CN102745322A - Retractable solar panel supporting system - Google Patents
Retractable solar panel supporting system Download PDFInfo
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- CN102745322A CN102745322A CN 201210156084 CN201210156084A CN102745322A CN 102745322 A CN102745322 A CN 102745322A CN 201210156084 CN201210156084 CN 201210156084 CN 201210156084 A CN201210156084 A CN 201210156084A CN 102745322 A CN102745322 A CN 102745322A
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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
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- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
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Abstract
The present invention provides a solar panel system. The solar panel system includes: a plurality of solar panels; a support structure comprised of a track system adapted to receive a plurality of solar panels; and a system used for extending and retracting the plurality of solar panels.
Description
The application is that application number is 200880011219.4 (PCT/US2008/053185), the applying date to be the dividing an application of patent application on February 6th, 2008.
The cross reference of related application
The application requires to enjoy in the U.S. Provisional Patent Application No.60/900 that submitted on February 8th, 2007; 549, the U.S. Provisional Patent Application No.60/920 that submits on March 30th, 2007; 957, the U.S. Patent application No.11/788 that submits on April 19th, 2007; 785, the U.S. Patent application No.11/821 that submits on June 22nd, 2007; 315 and the U.S. Patent application No.11/848 that submits on August 31st, 2007,986 preceence, these patent applications combine in this article by reference.
Technical field
The present invention relates generally to and a kind ofly be used to stretch and the system and method for a plurality of solar panels of withdrawing, and relate more specifically to use the rail system that is suitable for holding a plurality of solar panels to stretch and the system and method for a plurality of solar panels of withdrawing.
In addition, the present invention also is usually directed to a kind of retractable solar panel system, and it can provide the energy to sailing boat; And the present invention relates more specifically to a kind of solar panel system, and it is attachable on the boats and ships guy, wherein; Guy at one end is fixed on the hull of sailing boat, is fixed at second end on the mast of sailing boat, and; Solar panel system comprises a plurality of solar panels; This solar panel is attached to and is used to stretch and the system of a plurality of solar panels of withdrawing, and makes and when not using, can solar panel be piled up.
In addition; The present invention relates generally to a kind of sailing boat of working as through adjusting forecourse (promptly; Head sail, jib, Genoa sail or spinnaker) position and location and/or adjustment keel and/or keel hydrofoil the degree of depth and reduce the system and method for the angle of crab (leeway drift) of sailing boat when arriving against the wind the destination, and relate more specifically to a kind ofly adjust the position of the forecourse (head sail, jib, Genoa sail or spinnaker) on the sailing boat and the system and method for location with respect to the position of sailing boat bow or location and/or through the degree of depth of adjusting keel and/or keel hydrofoil through moving forecourse and bore rigging.
Background technology
Typically, sailing boat comprises the hull that is seated in the water, the sail that supports from the upwardly extending mast of hull, by mast and extends downwardly into dagger plate or fixing keel the water from hull.Sail is caught wind-force, and makes hull pass water forward and move.Though sailing boat can not directly navigate by water in wind, sailing boat can navigate by water on the direction of roughly facining the wind.Should understand, through combining of skill and manipulation, the crewman can be at any required direction drilling schooner almost.
Since the design of sail, sailing boat can be depending on ship design and crewman skill and to facining the wind the direction navigation, this windward side typically is in departs from wind and is not less than about 15 to 25 directions spent.Directly against the wind or facing the wind advance typically to handle and realize through a series of orders that are called as tack (tacks); In these are handled in proper order; At first, ship is positioned at wind under the condition of bow one side sails close to the wind, turn to the opposite side that makes wind come bow through wind-force then.In tacking at every turn; Even ship does not directly move in the wind; Can realize that also some advance against the wind, and sailing boat final destination against the wind that arrives after one section zigzag voyage of navigation, this zigzag voyage covers than the big distance of straight-line distance from reference position to the contrary wind destination.
When sailing boat sailed close to the wind, the power that acts on the sail can be broken down into thrust component and drift component, and thrust component makes sailing boat pass water forward and moves, and the drift component laterally promotes sailing boat on downwind.Sailing boat thereby on useful direction forward, move, but also slightly with the wind and opposite with the moving direction of actv. expection.Should laterally drift about and be called as driftage or " parallel ".
The dagger plate of the downward protrusion of sailing boat or keel provide resistance to the driftage that is produced by horizontal sail power, but have kept some driftages at least.This driftage continues accumulation, because as long as sailing boat navigates by water in wind, just has moving with the wind.Driftage has increased sailing boat significantly from its reference position navigation to needed time of destination against the wind with the wind, because it forces sail navigation much far away to remedy the side travel of accumulation.
Made at present and having attempted to reduce amount of yaw.For example, the movably dagger plate or the fixing keel that extend to the water that is arranged under the sailing boat provide broad surface to resist horizontal drift.The shape of also attempting modification dagger plate or keel is offset horizontal drift so that lift to be provided.These are attempted based on such observation: the dagger plate or the keel that pass water are similar to the wing that when passing air, produces the aircraft of lift to a certain extent.The lift of aircraft wing makes aircraft overcome gravity and moves up, and to the dagger plate of the sailing boat that extends below or the corresponding lift of keel sailing boat is raised on upwind, thereby offsets the horizontal drift that produces driftage.
Fixedly keel typically are used for bigger sailing boat.Keel are filled with plumbous or other dense material usually, to serve as the ballace of sailing boat.For example, the keel of 12 meters long sailing boats may extend into 10 feet below the horizontal surface, and weight is 40,000 to 50,000 pounds.
Therefore need have a kind of system or method of relative position that is used to adjust or changes the captive joint of forecourse, make the angle of attack slight modification on wind direction on the direction of facining the wind.Therefore; Need have a kind of change ship on the direction of facining the wind angle or direction and/or use the system and/or the method for extensile keel; This can provide the lift of offsetting driftage, and fully reliable, thereby for common purposes and contest purposes, is acceptable.
In addition, need a kind of retractable solar panel system, this system can be sailing boat the energy is provided.Solar panel system is attachable on the mast guy, and wherein, guy at one end is fixed on the hull of sailing boat, is fixed at second end on the mast of sailing boat.This solar panel system comprises a plurality of solar panels, and this solar panel is attached to and is used to stretch and the system of a plurality of solar panels of withdrawing, and makes and when not using, can solar panel be piled up.
Summary of the invention
According to an embodiment, solar panel system comprises: a plurality of solar panels; Supporting construction comprises the rail system that is suitable for holding a plurality of solar panels; And controller, be used for stretching and a plurality of solar panels of withdrawing.
According to another embodiment, a kind of solar energy system is provided, this system comprises: a plurality of solar panels; With the supporting construction on the pinnacle that is suitable for being assemblied in the roof, this supporting construction comprises solar panel portion and secondary side board, and wherein, solar panel portion has the support component of a plurality of levels, and this support component is suitable for holding a plurality of solar panels.
According to another embodiment; A kind of solar energy system is provided; This solar energy system comprises: solar water panel system, this solar water panel system comprise inlet, the outlet that makes fluid Returning fluid source and at least one solar thermal collector that receives fluid from fluid source; And at least one solar panel.
According to another embodiment, a kind of inflatable solar panel support part comprises: hypomere is suitable for water and fills to this strut member counterweight to be provided; And epimere; Be suitable for the shape of fills with air with the adjustment strut member; This epimere has the bottom and a pair of angled side of level, and this side links together and forms angled surface, and this surface has at least one chamber that is suitable for holding solar panel.
According to another embodiment, a kind of retractable solar panel system comprises: a plurality of solar panels; And be used to stretch and the system of a plurality of solar panels of withdrawing.
According to another embodiment, a kind of adjustable solar-power system is provided, this system comprises: go up support component and following support component, pivotally attached to each other on pivot point; And a plurality of solar panels, be attached on the support component.
According to another embodiment; A kind of energy-producing a whole set of equipment that is used for is provided; This whole series equipment comprises: adjustable solar-power system, this adjustable solar-power system are included in pivot point last support component pivotally attached to each other and following support component; At least one solar panel, this at least one solar panel are configured to be attached on this on support component; And at least one storage device, wherein, this at least one storage device is configured to store the energy that is produced by at least one solar panel.
According to an embodiment, a kind of system that is used to sail close to the wind comprises: track fixture movably; Trapped orbit is configured to the holding track anchor clamps; And control system, be used for the position of track fixture with respect to the bow of sailing boat and be fastened in the trapped orbit.
According to another embodiment, a kind of sailing boat comprises: hull; Mast; A plurality of sails, wherein.At least one sail of said a plurality of sails is a forecourse; And the system that is used to sail close to the wind, this system comprises: track fixture movably; Trapped orbit is configured to the holding track anchor clamps; Control system is used for the position of track fixture with respect to the bow of sailing boat and be fastened in the trapped orbit; And being attached to the bore rigging on the track fixture, this bore rigging extends to the movably track fixture on the bow that is positioned at sailing boat from the top of the mast of sailing boat.
According to another embodiment, a kind of keel that are used for sailing boat comprise: extensile keel comprise: hydrofoil parts, internal part and external component; And control system, comprise being used to reduce or the internal screw parts and the capstan system of the internal part of withdrawing.
According to another embodiment, a kind of keel that are used for sailing boat comprise: fixing keel; Internal part movably is positioned at fixedly in the keel; And control system, comprise being used to reduce or the internal screw parts and the capstan system of the internal part of withdrawing.
