on the belt to link to each other with chain link shaft as required or is directly linked to each other with link aperture on the belt by sprocket wheel.
Scheme two; Include chain link, the pin shaft hole of chain link can directly link to each other with fin fixed end bar;
Scheme three: include link plate, have axis hole on the link plate, the axis hole of link plate can directly link to each other with fin fixed end bar, and the axis hole of link plate also can link to each other with fin fixed end bar by bearing shell or bearing;
Scheme four: include Toothed belt, have axis hole on the Toothed belt, the axis hole of Toothed belt can directly link to each other with tooth means, and the axis hole of Toothed belt also can link to each other with tooth means by bearing shell or bearing;
Scheme five; Include chain link, the pin shaft hole of chain link can directly link to each other with tooth means;
Scheme six: include link plate, have axis hole on the link plate, the axis hole of link plate can directly link to each other with tooth means, and the axis hole of link plate also can link to each other with tooth means by bearing shell or bearing.
Fin fixed end pole-footing adopts the structure that comprises following one or more schemes according to needs:
Scheme one: fin fixed end bar can comprise by the single hop major axis to be formed;
Scheme two: fin fixed end bar can comprise by the multistage axle to be formed, and links to each other by flange or axle sleeve or back shaft etc. between the axle, is convenient to the dismounting and the maintenance of fin fixed end bar and fin;
Scheme three: fin fixed end bar comprises by reel to be formed, and reel can be to hollow or solid, and reel also can combine together with an end of fin, or reel also can include bolt hole or the screw thread that is used for fixing fin;
Scheme four: fin fixed end bar comprises by roll bar to be formed, and it is one that roll bar also can be gluedd joint with an end of fin.
Scheme five: fin fixed end bar comprises by the fin depression bar to be formed;
Scheme six: include power unit in the fin fixed end bar, power unit comprises or hydraulic pump motor or air pump or generator or motor;
Scheme seven: comprise that energy-storage units includes spring or accumulator or battery by being made up of energy-storage units.Select the connectivity scenario of following tooth means and fin fixed end bar according to actual needs:
Tooth means can be assemblied in an end of fin fixed end bar;
Tooth means also can be assemblied in the two ends of fin fixed end bar;
Tooth means also can be assemblied in the centre of fin fixed end bar.
The tooth bar that tooth means is used on the revolving flapping wings reducing machine support cooperates, the motion of tooth bar on the support and the engagement of tooth means control tooth means.One end elevator of fin is on fin fixed end bar, the fin the other end links to each other with the rotor arrangement of revolving flapping wings reducing machine, stretching out of tension force effect lower panel drive tooth means on tooth bar rotation, and the moving direction of control tooth means and fin fixed end bar.
Wing chain lever arrangement can drive the rotation of tooth means on tooth bar in the motion under power plant drive, and the positive and negative rotation control elevator of tooth means is in the folding and unfolding of fin fixed end bar upper panel.
The present invention relates to a kind of pulley elevator wing chain lever arrangement is achieved in that and includes fin fixed end bar, and it is characterized in that including tooth means, tooth means links to each other with fin fixed end bar; It is characterized in that pulley gear, pulley gear links to each other with fin fixed end bar or pulley gear links to each other with tooth means or pulley gear all links to each other with tooth means, fin fixed end bar.
Pulley gear selects to include following one or more schemes as required:
Scheme one: pulley gear includes a pulley, and pulley has axis hole or axle, and the axis hole of pulley or axle link to each other with fin fixed end bar;
Scheme two: pulley gear includes slide block, the pulley more than two, and slide block can link to each other with fin fixed end bar by axis hole or axle, and pulley links to each other with slide block by axle or axis hole.
Scheme three: pulley gear includes a pulley, and pulley has axis hole or axle, and the axis hole of pulley or axle link to each other with tooth means;
Scheme four: pulley gear includes slide block, the pulley more than two, and slide block can link to each other with tooth means by axis hole or axle, and pulley links to each other with slide block by axle or axis hole.
Pulley gear links to each other with slideway on the revolving flapping wings reducing machine upper bracket.Pulley gear can be assemblied in fin fixed end bar two ends, also can assemble pulley gear in the middle of the fin fixed end bar.
Fin fixed end bar cooperates tooth means on the control fin fixed end bar and the tooth bar on the support to mesh preferably by the slideway on the support of pulley gear and revolving flapping wings reducing machine, and can reduce the friction of fin fixed end bar and support, can alleviate the impact between fin fixed end bar and the wing chain apparatus.
