KR20100041321A - Generating equipment(plant) in a motor drive(operate) three-bladed wind turbines(wind powered generators) - Google Patents

Abstract

PURPOSE: An artificial wind power installation round circular plate in which one electric motor bigger is run. Many aero generators mounted on round shape top is rotated and the electricity gets. CONSTITUTION: As to the artificial wind power installation. The center axle shaft(2) installs to the center of the big and round circular plate(1). The electric motor(3) is directly installed under the axle shaft and it is driven. Shaft and electric motor are connected each other through the belt or the cog wheel. In vertical wind power generator(4) is the round shape top, it installs.

Description

Artificial wind power generators {Generating equipment (plant) in a motor drive (operate) three-bladed wind turbines (wind powered generators)}

The present invention is an artificial wind power generator that rotates (drives) a large round circular plate 1 with one electric motor 3 and turns a large number of wind generators 4 mounted thereon to generate and produce a lot of electricity. The present invention relates to a motor-driven wind turbine generator.

Many wind power generators come out, and many wind power plants are operated and operated, but, however, it is not always able to get a lot of strong winds and it is not easy to obtain strong winds (strong winds), There are many places that do not serve well. In addition, in order to build a wind power generator and build a wind power plant in search of good winds and strong winds, there were many damages to the natural environment as well as trees. To solve these difficulties, and to overcome the shortcomings of big wind turbines and wind farms, to ensure that good winds and strong winds are always and always available, and that the biggest challenges of wind turbines and wind farms ( By implementing the indoor indoor shoes, it is possible to develop and produce conveniently and safely in all weather regardless of any weather condition, and to be close to the authorized place such as a city, a village, or a factory. Its purpose and purpose was to make it possible to build near, so that it could always obtain a lot of good electricity without limit.

Until now, wind power generators and wind power plants have been operated and developed on the basis of naturally blowing winds, so they have not been operated and operated on days when the wind is weak or windless. Therefore, much money and resources are consumed, but the power gained in comparison with that is insignificant. However, the present invention does not require such natural winds at all, always makes good development and implements the indoor shoes, convenient and safe, near the city, village, factory, license, etc., pollution-free, pollution-free Its purpose and purpose is to provide endless power generation devices that generate good electricity and a lot of electricity.

The present invention rotates (drives) a large round plate with one electric motor (or other power machine), and rotates (generally rotates and generates wind) wind turbines arranged on the plate to obtain electricity. There is this. Therefore, the wind of nature is not necessary at all and has nothing to do with it. Therefore, it can be installed indoors, the wind power plant can be indoors, and it will be able to generate infinite power all weather.

Although the present invention uses a wind power generator, the generator can be installed and operated indoors, and can be used anywhere and any place where electric energy is required, and a motor Many wind turbines are turned on, so you get 10 times, 20 times more electricity, so you can get infinite power and energy, thereby solving all the energy shortages of mankind and there is no concern about pollution and pollution. We can realize clean and fresh environment of pollution-free, clean and safe world, and activate energy, agriculture, fisheries and other industries as well as mechanization, automation and mass production facilities. In addition, if you install and operate a pollution and pollution prevention facility, a pollution and pollution purification facility, and a pleasant cooling and heating facility, you can enjoy abundant, convenient, pleasant and pleasant living, and a paradise of paradise. (Iii) Heavenly worlds can also be embodied (Seoul rock, Bible, Buddhist, Koran, etc.).

This artificial wind power generator (motor-driven wind turbine generator) is composed of two parts, a power generation unit that produces and generates electricity, and an electric power transmission unit that transmits and sends (connects and transmits) electricity generated and generated therefrom. It can be divided, described in detail with reference to the accompanying drawings as follows.

1. Motor-driven wind power generator

This artificial wind power generator is equipped with a large number of vertical wind generators (b of FIG. 1) on a large round plate (1), which are driven by other power such as an electric motor 3 (or a motor or hydropower). FIG. 6) is a motor-driven wind turbine generator that is driven and rotated to obtain power generation. The apparatus includes the following devices.

