Method of hydro-electric turbine system transportation

FIELD: transport.

SUBSTANCE: invention relates to field of water transport and concerns hydro-electric turbine system (12) transportation method, as well as vessel (10), suitable for use in said method implementing, wherein vessel includes section (28), which is made with possibility of lifting and which enables possibility of vessel passage over said hydro-electric turbine system (12) part (16) during location in dry dock filled with water, wherein said base (16) part protrudes above water level in dock.

EFFECT: technical result consists in reduction of time consumption and complexity during hydro-electric turbine system installation for transportation to installation point.

14 cl, 5 dwg

 



 

Same patents:

FIELD: power industry.

SUBSTANCE: invention relates to hydraulic power engineering. The hydro-electric power plant contains frame-mounted 6 hydraulic turbine 1 designed with a possibility of rotation around a horizontal axis, kinematically connected with the electric generator 2, the flow shaper 5 designed as a confusor interconnected with the working channel where the hydraulic turbine 1, the anchor device, ballast vessel 11 and a guidance blade are located. In the plant the even number of hydraulic turbines 1 is used which are located symmetrically with reference to the longitudinal axis 22 of the unit along which axes of their rotation are aligned. The turbines 1 are rotated in opposite directions. The lower plane of the flow shaper 5 is placed horizontally. The ends of rods 7 of the anchor device fastened to the rope 8 interconnected with the anchor 9 are fixed on the slides 16 installed with a possibility of reciprocating movement along the stands 14 which are rigidly fixed on each side installations at its front end. The guidance blade is designed as two plates 13 fixed on the frame 6 on each side of the unit at its back end out of the hydrodynamic shadow of the flow shaper 5. Total length of the rope 8 and rods 7 exceeds the water area depth at the unit location.

EFFECT: invention provides reliable positioning of the device in the horizontal plane, at its placement without "sitting" to the water area bottom.

3 cl, 3 dwg

FIELD: construction.

SUBSTANCE: invention relates to alternative sources of power, in particular, to tidal power plants. The method consists in the fact that a part of basin water area closed by a dam at the side of the sea, with a river flowing into it, exit of which into the sea is via hinged or pontoon gates only during ebb, together with the river bed from its mouth and to the dam is cut with the dam designed to create upper reach at the side of the river bed. The difference is discharged into lower reach via water conduits adjusted in the dam, to which submerged power units are connected. On the way of the river bed displaced by the dam to one of basin coasts, they install hinged or pontoon gates providing for only single-sided passage of a tidal wave into the water area of upper reach, providing for level difference necessary for turbines operation regardless of change in tide phases.

EFFECT: increased efficiency of power plant operation with lower costs and less time.

3 cl, 2 dwg

Hydraulic unit // 2534642

FIELD: power industry.

SUBSTANCE: invention relates to hydraulic unit for removal of energy from wave movement. Automatic adjustable hydraulic unit 200 for conversion of wave energy includes pump 201 intended for fluid medium pumping through hydraulic unit 200. Pump 201 has housing 202 forming chamber 203 and piston 207 allowing separation of chamber 203 into working compartment 208 and blind compartment 209. A provision is made for an activating element that is connected to piston 207. The inlet hole is interconnected with working compartment 208 of chamber 203 so that a provision of fluid medium flowing from the inlet hole to working compartment 208 of chamber 203 is provided. The outlet hole is interconnected with working compartment 208 of chamber 203 so that a possibility of fluid medium flowing from working compartment 208 of chamber 203 to the outlet hole is provided. A provision is made for a hydraulic control device having a possibility of control of pump 201 by controlling the fluid medium pressure at the inlet hole and the outlet hole so that optimisation of pump 201 output power as a response to tidal variations and/or sea state is provided. Control of the fluid medium pressure at the inlet hole and the outlet hole is performed in compliance with a control algorithm.

EFFECT: invention is aimed at achievement of higher volumes of production at lower costs.

21 cl, 12 dwg

FIELD: power engineering.