It is stressed that middle pulley gear can improve fin fixed end bar.
The present invention relates to a kind of elevator fulcrum wing chain lever arrangement is achieved in that and includes fin fixed end bar, and it is characterized in that including tooth means, tooth means links to each other with fin fixed end bar; It is characterized in that having back shaft, back shaft links to each other with tooth means or back shaft links to each other with fin fixed end bar or back shaft all links to each other with fin fixed end bar, tooth means or back shaft all links to each other with tooth means, fin fixed end bar.
Select wing chain apparatus to link to each other as required with back shaft;
Select pulley gear to link to each other as required with back shaft;
Select wing chain apparatus to link to each other as required with pulley gear.
A kind of revolving flapping wings reducing machine that the present invention relates to is to realize like this; Include support, wing chain lever arrangement, rotor arrangement, wing chain lever arrangement includes one or one and it is characterized in that including tooth means with upper panel fixed end bar, and tooth means links to each other with fin fixed end bar; It is characterized in that having tooth bar, tooth means links to each other with tooth bar, and tooth bar links to each other with support.
Has rack-track on the support with the tooth means engagement, be divided into omnidistance enclosed type track and half way open type track, omnidistance enclosed type track be meant tooth means in circular flow all the time with track on the tooth bar engagement, half way open type track is meant that tooth means partial journey in circular flow just has the tooth bar engagement, some stroke does not have the tooth bar engagement, and perhaps the engagement of the tooth bar on some stroke and other track realizes the counter-rotating of tooth means.
Revolving flapping wings reducing machine support upper rack track is as required selected as the next item down or multinomial scheme:
Scheme one: include one or one or more omnidistance enclosed type rack-track;
Scheme two: include one or one or more half way open type rack-track;
The longer tooth bar of track can be made up of the multistage tooth bar, and only the tooth pitch of need adjacent segment reaches with the tooth means normal engaged and gets final product.
The tooth bar end that tooth means enters half way open type rack-track engagement beginning is defined as changeover portion, and the changeover portion tooth bar can adopt with the next item down or multinomial scheme as required:
Scheme one: comprise by spring or elastic material and form tension device or damping device;
Scheme two: profile of tooth is extremely increased greatly gradually by little;
Scheme three: have movable pin-and-hole or bearing pin on the tooth bar.
Select as required on the support to be equipped with slideway, the slideway on the support can link to each other with the pulley gear on the fin fixed end bar.
Select assembling wing wheel device on the support as required, described herein wing wheel device includes sprocket wheel or gear, and sprocket wheel links to each other with the belt in wing chain apparatus that includes chain or band chain hole, and gear links to each other with the wing chain apparatus that includes Toothed belt.
Select assembling wing wheel device as required on the support, can be used for controlling the motion of wing chain lever arrangement.
Can assemble the supporting plate or the carriage of chain as required on the support.
Select the fit of rotor arrangement as required: rotor arrangement can link to each other with support by axle bed, and rotor arrangement also can link to each other with the wing wheel device by axle bed, and rotor arrangement also can link to each other with the wing wheel device by speed change gear, and the wing wheel device links to each other with support.
Revolving flapping wings reducing machine fit on fin and power take-off just can become electricity generating device or power assisting device or water plug, and electricity generating device or power assisting device or water plug need have the fin fixed end bar more than two and two.
When revolving flapping wings reducing machine uses as electricity generating device and power assisting device, fin produces tension force under wind-force and hydraulic action, the tension force of fin can drive stretching out of fin, stretching out of fin drives the rotation of fin fixed end bar, the rotation of fin fixed end bar drives tooth means and fin fixed end bar moves along tooth bar, fin stretch out drive fin fixed end bar the sense of rotation difference, decision tooth means and fin fixed end bar are identical with the fin tension direction or opposite along tooth bar moving direction, as shown in accompanying drawing 6: when the tab portion of elevator is not in a side of tooth means central axis tooth means and tooth bar contact points, tooth means and fin fixed end bar are opposite with the fin tension direction along tooth bar moving direction, the motion of wing chain apparatus can drive the motion of other fin fixed end bar, though the tension force of fin is opposite with fin fixed end bar moving direction, but the tension force of fin drives the elongation of elevator fin, the moment of torsion that fin tension force produces drives the rotation of fin fixed end bar, the merit that fin tension force is done is a positive work, and the motion of fin fixed end bar drives the motion of wing chain apparatus.
