CN102094759B - Shipborne repulsive-magnet suspension wind power/water power generator - Google Patents
Shipborne repulsive-magnet suspension wind power/water power generator Download PDFInfo
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- CN102094759B CN102094759B CN201010045821.9A CN201010045821A CN102094759B CN 102094759 B CN102094759 B CN 102094759B CN 201010045821 A CN201010045821 A CN 201010045821A CN 102094759 B CN102094759 B CN 102094759B
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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
- Y02E10/20—Hydro energy
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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
- Y02E10/30—Energy from the sea, e.g. using wave energy or salinity gradient
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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
- Y02E10/727—Offshore wind turbines
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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
- Y02E10/74—Wind turbines with rotation axis perpendicular to the wind direction
Abstract
The invention discloses a shipborne repulsive-magnet suspension wind power/water power generator which is characterized by comprising an A-type shipborne vertical repulsive-magnet suspension wind power/water power generator, a B-type shipborne vertical repulsive-magnet suspension wind power/water power generator, a C-type shipborne vertical repulsive-magnet suspension wind power/water power generator, a D-type shipborne vertical repulsive-magnet suspension wind power/water power generator, an E-type shipborne vertical repulsive-magnet suspension wind power/water power generator, an F-type shipborne vertical repulsive-magnet suspension wind power/water power generator and a G-type shipborne horizontal repulsive-magnet suspension wind power/water power generator; each repulsive-magnet suspension wind power/water power generator comprises a work doing system comprising a spindle, a bearing, a wind/water wheel, a wind/water rudder, a repulsive-magnet suspension body, a belt pulley, a belt generator and other parts; and the repulsive-magnet suspension wind power/water power generators can generate power when being placed in flowing water, on water surface, in air, on land, in vehicles or in airplanes with blowing wind. The shipborne repulsive-magnet suspension wind power/water power generator has the functions of reducing investment, saving energy and bringing convenience, and lowering the price of the electric power.
Description
Technical field
The present invention relates to generator, especially relate to a kind of shipborne repulsive-magnet suspension wind power/water power generator.
Technical background
At present wind-driven generator is single rod supported electric fan formula generator mostly, and fan blade area is little, there is no rudder, and effectively acting is with joint efforts little, is subject to wind-force resource limitation; Hydroelectric power will be built dam ponding storehouse and could be moved, and investment is large, and available resources neither be a lot.
Summary of the invention
The object of this invention is to provide a kind of not only can with wind-force but also can water masterpiece power, improve the shipborne repulsive-magnet suspension wind power/water power generator of natural resource utilizing rate, energy saving, minimizing investment.
The object of the present invention is achieved like this: the present invention includes hull, ship storehouse, sail support, sail, hydrogen bag support, hydrogen bag, ship anchor-hold, ship anchor, bearing bracket, bearing, generator support, generator, scold iron suspension to support, scold iron suspension, the upper and lower welded and installed bolt of hull bottom, bottom, ship storehouse cylindrical orthogonal is crossed axis channel, macro-axis, large small belt pulley, drivign belt, large small gear, upper saw pulley, wind-water wheel, cover becket bridle, rainproof paulin etc., feature is also to comprise A type, Type B, C type, D type, E type, F type ship carries the vertical iron suspension wind and water driven generator of scolding, G type ship loaded horizontal type is scolded iron suspension wind and water driven generator, be described below:
A type ship carries vertically scolds in iron suspension wind and water driven generator a macro-axis to cross axis channel through bottom, ship storehouse cylindrical orthogonal, and macro-axis alow corresponding part is loaded onto successively geomantic omen rudder and handled sleeve, wind-water wheel, rudder bottom, geomantic omen trepanning, stationary cylinder, bearing, scolds to put into after iron suspension upper half part to be equipped with and scold the bearing of bearing bracket under second half ship storehouse of iron suspension to scold iron suspension and keep macro-axis vertical with Chuan Cang bottom surface, geomantic omen rudder is handled sleeve and is entered ten centimetres of the geomantic omen rudder positioning disks that bottom, ship storehouse cylindrical orthogonal is crossed axis channel and surpassed axis channel top, macro-axis corresponding part in ship storehouse is loaded onto geomantic omen rudder direction joystick successively, two bearings and corresponding bearing outside sun guide rail, the cloudy guide rail of bearing bracket, big belt pulley, the cloudy guide rail of bearing bracket is contained in the cloudy guide supporting of bearing, small belt pulley is contained on generator shaft, on large small belt pulley, put drivign belt, wherein, big belt pulley, wind-water wheel, stationary cylinder, scold iron suspension upper half part and macro-axis, large crown of roll key is stationary fit, geomantic omen rudder is handled trepanning and macro-axis on sleeve, macro-axis flat key is to coordinate, bearing and macro-axis, macro-axis flat key is stationary fit, positive guide rail on bearing outside is to coordinate with corresponding cloudy guide rail on bearing bracket, under the rudder of geomantic omen, trepanning is to coordinate with wind-water wheel lower lobes, on rudder bottom, geomantic omen and stationary cylinder top, axle collar shape was housed and scolded iron suspension thin slice, geomantic omen rudder sleeve and geomantic omen rudder direction joystick are screw-thread fit, part on whole macro-axis and macro-axis floats in the air, the surface friction drag producing because of gravity is very little,
Type B boat-carrying is vertical scold iron suspension wind and water driven generator except do not load onto scold iron suspension upper bearing and reequip one with above scold additional cylindricality that iron suspension repels each other to cross axle to scold iron suspension all the other structures and A type ship to carry vertically to scold iron suspension wind and water driven generator identical;
