CN103590968A - Seacoast sea-wave electric generator and ocean sea-wave electric generator - Google Patents
Seacoast sea-wave electric generator and ocean sea-wave electric generator Download PDFInfo
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- CN103590968A CN103590968A CN201310590646.5A CN201310590646A CN103590968A CN 103590968 A CN103590968 A CN 103590968A CN 201310590646 A CN201310590646 A CN 201310590646A CN 103590968 A CN103590968 A CN 103590968A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/30—Energy from the sea, e.g. using wave energy or salinity gradient
Abstract
The invention discloses a seacoast sea-wave electric generator and an ocean sea-wave electric generator. Floating plates or floaters which float on sea waves and the sea waves flow up and down synchronously; when the floating plates or the floaters and the sea waves flow up and down synchronously, pistons in sealed cabins are driven to move, and high-pressure air is produced and discharged by the sealed cabins; thus, turbine engines connected with the sealed cabins are driven to collect the high-pressure air and rotate to generate electricity, and kinetic energy of the sea waves is used for generating the electricity. Compared with the mode that water drops are converted into high-speed rotation of water turbines and therefore electric generators are driven to generate electricity in the prior art, the seacoast sea-wave electric generator and the ocean sea-wave electric generator generate the electricity in the mode that mechanical energy of the sea waves flowing up and down is converted into mechanical energy used for the high-pressure air to drive the turbine engines to rotate; huge projects of dam construction, water impoundment and the like are not needed, and the problem that a large amount of cost is consumed for compensating for farmland reduction and settling immigrants is solved.
Description
Technical field
The present invention relates to sea wave dynamic energy technical field of power generation, relate in particular to a kind of seashore ocean wave generator and ocean ocean wave generator.
Background technique
China's generating is at present main by coal thermal power generation, but due to the shortage increasingly of current oil, rock gas, coal, make State Grid once reproduce anxiety, and coal firepower cost of electricity-generating is high, befouling environment is serious, so the project that the renewable energy sourcess such as exploitation wind energy, solar energy and water flow dynamic energy are generated electricity and engineering are subject to government, pays much attention to.
China utilizes wind energy and solar electrical energy generation to obtain considerable progress now, and country supports to create many conditions and set up wind energy and solar power station.Yet general employing of hydroelectric power of the prior art repaiied dam water filling, utilize water drop to convert water turbine High Rotation Speed to and drive generator generating, this employing is repaiied dam retaining and is carried out the not only gigantic project of hydroelectric mode, and retaining meeting loses a large amount of arable lands, cause a large amount of immigrants, and settle immigrant also very difficult, therefore, this employing repair dam retaining carry out hydroelectric mode be not suitable for China have a large population, plough few, and rivers longer national conditions in dry season.
Summary of the invention
In view of this, the invention provides a kind of seashore ocean wave generator and ocean ocean wave generator, to solve the problem that prior art gigantic project and cost are high.
To achieve these goals, the existing scheme proposing is as follows:
An ocean wave generator, comprising:
The floating plate of seashore scarp is fixed in one end, for floating on seashore wave, with described seashore wave synchronization onwards volt;
Be fixed on the sealed compartment of described seashore scarp, described sealed compartment comprises the piston being connected with described floating plate, by described floating plate, is synchronizeed and rises and falls with described wave, drives the described piston in described sealed compartment to move, and makes described sealed compartment produce and discharge pressurized gas;
The turbogenerator that be fixed on described seashore scarp, is connected with described sealed compartment, for collecting described pressurized gas and rotating generating.
Preferably, described sealed compartment comprises:
Be fixed on the sealing oil cylinder pressure of described seashore scarp, described sealing oil cylinder pressure comprises the first piston being connected with described floating plate, by described floating plate, synchronize and rise and fall with described wave, drive the described first piston in described sealing oil cylinder pressure to move, make described sealing oil cylinder pressure discharge fluid oil;
The large oil hydraulic cylinder of oil-collecting that be fixed on described seashore scarp, is connected by oil pressure output tube with described sealing oil cylinder pressure, the large oil hydraulic cylinder of described oil-collecting comprises the second piston, the large oil hydraulic cylinder of described oil-collecting is collected described fluid oil, by the movement of described the second piston, make the large oil hydraulic cylinder of described oil-collecting discharge pressurized gas.