Some other fin fixed end bar can move under wing chain apparatus drives, and the tooth means on it can drive the tooth means counter-rotation on it, thereby drive the withdrawal of coupled fin by meshing with the support upper rack.
In addition, when revolving flapping wings reducing machine used as electricity generating device and power assisting device, fin also can be regained by the spring on the wing chain lever arrangement or hydraulic pump motor or motor.
When revolving flapping wings reducing machine uses as advancing means, power system drives the motion of wing chain apparatus, wing chain apparatus drives the fin fixed end bar motion that links to each other, the rotation of the tooth means that the motion drive of fin fixed end bar links to each other with tooth bar, the rotation of tooth means drives the rotation of fin fixed end bar, thus the folding and unfolding of control fin on fin fixed end bar.
Fin fixed end bar links to each other with the tooth means of clockwise and anticlockwise, the tooth means of clockwise and anticlockwise again respectively with respective track upper rack bar engagement, like this, the engagement by Clutch Control fin fixed end bar and the tooth means of clockwise and anticlockwise with separate.
Power take-off is selected following scheme as required:
Scheme one: comprise the power take-off of forming by electricity generating device.
Scheme two: comprise the power take-off of being made up of waterpower advancing means or air propulsion device or oil hydraulic pump, the waterpower advancing means includes the advancing means of being made up of propeller cavitation or water jet pump; Air propulsion device includes the advancing means of being made up of propeller cavitation.
Scheme three: comprise the waterpower irrigation power take-off of forming by water pump.
Revolving flapping wings reducing machine fit on fin and power plant just can become advancing means, revolving flapping wings reducing machine is as advancing means, has one or more fin fixed end bar, revolving flapping wings reducing machine is as advancing means, need assembling wing wheel device on the support, by the motion of advancing means promotion wing wheel device, the wing wheel device drives the elevator folding and unfolding of wing chain apparatus and motion of fin fixed end bar and fin.
Select the connectivity scenario of following power plant and revolving flapping wings reducing machine as required:
Power plant can directly link to each other with the wing wheel device;
Power plant also can link to each other with speed change gear, drive wing wheel device middle gear or sprocket wheel by speed change gear, drive the motion of rotor arrangement by speed change gear;
Power plant also can link to each other with rotor arrangement, and rotor arrangement drives the rotation of wing wheel device middle gear or sprocket wheel by speed change gear;
Select to use following power plant as required: comprise the power plant formed by steam engine, comprise the power plant of forming by fuel engine or comprise the power plant of forming by gas engine or comprise the power plant of forming by motor or comprise the power plant of forming by solar setup.
The two ends of fin can be connected as a single entity with reel or the metallic rod on rotor arrangement and the fin fixed end bar.
Revolving flapping wings reducing machine can select to use following one or more materials or the compound fin of making of structural material according to the relevant needs of cold-resistant heat-resisting acidproof alkaline-resisting or anti-combustion, or can by following one or more materials and other material is compound makes:
Scheme one: canvas or Cotton canvas or nylon canvas or polyester canvas;
Scheme two: glass fibre or KEVLAR fiber or carbon fiber or PVG material or PU material or basalt fibre or or compo class materials such as polyvinyl or aramid fiber;
Scheme three: leather;
Scheme four: comprise the composite material of forming by steel wire or metal net core;
Scheme five: rubber;
Scheme six: metal coils;
Scheme seven: metallic rod.
Description of drawings
The invention will be further described below in conjunction with accompanying drawing and embodiment.
One of related a kind of elevator wing chain lever arrangement and comprehensive embodiment of a kind of elevator pulley wing chain lever arrangement among the present invention shown in the accompanying drawing 1.
Among the present invention shown in the accompanying drawing 2 the comprehensive embodiment's of related a kind of elevator wing chain lever arrangement and a kind of elevator pulley wing chain lever arrangement two.
Among the present invention shown in the accompanying drawing 3 the comprehensive embodiment's of related a kind of elevator wing chain lever arrangement and a kind of elevator pulley wing chain lever arrangement three.
One of comprehensive embodiment of related a kind of elevator wing chain lever arrangement, a kind of elevator pulley wing chain lever arrangement, a kind of elevator fulcrum wing chain lever arrangement among the present invention shown in the accompanying drawing 4.