C type ship carries vertically scolds in iron suspension wind and water driven generator, ship storehouse is equipped with that two covers are vertical scolds iron suspension wind and water driven generator, and two corresponding parts in macro-axis bottom are loaded onto successively without handling trepanning on the rudder of sleeve geomantic omen, wind-water wheel, without handling trepanning under the rudder of sleeve geomantic omen, stationary cylinder, bearing, bearing outside sun guide rail, the cloudy guide rail of bearing bracket, scolded to put into be equipped with after iron suspension upper half part and scold the bearing bracket of iron suspension lower portion scold iron suspension to support and keep macro-axis vertical with Chuan Cang bottom surface, two macro-axis first halves are loaded onto respectively bearing successively, bearing outside sun guide rail, the cloudy guide rail of bearing bracket, big belt pulley, the cloudy guide rail of bearing bracket is fixed in the cloudy guide supporting of bearing bracket, two generators are also contained on bearing bracket, on generator shaft, load onto small belt pulley, on large small belt pulley, put belt, wherein, big belt pulley, wind-water wheel, stationary cylinder, scold iron suspension upper half part and macro-axis, large crown of roll key is stationary fit, without handling trepanning and macro-axis on the rudder of sleeve geomantic omen, macro-axis flat key is to coordinate, without handling trepanning under the rudder of sleeve geomantic omen, be to coordinate with wind-water wheel lower lobes, and left geomantic omen rudder is positioned at the left wind-water wheel left side, right geomantic omen rudder is positioned at right wind-water wheel the right, rudder bottom, geomantic omen and stationary cylinder top are equipped with annular and are crossed axle and scold iron suspension thin slice, bearing and macro-axis, macro-axis flat key are stationary fits, the cloudy guide rail of bearing outside sun guide rail and bearing bracket, scold iron suspension upper half part and bearing bracket to scold iron suspension to support to be cooperation, part on two macro-axis and macro-axis is suspended in the air, two rotate backward wind-water wheel because of the surface friction drag that gravity produces very little, C type ship carries scolds hull, Chuan Cang, sail support, sail, hydrogen bag support, hydrogen bag, ship anchor-hold, ship anchor, the cover becket bridle of iron suspension wind and water driven generator, rainproof paulin etc. to carry with A type ship to scold iron suspension wind and water driven generator roughly the same,
D type ship carry vertically scold that iron suspension wind and water driven generator bearing bracket expands, other member length are also changed accordingly and make two without handling sleeve geomantic omen rudders, can make the C type ships that 360 degree rotate around macro-axis separately and carry the vertical iron suspension wind and water driven generator of scolding;
E type ship carries that vertical to scold iron suspension wind and water driven generator be exactly on a new ship, to make the A type ship that two former hulls have become new ship to carry the vertical iron suspension wind and water driven generator of scolding;
F type ship carries that vertical to scold iron suspension wind and water driven generator be exactly on a new ship, to make D type ship that a former hull become new ship to carry vertical E type ship of scolding iron suspension wind and water driven generator and former hull to become new ship and carry the vertical iron suspension wind and water driven generator of scolding;
G type ship loaded horizontal type is scolded in iron suspension wind and water driven generator and has been assembled sail support, sail, hydrogen bag support, hydrogen bag, ship anchor-hold, ship anchor, cover becket bridle, the members such as rainproof paulin, with generator and guide wheel bracket and bearing and the bearing bracket of scolding iron suspension to support, by crossbeam, ride over the centre of two ships and fix with bolt, a macro-axis is loaded onto big belt pulley in relevant position successively, wind-water wheel, bearing, scold iron suspension, big belt pulley, wind-water wheel is put into bearing bracket corresponding groove, bearing, scold iron suspension put into the bearing on bearing bracket and scold iron suspension to support and be screwed, generator and upper saw pulley are installed in generator and guide wheel bracket, small belt pulley are installed on generator and are put drivign belt on large small belt pulley, upper saw pulley, five face closure cuboid shape geomantic omen rudders are installed above bearing bracket and are covered big belt pulley, wind-water wheel, generator and guide wheel bracket, wherein, big belt pulley, wind-water wheel, to scold iron suspension endosome and macro-axis, large crown of roll key be stationary fit, bearing inner sleeve, macro-axis, macro-axis flat key are stationary fits, bearing outside, to scold iron suspension ectosome and bearing and scold iron suspension to support be stationary fit, small belt pulley and generator crown of roll key are stationary fits, scold iron suspension buoyancy to offset most macro-axis and the pressure of large parts on shaft to bearing inner sleeve.
Below doing on the patent that the present invention is is 200810189764.4 at number of patent application and the basis of Traditional Geomantic turbine generator, improve the invention obtaining, the present invention has following characteristics:
1, A type of the present invention, Type B, C type, D type, E type, the positive guide rail that F type ship carries on vertical macro-axis bearing outside of scolding in iron suspension wind and water driven generator all can slide up and down in the cloudy guide rail of corresponding bearing bracket, part on macro-axis and macro-axis is suspended in the aerial rotational resistance to reduce to produce because of gravity by the iron suspension of scolding of macro-axis bottom, G type ship loaded horizontal type of the present invention is scolded in iron suspension wind and water driven generator, bearing scolds iron suspension jointly to support the part on macro-axis and macro-axis, scold the repulsion of iron suspension to offset part on most macro-axis and the macro-axis pressure to bearing inner sleeve,
2, the cuboid shape geomantic omen rudder of half round post or five face closures is installed in the present invention additional in wind-water wheel outside, no matter make wind-water wheel geomantic omen flow path direction how all to only have half impeller stressed, can on wind-water wheel, not produce with joint efforts very little or be zero situation;
3, hydrogen bag is equipped with in the present invention, can be at the water surface, land, aerial operation, both can single shipping row, also can line up array operation, A type, Type B boat-carrying is vertical scolds iron suspension wind and water driven generator preferably two ship paired runnings choosing rotates backward two ship wind-water wheels to two rudder positions, ship geomantic omen, also two ship modes arranged side by side are lined up array operation according to this, the present invention's member when overwater service should select stainless steel to make as far as possible, hull total weight should be roughly and the suffered water buoyancy of hull, hydrogen bag buoyancy equates, the present invention can also aloft move, while aloft moving, ship upper member should select glass fibre reinforced plastics as far as possible, the lightweight materials such as aluminum-magnesium alloy are made, also should make the total weight of hull be less than hydrogen bag buoyancy and fix with stay cord on ground,
4, C type ship of the present invention carries and vertically scolds iron suspension wind and water driven generator even on electric bicycle, to move at automobile, train, aircraft, does the supplementary power of electric vehicle, train, aircraft and bicycle, and now hull should change plane steelframe into;
5,, under the unchallenged prerequisite of sealing, the present invention can make submarine form the operation of undercurrent place under water;
6, geomantic omen flow path direction fixedly time the present invention can select threephase alternator or DC generator, geomantic omen flow path direction fixedly time, does not only install rectifier bridge and storage battery additional by DC generator and at DC generator output terminal.At threephase alternator output terminal, also can install rectifier bridge and storage battery additional.