According to another embodiment, a kind of retractable solar panel system that is used for sailing boat comprises: a plurality of solar panels, be attached on the boats and ships guy, and wherein, guy at one end is fixed on the hull of sailing boat, is fixed at second end on the mast of sailing boat; And be used to stretch and the system of a plurality of solar panels of withdrawing.
According to another embodiment, a kind of method that when sailing boat arrives destination against the wind, reduces the angle of crab of sailing boat is provided, this method comprises: change the relative position of forecourse with respect to the bow of sailing boat, and do not change mainsail and forecourse position against each other.
Description of drawings
Fig. 1 is the transparent view according to the sailing boat of an embodiment, and this sailing boat possesses the position of adjustment forecourse and the system and method for location.
Fig. 2 is the top view of the sailing boat of Fig. 1, and this sailing boat possesses the position of adjustment forecourse and the system and method for location.
Fig. 3 A is the scheme drawing according to the sailing boat of an embodiment; Compare with the sailing boat of the system and method that does not possess adjustment head sail, jib, Genoa sail or lateen position and location, this sailing boat possesses the position of adjustment forecourse and the system and method for location.
Fig. 3 B is the scheme drawing of sailing boat of system and method that does not possess position and the location of adjustment forecourse.
Fig. 4 is the cross sectional drawing that is positioned at the part of the rail system on the sailing boat, and this sailing boat possesses the position of adjustment forecourse and the system and method for location.
Fig. 5 is the top view according to the sailing boat of another embodiment, and this sailing boat possesses the position of adjustment forecourse and the system and method for location.
Fig. 6 is the cross sectional drawing according to the sailing boat of an embodiment, and this sailing boat possesses extensile keel.
Fig. 7 is the front elevation according to the sailing boat of another embodiment, and this sailing boat possesses extensile keel, and these keel have wing hydrofoil (or hydroflap).
Fig. 8 is the cross sectional drawing according to the part of the sailing boat of another embodiment, and this sailing boat possesses fixedly keel and adjustable ballace or Weighting system.
Fig. 9 is the cross sectional drawing according to the sailing boat of another embodiment, and this sailing boat possesses fixedly keel, this fixedly keel possess hollow wing keel and adjustable ballace or Weighting system.
Figure 10 is the planar view according to the sailing boat of an embodiment, and this sailing boat possesses retractable solar panel system.
Figure 11 is the front elevation of the retractable solar panel system of Figure 10.
Figure 12 is the planar view according to the retractable solar panel array of an embodiment.
Figure 13 is the planar view according to the retractable solar panel array of another embodiment.
Figure 14 is the front elevation according to the retractable solar panel system of another embodiment.
Figure 15 is the planar view according to the retractable solar panel system of another embodiment.
Figure 16 is the planar view according to the solar panel system of another embodiment.
Figure 17 is the planar view according to the solar energy system of an embodiment, and this solar energy system is used to adjust the retractable solar system.
Figure 18 is the transparent view of a part of the system with a plurality of solar panels of Figure 17.
Figure 19 is the planar view of solar energy system that is used to adjust a plurality of solar panels according to another embodiment.
Figure 20 is the planar view that is used for the elementary cell of retractable solar system.
Figure 21 is the transparent view according to the adjustable solar-power panel system of another embodiment.
Figure 22 is the planar view that is attached to the adjustable solar-power panel system on the building according to an embodiment.
Figure 23 is the planar view according to the solar panel system on the roof that is attached to building of another embodiment.
Figure 24 is the planar view according to the solar panel system on the roof that is attached to building of another embodiment.
Figure 25 is the planar view according to the part of the solar panel system of another embodiment, and this solar panel system is attached on the roof of building as shown in Figure 24.
Figure 26 A is the planar view according to the solar panel system of another embodiment and solar water panel system.
Figure 26 B is the planar view according to the solar panel of another embodiment and solar water panel.
Figure 27 is the transparent view according to the inflatable solar panel system of an embodiment.
Figure 28 is the planar view according to the part of the inflatable solar panel system of Figure 27 of an embodiment.
Figure 29 is the planar view that is attached to the solar panel system on vehicle or the truck according to an embodiment.
Figure 30 is the planar view that is attached to the retractable solar panel system on the truck according to another embodiment.
Figure 31 is the planar view that is attached to the retractable solar panel system on the car according to another embodiment.
The specific embodiment
As stated because the design of sail, sailing boat (or ship) 10 can be depending on ship design and crewman skill and navigate by water to the direction of facining the wind departing from the direction that wind is not less than about 15 to 25 degree.Advancing typically directly against the wind is called as tacking order and handles and realize through a series of; In these are handled in proper order; At first, ship is positioned at wind under the condition of bow one side sails close to the wind, turn to the opposite side that makes wind come bow through wind-force then.In tacking at every turn; Even ship does not directly move in the wind; Can realize that also some advance against the wind, and sailing boat final destination against the wind that arrives after one section zigzag voyage of navigation, this zigzag voyage covers than the big distance of straight-line distance from reference position to the contrary wind destination.
In addition, when sailing boat 10 sailed close to the wind, the power that acts on the sail can be broken down into thrust component and drift component, and thrust component makes sailing boat pass water forward and moves, and the drift component laterally promotes sailing boat on downwind.Sailing boat 10 thereby on useful direction forward, move, but also slightly with the wind and opposite with the moving direction of actv. expection.Should laterally drift about and be called as driftage.
The dagger plate of the downward protrusion of ship or keel provide resistance to the driftage that is produced by horizontal sail power, but have kept some driftages at least.This driftage continues accumulation, because as long as sailing boat navigates by water in wind, just has moving with the wind.Should understand, this driftage possibly increase significantly makes sailing boat from its reference position navigation to needed time of destination against the wind with the wind, because it forces sail navigation much far away to remedy the side travel of accumulation.
Fig. 1 has shown the transparent view according to the sailing boat 10 of an embodiment; This sailing boat possesses a kind of position of wherein at least one sail 40 of adjusting sailing boat 10 and the system and method for location; More specifically, the system and method that possesses a kind of adjustment forecourse 40 (or head sail, jib, Genoa sail or spinnaker).As shown in fig. 1, sailing boat 10 typically comprises the hull 20 that is seated in the water, extends downwardly into optional dagger plate or keel 70 (Fig. 6) the water from the upwardly extending mast of hull 20 50, at least one form for the sail of the mainsail 30 that supported by mast 50 and boom 60 and from hull 20.Typically, most of sailing boats 10 comprise that also form is forecourse, jib, Genoa sail or lateen second sail 40. Sail 30,40 is caught wind and is made hull 20 pass water forward and move.Should understand, sailing boat also can comprise main stay 52, and this main stay preferably extends to the bow 42 of sailing boat 10 from the upper part of mast 50.
Should understand, the use of term " sailing boat " 10 has connotation widely and can comprise the less ship of yacht (big sailing boat) and many structures, and this less ship uses wind-force as main propelling measure.Typically, to change be quantity and the structure and the sail design of hull structure (single hull, catamaran and trimaran), keel type (full keel, fin, wing, dagger plate or the like), purpose (physical culture, contest, cruise), mast to the some of them except that size.Most of common sailing boats 10 are " dhows ", it is characterized by a mast 50 and two sails, mainsail 30 and forecourse 40 or jib, Genoa sail or spinnaker.To be proved to be for navigation in wind be unusual actv. to this simple configuration along with the time.Mainsail 30 is attached on mast 50 and the boom 60, and this boom is to swing crossbeam or the spar that crosses sailing boat 10 according to the direction of wind.According to the size and the design of forecourse 40, forecourse 40 is called as jib, Genoa sail or spinnaker.Though be not very common, dhow or sailing boat 10 can comprise two forecourses (fly wing to wing (wing on wing)) from single bore rigging 48 simultaneously.Bore rigging 48 is from extending to the cable or the hawser of near the point (or front of sailing boat 10) the bow 42 near the top of mast 50.Should understand, bore rigging 48 is attached on the top of mast, perhaps is in from the segmentation between the top of mast 50 about 1/4 to 1/8 to prop up on the mast (fractional rigs).The other end of bore rigging 48 is attached on the stern or bow 42 of ship 10.Bore rigging 48 can be processed by stainless steel wire, solid stainless steel bar, carbon-point, galvanized wire or natural fiber.
As shown in fig. 1, mainsail 30 is attached on mast 50 and the boom 60.Boom 60 typically is metal or wooden crossbeam or spar, and it is configured to make the bottom of mainsail 30 stable.Boom 60 is attached on the mast 50 on the lower end 32 of mast 50, and extends to stern 43 (or rear portion of sailing boat 10).Trip halyard or cable 34 are parts of the running rigging of sailing boat 10, the shape of the curve of the bottom that is used to stretch mainsail 30 and control mainsail 30.Trip halyard 34 extends to the end of boom from clew (relief angle of sail 30).Cable is tensioned to suitable tightening (so that needed shape to be provided to the bottom), is fastened to then on the kevel that is positioned at boom 60.Mainsail 30 also is attached on the top 36 of mast 50.Mainsail 30 stretches backward, and on the boom 60 that is fastened to mast 50 on the whole length at its edge and hangs from mast 50.
Should understand, the principal character of design-calculated sail is the amount of the bending by the surface of sail " tractive force " that cause rightly.When sail was directed in wind, this bending produced lift, is similar to very much the wing of aircraft.Modern sail is to process with the combination of a kind of wide serving textile and non-stretching fabric.The former has increased tractive force, and the latter allows that sail keeps constant shape when blast increases.In stronger wind-force, pass through to use sail anterior angle downhaul and trip halyard, and improve the downward pressure of boom, thereby can reduce the tractive force of sail through use boom downhaul.The boom downhaul is to be used on the sailing boat boom is applied downward power and thereby the cable or the piston system of shape of control sail.In British English, it is called as " tiltedly drawing device ".Downhaul extends to the point of the distance of about 1/3rd outside the boom 60 usually from the bottom of mast 50.Because the big power of needs changes the height of boom 60 when ship navigates by water, thereby generally include certain pulley system based on the cable of boom downhaul.The hydraulic piston downhaul is used on the bigger sailing boat, and by manual or electric Hydraulic Pump control.