Preferably, also comprise:
The hydraulic motor that be fixed on described seashore scarp, is connected with the large oil hydraulic cylinder of described oil-collecting, makes described the second piston recover the unnecessary described fluid oil of initial position for reclaiming;
The backflow oil cylinder that be fixed on described seashore scarp, is connected with described hydraulic motor, described backflow oil cylinder is connected with described sealing oil cylinder pressure by oil pressure reflow pipe, for collecting the described fluid oil of described hydraulic motor recovery and being expelled to described sealing oil cylinder pressure.
Preferably, described floating plate is identical with the number of described sealing oil cylinder pressure; When described floating plate and described sealing oil cylinder pressure are when a plurality of, described a plurality of sealing oil cylinder pressures are connected with the large oil hydraulic cylinder of described oil-collecting by an oil pressure output tube respectively.
Preferably, described sealed compartment is: high-pressure gas seal cabin.
Preferably, the piston in described high-pressure gas seal cabin is connected with described floating plate by bent axle.
Preferably, also comprise:
The pressurized gas reflux that be fixed on described seashore scarp, is connected with described turbogenerator, described pressurized gas reflux is connected with described high-pressure gas seal cabin, for reclaiming, makes the described pressurized gas of described turbogenerator rotation to described high-pressure gas seal cabin.
An ocean wave generator, comprising:
The first floating son and the second floating son, for floating on ocean wave, synchronize and rise and fall with described ocean wave;
The can being connected with the second floating son with described the first floating son, for preventing that its inner device is corroded;
The vertical body being connected with described can, for supporting described can;
The base being connected with described vertical body, plays fixation for the device in described vertical body, can and described can;
Be arranged at the first high-pressure gas seal cabin in described can, described the first high-pressure gas seal cabin comprises the first piston being connected with described the first floating son, by described the first floating son, synchronize and rise and fall with described ocean wave, drive the described first piston in described the first high-pressure gas seal cabin to move, make described the first high-pressure gas seal cabin produce and discharge the first pressurized gas;
The first turbogenerator that be arranged in described can, is connected with described the first high-pressure gas seal cabin, for collecting described the first pressurized gas and rotating generating;
Be arranged at the second high-pressure gas seal cabin in described can, described the second high-pressure gas seal cabin comprises the second piston being connected with described the second floating son, by described the second floating son, synchronize and rise and fall with described ocean wave, drive described the second piston in described the second high-pressure gas seal cabin to move, make described the second high-pressure gas seal cabin produce and discharge the second pressurized gas;
The second turbogenerator that be arranged in described can, is connected with described the second high-pressure gas seal cabin, for collecting described the second pressurized gas and rotating generating.
Preferably, the first piston in described the first high-pressure gas seal cabin is connected with described the first floating son by the first bent axle; The second piston in described the second high-pressure gas seal cabin is connected with described the second floating son by the second bent axle.
Preferably, also comprise:
The the first pressurized gas reflux that be arranged in described can, is connected with described the first turbogenerator, described the first pressurized gas reflux is connected with described the first high-pressure gas seal cabin, for reclaiming, makes described first pressurized gas of described the first turbogenerator rotation to described the first high-pressure gas seal cabin;
The the second pressurized gas reflux that be arranged in described can, is connected with described the second turbogenerator, described the second pressurized gas reflux is connected with described the second high-pressure gas seal cabin, for reclaiming, makes described second pressurized gas of described the second turbogenerator rotation to described the second high-pressure gas seal cabin.