(1) Large round circular plate (1): A round disk for seating wind turbines (4) on it, with a central shaft (2) attached to the center and driven by an electric motor (3) to rotate. . (The generators 4 are arranged on the round plate 1 so that they can be safely driven and rotated, and a support base (or barrel stand) 9 is placed around the round plate and the wheels (rollers). Attach (10) so that you can return safely (rotate).)

(2) Center shaft (mandrel) (2): An axis for supporting, supporting, driving, and rotating the circular plate 1 attached to the center of the round plate (center) so as to penetrate up and down (up and down). ) Can be directly attached and mounted, (a) in FIG. 1, connected by a belt (chain) to drive, (a, FIG. 2), or geared to engage and drive and rotate. In addition, in order to arrange the +/- electric cable from the generators 4 inside (or outside) of the shaft, it may be made into a round pipe shape (as shown in FIG. In order to prevent short circuit, it should be made of insulating material or coating with insulating material.

(3) Electric motor (3): As a power source for driving (rotating, moving) the shaft 2, which is directly attached to the shaft, installed (Fig. 1A), or connected by a belt (or chain) to drive. Device (FIG. 2, FIG. 3), or geared to drive by engaging a gear.

(Although not necessarily an electric motor, it may be possible to use a machine (motor) that is driven by other power, such as a motor or other hydraulic power.)

(4) Wind generators (4): Generators arranged and mounted on a round circular plate (1), which can use existing wind generators, but must receive and return artificial winds instead of natural winds. In order to fit the wind turbine, it would be better to equip it with a vertical winged wind generator (b in Fig. 1). Further, in order to double the amount of electricity, as shown in Fig. 1, when using two-layer wind power generators in which two generators are attached above and below the vanes (wind vanes), A), you will get twice as much electricity.

The above describes the components of the motor-driven wind turbine generator, and if they are combined, combined, mounted, driven, and rotated, they can be a good artificial wind turbine. (I.e., attach the shaft 2 to the rounded circular plate 1, and attach the motor 3 directly to it, install it (a) of Fig. 1, or connect it with a belt (chain) to drive it. (A, Fig. 2 of Fig. 2) or by mounting a cogwheel to be driven to engage, driven and rotated by the electric motor (3), all the wind turbines arranged and mounted on the round plate (1) ( 4) As they receive strong wind, they all drive, rotate, and generate electricity, so that a lot of power and electricity can be obtained by one electric motor, thus opening the road for the age of infinite electricity and infinite energy.)

(Although this device is not necessarily an electric motor, it is possible to obtain a lot of generated electricity even if it is used by another mover or a motor that is powered by a water wheel, etc.). If you run a water wheel (watermill), a generator, this method uses a water wheel (motor) to run the wind turbines several times, tens of times, and then several times, tens of times more power, Can get electricity.)

2. Electric transmission transmission (connection transmission) device

The electric transmission transmission problem (connection transmission problem) in this artificial wind power generator (motor drive wind power generator) requires a special apparatus. That is, since the round plate (1), the center shaft (2), the generator (4), the wiring and the like to rotate the circle, as shown in Figure 1, 2, 3, etc., by installing the following devices, All electricity should be smoothly and well transmitted.

(1) + ·-electric wire collection terminal: all + ·-electric wires from generators (4, 4B) on the round circular plate (1) as shown in Figs. 1, 2, 3, 6a, 6b, + As the electric line,-The electric line is gathered to the electric line, respectively (6a, 6b) and serves to pass to the + +-electric line receiving terminals (7a, 8a) above.

(2) Faucet terminals: made in the shape of a round circular iron (large finger) as shown in FIGS. 1A, 2, and 3, 7a and 8a, and attached to the central shaft 2 + And-the electric wires connected from the generator 4 and the + and-electric wire collection terminals 6a and 6b, respectively, to connect and connect the upper + and-electric wire intermediate bearings 7b and 8b and + and-electric wires, respectively. It connects and delivers electricity to the delivery terminals 7c and 8c. All wire terminals are made of strong conductors that can transfer electricity well.

