KR102298657B1 - Eco-friendly generator - Google Patents

Abstract

The present invention relates to an eco-friendly generator. The eco-friendly generator comprises: a first cylinder (110) which is cylindrical overcall, and in which magnet pieces (111) arranged in two rows of an N-pole magnet row (111N) and an S-pole magnet row (111S) to face and have opposite polarity to each other are installed along the circumference of the cylinder, wherein a gap between the N-pole magnet row (111N) and the S-pole magnet row (111S) is formed in a V shape that gradually narrows; a second cylinder (120) which is installed adjacent to the first cylinder (110), and in which a bar magnet (122) is installed at a position other than the central axis to face the magnet pieces (111) of the first cylinder (110) while having the opposite polarity or the same polarity as the magnet pieces (111); a gear module (130) which is installed to mesh with an intermediate gear (123) connected to a central axis (121) of the second cylinder (120) to rotate the second cylinder (120); a barrel (140) which is installed to supply rotational force to the gear module (130); an operation means which winds the barrel (140) to be in a tense state; a cam (160) which is installed on a central axis (112) of the first cylinder (110); an anchor module (170) which is installed to rotate a cogwheel (180) by a predetermined amount when the cam (160) rotates; the cogwheel (180) which is installed in the gear module (130), and rotates the gear module (130) at predetermined intervals by spinning by a predetermined amount in accordance with operation of the anchor module (170); and a generator (190) which is installed on the central axis (112) of the first cylinder (110) to produce electricity. In accordance with the present invention, since the cylinders that rotate a rotor are rotated by using properties of magnets, it is possible to use the rotational force of a mainspring for a much longer period and to generate electricity for a long time.

Description

Eco-friendly generator

The present invention relates to an eco-friendly generator, and more particularly, to an eco-friendly generator capable of efficiently producing electricity in an eco-friendly manner using a magnet and a mainspring.

Conventional power generation includes thermal power generation using fossil fuel as an energy source, hydroelectric power generation using the potential energy of water, wind power generation using the kinetic energy of wind, solar thermal power generation using solar heat as an energy source, nuclear power generation using nuclear fission, and wave energy There are wave power generation using the source, ocean temperature difference generation using the temperature difference according to the depth of the ocean current, tidal power generation using the tidal difference, and ocean current power generation using the ocean current as an energy source due to the tidal difference or topographical effect.

Among them, thermal power generation and hydroelectric power generation require huge construction costs, thermal power generation causes pollution problems due to fossil energy, and hydroelectric power generation not only changes the ecosystem due to submergence of a wide area after dam construction, but in severe cases, A secondary environmental problem that even changes the climate is being raised.

In addition, since wind power generation and solar thermal power generation are governed by the influence of weather conditions, the power generation system cannot be operated when there is no wind and when solar radiation energy is cut off.

Nuclear power generation consumes a lot of money in facility investment to block radiation leakage, and there are several restrictions, such as spending a huge amount of money on waste disposal. There is always a risk.

Therefore, there is no pollution problem or environmental destruction like fossil power generation or hydroelectric power generation, and it is necessary to develop a new type of generator that is not affected by climate or weather like wind power generation and solar power generation, and does not incur huge costs like nuclear power generation. would.

An example of this is a hand-wound generator, which consists only of an arrangement of a mainspring and gears, and produces electricity by rotating the rotor of the generator with the force of the winding of the mainspring.

However, in the case of the conventional hand-wound generator, as the number of gears transmitted to the rotor of the generator increases, the time for rotating the rotor of the generator can be increased, but the rotational force is weak, so that the generator cannot be efficiently driven.

As a prior art patented technology in the related field, a magnet arrangement plate is made by arranging a plurality of magnet pieces having NS poles vertically so that adjacent magnet pieces have opposite poles while being repeated vertically penetrating through a plastic disk as a magnet arrangement plate and a plurality of bonding coils A pair of bonding coils arranged in a circle symmetrically with the magnet arrangement plate on a pair of plastic flat plates by connecting them with wires is used as a pair of bonding coil arrangement plates, and the pair of bonding coil arrangement plates are installed on both sides of the magnet arrangement plate, A portable small plate-type generator is proposed, which is connected to the positive pole of the rectifier and rotates the magnet array plate by the operation of the mainspring to generate an alternating current from the bonding coil array plate and rectifies the generated alternating current into DC at the rectifier ( See Patent Document 1).

Domestic Patent Publication 2000-0012296

An object of the present invention is to provide an environmental generator capable of efficiently driving a generator by rotating a cylinder that rotates a rotor of a generator without contacting a gear driven by a mainspring and using the properties of a magnet rather than the force of the mainspring. There is this.