From above-mentioned technological scheme, can find out, seashore ocean wave generator disclosed by the invention, the floating plate that is fixed on seashore scarp by one end floats on seashore wave, with described seashore wave synchronization onwards volt; When described floating plate and described seashore wave synchronization onwards volt, drive the piston in the sealed compartment that is fixed on described seashore scarp to move, make described sealed compartment produce and discharge pressurized gas; And then collect described pressurized gas and rotate generating by the turbogenerator being connected with described sealed compartment, realize and utilize sea wave dynamic energy generating; Utilize compared to existing technology water drop to convert the mode that water turbine High Rotation Speed drives generator generating to, seashore ocean wave generator disclosed by the invention, utilize the mechanical energy of the heave of waves to be converted to the generation mode that pressurized gas drive the mechanical energy of turbogenerator rotation, without repairing the great engineerings such as dam retaining, also without expending huge cost to make up the minimizing in arable land and the problem of settling immigrant.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technological scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the disclosed seashore ocean wave generator of embodiment of the present invention schematic diagram;
Fig. 2 is the disclosed seashore ocean wave generator of another embodiment of the present invention schematic diagram;
Fig. 3 is the disclosed seashore ocean wave generator of another embodiment of the present invention schematic diagram;
Fig. 4 is the disclosed seashore ocean wave generator of another embodiment of the present invention schematic diagram;
Fig. 5 is the disclosed ocean of another embodiment of the present invention ocean wave generator schematic diagram;
Fig. 6 is the disclosed ocean of another embodiment of the present invention ocean wave generator schematic diagram.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technological scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiments.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment who obtains under creative work prerequisite, belong to the scope of protection of the invention.
The invention provides a kind of seashore ocean wave generator, to solve the problem that prior art gigantic project and cost are high.
Concrete, as shown in Figure 1, comprising:
The floating plate 101 of seashore scarp is fixed in one end;
The sealed compartment 102 that is fixed on described seashore scarp, sealed compartment 102 comprises the piston being connected with floating plate 101;
The turbogenerator 103 that be fixed on described seashore scarp, is connected with sealed compartment 102.
Concrete working principle is:
Floating plate 101 floats on seashore wave, and described seashore scarp is fixed on in its one end, guarantees that floating plate 101 can not float from its working position, floating plate 101 and described seashore wave synchronization onwards volt; When floating plate 101 lies prostrate with described seashore wave synchronization onwards, drive the piston in sealed compartment 102 to move, such as, when floating plate 101 floats in crest location with described seashore wave, gas in the piston crush seal cabin 102 that floating plate 101 drives in sealed compartment 102, make the gas volume in sealed compartment 102 reduce pressure rising, and then make sealed compartment 102 produce and discharge pressurized gas; By turbogenerator 103, collect described pressurized gas and rotate generating again, realizing and utilize sea wave dynamic energy generating.
The disclosed described seashore ocean wave generator of the present embodiment, utilize the mechanical energy of described seashore the heave of waves to be converted to the generation mode that pressurized gas drive the mechanical energy of turbogenerator 103 rotations, utilize compared to existing technology water drop to convert the mode that water turbine High Rotation Speed drives generator generating to, without repairing the great engineerings such as dam retaining, also without expending huge cost to make up the minimizing in arable land and the problem of settling immigrant.Sealed compartment 102 and turbogenerator 103 are fixed on to described seashore scarp simultaneously, can corrosion protection.
Another embodiment of the present invention also provides another seashore ocean wave generator, concrete, as shown in Figure 2, comprising:
The floating plate 101 of seashore scarp is fixed in one end;
The sealed compartment 102 that is fixed on described seashore scarp, sealed compartment 102 comprises the piston being connected with floating plate 101;
The turbogenerator 103 that be fixed on described seashore scarp, is connected with sealed compartment 102;
Wherein, sealed compartment 102 comprises:
Be fixed on the sealing oil cylinder pressure 121 of described seashore scarp, sealing oil cylinder pressure 121 comprises the first piston 122 being connected with floating plate 101;
The large oil hydraulic cylinder 124 of oil-collecting that be fixed on described seashore scarp, is connected by oil pressure output tube 123 with sealing oil cylinder pressure 121, the large oil hydraulic cylinder 124 of oil-collecting comprises the second piston 125.
