JP2008121653A - Energy boosting device by rotator - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To increase rotational energy in starting with various kinds of rotators functioning as boosters using rotational energy of a small-size electric motor. <P>SOLUTION: The rotator 1 functioning as the booster is installed on the central upper part of a fixed frame 10 and a number of weights 9 are attached to the outer periphery of an inside and the outer periphery of an outside of the rotator at positions defining an inequilateral triangle around a shaft 8. A driving belt 5 is wrapped via an input pulley 4 around a one side of the rotator and the driving belt is wrapped around pulleys of a plurality of small-size electric motors. A power generation exchanger 2 and a battery are connected to the other side of the rotator through the shaft. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention is an amplifying device using the rotational energy of a small electric motor, which generates electric energy by interposing a rotating body such as a cylinder or a sphere, and amplifies the rotational energy at the time of starting to generate energy. The present invention relates to an energy amplifying device using a rotating body.

Conventionally, in order to obtain this kind of electric energy, it is common practice to use energy for fossil fuel, heat generation from hydrogen, nuclear power, and the like.
Moreover, what is used by converting into electric energy using hydropower and wind power, or using electric energy converted into kinetic energy using a solar power generation system, etc. are known. Other current technologies for obtaining electrical energy include various generators.

Problems to be solved by the invention

As described above, as described in the prior art, hydropower, wind power, heat, hydrogen, light resources, and the like have a problem that a large space, a large-scale facility, and a power transmission device are required. Moreover, there is a problem that heat and light resources require energy as a large amount of raw material.
The present invention solves each of the above problems, and the main purpose of the present invention is a very simple and small facility, and if the apparatus of the present invention is added, a large amount of energy is generated. Can be supplied. Further, if a capacitor is connected for conversion of electric energy, a large amount of energy can be obtained by reducing external energy as much as possible. Further, the position of the rotating shaft of the rotating body amplifier can be used 360 degrees, and the range of application is possible from energy amplification to energy storage.

Means for solving the problem

  In order to achieve the above object, according to the present invention, the energy amplifying device main body is mounted on a fixed base. A rotating body serving as an amplifier is fixed to a shaft provided in the center of the fixed base. The rotating body is provided with a plurality of weights provided in a non-uniform triangle on the inner periphery and on the outer side. In addition, an input pulley is provided on one of the rotating bodies, a transmission belt installed on the input pulley is installed on a plurality of small electric motors, and one small electric motor is provided with a current changeover switch. . Further, a power generation exchanger is connected to the other of the rotating bodies via a shaft, and a power storage unit is connected to the power generation exchanger. In addition, the rotating body is provided with weights of different sizes on the inner periphery and the outer periphery at the positions of the unequal triangles, so that the moment of inertia is increased in proportion to the rotation speed. Several times the rotational energy is generated, and the rotational energy is supplied to the outside as energy and electrical energy.

The invention's effect

  As described above, according to the energy amplifying apparatus of the present invention, as in the conventional case, the heat generated from fossil fuel, nuclear power, etc. is converted into energy, and the environment is not deteriorated. It has an excellent effect that a large space, a large-scale facility and a power transmission system are not required. In addition, there is an effect of a near-future type energy conversion system that eliminates the generation of carbon dioxide. And the effect that it can be easily installed and used on the upper part of the fixed base, and the rotating body of the amplifier is stably installed in the central part, the energy of the small electric motor is used, and it is amplified through the input pulley. A rotating body that acts as an amplifying device connected to rotational energy, and has the effect of generating rotational energy that is twice to several times larger. In addition, since a plurality of transmission belts provided on the input pulley are installed, it can be easily installed on the pulleys of a plurality of small electric motors. Furthermore, since the weights are arranged on the unequal triangles installed inside and outside the rotating body, the centrifugal force to the outer periphery is increased with respect to the rotating body and the position of the circular center of gravity is shifted. There is an effect that the moment of inertia is amplified in both directions.

  According to the energy amplifying apparatus using the rotating body configured as described above, the shaft input of the rotating body (1) is performed via the transmission belt (5) of the start power pulley (14) by the operation of the small electric motor (6). It is transmitted to the pulley (4), the rotational energy of the rotating body (1) is amplified, and is induced as a rotating motion of the rotating body (1). The rotating body (1) receives the amplified energy, and the structure of the rotating body (1) itself can increase the moment of inertia. The rotating body is connected to the rotating motion, and the rotating body (1) is pulled up to the maximum number of revolutions, the maximum moment of inertia is generated, transmitted to the shaft (8), and the rotational kinetic energy is generated via the connecting portion (3). The rotational kinetic energy of (2) is converted into electrical energy, stored in the battery (7), and flows out to the external output line (13) as electrical energy. The generated electric energy works to supply a part to the small electric motor (6) via the current changeover switch (11).