In order to achieve the above object, the eco-friendly generator according to the first embodiment of the present invention is a magnet arranged in two rows of an N pole magnet row and an S pole magnet row to face each other so as to have opposite poles along the circumference of the cylinder while being in a cylindrical shape as a whole. a first cylinder formed in a V-shape in which a piece is installed and the interval between the N-pole magnet row and the S-pole magnet row is gradually narrowed; a second cylinder installed adjacent to the first cylinder and having a bar magnet installed at a position other than the central axis so as to face the magnet piece of the first cylinder with opposite polarity or the same polarity; a gear module installed to mesh with an intermediate gear connected to the central axis of the second cylinder to rotate the second cylinder; a mainspring passage installed to supply rotational force to the gear module; an operation means for winding the mainspring to be in a tense state; a cam installed on the central axis of the first cylinder; an anchor module installed to rotate the gear wheel by a predetermined amount when the cam rotates; a cog wheel installed in the gear module to rotate the second cylinder at regular intervals by rotating a predetermined amount according to the operation of the anchor module; It characterized in that it comprises a generator installed on the central axis of the first cylinder to produce electricity.

In order to achieve the above object, the eco-friendly generator according to the second embodiment of the present invention is provided with magnet pieces arranged opposite to each other in two rows of magnet rows so as to have the same poles along the circumference of the cylinder while being generally cylindrical. a first cylinder formed in a V-shape in which the distance between the rows is gradually widened; a second cylinder installed adjacent to the first cylinder and having a plurality of bar magnets installed at positions other than the central axis so as to face opposite polarity or the same polarity to the magnet piece of the first cylinder; a gear module installed to engage an intermediate gear connected to the central axis of the second cylinder to rotate the second cylinder; a mainspring passage installed to supply rotational force to the gear module; an operation means for winding the mainspring to be in a tense state; a cam installed on the central axis of the first cylinder; an anchor module installed to rotate the gear wheel by a predetermined amount when the cam rotates; a cog wheel installed in the gear module to rotate the second cylinder at regular intervals by rotating a predetermined amount according to the operation of the anchor module; It characterized in that it comprises a generator installed on the central axis of the first cylinder to produce electricity.

Here, the second cylinder is installed inside the first cylinder, and the second cylinder has a magnet of the first cylinder when the second cylinder starts to rotate after the first cylinder is rotated by the action of the bar magnet A magnet for acceleration may be installed to face the magnet piece of the first cylinder with the same polarity or opposite polarity to accelerate the rotation of the first cylinder by acting as a repulsive or attractive force on the piece.

In addition, the operating means may be composed of a worm gear and a mainspring handle, or may be composed of an electric device.

In addition, the gear module includes a plurality of gears to transmit the rotational force of the mainspring to the intermediate gear, and the anchor module operates left and right according to the rotation of the cam to regularly rotate the cog wheels by a certain amount. It may include a first anchor, an anchor bar and a second anchor.

According to the present invention, since the cylinder rotating the rotor of the generator does not come into contact with the gear driven by the mainspring, it is rotated using the properties of the magnet rather than the force of the mainspring, so that the rotating force of the mainspring can be used for a much longer time by using a plurality of gears. The power to drive the generator is not weakened, but rather an acceleration force is added to increase electricity production and produce electricity for a long period of time.

1 is an overall conceptual view of an eco-friendly generator according to the present invention.
2 is a partial detailed view of an eco-friendly generator according to the present invention.
3 to 6 are views for explaining the operation of the eco-friendly generator according to the present invention.
7 and 8 are views for explaining the operation of an eco-friendly generator according to another embodiment of the present invention.
9 is an arrangement conceptual diagram of another plurality of bar magnets installed in a second cylinder according to the present invention.
10 is a view for explaining the operation of an eco-friendly generator according to another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

1 is an overall conceptual diagram of an eco-friendly generator according to the present invention, FIG. 2 is a partial detailed view of an eco-friendly generator according to the present invention, and FIGS. 3 to 6 are views for explaining the operation of the eco-friendly generator according to the present invention.

The environmental generator according to the present invention rotates the cylinder that rotates the rotor of the generator without contacting the gear driven by the mainspring, not by the power of the mainspring, but by using the properties of the magnet to drive the generator efficiently. important technical features.

As shown in the drawings, the environmental generator according to the present invention is largely a first cylinder 110 , a second cylinder 120 , a gear module 130 , a mainspring cylinder 140 , and a worm gear 150 as an operation means. and a mainspring handle 152 , and a cam 160 , an anchor module 170 , a cog wheel 180 , a generator 190 and a storage battery 200 .

