JP2011163336A - Driving wheel - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To achieve drop energy as torque wherein there are wind power generation, photovoltaic power generation, or the like using natural energy, but efficiency is low and costs are high since they depend on the natural environment. <P>SOLUTION: Four tanks for keeping balance by a rotor of a cylinder shape with the cylinder shape laid on its side and a rotation axis in a horizontal direction are point-symmetrically arranged at equal intervals of 90 degrees around the rotation axis. Torque is generated by putting in ballast water for ballast in the tank for about one seventh of a tank capacity, and changing balance according to a rotation angle. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

Detailed Description of the Invention

This device is configured to generate fall energy as a rotational force and use a change in moment balance to generate continuous rotation, and the output is low speed, but it continuously rotates. Since it can be generated, it can be used as a power source for generators and pumps.

Depends on the natural environment, even if you use natural power, such as turning a generator with wind power, turning a turbine with water power, or solar power generation, like wind power generation It is hard to maintain a stable output and it is too expensive.

Problems to be solved by the invention

The goal was to efficiently output the energy of gravity as a rotational force. The rotating body needs to be rotationally balanced with respect to the rotating shaft, but on the contrary, the fact that the rotating body is not balanced is taken out as a rotational force and used effectively.

Means for solving the problem

Place the disk on the side of the axis of rotation and perpendicular to the axis of rotation. The tanks for creating the balance shown in FIG. 2 (hereinafter referred to as balancer tanks) are arranged at equal intervals of 90 degrees symmetrically with respect to the rotation axis as shown in FIG. In addition, a wheel plate for storing rotational force is attached to the side surface so that it is balanced with respect to the rotation axis. Attach this to the bearing stand.
The tank is filled with ballast water for ballast (hereinafter referred to as a fluid) for making a balance about 1/7 of the tank capacity.
In the rotating body, the center of gravity is on the rotation axis, but when the fluid is inserted, the fluid gathers below the balancer tank depending on the rotation angle. The center of gravity of the composite created by the fluid in the four tanks is generated off the axis of rotation.
Since this composite centroid point (hereinafter referred to as a composite centroid point, GP) is formed by the positions of the four fluids, the composite centroid point changes depending on the shape and arrangement of the balancer tank. If each tank is full, it cannot be moved, so it becomes the same as the fixed weight, and the composite barycentric point returns to the rotation axis. Therefore, the fluid was set to about one-seventh of the tank capacity.
In the present invention, the fluid moves with the rotation angle in the four ballast tanks, thereby generating a synthetic center of gravity at a position deviating from the rotation axis, and realizing the rotational force by the potential energy.
The fluid must be liquid and must move quickly inside the tank. However, the higher the specific gravity, the greater the rotational force generated, so it was called a fluid.