Fig. 2 has shown the top view of the sailing boat 10 of Fig. 1, and this sailing boat possesses the position of adjustment forecourse 40 and the system and method for location.As stated, forecourse 40 typically is attached on the bow 42 of sailing boat 10 through bore rigging 48.According to an embodiment, as shown in Figure 2, forecourse 40 can be attached on the rail system 100.Rail system 100 is attached on the bow 42 of ship 10, and be configured to can tack handle during change the position or the location of forecourse 40 and bore rigging 48 with respect to the hull 20 of ship 10.
Should understand, tack and described the position of the bow of sailing boat usually with respect to wind.For example, cross the starboard of ship (right side) side, can claim that so ship is in starboard tack and goes if the bow of ship is positioned to wind.If port (left side) side is crossed in wind, can claim that so ship is in larboard and tacks.Should understand through definition, this is with to carry the side of boom opposite because when ship from a leading side wind that wind came or almost possible difficult run before the wind the time.In addition, be in sailing boat that starboard tack goes because the road rules and the rules of contest and have the right-of-way (ROW) of the ship of the making way that surmounts another and be in " larboard tacks " all the time.
Fig. 3 A has shown the scheme drawing according to the sailing boat 10 of an embodiment, compares with the sailing boat 10 of the system and method for the position and the location that do not possess adjustment forecourse 40, and this sailing boat possesses the position of adjusting forecourse 40 and the system and method for location.Shown in Fig. 3 A; Control system 130 be configured to tack handle during adjustment or change the relative position of forecourse 40 with respect to the bow 42 of ship 10, make the bow 42 of ship 10 more can in wind, navigate by water when such as fruit forecourse 40 and bore rigging 48 being fixed on the bow of ship 10.
Fig. 3 B has shown the scheme drawing of sailing boat of the system and method for the position and the location that do not possess the adjustment forecourse.Shown in Fig. 3 B, representative type sailing boat 10 is carried out the manipulation of tacking through in wind, navigating by water at an angle.Yet; Shown in Fig. 3 A; If change or change forecourse 40 does not change mainsail 30 and forecourse 40 the relative position of each other with respect to the relative position of the bow 42 of ship 10; The bow 42 of ship 10 possibly navigate by water manyly in wind so, causes sailing boat go during tacking shorter distance or path.
Fig. 4 has shown the cross sectional drawing that is positioned at according to the part of the rail system 100 on the sailing boat 40 of an embodiment, and this sailing boat possesses the position of adjustment forecourse and the system and method for location.Rail system 100 preferably includes track fixture 110 and trapped orbit 120.Forecourse 40 (not shown)s are attached on the bore rigging 48, and this bore rigging is secured on the track fixture 110 at 112 places, upper end.As shown in Figure 4, track fixture 110 can comprise upper end 112, main body 114, on take turns 116 and a pair of lower whorl 118.Trapped orbit 120 can comprise groove 122 and a pair of groove 124 down, and last groove is configured to hold wheel 116, and following groove is configured to hold this to lower whorl 118.Track fixture 110 (from starboard to larboard) about on the trapped orbit 120 moves, cause bore rigging 48 (with forecourse 40) with respect to the relative position of the bow 42 of ship 10 tack handle during direction in the face of more facining the wind.
Fig. 5 has shown the top view according to the sailing boat 10 of another embodiment, and this sailing boat possesses the position of adjustment forecourse 40 and the system and method for location.As shown in Figure 5, crossbeam or spar system 200 are made up of forecourse rail system 210, forecourse crossbeam 220 and pivotal parts 230.Forecourse crossbeam 220 at one end (mast end) 222 is attached on the pivotal parts 230 (or mast 50), and the other end of forecourse crossbeam 220 (forward end) about 224 (from starboard to larboard) moves.Forecourse crossbeam 220 preferably is attached on the optional forecourse rail system 210, and this helps forecourse crossbeam 220 sway.Bore rigging 48 (not shown)s preferably firmly fix or are attached on the forward end 224 of forecourse crossbeam 220.In addition, can use a series of cables 226 to control the forward end 224 of forecourse crossbeam 220.
Should understand, in system shown in Figure 5, crossbeam or spar system 200 also can comprise control system 130 (not shown)s, this control system by capstan winch 140, be attached on the track fixture 110 flexible cord or soft excellent 150 and guidance system 160 form.As stated, capstan winch 140 is preferably the mechanical device that is used to roll wire rod or steel rope (also being called as " hawser ").According to its simplest form, its by spool with attached crank form.In addition, should understand, capstan winch 150 also can comprise gear assembly, and can power be provided by electric, hydraulic pressure, pneumatic or internally fired driving.Capstan winch 150 also can comprise solenoid brake and/or mechanical brake or the ratchet that prevents capstan winch 150 debatchings.
Fig. 6 has shown the cross sectional drawing according to the sailing boat 10 of another embodiment, and this sailing boat possesses extensile keel 300.As shown in Figure 6, extensile keel 300 comprise hydrofoil parts 310, extensile internal part 320 and fixing external component 330.Hydrofoil parts 310 are attached on the extensile internal part 320, and use travelling forward of ship 10 to produce lift, to resist the transverse force from sail (being mainsail 30 and forecourse 40).Will be appreciated that sailing boat 10 typically has than the much bigger keel of no sailing boat body.In addition, keel 70 are processed by heavy material, so that the ballace that makes sailing boat 10 stable to be provided.Therefore, need have the degree of depth of adjustment keel 70 or the ability of length, this provides the righting moment of sailing boat 10 during tacking, and has reduced the weight of keel 70.Will be appreciated that sailing boat 10 will finally pass water quickly and move through reducing the weight (this has finally reduced the total weight of sailing boat 10) of keel 70.Thereby sailing boat 10 will be faster, and will be quicker during navigation competition and/or contest.In addition, increased from the vertical distance of counterweight to pivot.Thereby, through using extensile keel 300, can produce bigger righting moment.Extensile keel 300 also provide the easier transportation of sailing boat 10 through withdrawal keel 70, and allow that sailing boat 10 navigates by water in more shallow water under the condition of withdrawal keel 70.
As shown in Figure 6, extensile internal part 320 is positioned in the fixing external component 330.Between internal part 320 and external component 330, preferably have suitable cooperation, make sailing boat 10 the water band not gone on board, and this cooperation is suitable for bearing the corrosive environment that most of sailing boats 10 typically meet with.According to an embodiment, internal part 320 through control system 340 be positioned at internal screw parts 350 in the internal part 320 and stretch and withdraw.As shown in Figure 6, the degree of depth or the position of control system 340 control internal screw parts 350, this falls or the internal part 320 of withdrawing.Internal screw parts 350 preferably are attached to capstan system 360 or are used to fall or stretch and/or other appropriate system of the keel 70 of withdrawing.
According to an embodiment, capstan system 360 can comprise mechanical device, and this mechanical device is used to control internal screw parts 350 and the relative position of internal part 320 with respect to external component 330, and this finally controls the degree of depth of the hydrofoil parts 310 of keel 70.According to an embodiment, capstan system 360 is made up of spool or reel and attached crank.Will be appreciated that capstan winch 140 also can comprise suitable gear assembly, and/or can power be provided by electric, hydraulic pressure, pneumatic or internally fired driving.Capstan system 360 also preferably includes and prevents capstan system 360 debatchings and/or the solenoid brake and/or the mechanical brake that discharge from the fixed position.Capstan system 360 can be positioned on below the deck of sailing boat 10, as shown in Figure 6, perhaps alternatively can be positioned on above the deck of sailing boat 10 or the top.
Will be appreciated that extensile keel 300 can also telescopically stretch, wherein keel 300 comprise a plurality of internal parts 320, and this internal part has the core that comprises a plurality of leak free air chambers, and this air chamber is pressurized when keel 300 full extension.Can provide the air compressor of power can be used to supply with pressurized air by driving engine or other suitable system of ship, to stretch or withdrawal internal part 320.The valve may command is used to the pressure release of stretching or withdrawing.Also can perhaps mechanically operate keel 300 through the pressure gas hydraulic pressure ground operation that stores or produce through suitable mechanical system.
Fig. 7 is the front elevation according to the sailing boat 10 of another embodiment, and this sailing boat possesses extensile keel 300, and these keel have hydrofoil parts 310, and these hydrofoil parts have wing hydrofoil 312 (or hydroflap).As shown in Figure 7, hydrofoil parts 310 are positioned on the far-end of internal part 320, and have a pair of wing or hydrofoil 314.Wing hydrofoil 312 (or hydroflap) catches on for racing yacht in recent years; The lift of this wing hydrofoil 312 mainly makes progress (but not laterally; As reducing keel to driftage), the zone of soaking with the quilt that reduces hull 20, and thereby reduce the resistance that sailing boat 10 moves forward.
Fig. 8 has shown the cross sectional drawing of the part of sailing boat 10, and this sailing boat possesses fixedly keel 70 and adjustable ballace or Weighting system 400.Typically, through the weight or the Weighting system 400 of ballace are placed (often at the big bulb 460 that is arranged in the keel bottom) in the lowland as far as possible, can from given quality, obtain maximum righting moment.Yet, will be appreciated that under some sailing conditions, possibly need the position of the Weighting system 400 in the adjustment keel 70.