The first cylinder 110 has a cylindrical shape as a whole, and the magnet pieces are arranged side by side in two rows of an N pole magnet row 111N and an S pole magnet row 111S so as to have opposite poles on both sides along the circumference of the cylinder. (111) is installed. At this time, the interval between the N pole magnet row 111N and the S pole magnet row 111S is not the same and is formed in a V-shape that gradually narrows.

The second cylinder 120 has a cylindrical shape as a whole and is installed close to the first cylinder 110 in the same shape, and to face the magnet piece 111 of the first cylinder 110 with the opposite polarity or the same polarity. A bar magnet 122 is installed therein. At this time, the bar magnet 122 is installed in the axial direction of the second cylinder 120 at any position outside the inside, not the central axis 121 of the second cylinder 120 .

For reference, since the magnetic force is strongest at both ends of the bar magnet 122 , other magnets around it try to move to both ends of the bar magnet 122 . In order to rotate the first cylinder 110 by using this property, the arrangement of the magnet pieces 111 is formed in a V shape.

Meanwhile, an acceleration magnet 124 may be additionally installed in the second cylinder 120 . That is, when the second cylinder 120 starts to rotate after the first cylinder 110 rotates due to the action of the bar magnet 122 , a repulsive or attractive force is applied to the magnet piece 111 of the first cylinder 110 . For acceleration to face the magnet piece 111 of the first cylinder 110 in the same polarity or opposite polarity state to accelerate the rotation of the first cylinder 110 without the first cylinder 110 being reversely rotated by acting as A magnet 124 is installed.

The gear module 130 is installed to mesh with the intermediate gear 123 connected to the central shaft 121 of the second cylinder 120 in order to rotate the second cylinder 120 . In this case, the gear module 130 may include a plurality of gears 131 , 132 , 133 , and 134 to efficiently transmit the rotational force of the mainspring 140 to the intermediate gear 123 .

The mainspring 140 is installed on the rotation shaft of the gear module 130 to supply rotational force to the gear module 130 .

The worm gear 150 and the mainspring handle 152, which are the operating means, are used to wind the mainspring 140 so that it is in a tense state.

At this time, it is possible to control and rotate the second cylinder 120 by an electric device. Instead of the worm gear 150 and the mainspring handle 152 , an electric motor is used to wind the mainspring cylinder 140 in a tense state. may be made to be

The cam 160 is installed on the central axis 112 of the first cylinder 110 to convert the rotational motion of the first cylinder 110 into a reciprocating motion.

The anchor module 170 is installed to rotate the cog wheel 180 by a predetermined amount when the cam 160 rotates. At this time, the anchor module 170 operates left and right according to the rotation of the cam 160 to regularly rotate the cog wheel 180 by a predetermined amount, the first anchor 171 , the anchor bar 172 and the second An anchor 173 may be included.

The cog wheel 180 is installed on the rotation shaft of the gear module 130 to rotate the second cylinder 120 at a predetermined interval by rotating a predetermined amount according to the operation of the anchor module 170 .

The generator 190 is installed on the central axis 112 of the first cylinder 110 to produce electricity according to the rotation of the first cylinder 110 .

The storage battery 200 is for charging electricity generated from the generator 190 .

Hereinafter, the operation of the eco-friendly generator according to the present invention will be described with reference to FIGS. 3 to 6 .

First, when the user turns the mainspring handle 152 and winds the mainspring box 140 using the worm gear 150 , the mainspring in the mainspring tube 140 is wound and becomes in a tense state. Then, the force on which the mainspring is wound gives a rotational force to the gear module 130 , and the rotational force is transmitted to the intermediate gear 123 attached to the second cylinder 120 through the plurality of gears 131 to 134 .

At this time, the rotational force is transmitted to the second cylinder 120 by the intermediate gear 123 , but the second cylinder 120 is controlled by the anchor module 170 and the cog wheels 180 to remain in a stationary state.

Meanwhile, the cam 160 rotates while the first cylinder 110 rotates about the central axis 112 by interaction with the second cylinder 120 .

In detail, the interaction between the first cylinder 110 and the second cylinder 120 will be described with reference to FIG. 6 .

0. First, the first cylinder 110 is initially fixed by a fastener (not shown). When the fastener is released, the magnet piece 111 is produced by the attractive force of the bar magnet 122 of the second cylinder 120. 2 Rotates until the magnet 23 position with respect to the cylinder (120). Until then, the second cylinder 120 is stationary.

1. Since then, the second cylinder 120 starts to rotate when the first cylinder 110 continues to rotate so that the magnet piece 111 is at position 1 with respect to the second cylinder 120 .