Accompanying drawing explanation
Fig. 1 is that A type ship carries and scolds iron suspension wind and water driven generator structural representation;
To be that Type B boat-carrying is vertical scold iron suspension wind and water driven generator structural representation to Fig. 2;
Fig. 3 is that C type ship carries the vertical iron suspension wind and water driven generator part element structure schematic diagram of scolding;
Fig. 4 is that A type, Type B, C type ship carry vertical wind and water driven generator sail support and hydrogen bag bracket structure schematic diagram;
To be that A type, Type B boat-carrying are vertical scold iron suspension wind and water driven generator bearing support structure schematic diagram to Fig. 5;
Fig. 6 a, Fig. 6 b are vertical generator frame and the generator position graph of a relation of scolding iron suspension wind and water driven generator of A type, Type B boat-carrying;
Fig. 7 is that A type, Type B, C type ship carry vertical bearing, bearing outside sun guide rail, the cloudy guide rail of bearing bracket, the cloudy guide supporting of bearing bracket, bearing bracket location diagram of scolding iron suspension wind and water driven generator;
To be that A type, Type B boat-carrying are vertical scold iron suspension wind and water driven generator lower bracket and bearing to scold iron suspension supporting structure schematic diagram for Fig. 8 a, Fig. 8 b, Fig. 8 c;
To be that A type, Type B boat-carrying are vertical scold iron suspension wind and water driven generator macro-axis and large crown of roll key, flat key location diagram for Fig. 9 a, Fig. 9 b;
Figure 10 a, Figure 10 b are that A type, Type B, C type ship carry the vertical iron suspension wind and water driven generator wind-water wheel structural representation of scolding;
Figure 11 a, Figure 11 b, for A type, Type B boat-carrying are vertical, scold iron suspension wind and water driven generator band to handle sleeve geomantic omen rudder structure schematic diagram;
Figure 12 a, Figure 12 b be C type ship carry vertical scold iron suspension wind and water driven generator without handling sleeve geomantic omen rudder structure schematic diagram;
Figure 13 a, Figure 13 b, Figure 13 c, Figure 13 d are that the vertical band of scolding iron suspension wind and water driven generator of A type, Type B boat-carrying is handled sleeve geomantic omen rudder, macro-axis, large crown of roll key, macro-axis flat key, scolded iron suspension thin slice, stationary cylinder location diagram;
Figure 14 is vertical band manipulation sleeve and the bearing geomantic omen rudder structure schematic diagram of scolding iron suspension wind and water driven generator of A type, Type B boat-carrying;
Figure 15 is that A type, Type B shipborne repulsive-magnet suspension wind power/water power generator are handled sleeve positioning disk schematic diagram
Figure 16 is the vertical manipulation sleeve operating handle structural representation of scolding iron suspension wind and water driven generator of A type, B shape boat-carrying;
Figure 17 is that C type ship carries vertical scold iron suspension wind and water driven generator macro-axis, large crown of roll key, flat key location diagram;
Figure 18 a, Figure 18 b be A type, Type B, C type ship carry vertical scold iron suspension wind and water driven generator scold iron suspension structural representation;
Figure 19 is shipborne repulsive-magnet suspension wind power/water power generator hydrogen pack arrangement schematic diagram;
Figure 20 is accumulator rectifier charging figure;
Figure 21 a, Figure 21 b are the two ships of shipborne repulsive-magnet suspension wind power/water power generator, many marine railways row service chart;
Figure 22 be C type ship carry vertical scold iron suspension wind and water driven generator geomantic omen flow path direction fixedly time in order to replace without the geomantic omen conductance plate structure schematic diagram of handling sleeve geomantic omen rudder;
Figure 23 a is that G type ship loaded horizontal type is scolded iron suspension wind and water driven generator structural representation, Figure 23 b is the bearing bracket that G type ship loaded horizontal type is scolded iron suspension wind and water driven generator, generator and guide wheel bracket, scold iron suspension bearings location diagram, Figure 23 c is the macro-axis that G type ship loaded horizontal type is scolded iron suspension wind and water driven generator, bearing, scold iron suspension, wind-water wheel, big belt pulley location diagram, Figure 23 d is the five face closure cuboid shape geomantic omen rudder structure schematic diagram that G type ship loaded horizontal type is scolded iron suspension wind and water driven generator, Figure 23 e is that G type ship loaded horizontal type scolds iron suspension wind and water driven generator to scold iron suspension structural representation.
embodiment
Below in conjunction with embodiment, the present invention is described in further detail, but should understands the scope that scope of the present invention is not limited only to these embodiments.
Embodiment 1:A type, Type B boat-carrying be vertical scolds iron suspension wind and water driven generator
A type ship carries vertically scolds iron suspension wind and water driven generator by hull 1-1, ship storehouse 1-2, sail support 1-3a1, 1-3b1, sail 1-4, hydrogen bag support 1-3a1, 1-3b1, 1-4, hydrogen bag 1-3a2, 1-3b2, ship anchor 1-5a, 1-5b, ship anchor-hold 1-6a, 1-6b, on ship, overlap becket bridle 1-7a, 1-7b, 1-7c, 1-7d, 1-7e, the ship becket bridle 1-8a that traps, 1-8b, fixing bolt 1-9a in top at the bottom of ship storehouse, 1-9b, 1-9c, 1-9d, 1-9e, Chuan Cang bottom fixing bolt 1-10a, 1-10b, 1-10c, at the bottom of ship storehouse, cylindrical orthogonal is crossed axis channel 1-11, passage 1-1 top ambient wind water rudder positioning disk 1-12 with holes, holding down bolt 1-13, upper bearing (metal) support 2-1 at the bottom of ship storehouse, the cloudy guide supporting 2-2 of upper bearing (metal) support, 2-3, the cloudy guide rail 2-4 of upper bearing (metal) support, 2-5, bearing bracket 2-6 under ship storehouse, the cloudy guide rail of lower bracket and scold iron suspension to support and lid 2-7a, 2-7b, macro-axis 3-1, big belt pulley 3-2, drivign belt 3-3, large crown of roll key 3-4a, 3-4c, 3-4e, 3-4g, macro-axis flat key 3-4b, 3-4d, 3-4f, large axle bearing 3-5a1, 3-5b1, 3-5c1, macro-axis bearing outside sun guide rail 3-5a2, 3-5b2, 3-5c2, band is handled sleeve geomantic omen rudder 3-6a, handle sleeve operating handle 3-7, wind-water wheel 3-8, stationary cylinder 3-9a, be contained in the axle collar shape of crossing of trepanning bottom and stationary cylinder top under the rudder of geomantic omen and scold iron suspension thin slice 3-6b, 3-9b, scold iron suspension 3-10a, 3-10b, generator support 4-1, generator 4-2, generator input terminal 4-2a, generator output end button 4-2b, generator shaft 4-2c, generator crown of roll key 4-2d, small belt pulley 4-2e, the compositions such as retaining screw.Ship anchor-hold 1-6a, 1-6b are welded on fore stern, and ship anchor 1-5a, 1-5b are placed on respectively ship anchor-hold 1-6a, 1-6b is upper and be nested