Further, 75-90 ° of carrier phase shift of first hydrofoil and the second hydrofoil. Further, the first straight line acting cylinder, second straight line acting cylinder, third linear function hydraulic cylinder Seabed is both secured to the 4th linear function hydraulic cylinder. 6, two columns 11 are oppositely arranged there are two the embodiment central post 11 sets, two columns 11 are equal Equipped with the first the vertical chute, 1 both ends of the first hydrofoil are connected to first the vertical chute of two columns 11 by horizontal connecting shaft respectively； Two columns 11 are equipped with the second the vertical chute, and 2 both ends of the second hydrofoil pass through horizontal connecting shaft respectively and are connected to two columns 11 Second the vertical chute.First straight line acting cylinder 6 and second straight line acting cylinder 7, third linear function hydraulic cylinder 5 and Four linear function hydraulic cylinders 8 are also both secured in the cavity of column 11, and column is fixed on seabed.
As shown in figure 5, the size of column and two hydrofoils is set according to demand for the cooperation schematic diagram of two hydrofoils and column It sets, is not subject in scheming.Single column is set in the embodiment, there is cavity, first straight line acting cylinder 6 in column 11 It is both secured in 11 cavity of column with second straight line acting cylinder 7, third linear function hydraulic cylinder 5 and the 4th linear function liquid Cylinder pressure 8 also is secured in 11 cavity of column.Column 11 is fixed on seabed. Magnetohydrodynamic generator unit includes rectangular channel, and rectangular channel is connected to access, is equipped on the outside of rectangular channel opposite Two magnets 9, two opposite surfaces of rectangular channel inner wall are equipped with electrode slice, and electrode slice is connect with electric storage device.Ocean Tidal Current Energy, Also known as energy by ocean current namely the tidewater kinetic energy contained in horizontal movement.Under marine tidal-current energy effect, hydrofoil generation is made to heave-bow Movement is faced upward, and then is converted into the reciprocating motion of liquid metal by the movement of each linear function hydraulic cylinder and oscillating motor；Magnetic Fluid generating unit uses the magnetohydrodynamic generator principle of the prior art, according to electromagnetic induction principle, the liquid metal of reciprocating motion Fluid flows through rectangular channel, and under the magnetic fields that magnet generates, cutting magnetic line, liquid metal generates induction on electrode slice Electromotive force generates induced current, realizes power generation, electric energy can be exported by cable by electrode slice by generating electricity.
Dolor Muscular En El Pecho
The present invention relates to marine tidal-current energy technical field of power generation, more particularly to a kind of double hydrofoil heaves-pitching couple movement vibration Swing formula tidal current energy generating equipment. As background technique is introduced, deficiency exists in the prior art, in order to solve technical problem as above, the application Double hydrofoil heaves-pitching couple movement oscillatory type tidal current energy generating equipment is proposed, which develops liquid metal magnetohydrodynamic It generates electricity applied to oscillatory type marine tidal-current energy.Double hydrofoil heaves-pitching couple movement in the device, converts trend flowing directly hydraulic The reciprocating motion of cylinder, and then it is converted into the reciprocating motion of liquid metal, it realizes and marine tidal-current energy is converted into electric energy. Power generator of the invention, based on the movement that marine tidal-current energy is converted into liquid metal magnetohydrodynamic, marine tidal-current energy drives the One hydrofoil and the second hydrofoil pitching, make the reciprocating motion of trend flowing directly conversion hydraulic cylinder, and then drive the first access, second Liquid metal flows in access, third path and fourth passage, cutting magnetic line generates electricity at magnetohydrodynamic generator unit, It realizes and marine tidal-current energy is converted into electric energy.This process eliminates intermediate energy conversion links (non-hydraulic system, without common power generation Machine), to simplify structure.Catching for system can be with generating efficiency height, operation of electric power system reliability with higher and stabilization Property.
Tipos De Dolor De Cabeza
Spacing between two opposite magnets 9 is adjustable.The adjustment of magnet spacing can be accomplished in several ways, such as magnet 9, which can be connected to rectangular channel or magnet by the bracket of energy activity adjustment, to be connected to rectangular channel by telescope support. Liquid metal magnetohydrodynamic generation is that a kind of high conversion efficiency, power density be big, compact-sized, mobility is got well and is easy to Commercialization is promoted.Liquid metal magnetohydrodynamic generation has following technical characterstic: 1) using linear drives and direct-coupling, eliminate Intermediate conversion links eliminate mechanical impedance matching problem, simplify energy conversion process, improve system transfer efficiency, steady Qualitative and mobility；2) working fluid is single-phase liquid metal, avoids sliding between two-phase fluid and friction and heating power The separation for learning fluid, reduces energy loss, simplifies system structure.Thus, there is high generating efficiency and power density.
Oscillation wing marine tidal-current energy power generation is the capture marine tidal-current energy form different from the wheeled marine tidal-current energy power generation of conventional leaf, working principle Be exactly under trend effect hydrofoil generate oscillating movement and by mechanical mechanism or other forms convert revolution for oscillating movement Movement, then driven generator power generation.
