JPH0666249A - Generating unit of gravitational rotary mechanism - Google Patents

Abstract

PURPOSE:To provide torque in the form of electric energy which brings about a strong rotating force by causing a support shaft to be continuously driven so as to be turned around describing an inverted cone at the apex of which a sphere is located, and causing a rotating shaft passed through a hollow shaft to turn a weight suspended from an end of an arm that the rotating shaft firmly holds, and combining the effect of centrifugal forces to that of acceleration, etc. CONSTITUTION:A support shaft A comprises a sphere 6 provided at an end thereof, a cage shaft 3 and a hollow shaft 2. The sphere 6 is fittingly secured to a spherical sliding bearing device C located at the center of a frame D and a rotating shaft 1 one end of which a circular disc 9 equipped on the top board 11 of the frame D and drivingly rotated supports using the bearing device C being biased and which is passed through the hollow shaft 2 and connected to a generator 8 via a speed changer 7 mounted on the cage shaft 3, comprises an arm 4 firmly held thereby with a weight 5 suspended from an end of the arm 4.

Description

Detailed Description of the Invention

 (0001)

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a power generator of a gravity rotating mechanism for converting kinetic energy of orbital rotation of a weight body by rotation of an inverted shaft into electric energy and providing it. (0002)

2. Description of the Related Art Conventionally, such a rotating mechanism that does not consume finite resources has been recognized as infeasible due to the law of motion, the law of conservation of momentum, the law of conservation of energy, and the like. (0003) In order to overcome the above-mentioned recognition, a patent application was filed for a Japanese Patent Application No. 130000 in 1983, a Japanese Patent Application No. 188789 in 1983, and a Japanese Patent Application No. 232411 in 1983 (title of the invention). . (0004)

SUMMARY OF THE INVENTION In the prior application, the lower end of the support shaft is rotationally driven, the middle is held by a free ring, and the free space is an apex. There was a large load on the top and it was lacking in stability. The present invention is
By fixing the sphere at the end of the support shaft to the center, setting the load on the shaft to the low position, and enabling the weight load, and converting the kinetic energy of the orbiting rotation of the weight that draws the inverse cone into electrical energy, The purpose is to provide. (0005)

The present invention will be described with reference to the drawings corresponding to the embodiments. The spherical body (6) at the end of the support shaft (A) is fitted into a spherical sliding bearing device (C) fixed at the center of the pedestal (D), and the upper part of the support shaft (A) is placed on the top of the pedestal (D). A circular plate that smoothly rotates is installed on the plate (11), and the circular plate (9) is rotatably rotated by being borne by a bearing device (C) that is unevenly distributed. Support shaft (A)
The transmission (7) and the generator (8) are incorporated in the basket-shaped shaft (3). One end of the rotary shaft (1) penetrating the hollow shaft (2) of the support shaft (A) is connected to the transmission (7), and the other end holds an arm (4) substantially perpendicular to the shaft (1). . The arm (4)
Has a few stoppers (14) and suspends the weight body (5) to form a power generator of a gravity rotation mechanism. (0006)

The supporting shaft (A) is driven to rotate the circular plate (9), and draws an inverted cone having the apex of the spherical body (6) at the shaft end as an apex. The rotating shaft (1) rotates the arm (4). ) Via the weight (5)
The orbital rotation synergizes the centrifugal force / acceleration effect to generate a strong rotational force, which rotates the generator (8) through the transmission (7) to convert it into electric energy for self-sufficiency, etc. To provide. (0007)

1 to 3 are views showing an embodiment of the present invention. At the center of the pedestal (D) foundation, on the bottom plate (10) (1)
The spherical sliding bearing device (C) incorporating 2) is fixed and the spherical body (6) of the support shaft (A) is fitted. Stand (D)
Is unevenly distributed on the top plate (11) of the spherical slide bearing device (C)
A circular plate (9) having (not denying or specifying other bearing mechanisms) has a driving mechanism added thereto so as to rotate smoothly, and the supporting shaft (A) is borne. The drive mechanism includes gears, roller chain belts, V-belts, pin gears, etc. that are not specified (not shown), and the transmission (7) and the generator (8) are directly connected to the cage shaft (3) and incorporated. . A rotary shaft (1) penetrating the support shaft (A) is connected to a transmission (7), and the other end of the rotary shaft (1) is fixed outside the support shaft (A) and holds an arm (4) substantially perpendicular to the shaft (1). The arm (4) is reinforced and has a slight stop (14) at the tip to suspend the weight body (5). The gantry (D) is solidly reinforced to form a power generation device of a gravity rotation mechanism. The electric wiring is short-circuited to provide buffer wiring (not shown). Next, the operation will be described. When input to the driving device, the circular plate (9) rotates and the support shaft (A) makes an orbital rotation of an inverted cone with the sphere (6) at the shaft end as an apex. The rotational shaft (1) also orbits at the same time. hand,
The weight body (5) via the arm (4) synergistically exerts centrifugal force and acceleration effect to generate a strong rotating force on the rotating shaft (1), which is transmitted to the transmission (7). The electric power is converted into electric energy by the generator (8) and is self-sufficiently supplied to the rotary drive device and provided to others. (0008)