with chain and cover becket bridle 1-7a, 1-7e.Sail support 1-3a1,1-3b1 footing are fixed on bolt 1-9a, 1-9b, 1-9d, 1-9e, sail 1-4 is screwed on sail support 1-3a1,1-3b1, hydrogen bag 1-3a2,1-3b2 are placed in hydrogen bag support 1-3a1,1-3b1,1-4, and bearing bracket 2-1 footing is fixed on bolt 1-9b, 1-9c.The cloudy guide supporting 2-2 of upper bearing (metal) support, 2-3 are welded on upper bearing (metal) support 2-1.It is upper that lower bracket 2-6 is fixed under ship storehouse bolt 1-10a, 1-10b, the cloudy guide rail of lower bracket bearing and scold iron suspension support 2-7a to be fixed on lower bracket 2-6.Scold iron suspension lower portion 3-10b be fixed on the cloudy guide rail of lower bracket bearing and scold iron suspension to support 2-7a bottom with side screw.Macro-axis 3-1 loads onto the manipulation sleeve that band is handled sleeve geomantic omen rudder 3-6a after crossing axis channel 1-11 through bottom, ship storehouse cylindrical orthogonal successively, wind-water wheel 3-8, band is handled trepanning under the rudder 3-6a of sleeve geomantic omen, lower trepanning is scolded iron suspension thin slice 3-6b, on stationary cylinder, scold iron suspension thin slice 3-9b, stationary cylinder 3-9a, the cloudy guide rail of lower bracket and scold iron suspension to support the lid 2-7b of 2-7a, bearing 3-5c1, bearing outside sun guide rail 3-5c2, the cloudy guide rail 2-8 of lower bracket, scold iron suspension upper half part 3-10a and put into the cloudy guide rail of hull bottom lower bracket and scold iron suspension to support 2-7a, keep macro-axis 3-1 and hull bottom plane perpendicular.With the cloudy guide rail 2-8 of side key screw lower bracket, be fixed on the cloudy guide rail of lower bracket bearing and scold iron suspension to support on 2-7a again.Other corresponding sites are also screwed.Macro-axis 3-1 part on ship storehouse is loaded onto the operating handle 3-7 that band is handled sleeve geomantic omen rudder 3-6a successively, bearing 3-5b1, bearing outside sun guide rail 3-5b2, the cloudy guide rail 2-5 of upper bearing (metal) support, bearing 3-5a1, bearing outside sun guide rail 3-5a2, the cloudy guide rail 2-4 of upper bearing (metal) support, big belt pulley 3-2, the cloudy guide rail 2-4 of upper bearing (metal) support, 2-5 is fixed on the cloudy guide supporting 2-2 of upper bearing (metal) support, 2-3 is upper, wherein, and big belt pulley 3-2, wind-water wheel 3-8, stationary cylinder 3-9, scold iron suspension 3-10a and macro-axis 3-1, large crown of roll key 3-4a, 3-4c, 3-4e, 3-4g is stationary fit, bearing 3-5a1, 3-5b1, 3-5c1 and macro-axis 3-1, macro-axis flat key 3-4b, 3-4d, 3-4f is stationary fit, and geomantic omen rudder 3-6a handles sleeve and macro-axis 3-1, macro-axis flat key 3-4b is to coordinate, and under the rudder 3-6a of geomantic omen, trepanning is to coordinate with wind-water wheel 3-8 lower lobes, bearing outside sun guide rail 3-5a2, 3-5b2, the cloudy guide rail 2-4 of 3-5c2 and metal (upper support, 2-5, 2-8 is to coordinate, and scolds the cloudy guide rail of iron suspension upper half part 3-10a and lower bracket and scold iron suspension to support 2-7a to be to coordinate.Generator support 4-1 footing is fixed on ship storehouse bottom fastening bolt 1-9c, 1-9d, generator 4-2 is fixed on generator support 4-1, it is upper that small belt pulley 4-2e is fixed on generator shaft 4-2c by generator crown of roll key 4-2d, and drivign belt 3-3 is enclosed within on big belt pulley 3-2 and small belt pulley 4-2e.Cover becket bridle 1-7a, 1-7b, 1-7c, 1-7d, 1-7e are contained on ship storehouse bottom fastening bolt 1-9a, 1-9b, 1-9c, 1-9d, 1-9e.Below upper bearing (metal) support upper frame and between bearing 3-5a1, also can install again axle additional and scold iron suspension 3-10c, 3-10e, crossing axle, to scold iron suspension 3-10d and upper bearing (metal) support 2-1 upper frame be stationary fit, be to coordinate with macro-axis 3-1, macro-axis flat key 3-4b, crossing axle, to scold iron suspension 3-10e and macro-axis 3-1, macro-axis flat key 3-4b be stationary fit and higher than bearing 3-5a1 mono-segment distance.See Fig. 1, Fig. 4, Fig. 5, figure a, Fig. 6 a, Fig. 6 b, Fig. 7, Fig. 8 a, Fig. 8 b, Fig. 8 c, Fig. 9 a, Fig. 9 b, Figure 10 a, Figure 10 b, Figure 11 a, Figure 11 b, Figure 13 a, Figure 13 b, Figure 13 c, Figure 13 d, Figure 14, Figure 15, Figure 16, Figure 18 a, Figure 18 b, Figure 20, Figure 21 a, Figure 21 b.
Type B boat-carrying is vertical, and generation of scolding iron suspension wind and water driven generator except not filling bearing 3-5c1, bearing outside sun guide rail 3-5c2, the cloudy guide rail 2-8 of lower bracket fills cylindrically scolds iron suspension 3-10c other structures and A type ship to carry vertically to scold iron suspension wind and water driven generator identical.See Fig. 2, band is handled sleeve geomantic omen rudder 3-6a or band bearing.
Embodiment 2:C type ship carries the vertical iron suspension wind and water driven generator of scolding
C type ship carries vertically scolds iron suspension wind and water driven generator by hull 1-14, ship storehouse 1-15, sail support 1-16a, 1-16b, sail 1-17, ship anchor 1-18, ship anchor-hold 1-19, bottom, ship storehouse fixing bolt 1-20, bottom, ship storehouse is overlapped becket bridle 1-21 above, bottom, ship storehouse is overlapped becket bridle 1-22 below, ship storehouse bearing bracket 2-9, the cloudy guide supporting 2-10 of bearing bracket, 2-11, 2-15, 2-16, the cloudy guide rail 2-12 of bearing bracket, 2-13, 2-17, 2-18, scold iron suspension to support 2-14, 2-19, macro-axis 3-11, 3-20, big belt pulley 3-12, 3-21, drivign belt 3-13, 3-22, large crown of roll key 3-14a, 3-23a, 3-14c, 3-23c, 3-14e, 3-23e, 3-14g, 3-23g, macro-axis flat key 3-14b, 3-23b, 3-14d, 3-23d, 3-14f, 3-23f, large axle bearing 3-15a1, 3-24a1, 3-15b1, 3-24b1, bearing outside sun guide rail 3-15a2, 3-24a2, 3-15b2, 3-24b2, without handling sleeve geomantic omen rudder 3-16a, 3-25a, wind-water wheel 3-17, 3-26, stationary cylinder 3-18a, 3-27a, scold iron suspension 3-19a, 3-28a, 3-19b, 3-28b, cross axle collar shape and scold iron suspension thin slice 3-16b, 3-25b, 3-18b, 3-27b, generator support (can separately stand also and can merge with bearing bracket) 4-3, 4-5, generator 4-4, 4-6, generator input terminal 4-4a, 4-6a, generator output end button 4-4b, 4-6b, generator shaft 4-4c, 4-6c, generator crown of roll key 4-4d, 4-6d, generator small belt pulley 4-4e, the compositions such as 4-6e.Macro-axis 3-11, 3-20 lower end is loaded onto respectively successively without handling sleeve geomantic omen rudder 3-16a, the upper trepanning of 3-25a, wind-water wheel 3-17, 3-26, without handling sleeve geomantic omen rudder 3-16a, trepanning under 3-25a, iron suspension thin slice 3-16b is scolded in lower trepanning bottom, 3-25b, iron suspension thin slice 3-18b is scolded on stationary cylinder top, 3-27b, stationary cylinder 3-18a, 3-27a, bearing 3-15b1, 3-24b1, bearing outside sun guide rail 3-15b2, 3-24b2, the cloudy guide rail 2-13 of bearing bracket, 2-18, scold iron suspension to support 2-14a, the lid 2-14b of 2-19a, 2-19b, scold iron suspension upper half part 3-19a, after 3-28a, put into be equipped with in advance and scold iron suspension