Among the present invention shown in the accompanying drawing 5 the comprehensive embodiment's of related a kind of elevator wing chain lever arrangement, a kind of elevator pulley wing chain lever arrangement, a kind of elevator fulcrum wing chain lever arrangement two.
Shown in the accompanying drawing 6 is the motion state of elevator wing chain lever arrangement under the effect of fin tension force.
One of comprehensive embodiment of related a kind of revolving flapping wings reducing machine among the present invention shown in the accompanying drawing 7.
Among the present invention shown in the accompanying drawing 8 the comprehensive embodiment's of related a kind of revolving flapping wings reducing machine two.
Among the present invention shown in the accompanying drawing 9 the comprehensive embodiment's of related a kind of revolving flapping wings reducing machine three.
Among the present invention shown in the accompanying drawing 10 the comprehensive embodiment's of related a kind of revolving flapping wings reducing machine four.
Among the present invention shown in the accompanying drawing 11 the comprehensive embodiment's of related a kind of revolving flapping wings reducing machine five.
Among the present invention shown in the accompanying drawing 12 the comprehensive embodiment's of related a kind of revolving flapping wings reducing machine six.
Among the present invention shown in the accompanying drawing 13 the comprehensive embodiment's of related a kind of revolving flapping wings reducing machine seven.
One of related fin two ends and long splice composition of rotor arrangement and wing chain lever arrangement among the present invention shown in the accompanying drawing 14.
Among the present invention shown in the accompanying drawing 15 two of the long splice composition of related fin two ends and rotor arrangement and wing chain lever arrangement.
Among the present invention shown in the accompanying drawing 16 the comprehensive embodiment's of related a kind of revolving flapping wings reducing machine eight.
In the accompanying drawing 1: 1, pulley gear; 2, tooth means; 3, wing chain apparatus; 4, fin fixed end bar.
In the accompanying drawing 2: 5, position limit switch; 6, tooth means; 7, pulley gear; 8, wing chain apparatus; 9, fin fixed end bar.
In the accompanying drawing 3: 15, pulley gear; 16, fin fixed end bar; 17, tooth means; 18, wing chain apparatus.
In the accompanying drawing 4: 20, pulley; 21, slide block; 22, tooth means; 23, wing chain apparatus; 24, spring; 25, fin fixed end bar; 26, back shaft; 27, link aperture.
In the accompanying drawing 5: 30, link plate; 31, clutch; 32, gear; 33, depression bar nut; 34, slide block; 35, pulley; 36, tooth means; 37, fin fixed end bar; 38, energy storage apparatus; 39, power unit; 40, ratchet; 41, back shaft.
In the accompanying drawing 6: 45, support; 46, tooth bar; 47, fin fixed end bar; 48, tooth means; 49, pulley gear; 50, fin; 51, fin; 52, tooth bar; 53, tooth means; 54, fin fixed end bar; 55, wing chain apparatus; 56, changeover portion tooth bar.
In the accompanying drawing 7: 60, support; 61, axle; 62, speed change gear; 63, rotor arrangement bearing spider; 64, tooth bar; 65, wing chain apparatus; 66, slideway; 67, pulley gear; 68, tooth means; 69, tooth bar; 70, rotor arrangement; 71, intermediate support runner; 72, transmission synchronization device; 73, wing wheel; 74, fin fixed end bar.
In the accompanying drawing 8: 80, power take-off; 81, break; 82, speed change gear; 84, rotor arrangement; 85, support; 86, fin fixed end bar; 87, fin; 88, pulley gear; 89, slideway; 90, tooth means; 91, tooth bar; 92, speed change gear; 93, wing wheel; 94, wing chain apparatus.
In the accompanying drawing 9: 100, drag-line; 101, elevator wing chain lever arrangement; 102, tooth bar; 103, fin; 104, stroke signal device; 105, wind direction induction installation; 106, wing wheel; 107, slideway; 108, support; 109, rotating shaft frame; 110, wing chain apparatus; 111, rotor arrangement; 112, support slewing gear; 113, power take-off.
In the accompanying drawing 10: 120, ship; 121, drag-line; 122, support; 123, elevator wing chain lever arrangement; 124, tooth bar; 125, fin; 126, wing wheel; 127, tooth bar; 128, rotor arrangement; 129, power take-off; 130, power take-off.
In the accompanying drawing 11: 135, wing wheel device; 136, changeover portion tooth bar; 137, wing chain apparatus; 138, elevator wing chain lever arrangement; 139, fin; 140, support; 141, rotor arrangement; 142, tooth bar; 143, slideway; 144, power plant; 145, wing wheel device; 146, hull.