Concrete working principle is:
Floating plate 101 floats on seashore wave, floating plate 101 and described seashore wave synchronization onwards volt; When floating plate 101 lies prostrate with described seashore wave synchronization onwards, drive the first piston 122 in sealing oil cylinder pressure 121 to move, such as, when floating plate 101 floats in crest location with described seashore wave, fluid oil in the first piston 122 crush seal oil hydraulic cylinders 121 that floating plate 101 drives in sealing oil cylinder pressure 121, makes sealing oil cylinder pressure 121 discharge described fluid oil; By the large oil hydraulic cylinder 124 of oil-collecting, collect described fluid oil again, by the movement of the second piston 125, make the gas volume of the second piston 125 opposite sides in the large oil hydraulic cylinder 124 of oil-collecting reduce pressure rising, and then make the large oil hydraulic cylinder 124 of oil-collecting discharge pressurized gas; Finally by turbogenerator 103, collect described pressurized gas and rotate generating, realizing and utilize sea wave dynamic energy generating.
Remaining feature and concrete working principle are same as the previously described embodiments in the present embodiment, repeat no more herein.
Preferably, another embodiment of the present invention also provides another seashore ocean wave generator, and as shown in Figure 3, described seashore ocean wave generator also comprises:
The hydraulic motor 104 that be fixed on described seashore scarp, is connected with the large oil hydraulic cylinder 124 of oil-collecting;
The backflow oil cylinder 105 that be fixed on described seashore scarp, is connected with hydraulic motor 104, backflow oil cylinder 105 is connected with sealing oil cylinder pressure 121 by oil pressure reflow pipe 106.
After the large oil hydraulic cylinder 124 of oil-collecting is collected the fluid oil of sealing oil cylinder pressure 121 discharges, the second piston 125 in the large oil hydraulic cylinder 124 of oil-collecting will move, the gas of the second piston 125 opposite sides in the large oil hydraulic cylinder 124 of extruding oil-collecting, makes the large oil hydraulic cylinder 124 of oil-collecting discharge pressurized gas; Meanwhile, hydraulic motor 104 is activated, and reclaims and makes the second piston 125 recover the unnecessary described fluid oil of initial position, and be expelled to backflow oil cylinder 105; By backflow oil cylinder 105, collect the described fluid oil that hydraulic motor 104 reclaims again, and be expelled to sealing oil cylinder pressure 121 through oil pressure reflow pipe 106, make the first piston 122 in sealing oil cylinder pressure 121 also return to initial position.
The disclosed described seashore ocean wave generator of the present embodiment, in actual production application, sealing oil cylinder pressure 121 is discharged the duration of fluid oil and the large oil hydraulic cylinder 124 discharge pressurized gas of oil-collecting, and hydraulic motor 104 is collected fluid oil and backflow oil cylinder 105 is expelled to the duration of sealing oil cylinder pressure 121 by the described fluid oil of collecting through oil pressure reflow pipe 106, all pass through the control of concrete electronic device, make floating plate 101 float to the duration of wave trough position and equate with above-mentioned two durations by crest location with described seashore wave, so that the fluctuating that described seashore ocean wave generator is followed described seashore wave is periodically generated electricity.Hydraulic motor 104 and backflow oil cylinder 105 are fixed on to described seashore scarp, can corrosion protection.
Remaining feature and concrete working principle are same as the previously described embodiments in the present embodiment, repeat no more herein.
Preferably, the floating plate 101 in described seashore ocean wave generator is identical with the number of sealing oil cylinder pressure 121; When floating plate 101 and sealing oil cylinder pressure 121 are when a plurality of, a plurality of sealing oil cylinder pressures 121 are connected by the large oil hydraulic cylinder 124 of an oil pressure output tube 123 and oil-collecting respectively.