lower portion 3-19b, the iron suspension of scolding of 3-28b supports 2-14a, in 2-19a, keep macro-axis 3-11, 3-20 and Chuan Cang bottom surface are perpendicular, with screw, at corresponding site, fix, the cloudy guide rail 2-13 of bearing bracket, 2-18 is fixed on the cloudy guide supporting 2-11 of bearing bracket, on 2-16.Macro-axis 3-11,3-20 top are loaded onto respectively bearing 3-15a1,3-24a1, bearing outside sun guide rail 3-15a2,3-24a2, the cloudy guide rail 2-12 of bearing bracket, 2-17, big belt pulley 3-12,3-21 successively, and the cloudy guide rail 2-12 of bearing bracket, 2-17 are fixed on the cloudy guide supporting 2-10 of bearing bracket, 2-15.Generator 4-4,4-6 are fixed on generator support 4-4,4-5.On generator shaft 4-4c, 4-6c, load onto small belt pulley 4-4e, 4-6e and put drivign belt 3-13,3-22 on large small belt pulley.Wherein, big belt pulley 3-12, 3-21, wind-water wheel 3-17, 3-26, stationary cylinder 3-18a, 3-27a, scold iron suspension upper half part 3-19a, 3-28a and macro-axis 3-11, 3-20, large crown of roll key 3-14a, 3-23a, 3-14c, 3-23c, 3-14e, 3-23e, 3-14g, 3-23g is stationary fit, bearing 3-15a1, 3-24a1, 3-15b1, 3-24b1 and macro-axis 3-11, 3-20 and macro-axis flat key 3-14b, 3-23b, 3-14f, 3-23f is stationary fit, bearing outside sun guide rail 3-15a2, 3-24a2, 3-15b2, the cloudy guide rail 2-12 of 3-24b2 and bearing bracket, 2-17, 2-13, between 2-18, nothing is handled sleeve geomantic omen rudder 3-16a, the upper trepanning of 3-25a and macro-axis 3-11, between 3-20, without handling sleeve geomantic omen rudder 3-16a, trepanning and wind-water wheel 3-17 under 3-25a, between 3-26 lower lobes, scold iron suspension upper half part 3-19a, 3-28a and bearing bracket scold iron suspension to support 2-14, between 2-19, be to coordinate.Installing and scold iron suspension thin slice 3-16b, 3-25b, 3-18b, 3-27b without handling between sleeve geomantic omen rudder 3-16a, 3-25a and stationary cylinder 3-18a, 3-27a, can reduce frictional force each other.Between bearing bracket 2-9 upper frame and bearing 3-15a1,3-24a1, can also install that axle is scolded iron suspension 3-19c, 3-28c, 3-19d, 3-28d, crossing axle, to scold iron suspension 3-19c, 3-28c and bearing bracket 2-9 upper frame be stationary fit, be to coordinate with macro-axis 3-11,3-20, macro-axis flat key 3-14b, 3-23b, crossing axle, to scold iron suspension 3-19d, 3-28d and macro-axis 3-11,3-20, macro-axis flat key 3-14b, 3-23b be stationary fit and higher than bearing 3-15a13-24a1 mono-segment distance.See Fig. 3, Fig. 9 a, Fig. 9 b, Figure 12 b, Figure 12 a, Figure 13 c, Figure 13 d, Figure 17, Figure 18 a, Figure 18 b, Figure 19, Figure 20, Figure 22.Geomantic omen flow path direction fixedly time without handling sleeve 3-16a, 3-25a or replacing with geomantic omen conductance plate 3-16c, 3-25c.
Embodiment 3:D type ship carries the vertical iron suspension wind and water driven generator of scolding
D type ship carries vertically scolds iron suspension wind and water driven generator and C type ship to carry vertically to scold the structure of iron suspension wind and water driven generator identical, difference is that the size that D type ship carries the vertical bearing bracket 2-9 that scolds iron suspension wind and water driven generator wants large a lot of, and tolerable is made 360 degree around macro-axis 3-11,3-20 and rotated without handling sleeve geomantic omen rudder 3-16a, 3-25a.The cloudy guide rail 2-12 of other bearing bracket, 2-17,2-13,2-18 and the joining part of bearing bracket 2-9 will lengthen.D type ship carries vertically scolds iron suspension wind and water driven generator suitable to the water surface and aerial operation.
Embodiment 4:E type ship carries the vertical iron suspension wind and water driven generator of scolding
On the new ship of same, building A type ship that two former hulls have been incorporated to new ship carries and vertically scolds iron suspension wind and water driven generator and band separately to handle sleeve geomantic omen rudder to do 360 degree around axle and rotate and just form E type ship and carry and vertically scold iron suspension wind-power hydraulic to send out machine.
Embodiment 5:F type ship carries the vertical iron suspension wind and water driven generator of scolding
On the new ship of same, making D type ship that a former hull becomes new ship the sixth of the twelve Earthly Branches carries and vertically scolds oneself the E type ship that becomes new ship of iron suspension wind and water driven generator and former hull to carry vertically to scold iron suspension wind and water driven generator just to obtain F type ship to carry the vertical iron suspension wind and water driven generator of scolding.
Embodiment 6:G type ship loaded horizontal type is scolded iron suspension wind and water driven generator
Hood frame 1-25a1,1-25a2,1-25b1,1-25b2, sail 1-26, hydrogen bag 1-25a2,1-25b2, ship anchor-hold 1-27a, 1-27b, ship anchor 1-28a, 1-28b, bolt 1-29a, 1-29b, cover becket bridle 1-30a, 1-30b and rainproof paulin etc. in ship storehouse 1-24a, the 1-24b of G type ship loaded horizontal type wind and water driven generator, have been equipped.Bearing bracket 2-20 is also fixed with part bolt in bolt 1-29a, 1-29b in the middle of riding over hull 1-23a, 1-23b by crossbeam 2-23.On bearing bracket 2-20, be equipped with that bearing is scolded iron suspension to support 2-21,2-22, generator and guide wheel bracket 4-7, was processed with geomantic omen race 2-23,2-24, excessive pulley groove 2-25 and geomantic omen rudder support the members such as 2-26.Macro-axis 3-29 loads onto at corresponding site successively from left to right and scolds iron suspension endosome 3-32a1, bearing 3-31a, wind-water wheel 3-35a, big belt pulley 3-33, wind-water wheel 3-35b, bearing 3-31b, scolds iron buoyancy aid endosome 3-32b1.Wherein, scold iron suspension endosome 3-32a1, wind-water wheel 3-35a, big belt pulley 3-33, wind-water wheel 3-35b, scold iron suspension endosome 3-32b1 and macro-axis 3-29, large crown of roll key 3-30a, 3-30c, 3-30d, 3-30e, 3-30g be stationary fit, bearing 3-31a, 3-31b and macro-axis 3-29, macro-axis flat key 3-30b, 3-30f are stationary fits.Wind-water wheel 3-35a, 3-35b, big belt pulley 3-33 put into bearing bracket groove 2-23,2-24,2-25, put and scold iron suspension ectosome 3-32a2,3-32b2 scolding on iron suspension endosome 3-32a1,3-32b1, scolding iron suspension 3-32a, bearing 3-31a to put into bearing scolds iron suspension to support 2-21, scold iron suspension 3-32b and bearing 3-31b to put into bearing and scold iron suspension to support 2-22, with screw, at corresponding site, fix.In generator and guide wheel bracket 4-7, load onto generator 4-8, upper saw pulley 3-36, load onto small belt pulley 4-8e on generator shaft 4-8c, generator shaft 4-8c, protruding key 4-8d, small belt pulley 4-8e are stationary fits.On generator input terminal 4-8a and output terminal 4-8b, connect required device.Five face closure cuboid shape geomantic omen rudder 3-34 are placed on to bearing bracket 2-20 goes up and uses screw and geomantic omen rudder support 2-26 to fix.In hydrogen bag support 1-25a1,1-25a2,1-25b1,1-25b2,1-26, assemble hydrogen bag 1-25a, 1-25b.On ship anchor-hold 1-27a, 1-27b, assemble ship anchor 1-28a, 1-28b.