As shown in Figure 8, ballace or Weighting system 400 are made up of the movable balance weight 440 that is placed in the keel 70, and this counterweight is by forming such as cement concrete, iron or plumbous high density material.Weighting system 400 is suitable for being assemblied in the inner room 420 of keel 70, and comprises that control system 410, this control system are used for adjusting the degree of depth of the Weighting system 40 of inner chamber 420.According to an embodiment, control system 410 can comprise internal screw parts 430, and these internal screw parts raise and reduce the Weighting system 400 in the inner room 420.The degree of depth or the position of control system 410 control internal screw parts 430, this finally reduces or the Weighting system 400 of withdrawing.Internal screw parts 430 preferably be attached to capstan system be used to reduce or stretch and/or the keel 70 of withdrawing in other appropriate system of Weighting system 400.
According to an embodiment, control system 410 can comprise mechanical device, and this mechanical device is used to control the relative position of internal screw parts 430, and this finally controls the degree of depth of the Weighting system 400 in the inner room 420 of keel 70.According to an embodiment, control system 410 is made up of spool or cylinder and attached crank.Will be appreciated that control system 410 also can comprise suitable gear assembly, and/or can power be provided by electric, hydraulic pressure, pneumatic or internally fired driving.Control system 410 also preferably includes and prevents this system's debatching and/or the solenoid brake and/or the mechanical brake that discharge from the fixed position.
As shown in Figure 8, keel 70 also can comprise hydrofoil parts 450, and these hydrofoil parts have the wing hydrofoil 452 (or hydroflap) of the far-end that is positioned at keel 70.The hydrofoil parts 450 that possess wing hydrofoil 452 provide the lift of main upwards direction (but not laterally, as reducing keel to driftage), the zone of soaking with the quilt that reduces hull 20, and thereby the resistance when reducing sailing boat 10 and moving forward.
Fig. 9 has shown the cross sectional drawing according to the sailing boat 10 of another embodiment, and this sailing boat possesses fixedly keel 70, this fixedly keel possess hollow wing keel 460 and adjustable ballace or Weighting system 400.As shown in Figure 9, hollow wing keel 460 comprise hydrofoil parts 450, and these hydrofoil parts have the wing hydrofoil 452 that has chamber 470 therein.Chamber 470 is attachable on the ballace system (not shown), and the water of this ballace system available external is filled or pressurization.The chamber 470 of the configurable one-tenth of ballace system in hydrofoil parts 450 provides the positive buoyancy condition lighter than the volume of its drain water, and the negative lift that increases himself weight or reduce displacement perhaps is provided.
Figure 10 is that this sailing boat possesses retractable solar panel system 500 according to the cross sectional drawing of the sailing boat 10 of another embodiment.As shown in Figure 10, retractable solar panel system 500 comprises a plurality of solar panels 510, and this solar panel is attached on the boats and ships guy 502.Will be appreciated that guy (or shroud) 502 can comprise that end wise extends to any suitable cable, rope, metal filament or the rod of hull along the line of centers of sailing boat 10 from mast, perhaps extend to the shroud of sailing boat 10 sides from mast 50.Guy or shroud 502 preferably at one end 504 are fixed on the hull 20 of sailing boat 10, and be fixed on the top or top 46 of mast 50 at second end 506.
According to an embodiment, retractable solar panel system 500 preferably includes a plurality of solar panels 510, and this solar panel is attached on the guy 502 through the adaptor union 520 such as pipe link or butt hook.System 500 also comprises and is used to launch a plurality of solar panels 510 in use and makes the top 46 upwardly extending systems of adaptor union 520 (being pipe link or butt hook) towards mast 50.Will be appreciated that when not using solar panel 510 can be contracted and leave on the deck of sailing boat 10.The optimum system choosing that is used for solar panel 510 stretching, extensions and withdrawal is capstan winch (for example, 140) or other the suitable mechanical device that is used to roll rope or hawser.Capstan winch preferably includes spool (or winch drum) and attached crank.Will be appreciated that mechanical device or capstan winch can provide power by electric, hydraulic pressure, pneumatic or internally fired driving, and comprise solenoid brake and/or mechanical brake or the ratchet that prevents its debatching.
Between the storage period of solar panel 510 or when not using solar panel 510, preferably place over cap piling up of solar panel 510.As shown in Figure 10; A pair of solar panel 522,524 each preferably carry out attached through adaptor union 520; Adaptor union 520 is preferably pipe link or butt hook, and can comprise pair of hinges 526,528, makes a plurality of solar panels 510 when not using, can deposit by piling up (z shape is folding).
Figure 11 is the front elevation according to the retractable solar panel system 500 of Figure 10 of an embodiment.As shown in Figure 11, panel system 500 is made up of a pair of solar panel 522,524, and this solar panel 522,524 has hinge 526,528 betwixt, to allow when not using a plurality of panels 510 is piled up.A plurality of panels also can comprise at least one edge member 530,540, and this edge member helps solar panel 510 aligning during use.This at least one edge member 530,540 is preferably the appropriate method of the metal filament that the outward flange of solar panel is attached to each other, hook or other that panel is attached to each other.
Figure 12 is the planar view according to the retractable solar panel array 600 of an embodiment.As shown in Figure 12, retractable solar panel array 600 can be made up of a plurality of vertical solar panel systems 500.Solar panel system 500 preferably includes attached to each other and is attached to a plurality of solar panels 510 on the standing line 502; Perhaps; Under the situation of land fixed system, guy 502 can be metal filament, hawser, rod or other suitable device, wherein; A plurality of solar panels 510 can not pile up between used life, and launch during use.The use that will be appreciated that solar panel system 500 is not limited to sailing boat 10, and can solar panel system 500 be placed on any suitable structure; Comprise dwelling house and commercial building; Windmill, water tower, advertising panel; Such as the supporting construction and the physiographic form of bridge, radio mast, antenna, tower, physiographic form comprises hills, steep cliff, field, embankment, mound and mountain valley.In addition, solar panel system 500 is attachable on the Transportation Model such as city motor bus, car or self-propelled vehicle, truck, boats and ships, aircraft and train.According to another embodiment; Can solar panel 510 be placed on flotation gear or the floatable element (not shown); And can this retractable solar panel system 500 be placed on any suitable water body, comprise lake, pond, rice field, ocean and swimming pool.
Figure 13 is the planar view according to the retractable solar panel array 600 of another embodiment, and wherein, retractable solar panel array 600 is fixed on pair of vertical parts 602, between 604.As shown in Figure 13, solar panel system 500 be positioned to be horizontally fixed on pair of vertical parts 602, between 604.
Figure 14 is the front elevation according to the retractable solar panel system 500 of another embodiment.As shown in Figure 14, retractable solar panel system 500 by a plurality of solar panels 510 (Figure 11) leave roller in or roller system 620 on a volume solar panel material 610 form.In the non-use period, a plurality of solar panels 510 or this volume solar panel material 610 are wrapped on reel 630 or other the suitable device.Optional handle 632 that is shown or other appropriate system, for example little capstan winch, can be used to deploying solar can panel material 610 and/or solar panel material 610 is wrapped on the reel 630.During use, a plurality of solar panels 510 or this volume solar panel material 610 are launched, extend to attachment point 506 from cylinder 630.Will be appreciated that solar panel 510 or this volume solar panel material 610 are preferably photovoltaic cell or photovoltaic module.
According to an embodiment, form is that the solar panel 610 of photovoltaic cell or photovoltaic module (or being electrically connected and being encapsulated in the Battery pack in the framework) directly converts sunshine into.Photovoltaic (PV) battery can be processed by the semi-conducting material such as silicon, makes that certain a part of light is absorbed in semi-conducting material when illumination radio pond.The energy of absorbed light is transferred to quartz conductor, and impingement of electrons is loosening, allows its free-flowing.In addition, photovoltaic (PV) battery also all has one or more electric fields, and this electric field works to force because of the d/d electronics of light absorption and on a certain direction, flows.The mobile of electronics is electric current, top that can be through metal contact being placed on the PV battery and bottom and externally use this electric current.This electric current defines the power (or wattage) that solar cell produces with the voltage (being the electric field of The built-in or the result of field) of battery.
Figure 15 is the planar view that possesses the sailing boat of retractable solar panel system 500, and this solar panel system 500 is attached on the telescopic or retractible mast 550.As shown in Figure 15; Retractable solar panel system 500 comprises attached to each other and is attached to a plurality of solar panels 510 on the standing line 502; Standing line 502 at one end 504 is attached on the hull of sailing boat, is attached at the other end 506 on the upper end 572 of telescopic or retractible mast 550.Telescopic or retractible mast 550 is made up of a plurality of tubular section 552,554,556,558,560, and these tubular section are sliding inside each other, so that when not using, deposit more easily.Can extend and shorten withdrawal formula mast 550 as required.Will be appreciated that tubular section 552,554,556,558,560 can have the suitable Cross-section Design of any adaptation withdrawal formula design-calculated, comprises rectangle and/or square.Handle or power capstan system 580 can be used to raise and reduce mast 550.
