KR20230124176A - A see-saw type generator - Google Patents

Abstract

Provided is a see-saw-type generator, which may enhance generation efficiency. The see-saw-type generator comprises: a support; an operation rod which has a central part rotatably coupled to the support and in which both sides of an end in the opposite direction of a Y-axis and an end in the Y-axial direction are formed to be curved upward; a first electric power generation motor and a second electric power generation motor which are located at an upper part of the operation rod of the end in the opposite direction of the Y-axis and at an upper part of the operation rod of the end in the Y-axial direction, respectively; a first connection member which connects the operation rod of the end in the opposite direction of the Y-axis to the first electric power generation motor; a second connection member which connects the operation rod of the end in the Y-axial direction to the second electric power generation motor; and an electric power storage unit which stores electric power produced from the first and second electric power generation motors. The first and second electric power generation motors produce electric power while the first and second connection members rotate a rotor of the first and second electric power generation motors according to the rotation of the operation rod.

Description

A see-saw type generator}

The present invention relates to a seesaw-type generator, and relates to a seesaw-type generator capable of obtaining electricity by operating a pair of electric generation motors by means of weight members moving in opposite directions.

In general, a generator refers to a device that obtains electricity from external factors such as mechanical force or heat, and its types, shapes, and sizes are very diverse, and are currently widely used in real life and industrial fields.

However, it is very difficult to secure economic feasibility by increasing the electricity production of the generator. Recently, methods for obtaining energy from wind power, solar heat, wave power, and geothermal heat have become mainstream, but the facilities and production sites are wide and the region or location is biased. Universal dissemination is limited.

Therefore, it is necessary to develop a generator capable of solving this problem.

Republic of Korea Patent Publication No. 10-2018-0138038

The problem to be solved by the present invention is to provide a seesaw-type generator capable of obtaining electricity in a seesaw form using a weight member.

In addition, it is to provide a seesaw-type generator capable of obtaining electricity by operating a pair of electric generation motors by weight members moving in opposite directions to each other.

In addition, the tasks of the present invention are not limited to the tasks mentioned above, and other technical tasks not mentioned will be clearly understood by those skilled in the art from the description below.

A seesaw generator according to an embodiment for solving the above problems includes a support, an operating table having an end rotatably coupled to the support in the Y-axis direction, and an upper portion of the operating table at an end opposite to the Y-axis. an electric generation motor that performs operation, a connecting member connecting the opposite end of the operating table to the electric generator motor, and an electric storage unit for storing electricity generated by the electric generator motor, wherein the electric generator motor operates as described above. As the table rotates, the connecting member rotates the rotor of the electric generator motor to produce electricity.

In addition, a seesaw generator according to another embodiment for solving the above problems, a support, and a center portion rotatably coupled to the support, both sides of the Y-axis opposite end and the Y-axis end around the center The operating table bent upwardly, the first electric power generation motor and the second electric power generation motor located on the upper portion of the operating table at the opposite end of the Y-axis and the upper portion of the operating table at the end in the Y-axis direction, respectively, in the opposite direction to the Y-axis A first connecting member connecting the operating table and a first electric generation motor at an end, a second connecting member connecting the operating table and a second electric generating motor at an end in the Y-axis direction, and the first electric generating motor; An electricity storage unit for storing electricity generated by the second electricity generation motor, wherein the first electricity generation motor and the second electricity generation motor cause the first connection member and the second connection member to rotate in accordance with the rotation of the operating table. Electricity is produced while rotating the rotor of the electricity generation motor and the second electricity generation motor.

It may further include an upper support protruding in the Z-axis direction from an upper surface of the support in the Z-axis direction, and a support member installed on an upper end of the upper support in the Z-axis direction.

The operating table may further include a first weight member installed on the operating table at an end opposite to the Y-axis, and a second weight member installed on the operating table at an end in the Y-axis direction.

In addition, an upward movement guide member that pushes the operating table rotated in a counterclockwise or clockwise direction in the Z-axis direction, and a downward movement guide member that pushes the operating table rotated in a counterclockwise or clockwise direction in the opposite direction to the Z-axis. It may further include members.

The upward movement guide member is compressed by pressing the operating table at the opposite end of the Y-axis or the first weight member that rotates counterclockwise, and pushes the operating table at the opposite end of the Y-axis in the Z-axis direction with the compressed compressive force. The inside is compressed by the pressure of the first upward movement guide member and the clockwise rotating end of the Y-axis direction or the second weight member, and pushes the end of the Y-axis direction in the Z-axis direction with a compressed compressive force. A second upward movement guide member may be included.

The downward movement guide member is compressed by pressing the operating table at the opposite end of the Y-axis that rotates in a clockwise direction, and pushes the operating table at the opposite end of the Y-axis in the direction opposite to the Z-axis with the compressed compressive force. and a second downward movement guide member that is compressed by pressing the operating table at the end of the Y-axis direction rotated in a counterclockwise direction and pushes the operating table at the end of the Y-axis direction in a direction opposite to the Z-axis with the compressed compressive force. there is.