(3) Intermediate (bar) bearings, which are installed between the power receiving terminals 7a and 8a and the feeding terminals 7c and 8c as shown in FIGS. 1, 2 and 3, 7b and 8b, and at the time of rotation of the shaft 2 It helps the two terminals (receiver terminals and feed terminals) rotate well without abrasion and friction, while transferring the electricity of the lower receive terminals 7a and 8a to the upper feed terminals 7c and 8c. Therefore, the intermediate bearing should be made of a strong conductor that can transfer electricity well, but it is better to use a rod bearing or the like that can transfer electricity well with a large ground area.

Even if the intermediate bearings 7b and 8b are not necessarily used, the power receiver terminals 7a and 8a and the discharge terminals 7c and 8c may be rotated in direct contact with each other (Fig. 1A and Fig. 2B). In this case, if you supply a little conductive fluid or moisten it well to reduce the wear and frictional heat between the power receiver and the discharge terminal, You will be able to connect and transmit electricity well.

(4) Outgoing terminal: It is made in the shape of a round circular iron (large finger) like 7c, 8c of FIG. 1 (d), FIG. 2, FIG. 3, etc., and pole 5 (5) 5B) is firmly attached and installed, and the +/- electric wire faucet terminals 7a and 8a and the +/- electric wire intermediate bearings 7b and 8b are brought into contact with each other, wrapped, covered, and covered with electricity. It is well received and plays the role of transmitting and sending out. + ·-All the electric wire transmitting terminals are made of strong conductors that can transfer electricity well together.

(5) Power transmission device protective cover: As shown in Figs. 1 (D), 2, 3, etc., 7D, 8D, and the like, the power receiving terminal 7a is firmly attached to the poles 5A, 5B. , 8a) to protect the intermediate bearings 7b and 8b, the feed terminals 7c and 8c, etc., and insulators to prevent and prevent electric shock and short circuits. Ensure that the device (electrical connection transmission) is safe, well protected and maintained.

The above devices are connected and combined well, so that + ·-electricity from the wind generator is + ·-electric cable collection terminals (6a, 6b) → + ·-electric cable receiving terminals (7a, 8a) → + ·-electric wire intermediate bearing (7b, 8b) → + ·-Electric wires (7c, 8c), etc., through the voltage regulator (transformer), the switchgear, etc., the electricity to be sent to the demand source.

(In addition, the transmission and transmission of microwaves may also be performed. In other words, the circular plate 1 and the shaft 2 are equipped with a microwave transmission device, and the pole 5 has a micro If you install a wave faucet device and plan to send and receive electricity, you will be able to transmit and receive electricity well through this method.)

If the starter is equipped with a starter battery and is automatically charged with electricity produced by itself, one starter switch can freely and permanently operate the generator and the generators. If you adjust the speed (strong, weak, or high, low speed, etc.), you will be able to produce and develop the power as you want or as planned.

In addition, in order to obtain more electricity with one electric motor, if a double-layer (or double-sided) wind generator (Fig. 1) is mounted, driven, rotated, operated, and operated, it is doubled (Fig. 2A). If you want to get more electricity, and you want to get several times more electricity, you can choose the stages such as 1st stage (layer), 2nd stage (layer), 3rd stage (layer) (1A, 1B, 1C in FIG. Layer), wind turbines mounted here (Figure 3), and driven and rotated, will yield several times more electricity.

(In the case of a multi-layer type, considering the weight of the upper generator, if you make a support to be supported under the upper generator 4B and attach it firmly to the frame, it can be fixed and maintained.)

Wherever electricity is needed, at any time and anywhere, the generator or power plant can be built and operated to produce and generate electricity as planned.

(A) of FIG. 1, the wind turbines 4 are mounted on the large round plate 1, and the motor 3 is attached and mounted under the center shaft 2 to drive, rotate, and generate electricity and electricity. A schematic diagram of a (one-story, single-story) artificial wind power generator (motor-driven wind turbine generator) and its electric transmission transmitter.

[B] of FIG. 1 is a vertical wind blade type wind turbine generator model suitable for the power generator.

[C] of FIG. 1 is a model of a double-layer vertical wind generator, in which two generators are mounted (mounted) up and down on one wing (wind vane).