Figure 16 is the planar view according to the solar panel system 700 of another embodiment.As shown in Figure 16, solar panel system 700 is made up of a plurality of solar panels 720 that are attached on the support component 710, and this support component is the form of shaft-like or tubular part.According to an embodiment, a plurality of solar panel 720 is rotatable, makes solar panel 720 will be arranged in the plane identical with the plane of wind.Rotatable solar panel 720 provides the ability that is placed in the strong wind zone to solar panel system 700, and need not the face 730 of solar panel 720 directly be positioned in the wind.On the contrary, solar panel 720 is rotated, and makes the interarea 730 of solar panel be positioned on the direction identical with the direction of wind.If shift of wind, so, solar panel 720 rotations make the face 730 of solar panel 720 be in all the time in the plane identical with wind direction.
According to an embodiment, solar panel 720 can be fit to allow that the device of solar panel 720 rotations is attached on the support component 710 through any.For example, as shown in Figure 16, solar panel 720 is attachable on the support component 710 that possesses coupling components 712, and coupling components 712 rotates around support component 710.Solar panel 720 also can comprise mark, for example " HIGHPOINT " or other trade name from advertisement or marketing purposes.
Figure 17 is the planar view according to the adjustable solar-power system 800 of an embodiment.As shown in Figure 17, system 800 is included in pivotally attached last support component of pivot point 820 810 and following support component 840.Pivot point 820 serves as and is used for the pivot point of support component 810,840 up and down; Thereby can adjust and/or change the relative angle and the position of going up support component 810; Make a plurality of solar panels 910 (Figure 18) can during various seasonal variation, face the sun; Wherein, during 1 year, the relative position of the sun on high changes.
As shown in Figure 17, support component 810 812 extends to lower end 814 from the upper end.According to an embodiment; Last support component 810 comprises top 816 and bottom 818; Its middle and lower part 818 comprises balance weight 830, this balance weight the direction of support component 810,840 up and down and angle change during help moving of support component 810,840 up and down.Balance weight 830 preferably is bonded in the bottom 818 of support component 810.Yet, will be appreciated that balance weight 830 can be positioned at the outside of support component 810.
Last support component and following support component 810,840 preferably have the cross-sectional plane of rectangle, yet, will be appreciated that support component 810,840 can have triangle, circle, ellipse or other suitable cross-sectional plane.In addition, will be appreciated that support component 810,840 can be processed by any suitable material up and down, include but not limited to timber, steel, plastics or other suitable composite material.
According to an embodiment, bottom 866 preferred orientation of following support component 840 are in bearing arrangement 870, and this allows affined the relatively moving between the bottom 866 of base unit and following support component 840.Will be appreciated that to use and allow any suitable system 870 of the rotation of support component 840 down.
Will be appreciated that also storage device 868 also can be used to gear assembly 850 power is provided.According to an embodiment; System 800 can comprise the sensor (not shown); This sensor is attached to computing machine or other has on the suitable computer device of printed circuit board (PCB), microprocessor or central process unit (CPU); Wherein, based on be stored in from sensor readings or other among printed circuit board (PCB), microprocessor or the central process unit or within related data, make system's 800 rotations and/or adjustment solar panel system 900 with the relative position of required receiving angle towards the sun.
According to an embodiment; System 800 can comprise the altitude of the special period and/or the sun during the date and the table of azimuth; And can programme to system 800 based on some desired parameter; With the relative position of support component 810,840 about changing, thus the position of sun that compensation changes.Will be appreciated that according to a preferred embodiment solar panel 910 (Figure 18) is preferably faced the sun in the best or desired time cycle.
Also should understand; System 800 is preferably self-powered; Adjust support component 810,840 up and down, solar panel system 900 and solar panel with the relative position of the sun aerial with respect to the sky during the sun between various seasonal periods and this seasonal variation.Will be appreciated that also system 800 can comprise that other is used to adjust the propulsion source of support component 810,840 up and down, comprise electronic, hydraulic pressure or other suitable propulsion source.
Figure 18 is the transparent view of the part of solar panel system 900, and this solar panel system is made up of with a plurality of solar panels 910 adjustable solar-power system 800.As shown in Figure 18; Solar panel system 900 comprises a plurality of solar panels 910; This solar panel can comprise photovoltaic cell (photovoltaic module of for example being made up of the photovoltaic cell component of the interconnection that has encapsulated), solar thermal collector panel, solar water panel or other solar panel that sunshine and/or thermal cross over from the sun are become the energy, and the system that this energy can be stored and/or be used in the system of being attached to 900 provides power.
According to an embodiment, solar panel 910 is attached to being configured in the face of on the surface of the sun of support component 810.Last support component 810 can permanently be fixed on a plurality of solar panels 910, perhaps can carry out attached according to the mode that other devices that can utilize bayonet fitting or other to remove and/or replace a plurality of solar panels 910 removed or exchanged solar panel 910.
If use single solar panel 910, solar panel 910 preferably is attached in the module or array of solar panel 910 so, perhaps, in an alternative, can use a single volume solar panel 910.Though in Figure 17 and Figure 18, shown single adjustable solar-power system 800 and solar panel system 900; But should understand; Can system 800,900 be designed to modularization, make a plurality of systems 800,900 can be used to adapt to the big zone such as field or edifice that can hold a plurality of systems 800,900.
According to an embodiment, solar panel 910 can comprise a plurality of photovoltaic modules or known photovoltaic array.The installation of photovoltaic cell will preferably include the photovoltaic module array of electrical connection, and comprise phase inverter (being used to connect the array of electrical network) or battery (being used to break away from electrical network).
According to an embodiment, photovoltaic array or solar panel 910 can be made up of stiffness films.In the stiffness films module, preferably go up directly generation battery, and produce electrical connection at the scene in glass substrate or overlying strata (superstrate), form monolithic integrated circuit.Utilize aquaseal that substrate or overlying strata are laminated on anter or the back sheet.In an alternative embodiment, photovoltaic array can be made up of flexible thin-film battery, and through light sensitive layer and other necessary being deposited upon on the flexible substrate are produced.
Alternatively; Solar panel system 900 can be made up of solar thermal collector with solar panel 910; This solar thermal collector is to be intended to collect heat specially and/or to absorb sunshine so that the solar collector of heat to be provided, and comprises solar power parabolic wire casing, solar trough and solar column.According to an embodiment, can in solar power plant, use solar collector, in solar power plant, solar heat is used to produce electric power through adding hot water to produce steam and to drive the turbine that is attached on the electrical generator.
In another embodiment, solar panel system 900 can be made up of a plurality of solar water panels with solar panel 910, and this solar water panel uses solar power to add hot fluid, and this fluid is used to conduct heat to the thermmal storage container.For example, according to an embodiment, drinkable water will be heated and be stored in the hot well on the sailing boat.The solar water panel typically comprises panel solar-heat collector, and this heat collector comprises baffle, and fluid circulation pipe is attached on the baffle.Usually the resorber that is coated with the black selective surface is guaranteed to convert solar radiation to heat, and the fluid that pipeline is passed in circulation is from using or heat is taken away in the place of stored heat.Heated fluid is pumped to H Exch, and this H Exch is coil pipe or the external heat exchanger in the reservoir vessel, and fluid is emitted its heat in H Exch, is circulated back to panel then to be heated once more.Through mechanical pump (itself can provide power by photovoltaic cell), or (in the place that mounting condition is allowed) can help the fluid circulation, so that fluid is circulated to the reservoir vessel of in the loop, installing higherly through allowing convection current.
Figure 19 is the planar view of solar energy system 800 that is used to adjust a plurality of solar panels 910 according to another embodiment.As shown in Figure 19, solar energy system 800 comprises support component 810, and support component is attached to down on the support component 840 on this.Solar energy system 800 also comprises the gear assembly of being made up of last assembly 852 850; Should go up assembly and have the part of the central portion 854 that has a plurality of teeth 855, these a plurality of teeth 855 and 858 engagements of the last wheel assembly with the rounded bottom parts 857 that have a plurality of teeth 859.A plurality of teeth 859 on the last wheel assembly 858 and tooth 855 engagements are to raise and to reduce and go up support component 810.Last wheel assembly 858 also comprises via the attached handle 856 of axle 874.
According to an embodiment, solar panel 910 comprises a plurality of solar panels 910 with front side 912 and rear side 914.Each independent solar panel 910 preferably is attached on the bar 940, and this bar is configured between various seasonal periods, to adjust the relative position of the front side 912 (with rear side 914) of solar panel 910 with respect to the position of the sun on the ground line.Bar 940 preferably is attached on the outer handle or lever 960 of adjustment solar panel 910 with respect to the relative position of the sun; Perhaps alternatively; Be attached on internal switch or the lever (not shown), this internal switch or lever are attached on printed circuit board (PCB) or other suitable microprocessor.But printed circuit board (PCB) and/or microprocessor M/C to change the relative position of solar panel 910, perhaps alternatively, can be programmed to printed circuit board (PCB) and/or microprocessor to all places of the sun during the seasonal variation.
According to an embodiment, solar panel 910 is attached on the solar panel parts 930 that comprise a pair of support component 950,952.Solar panel parts 930 preferably extend to lower end 814 from the upper end 812 of last support component 810.Solar panel parts 930 comprise solar power portion 952 and the bight 950 that is positioned at 812 places, upper end of support component 810, and wherein, solar panel 910 is attached in the solar power portion 952.During use, can be through coming shifting bar 940 via handle or lever 960 or internal switch or lever (not shown), thus can adjust solar panel 910.
This system also comprises a pair of wheel assembly 862,864 down, and each time wheel assembly comprises a plurality of teeth that are configured to be engaged with each other 863,865.Following wheel assembly 862,864 also comprises the axle 872 that is attached on the handle 860.Handle 860 causes down support component 840 around the axis rotation of 360 degree with the rotation of cw and/or conter clockwise mode, makes to come Adjustment System 800 to the relative position of the different seasonal and day aerial sun.
