UA52919U - Wind turbine with air-magnetic levitation - Google Patents

Abstract

A wind turbine with air-magnetic levitation includes inlet channels connected to vertical tube, working wheel, deflectors for amplification, heating and flow formation, working wheel, discrete magnets, blades, stator.

Description

And | (B1) IPC (2009)

Co. EOZO 3/00

M wagon 6/00

MINISTRY OF EDUCATION and

OF SCIENCES OF UKRAINE (F) P I S is issued under the RESPONSIBILITY

DEPARTMENT OF STATE sponsor

INTELLECTUAL to the PATENT of the patent

ВЛАСНОСТІ НА КОРИСНУ МОДЕЛЬ ишиГлРОІОТЛМЛИЬЛЬЛИТЬЛЬЛЬЛИЛДИТЬТЬТЬЬТИЬНЬ6ИЬТЬШИЬИЬТЬТЬТНИТЬТНШЬЬИТСИТИТИОИООТИТИТОИОИИТИИЬЬИИИОИИИИОВЛЛЄОЄИЄЄИБИТНТЦИЖИЄ6ЦООЦТНИИТЛ ОІаІНШШШООЛІТОООЛЇИОООЛООЛЛЛТОООХТОЛИОІЕВПОВШ?ИЙЦТЬНТНТИТИТЬТЬТЬЬЬЬШЬОХОИТЬИЬТИТОИИОСХИХДТИОВИТХИХННЙКЙИХИТИИИИНИТТЯ (54) ВІТРОТУРБІНА З ПОВІТРЯНО-МАГНІТНОЮ ЛЕВІТАЦІЄЮ 1 2 (21) иго1005049 тим, що вхідні канали додатково обладнані де- (22) 26.04.2010 флекторами підсилення, нагріву та формування (24) 10.09.2010 flow, the impeller, located above the exit (46) 10.09.2010, Bul.Meo 17, 2010 of a vertical pipe, has a radial-axial con- (72) HORENYUK VIKTOR VASYLOVYCH truction, on at least one rim of which is closed (73) HORENYUK VIKTOR VASYLOVYCH captured discrete magnets, which, when interacting with the magnet (57) Wind turbine with an air-magnetic levitation conduit of the stator, compensate for the weight of the working fluid, which contains input channels connected from a vertical wheel, the flow in which passes only between the lobe - ny pipe, working wheel, which section takes care of you

The utility model refers to the field of energy. The utility model is based on the task of mechanical engineering and concerns installations for creating a wind turbine with an air-magnetic led to obtain useful energy from the flowing vitation, in which due to the equipment of the input medium, mainly air, recovery of the device by deflectors of amplification and form- energy in ventilation systems, use of flow energy with increased input area and solar radiation or heat emissions and heating surface, impeller with radial can be used in energy installations by arrangement of blades, fixing discrete - of different power and purpose. magnets on the rim, which when interacting with the magnetic wire

A well-known solar power plant with an air stator compensates for the weight of the impeller with the turbine (see E.V. Obukhov, The use of renewable sources provides an increase in torque. - Odessa: "TK", 1999, p. 197 - The task is solved that in vit- 198, Fig. 9.5), which consists of a collector, that roturbine with air-magnetic levitation, that Ge»! contains a layer painted in black and contains input channels connected to a vertical truche placed with an air gap transparent material, battle, impeller, according to a useful model input Ge»! the outlet pipe, in which the air turbine is installed, the channels are additionally equipped with deflectors, is connected to the electric generator. lation, heating and flow formation, working cycle

The use of the known device is limited by the device located above the exit of the vertical tunnel - it is possible to work only in the presence of frost, has a radial-axial design, on, e.g., one solar radiation, which is absent at least, on one rim of which the devices are fixed at night and limited on cloudy days. concrete magnets, which when interacting with the magnetic circuit