In the accompanying drawing 12: 150, wing wheel device; 151, tooth bar; 152, slideway; 153, position limit switch; 154, pulley gear; 155, speed change gear; 156, power take-off; 157, break; 158, tooth bar; 159, rotor arrangement; 160, support; 161, wing chain apparatus; 162, fin fixed end bar; 163, fin; 164, supporting plate.
In the accompanying drawing 13: 170, slideway; 171, tooth bar; 172, elevator wing chain lever arrangement; 173, tooth bar; 174, support; 175, frame; 176, wing chain apparatus; 177, fin; 178, rotor arrangement; 179, power plant; 180, communication device; 181, propeller cavitation; 182, changeover portion tooth bar.
In the accompanying drawing 14: 190, fin fixed end bar; 191, fin bonding layer; 192, metallic rod; 193, bolt; 194, position limit switch; 195, fin; 196, metallic rod; 197, rotor arrangement fin fixing rod; 198, fin bonding layer.
In the accompanying drawing 15: 199, fin fixed end bar; 200, fin bonding layer; 201, position limit switch; 202, fin; 203, fin depression bar; 204, fin bonding layer; 205, rotor arrangement fin fixing rod; 206, bolt.
In the accompanying drawing 16: 210, mobile devices waterborne; 211, car body; 212, lowering or hoisting gear; 213, support; 214, elevator wing chain bar dress; 215, fin; 216, tooth bar; 217, tooth bar; 218, wing wheel device; 219, wing chain apparatus; 220, rotor arrangement; 221, land locomotion device.
Embodiment
Accompanying drawing 1, fin fixed end bar 4 two ends link to each other with tooth means 2, wing chain apparatus 3, pulley gear 1 respectively; Pulley gear 1 is a single pulley, and tooth means 2 is passed through the key transmitting torque with fin fixed end bar 4, and wing chain apparatus 3 is a chain, can link to each other with other fin fixed end bar by wing chain apparatus 3.
Accompanying drawing 2, the separation of the clutch on the position limit switch 5 may command tooth means 2 with combine, clutch adopts magnetic clutch.
Wing chain apparatus 18 in the accompanying drawing 3 is a Toothed belt.
Pulley gear in the accompanying drawing 4 is formed with slide block 21 by including pulley 20, tooth means 22 is the roller roller, wing chain apparatus 23 is for being the belt of link aperture, have axis hole on the belt, axis hole links to each other with fin fixed end bar 25, and tooth means 22 links to each other with fin fixed end bar 25, back shaft 26 links to each other with fin fixed end bar 25, pulley gear links to each other with back shaft 26, and spring 24 is torque spring not, and the fin that is mainly used in control fin fixed end bar must keep certain force of strain.
In the accompanying drawing 5, the tooth means of fin fixed end bar 37 1 ends comprises by clutch 31, gear 32, depression bar nut 33 is formed, depression bar nut 33 links to each other with fin fixed end bar 37, comprise on the back shaft 41 and have one section screw rod, depression bar nut 33 links to each other with screw rod on the back shaft 41, the clockwise and anticlockwise of fin fixed end bar 37, drive the clockwise and anticlockwise on back shaft 41 of depression bar nut 33, depression bar nut 33 moves around by the screw rod on the back shaft 41, the separation of solenoidoperated cluthes 31 with combine, clutch in the tooth means 36 of fin fixed end bar 37 the other ends is by power unit 39 and energy storage apparatus 38 controls, the rotation of fin fixed end bar 37 drives power unit 39 work by including ratchet 40 at interior driving component, and the power unit produce power can be stored in the energy storage apparatus 38 by the hydraulic pressure wet goods.Wing chain apparatus comprises by link plate 30 and chain link 42 and forming, links to each other with back shaft 41 by link plate 30.
In the accompanying drawing 6, fin 50 produces tension force and constantly stretches out under the wind-force effect, the drive tooth means 48 of stretching out of fin 50 is rotated on tooth bar 46, when tooth means 48 is rotated on tooth bar 46 and move upward, driving fin fixed end bar 47 upwards slides with pulley gear 49, and drive wing chain apparatus 55 and clockwise rotate, wing chain apparatus 55 drives fin fixed end bars 54, tooth means 53 is rotated on tooth bar 52 and move, and drives fin 51 withdrawals.
