KR20150092418A - An induction generating apparatus by pendulum motion - Google Patents

Abstract

The present invention aims at providing an induction generator by pendulum motion.
In the induction generator according to the present invention, the induction generator by the pendulum motion includes a support portion (10), a guide portion (11) fixedly supported by the support portion and having a plurality of permanent magnet members An annular coil portion 30 is fixed to the other end portion of the conductor line 31 fixed at one end to the center position of the arc-shaped guide portion 20 and passes through the guide portion 20, The induction current is generated in the coil part 30 passing through the permanent magnet members 21 of the guide part 20 during pendulum movement of the pendulum movement part 40 including the provided pendulum movement part 40. [
According to the configuration of the present invention, an induction current is generated in a coil part in which a coil part magnet passes through a guide part where the coil part motions are performed by a pendulum-moving magnet, so that an induction current can be continuously obtained at low cost. The continuous induction current obtained by the magnets and the coils can drive the LED or the melody element without supplying external power.

Description

{AN INDUCTION GENERATING APPARATUS BY PENDULUM MOTION}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an induction generator using a pendulum motion, and more particularly, to an induction generator using a pendulum motion in which vibration is generated by using a pendulum motion of a magnet and an elastic force of a spring.

Generally, electric energy is obtained by converting fossil fuels or wind power or sunlight, which requires large investment. In Korea, since coal is depleted and oil is not produced, electric energy should be conserved with maximum effort and produced at low cost do.

It has been studied in various ways to obtain such electric energy at such a low cost as much as possible even with a small lamp, and the magnets generate repulsive force between the same stimuli, attract force by the magnetic force in the opposite polarity, Many efforts have been made to obtain electric energy using the characteristics of such magnetic force.

For example, in Korean Patent Registration No. 10-1076626, which was registered on October 19, 2011, as schematically shown in FIG. 1, a housing is disposed in a place such as a sea where vibration is continuously generated, And a lower end rotatably fixed to the upper portion of the housing, the lower end having a magnetism and having a magnetism or a pendulum motion due to the vibration transmitted from the housing to the fixed upper end portion, And a power generating unit for generating electric power from the induced electromotive force generated by rising and lowering in accordance with the rotational motion or the pendulum movement of the motion unit, it is possible to continuously supply and receive stable electric power anywhere without being restricted by the place, The power generation device which can manufacture and install at low cost and is environment friendly Lt; / RTI >

However, the conventional generator using the pendulum motion of the magnet described above is a motion by a motion part having a magnetic property at the lower end, which is pendulum-driven by transmitted vibrations transmitted from a housing moving upward and downward by waves due to waves in the sea The construction of the concept of development is not realistic and requires a more practical structure in that it requires a large cost.

Korean Patent Registration No. 10-1076626 (Registered on October 19, 2011)

It is an object of the present invention to provide an induction generator by a pendulum motion in which a guide portion in which magnets are arrayed in an arc shape is charged by generating an induction current generated by a pendulum motion of a coil portion even if it is small.

In order to attain the above object, the induction generator according to the present invention is characterized in that the induction generator by the pendulum movement comprises a support portion and a plurality of permanent magnet members which are fixedly supported by the support portion and arc- And a pendulum motion part fixed to the other end of the conductor line having one end fixed to the center position of the circular guide part and provided with an annular coil part over the guide part, And is configured to generate an inductive current in the coil section passing through the negative permanent magnet members.

The guide portion includes a support bar in the form of an arc, a plurality of permanent magnet members having a curvature similar to that of the support bar so as to be sandwiched between the support bars, and a plurality of permanent magnet members disposed between the permanent magnet members, And the guide portion is formed symmetrically with respect to both sides of the support portion, and pendulum motion portions are respectively disposed on the guide portions on both sides of the support portion.

On both sides of the support portion, a spring may be provided as an elastic means for providing a resilient force for allowing the pendulum to rise in the opposite direction after the impact, together with an action of buffering when the pendulum motion portion collides with the support portion.

The permanent magnet members are arranged in the same direction in the N-pole and the S-pole in the guide portions on both sides with respect to the support portion.

A charger for charging the induction current generated in the coil part during the pendulum movement of the pendulum motion part through a conductor line connected to the coil part, and an LED lamp and a melody element connected to the charger.

According to the present invention, an induction current is generated in a coil part in which a pendulum-moving magnet passes through a guide part in which coil magnets are arranged, and thus an induction current can be practically obtained at a low cost.

In addition, even if it is installed in a shaking place such as a vehicle, continuous current can be obtained by a magnet and a coil that move the pendulum, so that an LED or a melody device can be driven without an external power supply.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a conventional power generation device using magnetism; FIG.
2 is a schematic configuration diagram of a induction generator by pendulum movement according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings showing embodiments of the present invention.

2, the induction generator according to the present invention includes a support portion 10, permanent magnet members 21 fixedly supported on the support portion and arranged in a circular arc at regular intervals A guide portion 20 and a pendulum motion portion 40 fixed to the other end of the conductor line 31 to which one end is fixed at the center position of the arc-shaped guide portion 20.