SUBSTANCE: invention relates to power generator exploiting the water stream. Invention aims at production of power generator which can be immersed to required depth, lifted and stretched by running water. Power generator 10 comprises blades 12 secured to revolving closed chain 14 and at least one generator 60 designed to generate electric power and connected with closed circuit 14. Chain 14 extends between rotary discs 24 and moves in circles owing to thrust created by blades 12 under effects of surrounding water. Rotary discs 24 are fitted in appropriate frames 16, 18 which can be strongly secured together. Chain 14 moves freely between frames 16, 18 and around rotary discs 24. Drive 28 connected with universal joint 50 is connected to at least one rotary disc, generator 60 being connected to said joint.

EFFECT: continuous power generation.

19 cl, 10 dwg

Tidal power station // 2525622

FIELD: power engineering.

SUBSTANCE: tidal station comprises dam with several water passages each with hydraulic turbine with blades and water flows forced through its hydraulic turbine, and engine room with electric generator. All hydraulic turbines are integrated by common shaft with electrical generator to make the set, common shaft being arranged along the dam. Water passages are composed of Z-like channel with mid part parallel with common shaft. Inlet and outlet section of S-like channels are inclined to common shaft. Electrical generator is rated to total power of all hydraulic turbines of the set. Integral design of engine room allows decreasing the dam width and application of high-power generators, hence upping the tidal station efficiency.

EFFECT: simplified design.

1 dwg

FIELD: machine building.

SUBSTANCE: hydroelectric turbine includes stator 12 and shaftless rotor 14. Stator 12 restricts an opening in which rotor 14 is installed with possibility of being rotated. The opening allows rotation of rotor 14 about its central axis due to its shape and size, and movement in a circumferential direction of the opening, thus moving in the direction opposite to direction of rotor 14 rotation.

EFFECT: creation of an improved turbine that is characterised with a decreased friction of bearings, which occurs at its start-up, and provides the possibility of cleaning and cooling of bearings during its functioning, which improves operating characteristics of the turbine.

12 cl, 5 dwg

FIELD: power industry.

SUBSTANCE: main and auxiliary vertical double blades are arranged on a turning cantilever. The axis of the main blade in a central part is connected to a casing on the cantilever end with a return spring, and its planes are fixed asymmetrically on the axis, i.e. with a larger surface area towards the cantilever attachment centre. The auxiliary blade has symmetrical planes and is kinematically connected to the main one through transmission ratio providing a larger turning angle to it. A multiplier is of combined type, and it has additional inner conversion relative to slow back-and-forth movement of the cantilever axis to increased one-way rotation of a multiple-pole generator. In case of an underwater design, axes of blades and cantilevers are equipped with waterproof sliding bearings excluding the need for additional sealing of inner volumes of the blade part of the cantilever and the load-carrying housing.

EFFECT: invention contributes to creation of surface and above-water, noiseless and safe wind driven units, as well as bottom hydraulic units in river, running and sea streams providing simple and compact designs with possibility of their being lifted to the surface for periodic inspection or repair.

3 cl, 5 dwg

Hydraulic turbine // 2461731

FIELD: power industry.

SUBSTANCE: hydraulic turbine with transverse flow includes rotor installed so that it can be rotated about the axis. Rotor includes at least there blades for performing the rotor rotation about the axis when it is arranged in flowing water. Rotor includes multiple elements in the form of three-dimensional structure formed of triangles. At least one of the above elements includes one of the above blades. At least one blade is elongated and has a straight line. The above line is not parallel to the above axis and does not lie with it in one and the same plane.

EFFECT: invention allows increasing the turbine strength and providing the possibility of creation of extended horizontal structure.

18 dwg

FIELD: machine building.

