JP2008223747A - Energy conservation device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a device capable of storing excess energy in a small size portable device once without using fossil fuel which is limited resource and using the stored energy at a place where the same is necessary when the same is necessary. <P>SOLUTION: This device is provided with an input side rotary shaft 6, gears 5-1, 5-2, 5-3 transmitting rotary force of the shaft, and a spring 2 extended and contracted by movement of a rack, and an energy discharge side rotary shaft 8 is arranged on the gear 5-3. Energy obtained by the input side rotary shaft 6 is stored in the spring 4 via the gears 5-1, 5-2, 5-3 and is taken out from the energy discharge side rotary shaft 8 when the same is necessary. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

The present invention finds a small energy generated in daily living activities, finds a usage that does not cause pollution and does not affect the increase in entropy as much as it can be stored effectively, and uses energy that does not use fossil fuel etc. It is about development.

As energy sources to be used in daily living space in recent years, most of them rely on fossil fuels and electric power, which are finite resources that will surely be exhausted. However, even with a clean image of electricity, fossil fuels account for a few percent of the heat source, and the clean image of nuclear power still has many unsolved problems, whether it is a nuclear problem or a nuclear fuel waste problem. Therefore, the present invention finds clean energy that is generated in daily life, stores it in a movable state, travels to a necessary place when necessary, and takes out the stored energy for portable use. This is to provide a system, and the present invention is said to have a considerable impact on the CO2 problem, which is said to have a major impact on global warming. Patent Publication No. 2003-161359 of the prior patent application is a very good idea, and the purpose is the same, but the utilization is very limited and limited to a certain range, and The invention disclosed in Japanese Patent Publication No. 2004-76713 is an energy recovery plan from a different point of view from the present invention, and the present invention relates to energy utilization that fundamentally differs from these inventions. Provide technology.
Patent Publication No. 2004-76713 Patent Publication No. 2003-161359

The present invention has been made in view of such problems, and its purpose is to be small and portable without using any fossil fuel, and to travel to the necessary place when necessary and use the stored energy. Or it is an invention which is made in view of being able to be used at all times by being permanently installed or attached directly to an object, and to save the excess energy without wasting it, and to reduce the use of fossil fuel at all. Is to provide.

Without using fossil fuel. The above-mentioned idea that small and portable energy is delivered to the necessary place when necessary, and the stored energy is used, or is directly installed or attached to an object, is solved by the present invention having the following configuration. Can do. That is, by using the difference in the outer peripheral ratio of the gear of the present invention and the elastic body of the spring, the energy that is casually released in daily life is temporarily stored, and the release is not instantaneously released but as long as possible. Provides technology to release and use stored energy to various devices by stably releasing

Power vehicles powered by fossil fuels such as coal, gasoline, and light oil have a great impact on the global warming problem as well as the waste of fossil fuel, and the present invention reduces these adverse effects even a little The purpose of this is to use small energy that can be transported to the place where it is needed, or to be stored as part of a part of an existing device. Therefore, the convenience of related equipment will be improved, the functions of the built-in equipment will be enhanced, and existing equipment will be upgraded dramatically.

The structure of the energy saving system of the present invention and its function will be described with reference to the drawings.
FIG. 1 is an overall structural view of the present invention, and a rack gear extending from a fulcrum 1 to the lowermost portion penetrates the inside of the outer coupling pipe 9 and the inner coupling pipe 12 of FIG. It is connected to the lowermost rotary gear 5-1.
2 is integrated with the spring 2 sandwiched between the inner coupling pipe 12 and the outer coupling pipe 9 in FIG. 2, and is set as a so-called elastic elastic body. It is possible to respond by increasing or decreasing the number of sets. In the normal state, the rack gear 4 is connected to the gear mechanism 5-1 by the spring pressure of the lock gear 3 in FIG. And release can be freely blocked.

Further, the time required for releasing the energy is also the time required for the expansion and contraction of the spring, and similarly, the elapsed time is the same as the rotation speed of the gear. It is possible to freely adjust the energy release speed by adjusting the number of rotating gears 7-1 gear 7-2 or 7-3 and the number of rotating gears, and the vertical speed of the rack gear can be adjusted simultaneously. Thus, stable energy can be used for a long time.