In the accompanying drawing 7, wing wheel device 73 links to each other with support 60, rotor arrangement 70 links to each other with wing wheel device 73 by the speed change gear 62 of both sides, the parallel wing chain apparatus 65 of 2 covers links to each other with 4 fin fixed end bars 74 respectively, the wing wheel device 73 of rotor arrangement 70 both sides with overlap parallel wing chain apparatus 65 and link to each other with 2 respectively.
Tooth means 68 links to each other with fin fixed end bar 74, and links to each other with tooth bar 64 on the support 60.
Fin fixed end bar 74, wing chain apparatus 65, pulley gear 67, tooth means 68 wing wheel device 73 with can rotate around rotor arrangement 70 under slideway 66, tooth bar etc. cooperate, the effect lower rotor part device 70 of speed change gear 62 can with the equidirectional rotation of wing chain apparatus.Fin fixed end bar centers on the track of rotor arrangement 70 rotations by decisions such as support sliding ways, distance between fin fixed end bar and the rotor arrangement is different and different with corner, promptly realize the reducing motion, when fin fixed end bar rotates around rotor arrangement 70, rotation under the effect of tooth means and tooth bar, rotor arrangement is made circular movement along own central axis.
During use, need fin and power plant or power take-off are assembled up.
One end of fin links to each other with rotor arrangement, and this end also rotates in company with rotor arrangement 70.
The other end of fin links to each other with fin fixed end bar 74, and elevator fin fixed end bar 74, is also also rotating around rotor arrangement 70.
When fin is done the reducing rotation around rotor arrangement 70, because 74 rotations of fin fixed end bar, but most of unnecessary fin elevator is on fin fixed end bar 74.
Shown in the accompanying drawing 8 is the large-sized wind-driven generator that the present invention uses, and an end of fin 87 links to each other with fin fixed end bar 86, and the other end of fin 87 links to each other with rotor arrangement 84.The wing wheel device comprises by 4 wing wheels 93 and forming that the wing chain apparatus 94 with 2 cover parallel annular links to each other respectively, comprises by wing chain apparatus 94, pulley gear 88, tooth means 90, the fin fixed end bar 86 of annular and forms wing chain lever arrangement.
Fin 87 elevators are on fin fixed end bar 86.
Power take-off 80 is generators, and fin 87 is under the wind-force effect, and wing chain lever arrangement rotates around rotor arrangement, and by speed change gear 82, the axle by wing wheel 93 with transmission of power to power take-off 80 and generating.
Accompanying drawing 9 is a middle-size and small-size wind-driven generators, and support 108 is strengthened fixing by drag-line 100, and support 108 is in the variation of support slewing gear 112 effect box hauls and rotate.
Shown in the accompanying drawing 10 is that the present invention uses wind generating unit waterborne aboard ship, can be used for Oversea wind power generation.
Shown in the accompanying drawing 11 is the advancing means that the present invention is used for foot, power plant 144 drive wing wheel device 145 and rotate with elevator wing chain lever arrangement, driving fin 139 rotates, fin 139 stretches out under elevator wing chain lever arrangement pulling, in tooth means on the elevator wing chain lever arrangement 138 and withdrawal under tooth bar 142 cooperates.
Shown in the accompanying drawing 12 is the irrigation rig voluntarily that the present invention is used to utilize river waterpower, and power take-off 156 is a water pump, and the river current drive fin 163 and rotate, and drive power take-off 156 pump water, and supporting plate 164 supports central links.
It shown in the accompanying drawing 13 device that the present invention is applied to aviation flight, fin 177 drives following circulation at high speed at power plant 179 and constantly pounces on from top to bottom, the air of top is discharged to the below, rises thereby drive aircraft, propeller cavitation 181 can promote aircraft and fly forward.
In accompanying drawing 14 and the accompanying drawing 15, replacing and the dismounting of being convenient to fin with the method for fixing rod splicing one adopted at the fin two ends, have a position limit switch on the accompanying drawing 14, open when this fin stretches out fully, the trip switch can cooperate other position limit switch solenoidoperated cluthes device or miscellaneous equipment together.
Shown in the accompanying drawing 16 is the amphibious high speed car and boat of a low energy consumption that the present invention uses.
On land, car and boat are driven by land locomotion device 22.