Floating plate 101 can be one to one with sealing oil cylinder pressure 121 and the large oil hydraulic cylinder 124 of oil-collecting, certainly floating plate 101 and sealing oil cylinder pressure 121 are when a plurality of, the interconnective floating plate 101 of every cover is all connected by the large oil hydraulic cylinder 124 of an oil pressure output tube 123 and oil-collecting with sealing oil cylinder pressure 121, a plurality of floating plates 101 are arranged side by side, a plurality of floating plates 101 are simultaneously with described seashore the heave of waves, the fluid oil that a plurality of sealing oil cylinder pressures 121 are discharged is expelled to the large oil hydraulic cylinder 124 of oil-collecting by oil pressure output tube 123 simultaneously, increased the pressurized gas total amount that the large oil hydraulic cylinder 124 of oil-collecting is discharged, when so can save the number of the large oil hydraulic cylinder 124 of oil-collecting, realize the high efficiency running of turbogenerator 103.
Remaining feature and concrete working principle are same as the previously described embodiments in the present embodiment, repeat no more herein.
Another embodiment of the present invention also provides another seashore ocean wave generator, concrete, as shown in Figure 1, comprising:
The floating plate 101 of seashore scarp is fixed in one end;
The sealed compartment 102 that is fixed on described seashore scarp, sealed compartment 102 comprises the piston being connected with floating plate 101;
The turbogenerator 103 that be fixed on described seashore scarp, is connected with sealed compartment 102;
Wherein, sealed compartment 102 is: high-pressure gas seal cabin.
When floating plate 101 lies prostrate with described seashore wave synchronization onwards, drive the piston in described high-pressure gas seal cabin to move, such as, when floating plate 101 floats in crest location with described seashore wave, floating plate 101 drives the piston in described high-pressure gas seal cabin to push the gas in described high-pressure gas seal cabin, make the gas volume in described high-pressure gas seal cabin reduce pressure rising, and then make described high-pressure gas seal cabin discharge pressurized gas; Finally by turbogenerator 103, collect described pressurized gas and rotate generating, realizing and utilize sea wave dynamic energy generating.
Preferably, the piston in described high-pressure gas seal cabin is connected with floating plate 101 by bent axle.
The disclosed described seashore ocean wave generator of the present embodiment, compare and adopt sealing oil cylinder pressure and the common sealed compartment 102 forming of the large oil hydraulic cylinder of oil-collecting, reduce mechanical energy and be transformed into hydraulic energy, hydraulic energy is transformed into the energy consumption of mechanical energy process again, directly the mechanical energy by the heave of waves changes the mechanical energy that pressurized gas drive turbogenerator 103 to rotate into, has reduced the energy consumption in power generation process.
Remaining feature and concrete working principle are same as the previously described embodiments in the present embodiment, repeat no more herein.
Preferably, another embodiment of the present invention also provides another seashore ocean wave generator, and as shown in Figure 4, described seashore ocean wave generator also comprises:
The pressurized gas reflux 104 that be fixed on described seashore scarp, is connected with turbogenerator 103, pressurized gas reflux 104 is connected with described high-pressure gas seal cabin.
The disclosed described seashore ocean wave generator of the present embodiment, in actual production application, the duration of pressurized gas is discharged in described high-pressure gas seal cabin, and 104 recovery of pressurized gas reflux make the described pressurized gas of turbogenerator 103 rotations to the duration in described high-pressure gas seal cabin, all pass through the control of concrete electronic device, make floating plate 101 float to the duration of wave trough position and equate with above-mentioned two durations by crest location with described seashore wave, so that the fluctuating that described seashore ocean wave generator is followed described seashore wave is periodically generated electricity.
Remaining feature and concrete working principle are same as the previously described embodiments in the present embodiment, repeat no more herein.