According to an embodiment, bottom 866 preferred orientation of following support component 840 are in bearing arrangement 870, and this allows affined the relatively moving between the bottom 866 of base unit and following support component 840.Will be appreciated that to use and allow that support component 840 is around any suitable system 870 of axis rotation down.According to an embodiment, the following support component 840 preferred axis that center on rotate about 10 to 360 degree.
Figure 20 is the planar view that is used for the solar panel unit 1000 of adjustable solar-power system 800, and this adjustable solar-power system 800 is attachable on roof or other structure.Solar panel unit 1000 comprises solar panel strut member 1010 and a pair of optional panel support parts 1020,1030.Solar panel support component 1010 preferably is attached on the base unit 1040, and this base unit has the periphery of rectangle, and this periphery has roughly the perimeter support part of " A " shape.Base unit 1040 comprises inner bottom part 1042, a pair of oblique parts 1044,1046, outer bottom 1048 and the support component 1050 of roughly being inverted " V " shape to form that extend upward.Support component 1050 is preferably placed in the substantial middle portion of a pair of oblique parts 1044,1046.
According to an embodiment, solar panel support component 1010 can exchange with the following support component 840 of adjustable solar-power system 800.In addition, shown in Figure 17 and Figure 19, optional support component 1020,1030 can hold gear assembly 850.
Will be appreciated that suitable adaptor union capable of using and in solar panel system 500,600,700,800 and 900 any one is attached on any suitable structure, be positioned on the bight and/or edge of this structure.For example; According to an embodiment; Adjustable solar-power system 800 shown in Figure 17 and Figure 19 is attachable on the bight of building or structure; Make solar panel 910 on the roof of building and/or structure, extend, and be parallel to or the edge direction identical and extending roughly with the side of building or structure.
According to another embodiment; Solar panel system 500,600,700,800,900 can be used as a whole set of equipment and sell; Comprise a plurality of solar panels 510,610,720,910; This solar panel possesses and is used to stretch and the system of a plurality of solar panels 510,610,720 of withdrawing, and perhaps has or do not have the adjustable solar-power system 800 of solar panel unit 1000.Will be appreciated that the whole series are equipped in is preferably modularization in essence, and can be with the combination of a plurality of independent the whole series equipment, to be provided for a plurality of solar panel systems 500,600,700,800,900 in big zone.A whole set of equipment also preferably includes the electric coupler and the cable or wire of at least one memory storage 668 and any necessity.
Figure 21 is the transparent view of sneaking into the adjustable solar-power panel system 1100 of embodiment according to another.As shown in Figure 21, solar panel system 1100 comprises a plurality of solar panels 1110 with front side 1112 and rear side 1114.On the support component 1120, this preceding support component was configured to the relative position of the front side 1112 (with rear side 1114) of adjustment solar panel 1110 between various seasonal periods with respect to the position of sun on the ground line before each independent solar panel 1110 preferably was attached to.Supporting construction 1120 is preferably by a pair of adjustable solar-power panel support bar 1122,1124; Upper support bar 1130 and adjustable back support component 1140 are formed, and adjustable back support component 1140 is made up of at least one adjustable strut bar 1142,1144 or alternative a pair of adjustable support component 1142,1144.
According to an embodiment; Each adjustable strut bar 1122,1124,1142,1144 preferably is made up of a pair of expansion link; Each expansion link has upper boom and lower beam; It cooperates within each other and slides, and comprises adjustable clip 1126,1128,1170,1172, and this clip is suitable for adjusting length, height and the angle of each adjustable strut bar 1122,1124,1172,1174.
In addition, each strut bar 1122,1124,1142,1144 preferably is attached on Caster or other the suitable wheel 1150, and the steering pivot that it comprises biasing makes runner automatically to rotate, and aims at the direction that self and its are pushed.According to an embodiment, during various seasons, can manually rotate adjustable solar-power system 1100, and be located direction at the sun.In addition, solar panel system 1100 preferred disposition become to be assemblied in container or the box 1180, so that be transported to remote location and/or place.
A plurality of solar panels 1110 can comprise photovoltaic cell (photovoltaic module of for example being made up of the photovoltaic cell component of the interconnection that encapsulates), solar thermal collector panel, solar water panel or other solar panel that sunshine and/or thermal cross over from the sun are become the energy, and the system that this energy can be stored and/or be used in the system of being attached to 1100 provides power.A plurality of solar panels 1110 can be attached to the top of adjustable strut bar 1122,1124,1172,1174 through hook or other suitable adaptor union.
According to an alternative embodiment, adjustable solar-power system 1100 comprises a plurality of solar panels 1110 with front side 1112 and rear side 1114.On the support component 1120, this preceding support component was configured to adjusting the relative position of the front side 1112 (with rear side 1114) of solar panel 1110 with respect to the position of sun on the ground line during various seasons before each independent solar panel 1110 preferably was attached to.Supporting construction 1120 preferably includes a pair of solar panel strut bar 1122,1124, upper support bar 1130 and the adjustable back support parts of being made up of a pair of adjustable support component 1142,1,144 1140.Each strut bar 1122,1124,1142,1144 can't help a pair of expansion link and is formed, but each strut bar 1122,1124,1142,1144 has fixing length, and adjusts the angle of inclination with a pair of angled support component 1160.Angled support component 1160 comprises pair of support rods 1162,1164, and this strut bar has extended a plurality of pins or bar from its underpart, and it is configured to be fixed to a pair of bar on the adjustable support component 1142,1144 or sell 1168 and hold.
Figure 22 is the planar view that is attached to the adjustable solar-power panel system 1200 on building or the structure 1250 according to another embodiment.As shown in Figure 22, adjustable solar-power panel system 1200 comprises a plurality of solar panels 1210, and this solar panel is attached on the rail system of being made up of track or guidance system 1242 and control box and/or controller 1,244 1240.Control box and controller 1244 are preferably placed at upper surface, for example the roof of building or structure 1250.Should understand; Track or guidance system 1242 can comprise any suitable rail system; This rail system has groove; Groove is suitable for holding the adaptor union 1220 that is attached on a plurality of solar panels 1210, perhaps alternatively, is suitable for holding along the edge of building or structure 1250 and extends to cable, hawser, lead or the bar of control box and controller 1244.Control box and controller 1244 preferably include electrical motor or other is suitable for folding and launching the mechanical device of a plurality of solar panels 1210.
According to an embodiment; Retractable solar panel system 1200 preferably includes a plurality of solar panels 1210; This solar panel is attached on the rail system 1240 through the adaptor union 1220 such as pipe link or butt hook, and this pipe link or butt hook are separated into a plurality of solar panels 1210 to 1212,1214.Control box and controller 1244 also comprise and are used to launch a plurality of solar panels 1210 and make adaptor union 1220 (being pipe link or butt hook) towards the roof 1252 of building or structure 1250 and upwardly extending system.
Figure 23 is the planar view according to the solar panel system 1200 on the roof that is attached to building 1,250 1252 of another embodiment.As shown in Figure 23; Use supporting construction 1260 a plurality of solar panels 1210 to be attached on the roof 1252 of building or structure 1250, supporting construction 1260 is formed by base unit 1262 with from the support component 1264,1266 of the roof 1252 outward extending pair of vertical of building or structure 1250.A plurality of solar panels 1210 are suitable for being assemblied in the support component 1264 of pair of vertical, between 1266.According to an alternative, can increase a pair of support component (not shown) that is parallel to roof line and extends, to prevent a plurality of solar panel 1210 sway.
Figure 24 is the planar view according to the solar panel system 1300 on the roof that is attached to building 1252 of another embodiment.As shown in Figure 24, solar panel system 1300 comprises the supporting construction (or framework) 1320 on a plurality of solar panels 1310 and the pinnacle that is suitable for being assemblied in roof 1252.Supporting construction (or framework) 1320 comprises solar panel portion 1330 and secondary solar panel portion 1340.Supporting construction (or framework) 1320 also comprises the support component 1332 of a plurality of levels, and this support component is suitable for holding solar panel 1310.According to an embodiment, solar panel 1310 is preferably and converts sunshine any suitable panel of the energy to or than the array of small panel.
Supporting construction or framework 1320 are preferred by processing such as the light material of plastics or similar material.According to an embodiment, supporting construction or framework 1320 are hollow, make supporting construction or framework 1320 be suitable for holding water and/or air, to structure or framework 1320 stability to be provided.For example, according to an embodiment, solar panel portion 1330 is by fills with air, and secondary solar panel portion 1340 is filled by water.The secondary solar panel portion 1340 of being filled by water provides ballast to supporting construction or framework 1320.Will be appreciated that according to an embodiment supporting construction 1320 is preferably solar water panel or other suitable panel system, it comprises the supply of on-cycle water.Capable of using such as crampons carriage (not shown) carriage or other suitable device and supporting construction or framework 1320 are attached on the roof 1252.
Figure 25 is the planar view according to the part of the solar panel system 1300 of another embodiment, and this solar panel system is attached on the roof or roof part 1252 of the building 1250 shown in Figure 24.As shown in Figure 25, solar panel system 1300 comprises the supporting construction 1320 on a plurality of solar panels 1310 and the pinnacle that is suitable for being assemblied in roof 1252.According to an embodiment, supporting construction (or framework) 1320 comprises solar panel portion 1330 and secondary side board (not shown).Supporting construction (or framework) 1320 comprises the support component 1354 of a plurality of levels, and this support component is suitable for holding solar panel 1310 (not shown)s.The support component 1354 of level also comprises pair of flanges 1358,1360; This flange forms the cavity 1350 with a pair of angled parts 1356,1358, and this is suitable for solar panel 1310 is fastened in the cavity 1350 to angled parts 1356,1358.According to an embodiment, solar panel portion 1330 extends to the pinnacle on roof 1252, and 1252 opposite side extends and the secondary side board is along the roof.Solar panel portion 1330 preferred at least a portion in season in the face of the direction of the sun or the main directions of the sun, the secondary side board is positioned at the opposition side or the dark side on roof 1252 in the part in season or major part.