Invention in practice

Inside this balancer tank, the fluid automatically moves downward depending on the rotation angle. This happens inside each balancer tank.
In FIG. 4, a combined center of gravity GP is generated at P <b> 1 according to the position of the fluid in each balancer tank. The combined barycentric position P1 is about 40 degrees with the perpendicular passing through the rotation axis, and the distance from the rotation axis is about 30 cm when the diameter of the rotating body is 180 cm. In FIG. 4, when the rotation angle is set to 0 degree and the rotation is started, the center of gravity position of the fluid A follows a locus like A in FIG.
The position of the center of gravity of the fluid in each of the balancer tanks (a), (c) and (d) is also on the locus of A. After the center of gravity position GP is generated at P1, a pendulum-like trajectory centering on the rotation axis is continued until the rotation angle is about 40 degrees until the vertical line is exceeded, and then GP is near the vertical line (P2). They will stay. (See Figure 4B)
The position of the center of gravity of the fluids in tanks A and D does not change much on the inside of the tank, but the fluid in tank A moves downward as it passes below the vertical line so that the bottom side tilts and moves downward. . The fluid in the tank of the tank gradually moves from the rotation axis from a rotation angle of about 30 degrees. As a result, if the combined center of gravity position exceeds the rotation angle of 40 degrees, it will be in a state where it stays near the vertical line. This movement changes the potential energy to rotational energy in the acceleration state from the start of the pendulum to the vertical line. However, due to the movement of the fluid, the balance is not reciprocating but rotating. The fixed weight always reciprocates and decelerates, but in the present invention, the fluid moves due to the change of the rotation angle, and the balance is maintained, so the synthesized center of gravity continues to stay near the normal even if it continues to rotate. . The rotation continues due to the generated energy, and at a rotation angle of about 85 degrees, the fluid in the balancer tank begins to move toward the tip because the bottom side becomes nearly horizontal, and when the rotation angle reaches 90 degrees, the GP is also perpendicular. Move to P1 rapidly from nearby.
Thus, the balancer tank shown in FIG. 4 is just changed. Since the ballast tanks are arranged 90 degrees each, this movement is repeated every 90 degrees. The rotational force was realized by the total weight of the fluid and the arrangement and shape of the balancer tank that positioned P1 at the center of gravity of the composite.
From 40 degrees to 90 degrees of rotation angle, since the inertial force is due to the generated rotational force, a wheel plate was attached so as to act like a flywheel in order to store rotational energy and achieve stable rotation. This is because it is necessary to balance the weight of the rotating body excluding the weight of the fluid.
That the GP stays below the normal means that the load of the fluid is supported by the rotating shaft, and the rotational force rotates perpendicular to the normal.
A cylindrical shape containing water is covered and laid sideways, and in the horizontal plane, the generated rotational force is applied from the side and rolled twice. This moving wheel rotates from 0 degrees to 40 degrees by the action of potential energy, and after that, the fluid load is rotated only by the inertial force of the generated kinetic energy while leaving the load on the rotating shaft.
This is a result of locating the center of gravity of the fluid according to the shape and arrangement of each balancer tank, maximizing P1, and positioning P2. Also, when the fluid moves, the surface that moves to the next point is curved to minimize the flow resistance. The bearing load of the rotating body and the flow resistance of the fluid appear, but the rotation continues because the rotational force is greater. In addition, the balance between the load of the rotating body excluding the fluid and the generated rotational energy must be taken into consideration.

The invention's effect

This movement is similar to a water wheel. In the case of a water wheel, the ballast receives water from the outside, but the rotation continues even after the water is discharged. In the case of this moving wheel, this rotational force is generated by the fluid of four internal balancer tanks. The difference is that it does not receive external force but generates rotation force by the balance of the internal fluid, so it rotates by itself. Because of the earth's attractive force, it rotates itself and can be used anywhere as rotational energy.
This wheel is a low-speed rotation and has four output points during one rotation, but three of these are shifted by 30 degrees at different start positions and arranged on separate axes. A high output point occurs every degree, and the output states overlap because they are smaller than the swing angle. (See Figure 5)
In the case of one, the output state and the inertia state are alternately repeated, but in the case of three or more, since the next output starts during the output state, the inertia state is also stable, and the output that can be utilized is stable. I can expect.

Perspective view of the present invention wheel The balancer tank perspective view of the present invention Arrangement of balancer tank and wheel plate of the present invention The figure which showed the movement path figure of the gravity center of the fluid of the present invention, and the locus of the synthetic gravity center The perspective view of the triple output device of the present invention

Balancer tank at the position of the balancer tank at the position of the balancer tank at the position of the balancer tank GP at the position of the balancer tank at the position of the composite ball position P1 of the four ballast tanks P1 Composite barycentric position at the maximum swing angle P2 The position of the center of gravity of the fluid is the position of the center of gravity of the fluid, the position of the center of gravity of the fluid, and the center of gravity of the fluid. Trajectory B Trajectory C of composite center of gravity position Shaft D Driving wheel 1 of the present invention
E Clutch F Flying wheel G Generator

Claims (1)

As shown in FIG. 1, the rotating body is a cylindrical rotating body with a horizontal axis, and tanks as shown in FIG. 2 are arranged point-symmetrically at equal intervals around the rotating axis. An apparatus constructed by this method is a method in which a fluid is inserted and the moment applied to the shaft is changed by the positional balance of the rotation angle to generate a rotational force and rotate continuously. (Hereafter referred to as the driving wheel)

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