Billow district can change large five face closure cuboid shape geomantic omen rudders into four sides as want with billow generating and seal square bodily form geomantic omen rudder on the water, only covers wind-water wheel by 1/4th of generator one side, does not cover the blade of wind-water wheel towards the next direction of large surge.See Figure 23 a, Figure 23 b, Figure 23 c, Figure 23 d, Figure 23 e.
In above-mentioned whole embodiment, on bolt, support, crossbeam, ship, overlap trap part that becket bridle, wind-water wheel blade should expand of becket bridle, ship and be all extended for the a*4n of number a in figure, n is natural number;
In above-described embodiment, large small belt pulley or with intermeshing large small gear replacement, single-side belt key macro-axis 3-1,3-11,3-20 or replace with double-side band key macro-axis, real core macro-axis 3-1,3-11,3-20 or replace with hollow macro-axis, macro-axis can segmentation, section with section between or with threaded concave-convex shape structure or threaded flange, sleeve, connect
In above-described embodiment, hull is all extendible is the water surface, land, aerial macrotype platform, installs many and scold iron suspension wind and water driven generator on platform.
Claims (7)
1. a shipborne repulsive-magnet suspension wind power/water power generator, it is characterized in that: it is that A type ship carries and vertically scolds iron suspension wind and water driven generator or Type B boat-carrying is vertical scolds iron suspension wind and water driven generator, A type ship carry vertical scold iron suspension wind and water driven generator by hull (1-1), ship storehouse (1-2), sail support (1-3a1,
), sail (1-4), hydrogen bag support (1-3a1,
1-4), hydrogen bag (1-3a2,
), overlap on ship anchor (1-5a, 1-5b), ship anchor-hold (1-6a, 1-6b), ship becket bridle (1-7a,
1-7c,
1-7e), ship trap top set bolt at the bottom of becket bridle (1-8a, 1-8b), ship storehouse (1-9a,
1-9c,
1-9e), Chuan Cang bottom set bolt (1-10a,
1-10c), at the bottom of ship storehouse, cylindrical orthogonal is crossed axis channel (1-11), passage (1-1) top ambient wind water rudder positioning disk with holes (1-12), bolt (1-13), upper bearing (metal) support (2-1) at the bottom of ship storehouse, cloudy guide supporting (the 2-2 of upper bearing (metal) support, 2-3), cloudy guide rail (the 2-4 of upper bearing (metal) support, 2-5), the support of bearing (2-6) under ship storehouse, the cloudy guide rail of lower bracket and scold iron suspended substance to support and lid (2-7a, 2-7b), macro-axis (3-1), big belt pulley (3-2), driving belt (3-3), large crown of roll key (3-4a, 3-4c, 3-4e, 3-4g), macro-axis flat key (
3-4f), large axle bearing (3-5a1,
3-5c1), macro-axis bearing outside sun guide rail (3-5a2,
3-5c2), band handle sleeve geomantic omen rudder (3-6a), handle sleeve control stick (3-7), wind-water wheel (3-8), stationary cylinder (3-9a), be contained in trepanning bottom and stationary cylinder top under the rudder of geomantic omen cross axle collar shape scold iron suspended substance thin slice (
3-9b), scold iron suspended substance (3-10a, 3-10b), generator support (4-1), generator (4-2), generator input terminal (4-2a), generator output end button (4-2b), generator shaft (4-2c), generator crown of roll key (4-2d), small belt pulley (4-2e), fixed screw composition, ship anchor-hold (1-6a, 1-6b) be welded on fore stern, ship anchor (1-5a, 1-5b) be placed on respectively ship anchor-hold (1-6a, 1-6b) go up and use and on chain and ship, overlap becket bridle (1-7a, 1-7e) be nested, sail support (1-3a1,
) footing be fixed on top set bolt at the bottom of ship storehouse (1-9a,
) upper, sail (1-4) be screwed in sail support (1-3a1,
) upper, hydrogen bag (1-3a2,
) be placed on hydrogen bag support (1-3a1,
1-4), the support of bearing (2-1) footing be fixed on top set bolt at the bottom of ship storehouse (
1-9c), cloudy guide supporting (the 2-2 of upper bearing (metal) support, 2-3) be welded on upper bearing (metal) support (2-1), lower bracket (2-6) is fixed on Chuan Cang bottom set bolt (1-10a, 1-10b), the cloudy guide rail of lower bracket bearing and scold iron suspended substance to support (2-7a) to be fixed on lower bracket (2-6), scold iron suspended substance lower portion (3-10b) side screw be fixed on the cloudy guide rail of lower bracket bearing and scold iron suspended substance to support (2-7a) bottom, macro-axis (3-1) is loaded onto the manipulation sleeve of being with manipulation sleeve geomantic omen rudder (3-6a) after crossing axis channel (1-11) through bottom, ship storehouse cylindrical orthogonal successively, wind-water wheel (3-8), band is handled the lower trepanning of sleeve geomantic omen rudder (3-6a), lower trepanning is scolded iron suspended substance thin slice (3-6b), on stationary cylinder, scold iron suspended substance thin slice (3-9b), stationary cylinder (3-9a), the cloudy guide rail of lower bracket and scold iron suspended substance to support the lid (2-7b) of (2-7a), bearing (3-5c1), bearing outside sun guide rail (3-5c2), the cloudy guide rail of lower bracket (2-8), scold iron suspended substance upper half part (3-10a) and put into the cloudy guide rail of hull bottom lower bracket and scold iron suspended substance to support (2-7a), keep macro-axis (3-1) and hull bottom plane perpendicular, use again the cloudy guide rail of side key screw lower bracket (2-8) be fixed on the cloudy guide rail of lower bracket bearing and scold iron suspended substance to support on (2-7a), macro-axis (3-1) part on ship storehouse is loaded onto the control stick (3-7) of band manipulation sleeve geomantic omen rudder (3-6a) successively, bearing
bearing outside sun guide rail
the cloudy guide rail of upper bearing (metal) support (2-5), bearing (3-5a1), bearing outside sun guide rail (3-5a2), the cloudy guide rail of upper bearing (metal) support (2-4), big belt pulley (3-2), cloudy guide rail (the 2-4 of upper bearing (metal) support, 2-5) be fixed on the cloudy guide supporting (2-2 of upper bearing (metal) support, 2-3), wherein, big belt pulley (3-2), wind-water wheel (3-8), stationary cylinder (3-9), scold iron suspended substance (3-10a) and macro-axis (3-1), large crown of roll key (3-4a, 3-4c, 3-4e, 3-4g) be stationary fit, bearing (3-5a1,
3-5c1) with macro-axis (3-1), macro-axis flat key (
3-4f) be stationary fit, geomantic omen rudder (3-6a) is handled sleeve and is to coordinate with macro-axis (3-1), macro-axis flat key (3-4b), the lower trepanning of geomantic omen rudder (3-6a) is to coordinate with wind-water wheel (3-8) lower lobes, bearing outside sun guide rail (3-5a2,
3-5c2) with the cloudy guide rail (2-4 of metal (upper support, 2-5, 2-8) be to coordinate, scold the cloudy guide rail of iron suspended substance upper half part (3-10a) and lower bracket and scold iron suspended substance to support (2-7a) and be to coordinate, generator support (4-1) footing is fixed on top set bolt (1-9c at the bottom of ship storehouse, 1-9d), generator (4-2) is fixed on generator support (4-1), small belt pulley (4-2e) is fixed on generator shaft (4-2c) by generator crown of roll key (4-2d), driving belt (3-3) is enclosed within on big belt pulley (3-2) and small belt pulley (4-2e), on ship, overlap becket bridle (1-7a,
1-7c,
1-7e) be contained in top set bolt at the bottom of ship storehouse (1-9a,
1-9e) upper, below upper bearing (metal) support upper frame and between bearing (3-5a1) or installed additional again axle scold iron suspended substance (
3-10e), crossing axle, to scold iron suspended substance (3-10d) and upper bearing (metal) support (2-1) upper frame be stationary fit, be to coordinate with macro-axis (3-1), macro-axis flat key (3-4b), crossing axle, to scold iron suspended substance (3-10e) and macro-axis (3-1), macro-axis flat key (3-4b) be stationary fit and higher than bearing (3-5a1) segment distance, Type B boat-carrying is vertical, and generation of scolding iron suspension wind and water driven generator except not filling bearing (3-5c1), bearing outside sun guide rail (3-5c2), the cloudy guide rail of lower bracket (2-8) fills cylindrically scolds iron suspended substance (3-10c) other structures and A type ship to carry vertically to scold iron suspension wind and water driven generator identical.