The sea situation and marine resources of China coastal seas are suitble to greatly develop marine tidal-current energy power generation.Development of Marine can help to change The current electric structure in China with thermoelectricity be it is main the case where, reduce the generation of haze. Compared with electric generation with hydraulic energy, the efficiency of electricity generation system is expected to improve 15-20% power generator of the invention.The present invention Power generator be suitble to shallow sea water and riverbed, maintainable good, maintenance cost is low, is easily installed and recycles.
Dolor De Muelas
3 Hydrofoil 1 is fixedly connected, and the blade of the second oscillating motor 4 is fixedly connected with the second hydrofoil 2, the band movable vane when hydrofoil is swung The blade of chip oscillating motor is swung, and vane type oscillating motor is not swung itself. First straight line acting cylinder 6, second straight line acting cylinder 7, third linear function hydraulic cylinder 5, the 4th straight line Acting cylinder 8 can be all made of piston-type hydraulic cylinder, and the first oscillating motor 3, the second oscillating motor 4 are all made of vane type The blade of oscillating motor, vane type oscillating motor is fixedly connected with hydrofoil, i.e. In this embodiment, first straight line acting cylinder 6, second straight line acting cylinder 7 can be disposed therein Another column is arranged in third linear function hydraulic cylinder 5 and the 4th linear function hydraulic cylinder 8 by one column, can also be straight by four Line acting cylinder is all disposed therein a column, and four linear function hydraulic cylinders can also be respectively provided in two columns, connection Two sets of power generator are formed to generate electricity.
Further, the output rod of the third linear function hydraulic cylinder and the 4th linear function hydraulic cylinder is integral type knot Structure. Further, the output rod of the first straight line acting cylinder and second straight line acting cylinder is integral type knot Structure. In figure, the first hydrofoil of 1-, the second hydrofoil of 2-, the first oscillating motor of 3-, the second oscillating motor of 4-, 5- third is straight Line acting cylinder, 6- first straight line acting cylinder, 7- second straight line acting cylinder, the 4th linear function hydraulic cylinder of 8-, 9- magnet, 10- liquid metal, 11- column. First straight line acting cylinder 6, second straight line acting cylinder 7, third linear function hydraulic cylinder 5, the 4th straight line Acting cylinder 8, the first oscillating motor 3, the second oscillating motor 4, the first access, alternate path, third path and the 4th Circulation has liquid metal 10 in access, and the first access, alternate path, third path and fourth passage are embedded at least one magnetic Fluid generating unit.
Dolor Sordo Costado Derecho
First access, alternate path, circulation has a liquid metal in third path and fourth passage, the first access, the Two accesses, third path and fourth passage are embedded at least one magnetohydrodynamic generator unit. Bva, wherein B is additional magnetic induction intensity Size, a are the interelectrode length of rectangular channel, and v is the flow velocity of liquid metal. Hydrofoil moves to high-low limit position, and flow-induced hydrofoil self-steering is not required to external force control.When one of water When the wing is in a horizontal position, it is not in movement dead that another, which will receive incoming flow effect,.Smooth fortune may be implemented in hydrofoil It is dynamic, to realize double hydrofoil self-startings, self-steering, sustainable oscillating movement.
7 (a)；First hydrofoil 1, the second hydrofoil 2 It may be asymmetric hydrofoil, as shown in Fig. First hydrofoil 1, the second hydrofoil 2 can be symmetric form hydrofoil, as shown in Fig. Magnet can use rectangle permanent magnet, can also use electromagnet. Dolor muscular en seno izquierdo . Further, the spacing between two opposite magnets is adjustable.Magnet can be connected to square by the bracket of activity adjustment Shape channel. Further, there are two the column is set, two columns are oppositely arranged, and it is vertical sliding that two columns are equipped with first Slot, the first hydrofoil both ends are connected to first the vertical chute of two columns by horizontal connecting shaft respectively；Two columns are equipped with Two the vertical chutes, the second hydrofoil both ends are connected to second the vertical chute of two columns by horizontal connecting shaft respectively.
Column 11 is equipped with the first the vertical chute, is equipped with horizontal connecting shaft in the middle part of the first hydrofoil 1 and passes through the first the vertical chute；Column 11 are equipped with the second the vertical chute, are equipped with horizontal connecting shaft in the middle part of the second hydrofoil 2 and pass through the second the vertical chute.
- Ubicación bilateral
- Giros de articulación en sentido equivocado (como retorcerse el tobillo, por ejemplo)
- Ingredientes naturales
- Medi Epico ROM®s Vendaje para el codo
It is noted that following detailed description is all illustrative, it is intended to provide further instruction to the application.Unless another It indicates, all technical and scientific terms used herein has usual with the application person of an ordinary skill in the technical field The identical meanings of understanding. The foregoing is merely preferred embodiment of the present application, are not intended to limit this application, for the skill of this field For art personnel, various changes and changes are possible in this application.Within the spirit and principles of this application, made any to repair Change, equivalent replacement, improvement etc., should be included within the scope of protection of this application. In a kind of typical embodiment of the application, as shown in Fig.