2. When the second cylinder 120 rotates, the magnet for acceleration 124 of the second cylinder 120 is arranged in the same polarity as the magnet piece 111 of the first cylinder 110, so the first cylinder 110 ) of the magnet piece 111 is pushed by the repulsive force.

3,4. The magnet 124 for acceleration of the second cylinder 120 accelerates the first cylinder 110 while preventing the first cylinder 110 from rotating in reverse.

5. The second cylinder 120 is stopped by the anchor module 170 and the cog wheel 180 when the bar magnet 122 rotates and returns to the original position.

Repeat the above operation in the order of 0 --> 1 --> 2 --> 3 --> 4 --> 5 --> 0.

On the other hand, as the cam 160 rotates, the first anchor 171 reciprocates left and right, and the anchor bar 172 and the second anchor 173 sequentially operate and are attached to the gear module 130. As the cog wheel 180 moves little by little by a certain angle, the second cylinder 120 rotates at regular intervals in the same way as the escapement principle of a hand-wound watch.

In the same manner as described above, the first cylinder 110 and the second cylinder 120 are repeatedly operated, and the second cylinder 120 rotates until the mainspring is released.

As such, the first cylinder 110 and the second cylinder 120 are periodically rotated by the mainspring 140 , the cam 160 , the anchor module 170 , and the cog wheel 180 .

7 and 8 are views for explaining the action of an eco-friendly generator according to another embodiment of the present invention, and FIG. 9 is a conceptual diagram of another arrangement of a plurality of bar magnets installed in a second cylinder according to the present invention.

As shown in FIGS. 7 and 8 , the eco-friendly generator according to another embodiment of the present invention includes a first cylinder 110A instead of the above-described first cylinder 110 , and a second cylinder instead of the second cylinder 120 . As a form to which (120A) is applied, the remaining components of the gear module 130, the mainspring 140, the worm gear 150, the mainspring handle 152, the cam 160, the anchor module 170, the cog wheel ( 180), the generator 190, and the storage battery 200 are the same, so a description thereof will be omitted.

The first cylinder (110A) has a cylindrical shape as a whole and the magnet pieces (111A) arranged to face each other in a row of magnets so as to have the same poles along the circumference of the cylinder are installed. At this time, the distance between the magnet rows is not the same and is formed in a V-shape that gradually widens.

The second cylinder (120A) has a cylindrical shape as a whole and is installed close to the first cylinder (110A) in the same shape as the first cylinder (110A) and a position other than the central axis so as to face the magnet piece (111A) of the first cylinder (110A) in an opposite polarity state A plurality of bar magnets 122A are installed there. At this time, the plurality of bar magnets 122A are installed at any position inside and outside the central axis 121 of the second cylinder 120A in a direction orthogonal to the axial direction of the second cylinder 120 .

The plurality of bar magnets 122A may be arranged to be curved toward the outside of the cylinder as shown in FIG. 7 or may be arranged to be curved toward the inside of the cylinder as shown in FIG. 9 .

For reference, due to the disposition characteristic of the bar magnet 122A with respect to the first cylinder 110A, the first cylinder 110A and the bar magnet 122A than the attractive force between the first cylinder 110 and the bar magnet 122A) Since the attractive force between them is larger, the first cylinder 110A can be rotated more strongly than the first cylinder 110 , and as a result, the first cylinder 110A larger than the first cylinder 110 can be applied, so it is more efficient can produce electricity.

Meanwhile, an acceleration magnet 124A may be additionally installed in the second cylinder 120A. That is, when the second cylinder 120A starts to rotate after the first cylinder 110A rotates due to the action of the bar magnet 122A, a repulsive or attractive force is applied to the magnet piece 111A of the first cylinder 110A. A plurality of acceleration magnets 124A are installed to face the magnet piece 111A of the first cylinder 110A in the same polarity or opposite polarity state to act as an acceleration of the rotation of the first cylinder 110A.

On the other hand, as shown in FIG. 10 , the second cylinders 120 and 120A are installed close to the inside of the first cylinders 110 and 110A to strongly rotate the first cylinders 110 and 110A.

As described above, according to the present invention, since the cylinder rotating the rotor of the generator is rotated using the properties of a magnet rather than simply the power of the mainspring, without contacting the gear driven by the mainspring, eco-friendly electricity without generating pollutants. can be continuously produced.

In case the mainspring is all loosened after using for a long time, the user can artificially rewind the mainspring to produce electricity.

On the other hand, although the eco-friendly generator according to the present invention has been described according to a limited embodiment, the scope of the present invention is not limited to a specific embodiment, and in relation to the present invention, various methods within the scope obvious to those of ordinary skill in the art Alternatives, modifications, and changes can be implemented.