Another embodiment of the present invention also provides a kind of ocean ocean wave generator, concrete, as shown in Figure 5, comprising:
First floating sub 111 and second floating sub 112;
With first floating sub 111 with the second floating sub 112 cans that are connected 113;
The vertical body 114 being connected with can 113;
The base 115 being connected with vertical body 114;
131, the first high-pressure gas seal cabins 131, the first high-pressure gas seal cabin that are arranged in can 113 comprise and the first floating sub 111 first pistons that are connected 132;
The first turbogenerator 133 that be arranged in can 113, is connected with the first high-pressure gas seal cabin 131;
134, the second high-pressure gas seal cabins 134, the second high-pressure gas seal cabin that are arranged in can 113 comprise and the second floating sub 112 the second piston 135 being connected;
The second turbogenerator 136 that be arranged in can 113, is connected with the second high-pressure gas seal cabin 134.
Concrete working principle is:
First floating sub 111 and second floating sub 112 floats on the wave of ocean, synchronizes and rises and falls with described ocean wave; Can 113 prevents that its inner device is corroded; Vertical body 114 supports can 113; Device in 115 pairs of vertical body 114 of base, can 113 and can 113 plays fixation.
Synchronize and rise and fall with described ocean wave when first floating sub 111, drive the first piston 132 in the first high-pressure gas seal cabin 131 to move, such as, when first floating sub 111 floats in crest location with described ocean wave, gas in the first floating sub 111 first piston 132 extruding the first high-pressure gas seal cabins 131 that drive in the first high-pressure gas seal cabin 131, make the gas volume of the first interior first piston 132 movement directions in high-pressure gas seal cabin 131 reduce pressure rising, and then make the first high-pressure gas seal cabin 131 produce and discharge the first pressurized gas; The first turbogenerator 133 is collected described first pressurized gas of discharging in the first high-pressure gas seal cabin 131 and is rotated generating; Simultaneously, synchronize and rise and fall with described ocean wave when second floating sub 112, drive the second piston 135 in the second high-pressure gas seal cabin 134 to move, such as, when second floating sub 112 floats in crest location with described ocean wave, gas in the second floating sub 112 second piston 135 extruding the second high-pressure gas seal cabins 134 that drive in the second high-pressure gas seal cabin 134, make the gas volume of the second piston 135 movement directions in the second high-pressure gas seal cabin 134 reduce pressure rising, and then make the second high-pressure gas seal cabin 134 produce and discharge the second pressurized gas; The second turbogenerator 136 is collected described second pressurized gas of discharging in the second high-pressure gas seal cabin 134 and is rotated generating; Realization utilizes sea wave dynamic energy generating.
Preferably, the first piston in the first high-pressure gas seal cabin 131 132 is connected with first floating sub 111 by the first bent axle; The second piston 135 in the second high-pressure gas seal cabin 134 is connected with second floating sub 112 by the second bent axle.
The disclosed described ocean of the present embodiment ocean wave generator, utilize the mechanical energy of described ocean the heave of waves to be converted to the generation mode that pressurized gas drive respectively the mechanical energy of two turbogenerators rotations, utilize compared to existing technology water drop to convert the mode that water turbine High Rotation Speed drives generator generating to, without repairing the great engineerings such as dam retaining, also without expending huge cost to make up the minimizing in arable land and the problem of settling immigrant.
Preferably, another embodiment of the present invention also provides another ocean ocean wave generator, and as shown in Figure 6, described ocean ocean wave generator also comprises:
The first pressurized gas reflux 137, the first pressurized gas refluxes 137 that be arranged in can 113, are connected with the first turbogenerator 133 are connected with the first high-pressure gas seal cabin 131;
The second pressurized gas reflux 138, the second pressurized gas refluxes 138 that be arranged in can 113, are connected with the second turbogenerator 136 are connected with the second high-pressure gas seal cabin 134.
The first pressurized gas reflux 137 reclaims described the first pressurized gas to the first high-pressure gas seal cabin 131 that the first turbogenerator 133 is rotated; The second pressurized gas reflux 138 reclaims described the second pressurized gas to the second high-pressure gas seal cabin 134 that the second turbogenerator 136 is rotated.
