Vibration power generation amplifier

Abstract

This invention provides a vibration power generation amplifier that increases vibration energy and improves power generation efficiency. [Solution] The vibration power generation and amplification device of this invention is a double-layered spherical structure comprising an outer external structure and an inner internal structure, the outer and internal structures being supported and connected by the force of multiple springs, and capable of converting vibrational force into energy and amplifying power with springs. The structure of this invention is capable of floating on water.

Description

Technical Field

[0001] The present invention relates to a vibration power generator combined with a double structure, including a vibration power generation device installed inside and a spherical external structure. The internal spherical structure is combined with a spring to amplify the vibration force, providing an idea for a vibration power generation amplification device. Technical field to which the invention belongs

[0002] In the vibration power generation amplification device of the present invention, vibration energy is transmitted to the spherical double structure and is installed inside the spherical double structure. A vibration power generation amplification device capable of efficiently generating electric power by transmitting vibration force to a vibration power generation device (Patent No. 6603820) and converting it into energy.

Summary of the Invention

Problems to be Solved by the Invention

[0003] Currently, environmental protection issues have spread nationwide. Among them, many power generation methods have been devised. The power generation methods mainly focus on highly efficient power generation methods, and those with low power generation are shunned. Therefore, a vibration power generation amplification device with a structure that can increase vibration energy and amplify power generation efficiency by combining a power generation device using vibration force with low power generation and an accompanying amplification device, enabling stable power generation.

Means for Solving the Problems

[0004] The vibration power generation amplification device of the present invention is installed on a spherical structure assembled so that power generation is possible when a vibration force is generated. An amplification device of a method in which an amplification function is given to a vibration power generation device, energy is generated by shaking with a vibration force, electric power is efficiently generated, and power can be transmitted to a destination for use. A storage battery is installed inside the structure, which is a vibration power generation amplification device. [Modes for carrying out the invention]

[0005] The vibration power generation and amplification device of this invention is assembled into a spherical double structure, with the vibration power generation device mounted in the inner spherical northern hemisphere, and the southern hemisphere being balanced by a battery acting as a balance weight. moreover, The inner spherical shape and the outer spherical shape are connected by a strong spring. The strength of the spring can be adjusted using a support material. Multiple springs maintain the stability of both the inner and outer spherical shapes. Vibration-based power generation and amplification device.

[0006] The vibration power generation amplifier of this invention has an external spherical structure that is rigidly assembled so as not to be destroyed by impact forces transmitted directly from external forces, and an internal spherical structure inside that is connected by multiple springs to maintain stability, thereby enabling the vibration force to be amplified and power to be generated.

[0007] The vibration power generation and amplification device of this invention is assembled to float on the water surface, making it possible to generate electricity from the wake generated by ships at sea. By joining the flexible connecting support members attached to both sides of the outer spherical structure with the connecting members fixed to the ship, it becomes possible to generate electricity by transmitting wave force through a towing device attached to pull the ship out into the sea from the stern. Furthermore, because the upper and lower plates of the outer spherical structure are assembled in a horizontal structure, it becomes possible to generate electricity even when directly attached to a structure that is experiencing vibrations. Vibration-based power generation and amplification device.

[0008] The vibration power generation and amplification device of this invention is capable of transmitting the generated power to an external destination via a transmission cable, and the cable is attached to the inner spherical type and the outer spherical type, and both ends of the cable are secured with cushioning material such as springs so that the cable is not damaged by vibration force.

[0009] The vibration power generation and amplification device of this invention, when it becomes large enough to weigh approximately 10 tons or more, is designed so that work can be performed inside the structure, and a sturdy manhole-type opening is installed. A walkway is installed connecting this opening to an inner spherical type and an outer spherical type, allowing work to be performed inside. Once the work is completed, the walkway is designed to be removed.

[0010] The vibration power generation and amplification device of this invention is capable of generating electricity by converting vibrations generated by an external force into energy, and then amplifying that electricity using the force of a spring. The device can be installed in any location where vibrational force is generated by power, and it can also generate electricity by wind force, such as by being towed on water or suspended like a wind chime. [Explanation of symbols]

[0011] ▲A▼External upper plate ▲H▼External lower plate ▲B▼Inner spherical structure ▲I▼Outer spherical structure ▲C▼Vibration power generation device ▲J▼Base plate for mounting vibration power generation device ▲D▼Spring ▲K▼Balance material, support plate ▲E▼Attachment plate for adjustable joint ▲R▼Spring strength adjustment material ▲F▼ Flexible joint ▲M▼ Cable and mounting cushioning material ▲G▼Battery and balance material [Brief explanation of the drawing]

[0012] [Figure 1] Cross-sectional view of a structure on which the vibration power generation device described in claim 4 is mounted. [Figure 2] Cross-sectional view of a structure on which the vibration power generation device described in claim 5 is mounted.

Claims

1. A vibration-powered amplification device is a vibration-powered amplification device designed for the purpose of increasing electrical power. Its structure is a three-dimensional structure in which an external structure is supported and connected to an internal structure by the force of multiple springs. The internal structure is assembled as a multi-layered structure, and furthermore, a vibration power generation device is installed inside it. This vibration power generation amplifier is characterized by the fact that the power generation capacity is increased by the combination of the multi-layered structure and the vibration power generation device. Vibration-based power generation and amplification device.

2. Claim 1 describes a vibration power generation amplifier that generates electricity by the vibration force of a vibration power generation device attached to an internal structure, and the vibration energy can be amplified by the force of a spring attached to the inside of the structure, so that electricity can be generated by attaching it to a vibrating body at the installation site. Furthermore, the vibration power generation amplifier has a floating structure, so it can float on water, and therefore it is a structure that can generate electricity from vibration energy even in rivers and at sea.

3.

1. The vibration power generation amplifier is a structure that stabilizes the structure by weight, and in order to maintain its stability, the internal structure is assembled so that the internal structure can operate stably by the use of a balance material mounted on the internal structure so that stability with respect to the vibration power generation device is maintained by the use of a balance material, and the structure is capable of responding to continuously generated vibration forces.

4. The body of the vibration power generation device mounted on the vibration power generation amplifier device described in Claim 1 above is assembled in an arch structure. A power generation device having a seesaw-shaped structure installed inside the stator coil, the outside of which is equipped with an arch-shaped blade, and a permanent magnet is attached to the outer circle of the blade. This is a structure. The seesaw-type blade has a spring at the bottom of the blade so that the oscillation can be amplified by the reaction force, and a vibration power generation device that can generate electricity by oscillating inside the arch-shaped stator coil is installed inside the vibration power generation amplifier.

5. Even when it is considered impossible to use the vibration power generation device described in Claim 4 with the vibration power generation amplifier device described in Claim 1 above, By converting the vibrational force of a vibrating structure into vibrational energy and causing it to vibrate, a power generation device capable of generating electricity can be mounted on a vibration power generation amplifier, enabling power generation. (Vibration power generation amplifier.)

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