Accordingly, the embodiments disclosed in the present invention and the accompanying drawings are for explaining, not limiting, the technical spirit of the present invention, and the scope of the technical spirit of the present invention is not limited by these embodiments and the accompanying drawings. . The protection scope of the present invention should be construed by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

110,110A: first cylinder 111,111A: magnet piece
112: central axis 120, 120A: second cylinder
121: central axis 122,122A: bar magnet
123: intermediate gear 124,124A: magnet for acceleration
130: gear module 131,132,133,134: gear
140: clockwork 150: worm gear
152: handle 160: cam
170: anchor module 171,173: anchor
172: anchor bar 180: toothed wheel
190: generator 200: storage battery

Claims (5)

In an eco-friendly generator,
The magnet pieces 111 arranged in two rows of an N-pole magnet row (111N) and an S-pole magnet row (111S) opposite to each other so as to have opposite poles along the circumference of the cylinder while being cylindrical as a whole are installed, the N-pole magnet row (111N) ) and a first cylinder 110 formed in a V-shape in which the interval between the S-pole magnet string 111S is gradually narrowed;
A second in which the bar magnet 122 is installed in a position other than the central axis so as to face the magnet piece 111 of the first cylinder 110 with the opposite polarity or the same polarity from the first cylinder 110 . cylinder 120 and;
a gear module 130 installed to mesh with the intermediate gear 123 connected to the central shaft 121 of the second cylinder 120 to rotate the second cylinder 120;
a mainspring (140) installed to supply rotational force to the gear module (130);
an operation means for winding the mainspring (140) into a tense state;
a cam 160 installed on the central axis 112 of the first cylinder 110;
An anchor module 170 which is installed to rotate the cog wheel 180 by a predetermined amount when the cam 160 rotates;
a cog wheel 180 installed in the gear module 130 to rotate the second cylinder 120 at a predetermined interval by rotating a predetermined amount according to the operation of the anchor module 170;
Eco-friendly generator including a generator (190) installed on the central axis (112) of the first cylinder (110) to produce electricity. In an eco-friendly generator,
A first cylinder (111A) formed in a V-shape in which the distance between the magnet strings is gradually widened is provided with the magnet pieces 111A arranged opposite to each other in two rows of magnet rows so as to have the same poles along the circumference of the cylinder while being in a cylindrical shape as a whole ( 110A) and;
A plurality of bar magnets 122A are installed in a position other than the central axis so as to face the magnet piece 111A of the first cylinder 110A with opposite polarity or the same polarity as the first cylinder 110A. a second cylinder (120A);
a gear module 130 installed to mesh with the intermediate gear 123 connected to the central shaft 121 of the second cylinder 120A to rotate the second cylinder 120A;
a mainspring (140) installed to supply rotational force to the gear module (130);
an operation means for winding the mainspring (140) into a tense state;
a cam 160 installed on the central axis 112 of the first cylinder 110;
An anchor module 170 which is installed to rotate the cog wheel 180 by a predetermined amount when the cam 160 rotates;
a cog wheel 180 installed in the gear module 130 so as to rotate a predetermined amount according to the operation of the anchor module 170 to rotate the second cylinder 120A at a predetermined interval;
Eco-friendly generator including a generator (190) installed on the central axis (112) of the first cylinder (110A) to produce electricity. The method according to claim 1 or 2,
The second cylinder (120, 120A) is installed inside the first cylinder (110, 110A),
In the second cylinders 120 and 120A, when the first cylinders 110 and 110A are rotated by the action of the bar magnets 122 and 122A and the second cylinders 120 and 120A start to rotate, the first cylinders 110 and 110A The magnet pieces 111 and 111A of the first cylinder 110 and 110A face the same polarity or opposite polarity to act as a repulsive or attractive force on the magnet pieces 111 and 111A of the first cylinder 110 and 110A to accelerate the rotation. An eco-friendly generator in which acceleration magnets (124, 124A) are installed. The method according to claim 1 or 2,
The operating means is an eco-friendly generator composed of a worm gear 150 and a mainspring handle 152 or an electric device. The method according to claim 1 or 2,
The gear module 130,
A plurality of gears 131, 132, 133, and 134 are included in order to transmit the rotational force of the mainspring 140 to the intermediate gear 123,
The anchor module 170,
An eco-friendly generator including a first anchor 171, an anchor bar 172, and a second anchor 173 in order to operate left and right according to the rotation of the cam 160 to regularly rotate the cog wheels 180 by a predetermined amount.

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