Figure 26 A is the planar view according to the solar panel system of another embodiment and solar water panel system 1400.Shown in Figure 26 A, system 1400 comprises solar water panel system 1410 and solar panel system 1440.According to an embodiment; The solar water panel system is made up of inlet 1420, outlet 1430 and a plurality of solar thermal collector 1450; Inlet 1420 receives the fluids (or water) 1460 such as water from the fluid source (not shown), and outlet 1430 makes fluid (or water) 1460 return water source or fluid source or as alternative second water source or fluid source.According to an embodiment, fluid (or water) 1460 gets in the solar water panel system 1410 via inlet 1420, flows to a plurality of solar thermal collectors 1412.Solar panel system 1440 comprises a plurality of solar panels 1442; Wherein, Each solar panel 1142 can be by according to design goal and parallel connection or the solar heat panel or photovoltaic (PV) arrays of modules that are connected in series are formed, or is made up of other suitable solar panel.Will be appreciated that system 1400 can comprise the solar collector 1412 and solar panel 1442 of any amount and/or combination, it possesses variable pattern to satisfy the demands of consumers.For example, shown in Figure 26 A, each row can comprise two solar collectors 1412 and two solar panels 1442.According to an embodiment, solar panel 1442 is preferably and converts sunshine any suitable panel of the energy into or than the array of small panel.
According to an embodiment, a plurality of solar collectors 1412 are preferably the solar water panel, and this solar water panel uses solar power to add hot fluid, and this fluid is used to conduct heat to the thermmal storage container.According to an embodiment, for example, can drinkable water heating be stored in the hot well then at home.Solar collector 1412 can comprise baffle 1414 (Figure 26 B), and fluid circulation pipe 1480 (Figure 26 B) is attached on this baffle.Usually the baffle 1414 that is coated with the black selective surface is guaranteed to convert solar radiation to heat, and the fluid that pipeline is passed in circulation is from using or heat is taken away in the place of stored heat.Heated fluid is pumped in the H Exch, and this H Exch is coil pipe or the external heat exchanger in the reservoir vessel, and fluid is emitted its heat in H Exch, be circulated back to panel then so that be heated once more.
According to an embodiment; Through itself can by photovoltaic cell the mechanical pump (not shown) of power is provided or in place that mounting condition is allowed through allowing convection current; Can help the fluid circulation, so that fluid is circulated to the reservoir vessel of in the loop, installing higherly that also is called as thermal siphon.
According to another embodiment, in the path of sunshine, placed the weather tight insulated case, this insulated case comprises the ferrous meatal absorbing sheet of the pipe of building in possessing.Water in the solar energy heating pipe impels it to circulate through free convection and passes system.Water is transported to the storage bin that is positioned on the catcher usually.Will be appreciated that this passive solar water heating system is used for hotel and family usually under sunny weather.Will be appreciated that from these purposes common actual be to use solar energy flat plate collector that has constant bearing (position) or the duct type catcher that vacuumizes.According to a preferred embodiment,, can obtain fixed flat planar formula catcher or the peak efficiency of the duct type catcher that vacuumizes through making catcher towards the sun and make heat collector equaling the angle tilt that latitude adds about 10 degree with respect to horizontal.Will be appreciated that solar collector is divided into two big types usually: non-centralized and centralized.
In non-concentrated type, collector region (that is the zone of intercepting solar radiation) equals absorber areas (that is the zone of absorbed radiation).According to a preferred embodiment, catcher is preferably flat catcher, yet; This catcher preferably includes: (1) flat plate absorber, and intercepting also absorbs solar power, (2) clear cover; Allow that solar power passes, but reduce the egress of heat of resorber, (3) heat-transfer fluid (air or water); Flow through pipeline removing heat from resorber, and (4) heat insulation backing.According to an embodiment, can vacuumize flat-plate collector, to prevent egress of heat.
In addition, will be appreciated that typically that the actv. of catcher uses with the leak free heat-exchange system, rather than makes drinkable water flow through catcher.According to an embodiment, the compound of water and propylene glycol can be used as heat-exchange fluid, with protection freezing injury, up to the ratiometric temperature that depends on the propylene glycol in the compound.
According to another embodiment; Catcher can have a plurality of glass tubes that vacuumize, this glass tube heating solar resorber, and final heating solar working fluid (water or typically be mixed with the propylene glycol of antifreeze); With the heating domestic hot water, or be used for the heating of hydronic space.The pipeline that vacuumizes has reduced the radiation again from the infrared ability of catcher, allows that it reaches than the much higher temperature of most of flat catchers.Will be appreciated that the pipeline that vacuumizes has constant profile, this profile is typically perpendicular to solar rays, thereby the energy that is absorbed is a constant in one day time.
Figure 26 B is the planar view according to the combination of the solar panel of another embodiment and solar water panel 1470.Shown in Figure 26 B; This solar panel and solar water panel 1470 comprise the solar water panel 1470 with a plurality of passages 1480; These a plurality of passages have been located solar panel 1442 above that; And more preferably solar panel 1442 is positioned on the outside face 1472 of solar water panel 1470.According to an embodiment; Solar panel and solar water panel 1470 comprise solar collector 1412 and solar panel 1442; Solar collector 1412 is preferably the solar water panel that uses solar power to add hot fluid; This fluid is used to conduct heat to the thermmal storage container, and solar panel 1442 converts sunshine to the energy.Will be appreciated that any solar panel 1442 can be any photovoltaic module, this photovoltaic module is the solar module that is used to produce electric power.
According to an embodiment, solar collector 1412 can comprise resorber flat board 1414, and fluid circulation pipe 1480 is attached on this resorber dull and stereotyped 1414.Usually the resorber 1414 that is coated with the black selective surface is guaranteed to convert solar radiation to heat, and the fluid (not shown) that pipeline 1480 is passed in circulation is from using or heat is taken away in the place of stored heat.Heated fluid is pumped in the H Exch, and this H Exch is coil pipe or the external heat exchanger in the reservoir vessel, and fluid is emitted its heat in H Exch, is circulated back to then in the panel to be heated once more.
According to an embodiment; Through itself can by photovoltaic cell the mechanical pump (not shown) of power is provided or in place that mounting condition is allowed through allowing convection current; Can help the fluid circulation, so that fluid is circulated to the reservoir vessel of in the loop, installing higherly that also is called as thermal siphon.Will be appreciated that from these purposes common actual be to use solar energy flat plate collector that has constant bearing (position) or the duct type catcher that vacuumizes.Typically, if, so, can obtain fixed flat planar formula catcher or the peak efficiency of the duct type catcher that vacuumizes towards the sun and equaling the angle tilt that latitude adds about 10 degree with respect to horizontal.Will be appreciated that as stated solar collector 1412 can be non-centralised collection device or centralised collection device.
According to an embodiment, this solar panel and solar water panel 1470 are roof Materials of shide form.Therefore, will be appreciated that a plurality of panels 1470 can be used to form the array or the grid of solar panel, it takes on roof Material, to substitute shide or other roof Material.Alternatively, panel 1470 can be the form of roller, and it can be spread out to be used on the roof or to be attached to building or the side of other structure.
Figure 27 is the transparent view according to the inflatable solar panel support part 1500 of another embodiment.As shown in Figure 27, inflatable solar panel system 1500 comprises expandable supporting construction 1510, and this supporting construction is made up of a pair of section 1512,1514 expandable and/or that water is filled.According to an embodiment, hypomere 1512 comprises and is used to fill water and from the inlet 1540 and outlet 1542 of hypomere 1512 discharge waters.In an alternative, epimere 1514 has the inlet 1550 that is used to that epimere 1514 is expanded and shrinks and exports 1552. Inlet 1540,1550 and export 1542,1552 be preferably the reducing valve form check valve or other suitable valve gear.
According to an embodiment, but hypomere 1512 is preferably water with filling, and keeps water usually so that strut member 1500 increases the weight of.Epimere 1514 is preferably available air and fills, and keeps the shape of air with finishing supporting construction 1510 usually.Epimere 1514 preferably has the bottom 1520 and a pair of angled side 1516,1518 of level, and this side combines and forms angled surperficially 1522, and this surface has at least one chamber 1530 that holds solar panel 1538 (Figure 28).According to an embodiment, solar panel 1538 is preferably and converts sunshine any suitable panel of the energy to or than the array of small panel.
It is portable to will be appreciated that solar panel support 1500 is preferably, and compressible and folding so that transportation.In order to build strut member 1500, each section 1512,1514 expanded.According to an embodiment, can the handle (not shown) be provided at hypomere and/or epimere 1512,1514.Lifting handle will promote epimere 1514, and with air epimere 1514 and hypomere 1512 expanded in advance.
According to an embodiment, water is filled at least a portion of hypomere 1512.Will be appreciated that water filling hypomere 1512 has increased the air pressure in the epimere 1514.The air pressure of this increase helps to repair the shape of epimere 1514.According to an embodiment, hypomere 1512 has with epimere 1514 and carries out the discharge side (not shown) that fluid is communicated with.Discharge side discharges excessive pressure from hypomere.When water was filled preformed hypomere 1512, discharge side also guided air to enter into epimere 1514 from hypomere 1512.This has increased the air pressure in the epimere 1514, and can make epimere 1514 rigidity that becomes, and with the shape of finishing hypomere 1512, and supports hypomere 1512.Air pressure is also repaired the shape of epimere 1514, is shifted from strut member 1500 to suppress the solar panel (not shown).