Next, an embodiment of the present invention will be described. FIG. 1 is a plan view of one embodiment, and the main body of the energy amplifying device (A) is installed on the upper part of the fixed base (10). On the fixed gantry (10), a rotating body (1) made of a cylinder, a sphere or the like serving as an amplifying device is positioned in the central portion. The rotating body (1) is rotatably mounted by a shaft (8) provided at the center. A plurality of weights (9) and (9) are arranged in a non-uniform triangle inside and outside the rotating body (1). Next, an input pulley (4) is provided on one of the shafts (8), and a plurality of transmission belts (5) and (5) are installed on the input pulley (4). The transmission belts (5) and (5) are respectively installed on start power pulleys (14) of a plurality of small electric motors (6) and (6). One of the small electric motors (6) is provided with a current changeover switch (11) in order to freely adjust the current. An external input line (12) is connected to the current changeover switch (11), and a part thereof is supplied to the small electric motor (6).
Further, the rotary kinetic energy is transmitted to the power generation exchanger (2) through the connecting portion (3) connected to the shaft (8) to be transmitted to the other of the rotating body (1), and converted into electric energy. . The power generation exchanger (2) obtains the conductive wire (15) and sends it to the capacitor (7) to store the electricity. Electric energy is transmitted from the battery (7) to an external output line (13) located outside. Moreover, what is shown in FIG. 2 is a side view of the state shown in FIG. 1, and shows a state in which it is regularly arranged on the upper part of the fixed base (10).

The embodiment shown in FIG. 3 represents a state in which a rotating body (1), which is an energy amplifier, is placed on a fixed base (10), and an input pulley (4) provided on a shaft (8) of the rotating body (1). The power transmission belts (5) and (5) installed on the starting power pulleys (14) and (14) of the small electric motors (6) and (6) are shown. In addition, a large number of weights (9) and (9) are housed in the rotating body (1) on the inner circumference or the outer circumference. The weights (9) and (9) may be attached by attaching different weights (9) and (9) as required.
Further, FIG. 4 shows the position of the installation portion of the weights (9) and (9) inside the rotating body (1). Up to 12 are described, and the form of the arrangement that becomes an unequal triangle indicating each installation position is shown. This form is shown below.
Unequal triangle 1, 2, 3
Unequal triangle 4, 5, 6
Uneven triangle 7, 9, 10
Unequal triangle 8, 10, 12
As described above, it is configured to be arranged in an unequal triangle with respect to the axis.

  It is a top view of the apparatus main body of this invention.   It is a side view of the apparatus main body of the present invention.   It is a side view of the state which installed the rotary body of this invention.   It is the side view which disclosed the inside of the state which has similarly arrange | positioned each weight in the non-uniform triangle inside the rotary body of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Rotating body 2 Power generation exchanger 3 Connection part 4 Input pulley 5 Transmission belt 6 Small electric motor 7 Electric condenser 8 Shaft 9 Weight 10 Fixed mount 11 Current switch 12 External input line 13 External output line 14 Start power pulley 15 Conductive line A Energy amplifier body

Claims (3)

  The energy amplifying apparatus main body (A) is provided with a fixed base (10). The fixed base (10) includes a rotating body (such as a cylinder, a sphere, etc.) serving as an amplifier on a shaft (8) at a substantially central portion. 1), the rotating body (1) is provided with a plurality of weights (9) and (9) in a non-uniform triangle inside, and an input pulley is provided on one of the rotating bodies (1). (4) is provided, a plurality of transmission belts (5) and (5) are installed on the input pulley (4), and a plurality of small electric motors (6) ( 6) is installed on the pulley, one of the small electric motors (6) (6) is connected to the current changeover switch (11), and the other of the rotating body (1) is connected to the shaft (8). Is connected to the power generation exchanger (2) via the connecting portion (3), and the power generation exchanger (2) communicates with the capacitor (7). Energy amplifier according to the rotating body, wherein.   The rotating body (1) according to claim 1, wherein a plurality of non-uniform triangular weights (9) (9) are arranged on the outer periphery of the rotating body (1). .   According to the rotating body according to claim 1 or 2, characterized in that weights (9) (9) of different sizes provided inside and outside the rotating body (1) according to claim 1 or 2 are used. Energy amplification device.

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