JPS61205378A - Energy generating device - Google Patents

Abstract

PURPOSE:To generate energy efficiently and cheaply, by rotating continuously a rotor which has two plumbs attached on different places, by a slight external energy such as a flow of water, and driving a generator through a fly wheel which is connected to said rotor. CONSTITUTION:When a back-operating electromagnetic clutch 26 is cut and a geared motor 13 is turned on, a rotor 6 is rotated as a sprocket 15 fitted on the output shaft 14 of the geared motor 13, is connected to a sprocket 8 fitted on the shaft 5 of the rotor 6, through a chain 16. Then, if a flow of water 30 is dropped on the rotor 6 when a plumb E attached on the rotor 6 is positioned at the highest, the moment of inertia of the rotor 6 is increased by the self-rotating force of the rotor 6 generated by the difference between gravity of the plumbs E, F, an action of accepting rooms 20 accepting the flow of water 30 which falls from a water lead pipe 31, and this rotor 6 continues its rotation. Then, a fly wheel 18 is rotated by the rotating force of the shaft 5 of the rotor 6, through such as a chain 22, the clutch 26 is engaged in the system and a generator 23 is driven.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an energy generating device using a rotating body.

For example, if we consider the example of conventional hydroelectric power generation, flow rate x effective head x turbine efficiency = normal power generation, and in the above formula, ``flow rate'' and ``effective head'' are the amount of power generated. It is well known that it is an important element that influences power.

Therefore, when constructing a small-scale hydroelectric power plant, not only are there constraints on the head and flow rate, but also high construction costs often result in high costs.

The present invention is intended to provide an energy generating device which aims at low cost under these power generation conditions with low head and small flow.

Next, to explain the example #1, a weight is provided in consideration of balance at a position shielded from the center of the rotating wheel of the rotating body, that is, near the outer periphery, and at a position close to the center of the rotating shaft. The rotating body rotates by applying external energy. The aim is to transmit this moment of inertia to the flywheel and convert it into electrical energy, which is the energy of rotational motion.

In order to explain the relationship between this rotating body and the weight, we will actually perform an experiment and explain an experimental example. Each has a heavy installation method,
When you let go of a stationary object while tilting it one degree to the right (clockwise), it will try to rotate due to the relationship between the gravity and centrifugal force of the rotating body (including gravity), but it will only reach a position of about 350 degrees. After turning, it returns due to the reaction and repeats the pendulum movement, resulting in a movement whose amplitude gradually becomes smaller. Based on this movement of the rotating body, the rotating body is rotated on its own axis by gradually increasing the weight (external energy) given to part 0, and the number of rotations is increased to 1.
When we measured the time required per rotation, we found that it was as shown in Attached Table 1.

As is clear from this table, as the weight of the weight at 0 parts is gradually increased, as the rotation speed of the rotating body increases,
It has become clear that the time required for one rotation of the rotating body is 1.

Based on the above points, an embodiment of the present invention will be described based on the drawings. 9.10.11 is a key, 12 is a guard motor mounting base, 13 is a guard motor, 14 is an output shaft of the motor 13, and 15 is a Sprocket, 16 is chain, 17.17
7 is a bearing of the flywheel 18, 19.20 is a sprocket of the flywheel shaft 21, 22 is a chain, and a sprocket 25 and a reverse electromagnetic clutch 26 are also fitted to the output shaft 24 of the generator 26. 27 is a chain, 28
．． 28 & , 28b % 28 (l is weight i, F is tightened by bolt, 29 is water receiving chamber, 30 is running water, 31 is water pipe.

In the power generation device configured as described above, the power generation operation will be explained in order. First, when the reverse action electromagnetic clutch 26, which uses a storage battery as a power source, is turned on, the friction plate of the clutch 26 opens due to magnetic force, and the generator 23 The output shaft 24 of is released from the load. Next, in order to place the weight E directly above the rotating body 6, turn the switch of the guard motor 13 to OFF.
When set to N, the sprocket 15 fitted to the output shaft 14
F! is attached to the sprocket 8 fitted to the rotating body shaft 5 via the chain 16. ]! As the rotational torque is transmitted to the rotor 6, the rotating body 6 starts to rotate clockwise and when the position of the weight ε rotates half a turn and reaches directly above, the flowing water 30 is dropped.
The switch of the guard motor 13 is set to 0FIF.

The rotating body 6 receives the rotational force (centrifugal force effect) due to the difference in gravity between the weight [5 and F] and the flowing water 50 falling from the water pipe 51 in the water receiving chamber 29, so that the moment of inertia increases and rotation begins. Become.

On the other hand, the rotating shaft 5 is connected to a sprocket 7 and a sprocket 19 of the flywheel shaft 21 via a chain 22, so that the flywheel 18 is rotated. The rotational speed of the flywheel 18 can be increased or decreased by changing the tooth ratio between the sprocket 7 and the sprocket 19.
When the rotational movement of 8 becomes stable, the output shaft 2 of output 11fi23
4, turn the switch of the reverse electromagnetic clutch 26 attached to
Make it FIF. The magnetism of the disconnected clutch 26 is demagnetized, and the repulsive force of the spring causes the vibration plate and armature ring to come into close contact with each other, and rotational torque is transmitted to the output shaft 24 to start generating electricity. It goes without saying that the rotational speed of the generator can also be increased or decreased in the same manner as described above.

As described above, the present invention arranges the weights ε and F on the rotary body 6, but as in the embodiment, it is not limited to one weight each; 〉 Even for F, it is natural to select the mounting position and quantity that provides the best balance efficiency for rotation, and if there are multiple pieces, the mounting position may also be changed automatically. It is also self-evident that the scope will be determined.

In this way, a plurality of weights are provided inside the rotating body 6, and the centrifugal force generated by the difference in gravity gives the rotating body a moment of inertia, and in addition to the action of rotation, it also generates hydraulic energy (external energy). As a result, a synergistic effect is brought about, and a power generation effect can be obtained even with the supply of a small amount of hydraulic energy.

In addition, when supplying hydraulic energy with low head and small flow rate,
The rotating body is initially forced to rotate unbalanced, but
This moment of inertia is absorbed by the flywheel, which immediately shifts to constant speed rotation.
The influence of 8 absorbs the unbalanced moment of inertia of the rotating body and converts it into effective rotational kinetic energy, which becomes a power generation torque source. It is an essential element, especially for low-head, small-flow hydroelectric power generation.

Furthermore, actual hydropower generation 1! (Small hydropower), the flow rate,
The moment of inertia can be increased by appropriately adjusting the mounting position, size, and number of positions of the weight on the rotating body depending on the size of the head and environment, and it is possible to design according to the site conditions, and the structure is simple. Because of this, it has the characteristics of being able to be installed even under fairly small-scale conditions.

[Brief explanation of drawings]

FIG. 1 is a schematic side view showing an embodiment of the present invention, and FIG. 2 is a 111! FIG. 3 is a plan view of the main body of I, and a sectional view taken along the line A--A in FIG. 1. ε・F ----- Single layer @ 5-1 -- Rotating shaft 6 ---
-Rotating body 18---Flywheel 30---
First-class water (external energy) rotational speed and required time H are the average values of 10 measurements.Unit: 2 weights (Kg).Required time (seconds)Patent applicant: Former EE-Sakusho Aki Co., Ltd. 1 Figure 2

Claims (1)

[Claims] 1. A rotating body with at least one weight attached at a position away from the center of the rotation axis, another weight installed at a position that takes into account the balance of this rotating body, and a small amount of external energy applied. An energy generating device characterized by continuous rotation of a rotating body connected to a flywheel.