Figure 28 is the planar view according to the part of the inflatable solar panel support part 1500 of Figure 27 of an embodiment.As shown in Figure 28, inflatable solar panel support part 1500 comprises at least one chamber 1530, and this chamber is suitable for holding solar panel 1538.Solar panel 1538 is preferably solar heat panel or photovoltaic (PV) arrays of modules, perhaps sunshine is converted to other suitable solar panel of the energy.At least one chamber 1530 comprises bottom 1534 and a plurality of vertical or angled edges 1532, and this edge forms the neighboring in chamber 1530.According to an embodiment; A pair of elastic belt 1536 is attachable on each chamber 1530; And/or alternatively, a pair of elastic belt 1536 extensible angled sections 1516,1518 of crossing epimere 1514 remain on the means in each chamber 1530 thereby provide with solar panel 1538.
Figure 29 is the planar view that is attached to the solar panel system (or support) 1600 on vehicle or the truck 1650 according to an embodiment.As shown in Figure 29; Solar panel system 1600 comprises support component 1610; This support component is made up of approximate horizontal part 1612, first vertical component 1614, the roof line part 1616 of level and vertical roof line part 1618; Approximate horizontal part 1612 is suitable for holding a plurality of solar panel 1640, the first vertical components 1614 and raises a plurality of solar panels 1640, makes its roof away from vehicle or truck 1650.Support component 1610 is fastened on the roof of vehicle or truck 1650 with vertical roof line part 1616,1618 through the level of support component 1610.According to an embodiment, solar panel 1640 is preferably and converts sunshine any suitable panel of the energy to or than the array of small panel.
Figure 30 is the planar view that is attached to the retractable solar panel system (or support) 1700 on the truck 1750 according to another embodiment.As shown in Figure 30, solar panel system 1700 is made up of track or guidance system 1710, a plurality of solar panel 1720 and control box and/or controller 1730.Control box and controller 1730 are preferably placed on the roof or roof parts of truck 1750.Control box and controller 1730 can be hand crank or alternative mechanical motor or be suitable for folding and launch other devices of a plurality of solar panels 1720.Will be appreciated that track or guidance system 1710 can comprise along the roof of truck 1750 and extend to any suitable cable, hawser, lead or the bar of control box and controller 1730.
According to an embodiment; Retractable solar panel system 1700 preferably includes a plurality of solar panels 1720; This solar panel is attached on the rail system 1710 through the adaptor union 1716 such as pipe link or butt hook, and this pipe link or butt hook are separated into a plurality of solar panels 1720 to 1712,1714.Control box and controller 1730 also comprise and are used to launch a plurality of solar panels 1720 and make the system of adaptor union 1716 (being pipe link or butt hook) along the roof extension of truck 1750.
Figure 31 is the planar view according to the roof that is attached to car 1760 of another embodiment or the retractable solar panel system (or support) 1700 on the roof parts.As shown in Figure 31, retractable solar panel system 1700 comprises a plurality of solar panels 1720, and this solar panel is attached on the rail system 1710 through adaptor union 1716.According to an embodiment, a plurality of solar panels 1720 are divided into 1712,1714.
Should be appreciated that it is preferred embodiment that fwd is described, and therefore only representative products and manufacturing approach thereof.Will be appreciated that those of skill in the art will expect many variations and the modification of different embodiment easily according to above doctrine.Therefore, under the situation of spirit that does not break away from product that appended claim sets forth and method and scope, can produce exemplary embodiment and alternative embodiment.
Claims (12)
1. inflatable solar panel support part comprises:
Hypomere is suitable for water and fills, to said strut member counterweight to be provided; And
Epimere; Be suitable for using fills with air, to repair the shape of said strut member, said epimere has the bottom and a pair of angled side of level; This side links together and forms angled surface, and this surface has at least one chamber that is suitable for holding solar panel.
2. strut member according to claim 1 is characterized in that, said hypomere has and is used to fill water or from the entrance and exit of said hypomere discharge water.
3. strut member according to claim 1 is characterized in that, also comprises at least one solar panel, and wherein, said at least one solar panel is assemblied in said at least one chamber.
4. inflatable solar panel support part comprises:
Hypomere is suitable for water and fills, and to said strut member counterweight to be provided, said lower end has entrance and exit, so that fill water or from said hypomere discharge water; And
Epimere; Be suitable for using fills with air; To repair the shape of said strut member, said epimere has the bottom and a pair of angled side of level, and this side links together and forms angled surface; This surface has at least one chamber that is suitable for holding solar panel, and wherein said epimere has the entrance and exit that is used to expand and shrinks epimere.
5. strut member according to claim 4, the said entrance and exit that wherein is used for said hypomere and epimere is a check valve.
6. strut member according to claim 4, wherein said solar panel supporting member are portable, compression and collapsible so that transportation.
7. strut member according to claim 4, wherein said hypomere has the discharge side that is communicated with the epimere fluid, and this discharge side discharges excessive pressure and when water is filled preformed hypomere, also guides air to enter into epimere from hypomere from hypomere.
8. strut member according to claim 7, the air pressure in the wherein said epimere can make become rigidity and support hypomere of epimere.
9. strut member according to claim 4 also comprises at least one solar panel, and wherein said at least one solar panel is assemblied at least one chamber.
10. strut member according to claim 9, wherein said at least one chamber comprise bottom and a plurality of vertical edge, and this edge forms the neighboring in said chamber.
11. strut member according to claim 9, wherein said at least one chamber comprise bottom and a plurality of angled edge, this edge forms the neighboring in said chamber.
12. strut member according to claim 9 also comprises a pair of elastic belt, thereby its extension is crossed angled section of epimere solar panel is remained in said at least one chamber.
Applications Claiming Priority (10)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US90054907P | 2007-02-08 | 2007-02-08 | |
| US60/900,549 | 2007-02-08 | ||
| US92095707P | 2007-03-30 | 2007-03-30 | |
| US60/920,957 | 2007-03-30 | ||
| US11/788,785 US20080190341A1 (en) | 2007-02-08 | 2007-04-19 | System and method of adjusting the location and position of the foresail on a sailboat |
| US11/788,785 | 2007-04-19 | ||
| US11/821,315 | 2007-06-22 | ||
| US11/821,315 US8258394B2 (en) | 2007-02-08 | 2007-06-22 | Retractable solar panel system |
| US11/848,986 | 2007-08-31 | ||
| US11/848,986 US20100065104A1 (en) | 2007-08-31 | 2007-08-31 | Retractable solar panel system |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008800112194A Division CN101688692B (en) | 2007-02-08 | 2008-02-06 | Retractable solar panel system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102745322A true CN102745322A (en) | 2012-10-24 |
Family
ID=47025924
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201210156084 Pending CN102745322A (en) | 2007-02-08 | 2008-02-06 | Retractable solar panel supporting system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102745322A (en) |
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| WO2015158033A1 (en) * | 2014-04-18 | 2015-10-22 | 陈广 | Solar panel and flexible substrate mounting structure for ship |
| CN105452782A (en) * | 2013-05-06 | 2016-03-30 | Dhp技术有限责任公司 | Solar power plant |
| CN106160633A (en) * | 2016-08-28 | 2016-11-23 | 高邮久创信息科技有限公司 | A kind of solar module |
| CN112937791A (en) * | 2021-02-23 | 2021-06-11 | 郭志梅 | Protection device for preventing wind waves from turning over and beating fishing boat and preventing waterweeds from winding |
| CN113428331A (en) * | 2021-07-14 | 2021-09-24 | 哈尔滨工程大学 | Folding structure for full-sea-condition long-range unmanned sailing boat |
| CN117382860A (en) * | 2023-12-12 | 2024-01-12 | 武汉理工大学三亚科教创新园 | Passive sail rotation control device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105452782A (en) * | 2013-05-06 | 2016-03-30 | Dhp技术有限责任公司 | Solar power plant |
| WO2015158033A1 (en) * | 2014-04-18 | 2015-10-22 | 陈广 | Solar panel and flexible substrate mounting structure for ship |
| CN106160633A (en) * | 2016-08-28 | 2016-11-23 | 高邮久创信息科技有限公司 | A kind of solar module |
| CN106160633B (en) * | 2016-08-28 | 2017-12-08 | 江苏顺天灯业钢杆制造有限公司 | A kind of solar cell module |
| CN112937791A (en) * | 2021-02-23 | 2021-06-11 | 郭志梅 | Protection device for preventing wind waves from turning over and beating fishing boat and preventing waterweeds from winding |
| CN112937791B (en) * | 2021-02-23 | 2022-12-13 | 江苏中兴水务有限公司 | Protection device for preventing wind waves from turning over and beating fishing boat and preventing waterweeds from winding |
| CN113428331A (en) * | 2021-07-14 | 2021-09-24 | 哈尔滨工程大学 | Folding structure for full-sea-condition long-range unmanned sailing boat |
| CN117382860A (en) * | 2023-12-12 | 2024-01-12 | 武汉理工大学三亚科教创新园 | Passive sail rotation control device |
| CN117382860B (en) * | 2023-12-12 | 2024-02-09 | 武汉理工大学三亚科教创新园 | Passive sail rotation control device |
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Application publication date: 20121024 |