In the case of FIG. 1, the energy is stored as kinetic energy from the input side rotary shaft 6 via the gears 5-3, 5-2, and 5-1, and stored in each spring 2 through the rack gear 4. Saved. The disconnection from the gear is interrupted by pulling the disconnect switch 7. Regarding the increase or decrease of energy storage, it is possible to cope with the number of springs as required.

As for the release of the stored energy, the lock gear 3 in FIG. 1 is removed, and the rack gear 4 is pushed downward by the force of the spring storing the energy, and the energy is transmitted from the gear 5-1 in the opposite direction to the storage of the energy. Since it is transmitted and released as rotational energy to the side rotating shaft 8, equipment that requires energy may be connected coaxially.

FIG. 2 is an enlarged cross-sectional view of the spring mechanism according to the present invention. The spring mechanism moves up and down by sliding the inner coupling pipe 12 and the outer coupling pipe 9, and energy can be stored and released by expansion and contraction of the spring. The spring for storing and releasing energy may be a leaf spring or a spring, and any material may be used as long as it has a function of an elastic material such as a rubber material depending on the size of the mechanism.

The examples illustrate the invention.
The device of the present invention loaded on the rear seat of the bicycle and the custom rear axle were connected by a chain, and the pressure to push down the rack gear of the device was mounted so as to respond by placing a heavy object on the top of the spring Later, the test run on the uphill, because there is a limit on the weight to be loaded, the distance was less than 20m, but it was possible to climb uphill with the power of the bicycle itself without using human power, Demonstration was confirmed.

As detailed above, the present invention does not use fossil fuels. Since small and portable energy can be delivered to the place where it is needed and stored, or it can be used permanently or attached directly to the object, its release is instantaneous. By releasing it as stably and as timely as possible, it is possible to gradually use the stored energy, and this device can be loaded on a loading platform such as a vehicle powered by a bicycle foot. If it is connected to the main body rotating part through a transmission mechanism such as a chain or a belt, a bicycle-based vehicle can be used even by a person with a disability like an electric bicycle.

In addition, except for batteries that have the ability to store electricity, in general, electricity cannot be stored. Pumped-storage power generation is the purpose of using surplus power rather than storing electricity, and this is wisdom because it cannot store electricity, and basically it is power that cannot be stored. In the case of the present invention, the electric power is converted into the rotational force of the motor, the rotational energy as the kinetic energy is finally stored in the spring, and when the stored energy is released, the rotational energy is again used as the rotational energy. It is possible to restore the original electric power itself, apart from the loss, by turning the generator directly as the original rotational power or directly with the rotational force. These technologies can contribute to global warming countermeasures, and their purpose is to deliver small and portable energy to the necessary place when necessary, or as part of parts in existing equipment. Equipment that uses the energy stored and stored to improve the convenience of related equipment, improve the functionality of the built-in equipment, and upgrade existing equipment to a great extent. Therefore, it can make a great contribution to the industry, such as an energy saving effect.

Overall structure of the present invention Enlarged sectional view of the spring mechanism of the present invention

Explanation of symbols

Reference Signs List 1 fulcrum 2 spring 3 lock gear 4 rack gear 5-1 gear 5-2 gear 5-3 gear 6 energy storage side rotary shaft 7 connection cutoff switch 8 energy release side rotary shaft 9 outer coupling pipe 10 flange hole (bolt hole)
12 Inner coupling pipe 13 Rack gear mandrel 14 Fixing pin

Claims (7)

  Energy storage system consisting of gears, rack gears, and spring mechanisms that temporarily store and store fall potential energy and rotational kinetic energy, and can be used freely when needed.   2. The energy storage system according to claim 1, wherein the energy transmission mechanism is constituted by a gear, a rotary transmission belt, a rotary transmission device, or a friction mechanism.   2. The energy saving system according to claim 1, wherein the natural acceleration energy generated on the downhill is stored and the stored energy is used elsewhere.   2. The energy saving system according to claim 1, further comprising a mechanism for manually storing or manually using potential energy, rotational energy, and kinetic energy.   2. The energy saving system according to claim 1, wherein compressed air or a lifted heavy object is used as a power source.   2. The energy saving system according to claim 1, wherein surplus energy generated during operation or braking of a motor vehicle, a mechanical device, or the like is extracted and used. 2. The energy saving system according to claim 1, wherein a spinning wheel is incorporated in the rotating body.

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