The support portion 10 is made of a nonferrous metal material and the lower end portion thereof can be fixed in the same place as the dashboard of the vehicle. On both sides thereof, a spring 11 is provided as a buffering and elastic means, and the guide portion 20 is fixed to the upper portion .

The guide part 20 is shaped like a rod or a pipe and includes a support bar 22 of a non-ferrous metal material for supporting permanent magnet members to be described later, and a support bar 22 having a curvature similar to that of the support bar, A plurality of permanent magnet members 21 formed with permanent magnets 23, and spacers 25 disposed between the permanent magnet members and fitted to the support bars with a nonmagnetic plastic material. The permanent magnet members 21 are arranged symmetrically with respect to the support portion, with N poles and S poles arranged in the same direction in both guide portions 20 with respect to the support portion 10 as a center.

The pendulum motion part 40 is constituted by an annular coil part 30 arranged so that an upper part of the pendulum motion part moves through a guide part 20 and the lower part is connected to a weight 35 fixed to the bottom surface side of the coil part 30 ). The weight (35) is made of a permanent magnet, and the support (10) is made of a non-ferrous metal. The coil part 30 is connected to a conductor line 31 and the conductor line 31 is connected to a charger 50. The weight (35) of the permanent magnet (35) is arranged so that the permanent magnet members (21) face each other when the N pole is directed toward the support portion.

When the pendulum motion part 40 descends from both sides of the support part 10 and collides against the opposite side surfaces of the support part 10, a spring 11 is provided as buffering and elastic means provided on both sides of the support part, Do not hit directly against the support. The pendulous motion part 40 has the opposite polarity of the weight 35 formed by the permanent magnets of the pendulum motion part 40 together with the elastic force of the spring 11 and becomes the same polarity as the N pole, The pendulum motion unit 40 continuously performs the pendulum motion. The spring 11 may be provided on the surface of the pendulum motion portion opposed to the support portion instead of being provided on the support portion 10

As described above, the pendulum motion portions 40 disposed on the guide portions 20 on both sides of the support portion 10 are lowered by the gravity, and the spring 11 provided on both sides of the support portion 10 together with the elastic force The pendulum motion unit 40 is provided with the pendulum motion unit 40 and the pendulum motion unit 40 is provided with the pendulum motion unit 40, During the passage of the permanent magnet members 21 arranged at regular intervals in the guide portion 20 through the inner space, an induced current is generated in the coil portion 30, and the generated induced current flows through the conductor line 31 The charger 50 is charged with electricity.

For example, an LED lamp 51 or a melody element is connected to an output portion of the charger. The LED lamp 51 or the melody element can induce ventilation of the driver to enable safe operation. The power for driving the LED lamp or the melody element is operated by an induced current generated by the pendulum movement of the pendulum motion part Therefore, the battery power of the vehicle is not consumed.

The induction generator according to the present invention can be used as a generator of the induction generator because the induction current is generated semi-permanently even though the induction generator itself has a low power and can be used without using a battery or other power source It can be used as table or table ornaments.

The induction generator according to the present invention can be used as a decoration for a vehicle, a table or a shelf without the use of a battery or other power source because the induction generator itself or, occasionally, the user lifts the pendulum motion by hand, There is an effect that can be.

10: support part 10 11: spring
20: guide portion 21: permanent magnet member
22: support rod 25: spacer
30: coil part 31: conductor line
40: pendulum motion part 50: charger

Claims (5)

The induction generator according to the pendulum motion includes a supporting portion 10,
A guide part 20 fixedly supported on the support part and having a plurality of permanent magnet members 21 arranged in a circular arc at regular intervals,
A pendulum motion part (not shown) fixed to the other end of the conductor line 31, one end of which is fixed to the center of the arc-shaped guide part 20, Wherein the induction current is generated in the coil part (30) passing through the permanent magnet members (21) of the guide part (20) during pendulum movement of the pendulum movement part (40). 2. The permanent magnet unit according to claim 1, wherein the guide part (20) comprises an arcuate nonferrous metal re-support rod (22), and a plurality of permanent magnet members having a curvature similar to that of the support rod And a spacer 25 disposed between the permanent magnet members and disposed in the support bar with a nonmagnetic plastic material. The guide portion 20 is formed symmetrically with respect to the support portion 10 on both sides , And a pendulum motion part (40) is disposed on the guide part (20) on both sides of the support part (10). 3. The pendulum according to claim 1 or 2, wherein springs (11) are provided on both sides of the support part (10) as buffering and resilient means for reducing the impact force when the pendulum motion part Induction generator. 4. The induction motor according to claim 3, wherein the permanent magnet members (21) are arranged in the same direction as the north pole and the south pole in the guide portions (20) on both sides of the support portion (10) generator. 4. The apparatus according to claim 3, further comprising a charger (50) for charging the induction current generated in the coil section (30) during the pendulum movement of the pendulum movement section (40) through a conductor line (31) connected to the coil section, Further comprising an element (51) such as a connected led lamp and a melody element.

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