In the big flood, car and boat mobile devices 210 on the water travel under driving, fin 215 produces relative movement with current, hydraulic action is on fin 215, fin 215 produces the wing lift that necessarily makes progress and produces certain power capacity, wing lift upwards promotes ship, lowering or hoisting gear 212 keeps mobile devices 210 waterborne, fin 215 to contact with water, ship moves upward, reduced the resistance of ship, fin 215 produces the propeller power that power capacity can strengthen ship again, and ship's speed will be more and more fast like this, comprises the wheel disengaging water surface up to land locomotion device 221.
Car and boat body and land locomotion device 221 have broken away from the water surface, and the resistance of water will reduce many, and not only energy consumption has reduced a lot, and the travelling speed of car and boat in water is also faster, and car and boat are more saved the energy in water even than travelling on land, and speed is faster.
Claims (8)
1. the present invention relates to a kind of elevator wing chain lever arrangement in the revolving flapping wings reducing machine power equipment, include fin fixed end bar, it is characterized in that including tooth means, tooth means links to each other with fin fixed end bar;
2. a kind of elevator wing chain lever arrangement of stating according to claim 1 is characterized in that having wing chain apparatus, and wing chain apparatus links to each other with fin fixed end bar or wing chain apparatus links to each other with tooth means or wing chain apparatus all links to each other with fin fixed end bar, tooth means.
3. the present invention relates to a kind of elevator pulley wing chain lever arrangement, include fin fixed end bar, it is characterized in that including tooth means, tooth means links to each other with fin fixed end bar;
4. a kind of elevator pulley wing chain lever arrangement of stating according to claim 3 is characterized in that pulley gear, and pulley gear links to each other with fin fixed end bar or pulley gear links to each other with tooth means or pulley gear all links to each other with tooth means, fin fixed end bar.
5. the present invention relates to a kind of elevator fulcrum wing chain lever arrangement, include fin fixed end bar, it is characterized in that including tooth means, tooth means links to each other with fin fixed end bar;
6. a kind of elevator fulcrum wing chain lever arrangement according to claim 5 is characterized in that having back shaft, and back shaft links to each other with tooth means or back shaft links to each other with fin fixed end bar or back shaft all links to each other with fin fixed end bar, tooth means.
7. the present invention relates to a kind of revolving flapping wings reducing machine, include support, wing chain lever arrangement, rotor arrangement, wing chain lever arrangement includes one or one and it is characterized in that including tooth means with upper panel fixed end bar, and tooth means links to each other with fin fixed end bar;
8. a kind of revolving flapping wings reducing machine according to claim 7 is characterized in that having tooth bar, and tooth means links to each other with tooth bar, and tooth bar links to each other with support.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101099028A CN102052257A (en) | 2009-11-02 | 2009-11-02 | Winch wing link device |
| PCT/CN2010/078303 WO2011050754A1 (en) | 2009-11-02 | 2010-11-01 | Winding wing chain bar device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101099028A CN102052257A (en) | 2009-11-02 | 2009-11-02 | Winch wing link device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102052257A true CN102052257A (en) | 2011-05-11 |
Family
ID=43921361
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101099028A Pending CN102052257A (en) | 2009-11-02 | 2009-11-02 | Winch wing link device |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN102052257A (en) |
| WO (1) | WO2011050754A1 (en) |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004138015A (en) * | 2002-10-21 | 2004-05-13 | Tamio Nakamura | Fluid drive wheel |
| CN100516511C (en) * | 2005-08-15 | 2009-07-22 | 石运达 | Arc tooth chain type wind force power generating and hydrogen producing apparatus |
| US7862290B2 (en) * | 2006-05-05 | 2011-01-04 | Diederich Juergen | Fluid energy-harnessing apparatus |
| CN200946548Y (en) * | 2006-09-13 | 2007-09-12 | 王培堂 | Dam-free horizontal chain track loose-leaf sail water turbine |
| CN101249887B (en) * | 2008-04-08 | 2011-04-20 | 北京航空航天大学 | Aileron rotary retractable flapping wing device |
| CN101457745A (en) * | 2008-12-14 | 2009-06-17 | 周文珺 | Revolving flapping wings reducing machine |
-
2009
- 2009-11-02 CN CN2009101099028A patent/CN102052257A/en active Pending
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2010
- 2010-11-01 WO PCT/CN2010/078303 patent/WO2011050754A1/en active Application Filing
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| Publication number | Publication date |
|---|---|
| WO2011050754A1 (en) | 2011-05-05 |
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Application publication date: 20110511 |