SUBSTANCE: proposed system comprises foundation 12, hydroelectric turbine 10 to rest on said foundation 12, and afloat sea ship 14 that allows detachment of said foundation. Ship 1 allows detachment of foundation 12 and its lowering, and/or lifting to position right under the ship, and its attachment to ship. Foundation 12 comprises support 32 to pass upward through ship 14 when foundation 14 is attached to ship from below. Ship 14 has opening 30 for foundation 32 to pass through when foundation 12 is mounted under ship 14 to allow turbine 10 mounted on support 32 to pass there through.

EFFECT: simplified mounting.

13 cl, 7 dwg

FIELD: engines and pumps.

SUBSTANCE: proposed turbine comprises vaned rotor 34 vanes being arranged between inner ring 32 and outer ring 33. It is provided also with retaining appliances including mounting flanges 22, 23 and antifriction appliances including inserts 31 and bearings 72 limiting rotor biaxial displacement relative to housing 21. Water flowing in either direction actuates the turbine while retaining and antifriction means allow rotor to displace along the axis in both direction under effect of bidirectional water flow. Antifriction means limiting rotor axial displacement feature, preferably, increased thickness to allow rotor, as said means wear, to move axially relative to housing 21.

EFFECT: turbine operating in bidirectional water flow without turbine reorientation, axial displacement of rotor.

9 cl, 7 dwg

FIELD: oil and gas industry.

SUBSTANCE: explosion proof device with bursting disc comprises valve body, gate and bursting element. Lined cargo gate is connected by movable coupling to the valve body and covers opening in a body of the protected facility. In the upper cylindrical part of the valve body there is a unit fixing the bursting disc.

EFFECT: safe fuelling due to usage of explosion proof elements.

2 cl, 4 dwg

FIELD: oil and gas industry.

SUBSTANCE: system for on-board safe filling with liquefied natural gas comprises gas-filling station made a mobile basis of water craft. On-board LNG storage is coupled to fuel tank of the engine room by a pipeline with cryogenic pump. Fuel system of the vessel comprises an on-board LNG tank surrounded by heat-insulating shell with level indicator. Output of self-vaporisation evaporation coil is coupled to pressure regulator. On-board tank is connected to A bunkering line and B draining line through return valve and bunkering sleeve. Gasifying evaporator is connected to the marine engine.

EFFECT: safe fuelling due to usage of explosion proof elements.

2 cl, 2 dwg

FIELD: woodworking industry.

SUBSTANCE: method comprises laying of the ice channel with the width 20-22% exceeding the width of the raft with the ice thickness of 0.05-0.4 m. Laying the ice channel is carried out in the empty direction using two river icebreakers moving parallel to each other at a distance of 1.5-2 km. Then towing of the raft in broken ice of the ice channel in the freight hauling direction is carried out.

EFFECT: increased efficiency of timber rafting during the ice regime period.

2 dwg

FIELD: transport.

SUBSTANCE: proposed device comprises channel-section beams welded in jointed surfaces of hulls being jointed with thrusts secured in pairs to said beams that have braces and thrusts with mating bores welded thereto. Note here that beams with thrusts makes a guide structure for displacement of wedge retainer to lock the brace of one hull in coupling bore of the other one. Wedge retainer comprises wedge displacing downward into inclined slots composed of thrust inner surface with hole and brace surface, and base locked at lower position.

EFFECT: higher reliability of joint at high dynamic loads, easier assembly and disassembly.

4 cl, 2 dwg

FIELD: transport.

SUBSTANCE: invention relates to ship building, particularly, to surface scientific and research vessels. Scientific and research icebreaking vessel is proposed for carrying out 3D seismic technology exploration irrespectively to ice conditions which vessel has a hull where seismic equipment is located, as well as a shaft for bay cable laying. To move source of acoustic waves untethered unmanned submersible is used which bases on a vessel and is dropped and lifted via separate vertical shaft using running - pulling tool.

EFFECT: improved operational performance of scientific and research vessel for seismic exploration.

3 cl, 1 dwg

FIELD: transport.