Industrial Applicability As described above, the present invention overcomes the conventional impossibility of recognition and provides electric energy without consuming finite resources. The supporting shaft is composed of a hollow shaft and a basket-shaped shaft, the end portion is a sphere, and the sphere is fitted into the bottom plate of the spherical sliding bearing device to fit the load bearing effect and the load amount of the supporting shaft. Centralized in the lower position for increased stability. A circular plate is incorporated into the top plate of the gantry and the orbital rotation is driven by the unevenly distributed bearing device, so the rotation adapts and the driving force is sufficient. Since the weight body is suspended and held by the arm stopper in which the rotating shaft is directly connected and fixed, the structure is simple and the adjustment is easy, and the rotating force effect is large. By incorporating a basket-shaped shaft into the support shaft, the transmission input / output shaft can be mounted concentrically or eccentrically. If other effects and advantages are raised, there is no consumption of finite energy resources such as fossil fuels, so there is no emission of pollutants and there is no concern about environmental pollution. * The principle and structure are simple and simple, and they are excellent in safety management and maintenance, and they are also excellent in standardization and mass productivity, and can provide efficient electric energy at low cost. * Eliminates the need for power transmission equipment for mountainous remote areas development, agriculture, forestry, and fishing.
I am convinced that it is a great contribution to the cultural society.

[Brief description of drawings]

FIG. 1 is a plan view of an embodiment of the present invention.

FIG. 2 is a vertical cross-sectional view taken along line YY of the plan view of FIG.

FIG. 3 is an enlarged explanatory diagram of a dotted line frame in FIG.

[Explanation of symbols]

 A support shaft B spherical sliding bearing C bearing device D pedestal 1 rotating shaft 2 hollow shaft 3 basket-shaped shaft 4 arms 5 weights 6 spheres 7 transmission 8 generator 9 circular plate 10 bottom plate 11 top plate 12 spring 13 reinforcing material 14 Stopper 15 Detent

[Procedure amendment]

[Submission date] August 22, 1993

[Procedure Amendment 1]

[Document name to be corrected] Drawing

[Correction target item name] All drawings

[Correction method] Change

[Correction content]

[Figure 1]

[Fig. 2]

[Figure 3]

Claims (3)

[Claims] 1. A bearing device (C) is fixed to a central foundation of a pedestal (D), and a spherical sliding bearing (B) is fitted therein.
The support shaft (A) is composed of a basket-shaped shaft (3) having a sphere (6) fixed at one end and a hollow shaft (2). The circular plate (9) is added to the top plate (11) of the gantry (D) by adding a mechanism for horizontal rotation. The circular plate (9) has eccentrically located bearing devices (C). A power generator (8) in which a transmission (7) is directly connected is incorporated in the basket shaft (3). The spherical body (6) of the support shaft (A) is fitted into the spherical sliding bearing (B) at the center, and the upper portion is bearing by the bearing device (C) of the circular plate (9). A rotary shaft (1) penetrating a hollow shaft (2) of the support shaft (A) has one end connected to a transmission (7) and the other end holding an arm (4) substantially perpendicular to the shaft, Centrifugal force / acceleration generated by the revolving rotational movement of the inverted cone having the spherical body (6) as the apex, which is configured by suspending the weight body (5) at the tip of the arm (4). A gravitational rotation mechanism power generation device characterized by converting kinetic energy having a synergistic effect such as the above into electric energy and providing it. 2. The power generator of the gravity rotating mechanism according to claim 1, wherein the central spherical plain bearing device (C) has a spring (12) incorporated in the bottom plate (10). 3. A gravitational rotation characterized by being a support shaft (A) in which a transmission (7) and a generator (8) are directly connected to a hollow shaft (2) and a sphere (6) is fixedly held. Mechanism power generator.