The disclosed described ocean of the present embodiment ocean wave generator, in actual production application, the duration of described the first pressurized gas and described the second pressurized gas of the second high-pressure gas seal cabin 134 discharge is discharged in the first high-pressure gas seal cabin 131, and first pressurized gas reflux 137 reclaim the duration that described the first pressurized gas to the first high-pressure gas seal cabin 131 that the first turbogenerator 133 rotates and the second pressurized gas reflux 138 is reclaimed make described the second pressurized gas to the second high-pressure gas seal cabin 134 that the second turbogenerator 136 rotates, all pass through the control of concrete electronic device, make first floating sub 111 and second floating sub 112 with described ocean wave, by crest location, to float to the duration of wave trough position and equate with above-mentioned two durations, so that described ocean ocean wave generator is followed the fluctuating of described ocean wave and is periodically generated electricity.
Remaining feature and concrete working principle are same as the previously described embodiments in the present embodiment, repeat no more herein.
Above-mentioned explanation to the disclosed embodiments, makes professional and technical personnel in the field can realize or use the present invention.To these embodiments' multiple modification, will be apparent for those skilled in the art, General Principle as defined herein can, in the situation that not departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention will can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. a seashore ocean wave generator, is characterized in that, comprising:
The floating plate of seashore scarp is fixed in one end, for floating on seashore wave, with described seashore wave synchronization onwards volt;
Be fixed on the sealed compartment of described seashore scarp, described sealed compartment comprises the piston being connected with described floating plate, by described floating plate, is synchronizeed and rises and falls with described wave, drives the described piston in described sealed compartment to move, and makes described sealed compartment produce and discharge pressurized gas;
The turbogenerator that be fixed on described seashore scarp, is connected with described sealed compartment, for collecting described pressurized gas and rotating generating.
2. seashore ocean wave generator according to claim 1, is characterized in that, described sealed compartment comprises:
Be fixed on the sealing oil cylinder pressure of described seashore scarp, described sealing oil cylinder pressure comprises the first piston being connected with described floating plate, by described floating plate, synchronize and rise and fall with described wave, drive the described first piston in described sealing oil cylinder pressure to move, make described sealing oil cylinder pressure discharge fluid oil;
The large oil hydraulic cylinder of oil-collecting that be fixed on described seashore scarp, is connected by oil pressure output tube with described sealing oil cylinder pressure, the large oil hydraulic cylinder of described oil-collecting comprises the second piston, the large oil hydraulic cylinder of described oil-collecting is collected described fluid oil, by the movement of described the second piston, make the large oil hydraulic cylinder of described oil-collecting discharge pressurized gas.
3. seashore ocean wave generator according to claim 2, is characterized in that, also comprises:
The hydraulic motor that be fixed on described seashore scarp, is connected with the large oil hydraulic cylinder of described oil-collecting, makes described the second piston recover the unnecessary described fluid oil of initial position for reclaiming;
The backflow oil cylinder that be fixed on described seashore scarp, is connected with described hydraulic motor, described backflow oil cylinder is connected with described sealing oil cylinder pressure by oil pressure reflow pipe, for collecting the described fluid oil of described hydraulic motor recovery and being expelled to described sealing oil cylinder pressure.
4. according to the seashore ocean wave generator described in claim 2 or 3, it is characterized in that, described floating plate is identical with the number of described sealing oil cylinder pressure; When described floating plate and described sealing oil cylinder pressure are when a plurality of, described a plurality of sealing oil cylinder pressures are connected with the large oil hydraulic cylinder of described oil-collecting by an oil pressure output tube respectively.
5. seashore ocean wave generator according to claim 1, is characterized in that, described sealed compartment is: high-pressure gas seal cabin.
6. seashore ocean wave generator according to claim 5, is characterized in that, the piston in described high-pressure gas seal cabin is connected with described floating plate by bent axle.
7. according to the seashore ocean wave generator described in claim 5 or 6, it is characterized in that, also comprise:
The pressurized gas reflux that be fixed on described seashore scarp, is connected with described turbogenerator, described pressurized gas reflux is connected with described high-pressure gas seal cabin, for reclaiming, makes the described pressurized gas of described turbogenerator rotation to described high-pressure gas seal cabin.