2. shipborne repulsive-magnet suspension wind power/water power generator as claimed in claim 1, is characterized in that: it is that C type ship carries the vertical iron suspension wind and water driven generator of scolding, and C type ship carries vertically scolds iron suspension wind and water driven generator by hull (1-14), ship storehouse (1-15), sail support (1-16a, 1-16b), sail (1-17), ship anchor (1-18), ship anchor-hold (1-19), ship storehouse bottom set bolt (1-20), bottom, ship storehouse is overlapped becket bridle (1-21) above, bottom, ship storehouse is overlapped becket bridle (1-22) below, the ship storehouse support of bearing (2-9), cloudy guide supporting (the 2-10 of the support of bearing, 2-11, 2-15, 2-16), cloudy guide rail (the 2-12 of the support of bearing, 2-13, 2-17, 2-18), scold iron suspended substance to support (2-14, 2-19), macro-axis (3-11, 3-20), big belt pulley (3-12, 3-21), driving belt (3-13, 3-22), large crown of roll key (3-14a, 3-23a, 3-14c, 3-23c, 3-14e, 3-23e, 3-14g, 3-23g), macro-axis flat key (
3-23f), large axle bearing (3-15a1,3-24a1,
), bearing outside sun guide rail (3-15a2,3-24a2,
), without handling sleeve geomantic omen rudder (3-16a, 3-25a), wind-water wheel (3-17,3-26), stationary cylinder (3-18a, 3-27a), scold iron suspended substance (3-19a, 3-28a,
3-28b), cross axle collar shape scold iron suspended substance thin slice (
3-27b), generator support (4-3,4-5), generator (4-4,4-6), generator input terminal (4-4a, 4-6a), generator output end button (
4-6b), generator shaft (4-4c, 4-6c), generator crown of roll key (
4-6d), generator small belt pulley (4-4e, 4-6e) composition, macro-axis (3-11,3-20) lower end load onto successively respectively without handle the upper trepanning of sleeve geomantic omen rudder (3-16a, 3-25a), wind-water wheel (3-17,3-26), without handle the lower trepanning of sleeve geomantic omen rudder (3-16a, 3-25a), lower trepanning bottom scold iron suspended substance thin slice (
3-25b), stationary cylinder top scold iron suspended substance thin slice (
3-27b), stationary cylinder (3-18a, 3-27a), bearing (
), bearing outside sun guide rail
the cloudy guide rail of the support of bearing (2-13,2-18), scold iron suspended substance support (2-14a, 2-19a) lid (
2-19b), scold put into after iron suspended substance upper half part (3-19a, 3-28a) be equipped with in advance scold iron suspended substance lower portion (
the iron suspended substance of scolding 3-28b) supports (2-14a, 2-19a), keep macro-axis (3-11, 3-20) perpendicular with Chuan Cang bottom surface, the cloudy guide rail (2-13 of the support of bearing, 2-18) be fixed on the cloudy guide supporting (2-11 of the support of bearing, 2-16) upper, macro-axis (3-11, 3-20) bearing (3-15a1 is loaded onto respectively on top successively, 3-24a1), bearing outside sun guide rail (3-15a2, 3-24a2), cloudy guide rail (the 2-12 of the support of bearing, 2-17), big belt pulley (3-12, 3-21), the cloudy guide rail (2-12 of the support of bearing, 2-17) be fixed on the cloudy guide supporting (2-10 of the support of bearing, 2-15) upper, generator (4-4, 4-6) be fixed on generator support (4-4, 4-5) upper, at generator shaft (4-4c, 4-6c), load onto small belt pulley (4-4e, 4-6e) and on large small belt pulley put driving belt (3-13, 3-22), wherein, big belt pulley (3-12, 3-21), wind-water wheel (3-17, 3-26), stationary cylinder (3-18a, 3-27a), scold iron suspended substance upper half part (3-19a, 3-28a) with macro-axis (3-11, 3-20), large crown of roll key (3-14a, 3-23a, 3-14c, 3-23c, 3-14e, 3-23e, 3-14g, 3-23g) be stationary fit, bearing (3-15a1, 3-24a1,
) with macro-axis (3-11,3-20) and macro-axis flat key (
3-23f) be stationary fit, bearing outside sun guide rail (3-15a2,3-24a2,
) and the cloudy guide rail (2-12 of the support of bearing, 2-17, 2-13, 2-18), nothing is handled sleeve geomantic omen rudder (3-16a, upper trepanning 3-25a) and macro-axis (3-11, 3-20), without handling sleeve geomantic omen rudder (3-16a, 3-25a) lower trepanning and wind-water wheel (3-17, 3-26) between lower lobes, scold iron suspended substance upper half part (3-19a, 3-28a) scold iron suspended substance to support (2-14 with the support of bearing, 2-19), be to coordinate, handle sleeve geomantic omen rudder (3-16a in nothing, 3-25a) with stationary cylinder (3-18a, 3-27a) install scold iron suspension thin slice (
3-27b), can reduce frictional force each other, between the support of bearing (2-9) upper frame and bearing (3-15a1,3-24a1) or installed axle scold iron suspended substance (3-19c, 3-28c,
3-28d), crossing axle, to scold iron suspended substance (3-19c, 3-28c) and the support of bearing (2-9) upper frame be stationary fit, with macro-axis (3-11,3-20), macro-axis flat key (
3-23b) be coordinate, cross axle scold iron suspended substance (
3-28d) with macro-axis (3-11,3-20), macro-axis flat key (
3-23b) be stationary fit and higher than bearing (3-15a1, a 3-24a1) segment distance.