SUBSTANCE: proposed freight vessel comprises superstructure, helipad at vessel stern behind said superstructure, service platform, through cargo space, fore and aft landing devices. Superstructure is divided into fore and aft superstructures. Pilot house is located at fore superstructure. Through passage and hanger with sliding section are arranged at aft superstructure, hanger communicating service platform with helipad to allow location of equipment at said helipad (in the absence of helicopters). The main power plant represents a two-stage design.

EFFECT: enhanced performances.

1 dwg

FIELD: transport.

SUBSTANCE: offshore mobile aerodrome complex consists of structurally interconnected modules which are capable to join together on the sea in single structure thus creating a landing strip and aircraft service platform. In this process, water displacing pontoons of reinforced concrete are used. Cables (ropes) are used as connecting element. Pontoon structurally consists of outer hull, main athwartship bulkheads which form watertight volume. In the hull of pontoon, "light" decks and bulkheads are located which form compartments. Along the hull of pontoon, there are channels permitting to interconnect pontoons by cables in single structure. Propulsive aids of platform can consist of turning in vertical plane consoles (jacking pads) in which turning in horizontal plane propulsion motors are located.

EFFECT: technique of creation of large floating mobile construction with dimensions needed to provide basing of ground basing aircraft.

6 dwg

Vessel aft end // 2544335

FIELD: transport.

SUBSTANCE: vessel aft end includes hull with above-water portion. The above-water portion has deck, steering room with steering engine and underwater portion. Propulsor is made as crawler consisting of driving and driven sprockets and shaped plates with projecting flanges. Shaped plates have the shape of paddle blades. Underwater portion of hull has projection with guides for shaped plates movement and cavities for sprockets. Rudder post is installed with rest on projection.

EFFECT: increased draught of propulsor.

2 cl, 5 dwg

Hydrocycle // 2537371

FIELD: transport.

SUBSTANCE: hydrocycle comprises frame, seat, bar, engine, screw propellers, propulsion shafts, control mechanism, forward and reverse reduction gearboxes. Frame has two lengthwise are pontoons, driver seat being arranged thereon with guides on three sides. Frame front has motorbike bar fixed at vertical bar. Engine inside said frame is engaged via clutch and forward and reverse reduction gearboxes with dual conical differential gear with their axles being engaged via final drives and propeller shafts with equal-angular speed couplings with propeller screws. At rear, propeller shafts have couplings interconnected by crossbar articulated with hydraulic cylinder. Propeller shafts with propeller screws are arranged to incline in vertical plane downward through 45 degrees. Frame front, under bottom, has the board with spherical surface facing to frame aft articulated therewith to be inclined in vertical plane by hydraulic cylinder. Both hydraulic cylinders are connected with hydraulic system with the board control valves and propeller shafts downing valves. Engine and differential brakes are arranged at said motor bike-like bar.

EFFECT: higher operating performances.

9 dwg

Pressure catamaran // 2535116

FIELD: transport.

SUBSTANCE: invention relates to water transport, namely to sporting-and-pleasure boats being means for user physical capabilities improvement, their recovery and performance incoordination. Sporting and cruising catamaran is proposed which includes deck with floats, propulsor and containing paddle impeller in the form of pressure chamber to be used in hypoxic, aerobic and vestibular mode with possibility of rotation and vertical lifting from water using jacks in the form of pneumatic cells, with endless tracks and seats inside the impeller and with possibility to convert stopped and fully lifted from water pressure chamber into cabin.

EFFECT: sporting-and-pleasure boat functionality enhancement.

16 dwg

FIELD: transport.

SUBSTANCE: proposed freight vessel comprises superstructure, helipad at vessel stern behind said superstructure, service platform, through cargo space, fore and aft landing devices. Superstructure is divided into fore and aft superstructures. Pilot house is located at fore superstructure. Through passage and hanger with sliding section are arranged at aft superstructure, hanger communicating service platform with helipad to allow location of equipment at said helipad (in the absence of helicopters). The main power plant represents a two-stage design.

EFFECT: enhanced performances.

1 dwg

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