8. an ocean ocean wave generator, is characterized in that, comprising:
The first floating son and the second floating son, for floating on ocean wave, synchronize and rise and fall with described ocean wave;
The can being connected with the second floating son with described the first floating son, for preventing that its inner device is corroded;
The vertical body being connected with described can, for supporting described can;
The base being connected with described vertical body, plays fixation for the device in described vertical body, can and described can;
Be arranged at the first high-pressure gas seal cabin in described can, described the first high-pressure gas seal cabin comprises the first piston being connected with described the first floating son, by described the first floating son, synchronize and rise and fall with described ocean wave, drive the described first piston in described the first high-pressure gas seal cabin to move, make described the first high-pressure gas seal cabin produce and discharge the first pressurized gas;
The first turbogenerator that be arranged in described can, is connected with described the first high-pressure gas seal cabin, for collecting described the first pressurized gas and rotating generating;
Be arranged at the second high-pressure gas seal cabin in described can, described the second high-pressure gas seal cabin comprises the second piston being connected with described the second floating son, by described the second floating son, synchronize and rise and fall with described ocean wave, drive described the second piston in described the second high-pressure gas seal cabin to move, make described the second high-pressure gas seal cabin produce and discharge the second pressurized gas;
The second turbogenerator that be arranged in described can, is connected with described the second high-pressure gas seal cabin, for collecting described the second pressurized gas and rotating generating.
9. ocean according to claim 8 ocean wave generator, is characterized in that, the first piston in described the first high-pressure gas seal cabin is connected with described the first floating son by the first bent axle; The second piston in described the second high-pressure gas seal cabin is connected with described the second floating son by the second bent axle.
10. ocean ocean wave generator according to claim 8 or claim 9, is characterized in that, also comprises:
The the first pressurized gas reflux that be arranged in described can, is connected with described the first turbogenerator, described the first pressurized gas reflux is connected with described the first high-pressure gas seal cabin, for reclaiming, makes described first pressurized gas of described the first turbogenerator rotation to described the first high-pressure gas seal cabin;
The the second pressurized gas reflux that be arranged in described can, is connected with described the second turbogenerator, described the second pressurized gas reflux is connected with described the second high-pressure gas seal cabin, for reclaiming, makes described second pressurized gas of described the second turbogenerator rotation to described the second high-pressure gas seal cabin.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310590646.5A CN103590968B (en) | 2013-11-20 | 2013-11-20 | A kind of Seacoast sea-wave electric generator and ocean sea-wave electric generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310590646.5A CN103590968B (en) | 2013-11-20 | 2013-11-20 | A kind of Seacoast sea-wave electric generator and ocean sea-wave electric generator |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103590968A true CN103590968A (en) | 2014-02-19 |
| CN103590968B CN103590968B (en) | 2016-08-17 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019223771A1 (en) * | 2018-05-24 | 2019-11-28 | 江苏科技大学 | Hydraulic control wave energy conversion apparatus for offshore structure |
| CN110594086A (en) * | 2019-09-24 | 2019-12-20 | 福州恒汽新能源科技有限公司 | Tidal power generation disc capable of protecting marine organisms from being damaged |
| US11506170B1 (en) | 2021-06-09 | 2022-11-22 | Shenzhen Yibo Science and Technology Ltd. | Generator device using potential energy |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2019223771A1 (en) * | 2018-05-24 | 2019-11-28 | 江苏科技大学 | Hydraulic control wave energy conversion apparatus for offshore structure |
| CN110594086A (en) * | 2019-09-24 | 2019-12-20 | 福州恒汽新能源科技有限公司 | Tidal power generation disc capable of protecting marine organisms from being damaged |
| CN110594086B (en) * | 2019-09-24 | 2020-12-04 | 福州德瑞水下工程有限公司 | Tidal power generation disc capable of protecting marine organisms from being damaged |
| US11506170B1 (en) | 2021-06-09 | 2022-11-22 | Shenzhen Yibo Science and Technology Ltd. | Generator device using potential energy |
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| CN103590968B (en) | 2016-08-17 |
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