3. shipborne repulsive-magnet suspension wind power/water power generator as claimed in claim 2, it is characterized in that: it is that D type ship carries the vertical iron suspension wind and water driven generator of scolding, D type ship carries vertically scolds iron suspension wind and water driven generator and C type ship to carry vertically to scold the structure of iron suspension wind and water driven generator identical, difference is that the size that D type ship carries vertical bearing bracket (2-9) of scolding iron suspension wind and water driven generator wants large, tolerable is without handling sleeve geomantic omen rudder (3-16a, 3-25a) around macro-axis (3-11, 3-20) making 360 degree rotates, cloudy guide rail (the 2-12 of other bearing bracket, 2-17, 2-13, 2-18) to lengthen with the joining part of bearing bracket (2-9), D type ship carries vertically scolds iron suspension wind and water driven generator suitable to the water surface and aerial operation.
4. shipborne repulsive-magnet suspension wind power/water power generator as claimed in claim 3, it is characterized in that: it is that E type ship carries the vertical iron suspension wind and water driven generator of scolding, on the new ship of same, build A type ship that two former hulls have been incorporated to new ship and carry and vertically scold iron suspension wind and water driven generator and band separately to handle sleeve geomantic omen rudder to do 360 degree around axle and rotate and just form E type ship and carry and vertically scold iron suspension wind-power hydraulic to send out machine.
5. shipborne repulsive-magnet suspension wind power/water power generator as claimed in claim 4, it is characterized in that: it is that F type ship carries the vertical iron suspension wind and water driven generator of scolding, on the new ship of same, make D type ship that a former hull become new ship and carry and vertically scold oneself the E type ship that becomes new ship of iron suspension wind and water driven generator and former hull to carry vertically to scold iron suspension wind and water driven generator just to obtain F type ship to carry the vertical iron suspension wind and water driven generator of scolding.
6. shipborne repulsive-magnet suspension wind power/water power generator as claimed in claim 1, it is characterized in that: it is that E type ship carries the vertical iron suspension wind and water driven generator of scolding, on the new ship of same, build A type ship that two former hulls have been incorporated to new ship and carry and vertically scold iron suspension wind and water driven generator and band separately to handle sleeve geomantic omen rudder to do 360 degree around axle and rotate and just form E type ship and carry and vertically scold iron suspension wind-power hydraulic to send out machine.
7. shipborne repulsive-magnet suspension wind power/water power generator as claimed in claim 1, it is characterized in that: it is that G type ship loaded horizontal type is scolded iron suspension wind and water driven generator, in the ship storehouse (1-24a, 1-24b) of G type ship loaded horizontal type wind and water driven generator, equipped hood frame (1-25a1,1-25a2,
), sail (1-26), hydrogen bag (1-25a2,
), ship anchor-hold (1-27a, 1-27b), ship anchor (1-28a, 1-28b), bolt (1-29a, 1-29b), cover becket bridle (1-30a, 1-30b) and rainproof paulin, bearing bracket (2-20) rides over hull (1-23a by crossbeam (2-23), 1-23b), also use bolt (1-29a, 1-29b), part bolt is fixed, on bearing bracket (2-20), being equipped with bearing scolds iron suspension to support (2-21, 2-22), generator and guide wheel bracket (4-7), be processed with geomantic omen race (2-23, 2-24), excessive pulley groove (2-25) and geomantic omen rudder support (2-26), macro-axis (3-29) is loaded onto and is scolded iron suspension endosome (3-32a1) at corresponding site successively from left to right, bearing (3-31a), wind-water wheel (3-35a), big belt pulley (3-33), wind-water wheel (3-35b), bearing (3-31b), scold iron buoyancy aid endosome
wherein, scold iron suspension endosome (3-32a1), wind-water wheel (3-35a), big belt pulley (3-33), wind-water wheel (3-35b), scold iron suspension endosome
with macro-axis (3-29), large crown of roll key (3-30a, 3-30c,
3-30e, 3-30g) be stationary fit, bearing (3-31a, 3-31b) and macro-axis (3-29), macro-axis flat key (
3-30f) be stationary fit, wind-water wheel (3-35a, 3-35b), big belt pulley (3-33) are put into bearing bracket groove (2-23,2-24,2-25), scold iron suspension endosome (3-32a1,
) on put scold iron suspension ectosome (3-32a2,
), scold iron suspension (3-32a), bearing (3-31a) is put into bearing and is scolded iron suspension to support (2-21), scolding iron suspension (3-32b) and bearing (3-31b) to put into bearing scolds iron suspension to support (2-22), with screw, at corresponding site, fix, in generator and guide wheel bracket (4-7), load onto generator (4-8), upper saw pulley (3-36), on generator shaft (4-8c), load onto small belt pulley (4-8e), generator shaft (4-8c), protruding key (4-8d), small belt pulley (4-8e) is stationary fit, on generator input terminal (4-8a) and output terminal (4-8b), connect required device, five face closure cuboid shape geomantic omen rudders (3-34) are placed on to bearing bracket (2-20) goes up and uses screw and geomantic omen rudder support (2-26) to fix, at hydrogen bag support (1-25a1, 1-25a2,
assembling hydrogen bag (1-25a, 1-25b) 1-26), at the upper assembling of ship anchor-hold (1-27a, 1-27b) ship anchor (1-28a, 1-28b),
When billow district generates electricity with billow on the water, large five face closure cuboid shape geomantic omen rudders are changed into four sides and seal square bodily form geomantic omen rudder, only cover wind-water wheel by 1/4th of generator one side, do not cover the blade of wind-water wheel towards the next direction of large surge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010045821.9A CN102094759B (en) | 2010-01-11 | 2010-01-11 | Shipborne repulsive-magnet suspension wind power/water power generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010045821.9A CN102094759B (en) | 2010-01-11 | 2010-01-11 | Shipborne repulsive-magnet suspension wind power/water power generator |
Publications (2)
| Publication Number | Publication Date |
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| CN102094759A CN102094759A (en) | 2011-06-15 |
| CN102094759B true CN102094759B (en) | 2014-08-27 |
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| CN201010045821.9A Active CN102094759B (en) | 2010-01-11 | 2010-01-11 | Shipborne repulsive-magnet suspension wind power/water power generator |
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| CN103899494B (en) * | 2014-04-29 | 2016-06-08 | 章祖文 | Building load scolds ferrum suspension wind and water driven generator |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1538058A (en) * | 2003-04-16 | 2004-10-20 | 伟 陆 | Method and equipment of generating using resistance by object running |
| CN101360914A (en) * | 2005-10-13 | 2009-02-04 | 斯维公司 | Direct-drive generator/motor for a windmill/hydropower plan /vessel where the generator/motor is configured as a hollow profile and a method to assemble such a windmill/hydropower plant |
| CN201504161U (en) * | 2009-05-26 | 2010-06-09 | 嵇琳 | Magnetic levitation and frictionless double-rotor power generator |
-
2010
- 2010-01-11 CN CN201010045821.9A patent/CN102094759B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1538058A (en) * | 2003-04-16 | 2004-10-20 | 伟 陆 | Method and equipment of generating using resistance by object running |
| CN101360914A (en) * | 2005-10-13 | 2009-02-04 | 斯维公司 | Direct-drive generator/motor for a windmill/hydropower plan /vessel where the generator/motor is configured as a hollow profile and a method to assemble such a windmill/hydropower plant |
| CN201504161U (en) * | 2009-05-26 | 2010-06-09 | 嵇琳 | Magnetic levitation and frictionless double-rotor power generator |
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| CN102094759A (en) | 2011-06-15 |
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