The closest in terms of technical essence and the stator compensates for the weight of the impeller, the flow of which is characterized by solar-wind energy, which passes only between the blades. " for installation (see Wind power, ed. D. de Equipment of the input device with deflectors -Z

Renzo.: M "Znergoatomizdat" 1982, p. 27, fig. amplification, heating, and formation of the flow of the high-8 1.3-d),14) which consists of an input device that controls the pressure in front of the turbine, which increases the power of the vertical pipe in which the impeller is heated. due to solar radiation, using an impeller with a radial stroke, on which an air turbine is installed. the axial design increases the torque

The disadvantage of such an installation is the limitation of how the component of the aerodynamic force of the blades acts on the stiffness when using the energy of the wind and the sun on the maximum shoulder, which allows for more epheline dimensions of the pipe, in which the active use of flow energy and the partial input device and surface are located heating, the decrease in compensates for the weight of the impeller, the pressure inside the power during vortices at the exit of the pipe. which is greater than the external one.

Claims (5)

The use of discrete magnets, which, when interacting with the magnetic conductor 10 of the stator 11, compensate for the weight of the impeller on its windings 12 when the magnetic flux changes and at the same time generate electric power. Thus, at the expense of the input equipment, the cost of the wind turbine and the loss of energy due to the friction of the device by the deflectors of amplification, heating and in the resistances of rotation are reduced. the formation of the flow increases the pressure in front of the turbine. Fig. 1 shows a diagram of a wind turbine with a wind turbine, which increases the torque and, as a result, magnetic levitation in the vertical plane; the power of the impeller. The use of robot Fig. 2 - top view of the scheme. what wheels with a radial-axial design Wind turbine with air-magnetic levitation also contributes to more efficient use has (Fig. 1, 2) the input device 1 in the form of channels 2 of flow energy as the component of the aerodynamic force separated by side elements 3 and the covering of the blades acts on maximum shoulder and gives 4, a vertical pipe 5 at the exit of which is fixed to partially compensate for the weight of the working col- radial-axial impeller 6 with blades 7 and sa, the pressure inside which is greater than the external. rim 8, on which discrete magnets 9 are fixed. The use of discrete magnets, which when interacting with the stator magnet wire 10 with the windings 12, compensate for the weight. The horizontal flow of the rotor of the electric generator reduces the total moat flow entering the channels 2 of the input cost of the wind turbine and the loss of energy due to friction in the system 1 changes the direction of movement to vertical in the resistances of rotation, which contributes to a more efficient pipe 5. Under the action of solar radiation, the flow in the use of flow energy. channels 2 through cover 4 and a vertical pipe 5 Using the proposed technical solutions, it is additionally heated and its rate of increase can be used to make wind turbines from air. Due to the high-speed pressure, the pressure in front of the magnetic levitation of high reliability and the impeller increases, and due to the efficiency when operating in zones with different flow speeds, the static pressure decreases outside - wind and solar potential, recuperation. The pressure drop in front of the impeller 6 and the energy in the ventilation systems, which can be installed, leads to the emergence of aerodynamic force even on residential buildings, industrial or on the blades 7, the component of which creates twisting structures and natural hills. At the same time, at the moment on the impeller 6, which can be determined by using the proposed wind turbine with air-magnetic levitation, it is possible and partially compensates for the weight of the impeller. to significantly improve the ventilation of the most pollutant. Appropriate fixing of discrete magnets 9 at the intersections and streets from the exhaust gases of the rim 8 additionally compensates for the weight of the impeller of internal combustion engines. 1 m shi, chn I From food x ! hey V Bh ko I e t ! ; veins; EYE WASH p shk | ! ! Fig Fig? Computer layout by M. Lomalova Signature Circulation 26 approx. Ministry of Education and Science of Ukraine State Department of Intellectual Property, str. Urytskogo, 45, m. Kyiv, MSP, 03680, Ukraine SE "Ukrainian Institute of Industrial Property", str. Glazunova, 1, m. Kyiv - 42, 01601