[D] in FIG. 1 is a model in which the power receiving terminals 7a and 8a, the intermediate bearings 7b and 8b, the power feeding terminals 7c and 8c, and the protective covers 7d and 8d of the electric transmission transmitter are shown separately. Degree.

[A] of FIG. 2 is a schematic diagram of a dual-layer power generator (frame) of an artificial wind power generator, in which a plurality of vertical 'double-layer' wind turbines with two generators attached and mounted are mounted.

[B] of FIG. 2 is a schematic diagram of a direct contact type electric power transmitter unit for directly contacting the +/- electric line receiving terminals 7a and 8a and the +/- electric line transmitting terminals 7c and 8c to transmit and send electricity. (schematic).

[C] of FIG. 2 shows a device in which a + ·-electric wire intermediate (rod) bearing 7b, 8b is inserted between the + ·-electric cable receiving terminals 7a, 8a and the + ·-electric cable transmitting terminals 7c, 8c. Schematic diagram of an intermediate bearing electric transmission transmitter.

Figure 3 is made up of several stages (1A, 1B, 1C) such as 1st stage (layer), 2nd stage (layer), 3rd stage (layer), and many wind power generators (4) are installed here, so that a lot of power generation, Multi-tiered mass power generator and its power transmission model diagram, designed to obtain electricity.

※ Explanation of codes for main parts of drawing

1: Large round circular plate. 1A: 1-stage (layer) circular plate. 1B: Two-stage (layered) circular plate. 1C: 3-stage (layer) circular plate. 2: center shaft. 3: drive motor. 4: vertical wind generator. 4A: Vertical wind turbine blades (wind vane). 4B: The upper generator of the double-sided wind turbine. 5: Telephone pole 5A: + Electric wire pole pole pole 5B:-Electric wire pole pole pole 6a: + Electric wire pole terminal 6b:-Electric wire pole terminal 7: + Electric wire transmission and transmission device. 7a: + Electric cable receiving terminal 7b: + Electric cable middle (bar) bearing 7c: + Electric cable transmitting terminal 7d: + Electric cable protective cover 8:-Electric cable transmitting terminal 8a:-Electric cable receiving terminal 8b:- 8c:-Electric cable transmission terminal 8d:-Electric terminal protective cover 9: Circular plate (1) Supporting base (or circular plate support) 10: Circular plate (1) Support base (or tube support) Wheel (roller)

Claims (3)

Create a large round plate (1) with a central shaft (2) in the center, and under the shaft can be directly attached and installed to drive the motor (3) (a) of the shaft (2) and the motor (3) can be driven by connecting with a belt (chain), or gears and gears are coupled to the shaft and the motor so as to drive them, and on the circular plate 1 Of the artificial wind power generator (motor driven wind power generator), in which many vertical wind generators 4 are seated and mounted and driven and rotated by an electric motor 3 to obtain a lot of power and electricity from the wind power generators. Power generating device and its development principle. (Fig. 1) In the (single-stage, single-stage) power generation device (a) of FIG. 1 above, in order to obtain more electricity (two times), 'multi-layer generator' made by attaching two generators up and down (FIG. 1). In order to combine and mount (c) to generate power or to obtain several times more power, several stages (layers) are formed as shown in FIG. (Floor), three-stage (layer), etc. (1A, 1B, 1C) Artificial wind power generators that are equipped with a large number of wind generators in each stage (floor), to drive and rotate it to obtain a lot of power generation, electricity ( Power generating device of the multi-stage (multi-layer) mass-generation power generating device of the motor-driven wind turbine generator) and its power generation principle. As shown in FIG. 2, the + +-electric lines generated from the wind generators 4 and 4B are respectively + +-electric line collection terminals 6a and 6b → + ·-electric line receiving terminals 7a and 8a → + Electric cable feed terminal (7C, 8C) → +--Electric pole pole (5A, 5B) (or +-Electric cable receiving terminal (7a, 8a) → +-Electric wire middle (rod) bearing (7b , 8b) → + ·-Artificial wind power generators (7C, 8C) → + ·-Electric wires (5A, 5B)) Electric transmission transmission device (electric connection transmission device) of the motor-driven wind turbine generator (Fig. 1, 2, 3, etc.)

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