In addition, a seesaw generator according to another embodiment for solving the above problems, a support, and a center portion rotatably coupled to the support, both sides of the Y-axis opposite end and the Y-axis end around the center The operating table bent upwardly, the first electric power generation motor and the second electric power generation motor located on the upper portion of the operating table at the opposite end of the Y-axis and the upper portion of the operating table at the end in the Y-axis direction, respectively, in the opposite direction to the Y-axis A first lift guide part connecting the operating table and a first electric generation motor at an end, a second lifting guide part connecting the operating table and a second electric generator motor at an end in the Y-axis direction, and the first electric generator An electric storage unit for storing electricity generated by a motor and a second electricity generation motor, a first weight member installed on the operating table at an end opposite to the Y-axis, and a first weight member installed on the operating table at an end in the Y-axis direction. 2 may further include a weight member (121').

The first lift guide unit includes a rotation of a first lift guide member installed on the operation table or a first weight member at an end opposite to the Y-axis, and the first lift guide member and the first electric generator motor at the end in the Z-axis direction. A first link connecting electrons may be included.

The second lift guide part includes a second lift guide member installed on the operation table or a second weight member at an end in the Y-axis direction, the second lift guide member at an end in the Z-axis direction, and a rotor of a second electric generator motor. It may include a second link connecting the.

Further comprising an upward movement guide member that pushes the operating table rotated in a counterclockwise or clockwise direction in the Z-axis direction, wherein the upward movement guide member comprises a operating table at an end opposite to the Y-axis that rotates counterclockwise or A first upward moving guide member that is compressed by the pressure of the first weight member and pushes the operating table at the opposite end of the Y-axis in the Z-axis direction with the compressed force, and a operating table at the end of the Y-axis that rotates clockwise; It may include a second upward movement guide member that is compressed by the pressure of the second weight member and pushes the operating table at the end of the Y-axis direction in the Z-axis direction with the compressed compressive force.

According to the seesaw-type generator according to an embodiment of the present invention, electricity can be easily obtained in the form of a seesaw using a weight member.

In addition, since electricity can be obtained by operating a pair of electricity generation motors by weight members moving in opposite directions, generation efficiency can be increased.

1 is a diagram schematically showing a seesaw type generator according to an embodiment of the present invention.
2 is a view schematically showing a seesaw type generator according to another embodiment of the present invention.
3 and 4 are diagrams schematically showing the operation process of the seesaw type generator according to another embodiment of the present invention.
5 is a view schematically showing a seesaw type generator according to another embodiment of the present invention.
6 and 7 are diagrams schematically showing the operation process of the seesaw type generator according to another embodiment of the present invention.

Advantages and features of the present invention, and methods of achieving them, will become clear with reference to the detailed description of the following embodiments taken in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms, only these embodiments make the disclosure of the present invention complete, and common knowledge in the art to which the present invention belongs. It is provided to fully inform the holder of the scope of the invention, and the present invention is only defined by the scope of the claims.

Hereinafter, specific embodiments will be described with reference to the accompanying drawings.

1 is a view schematically showing a seesaw type generator according to an embodiment of the present invention, and FIG. 2 is a view schematically showing a seesaw type generator according to another embodiment of the present invention.

1 and 2, in the seesaw generator 100 according to an embodiment, the operating table 120 rotates the rotor of the electric power generation motor while sequentially and repeatedly moving counterclockwise and clockwise, thereby generating electricity. As a generator for producing, it may include a support 110, an operating table 120, an electric generation motor, a connecting member, and an electric storage unit 150.

The support 110 is installed on the ground or the floor, and may guide the counterclockwise and clockwise rotation of the operating table 120 . In some embodiments, support 110 may include a shaft. The shaft may be installed on the support 110 to guide coupling of the operating table 120 as well as counterclockwise rotation and clockwise rotation of the operating table 120 .

In some embodiments, the support 110 may include an upper support 111 . The upper support 111 may protrude in the Z-axis direction from the upper surface of the support 110 in the Z-axis direction. In some embodiments, the upper support 111 may further include a support member 112 . The support member 112 may be formed to protrude from the upper end of the upper support 111 in the Z-axis direction than the side surface of the upper support 111 . In some embodiments, the support member 112 may be a member that maintains a constant weight. For example, the support member 112 may be an iron or concrete block holding 100 kg. However, it is not limited thereto, and may be formed of various materials, and may be deformed according to the weight of a weight member described below.

The operation table 120 may be rotatably coupled to the support 110 . In some embodiments, the operating table 120 has an end in the Y-axis direction rotatably coupled to the axis of the support 110, and an end in the opposite Y-axis direction about the end in the Y-axis direction in a counterclockwise and clockwise direction. can be rotated to In some embodiments, the operating table 120 may be formed in a '∨' shape in which ends in the Y-axis opposite direction and both ends in the Y-axis direction are bent upward in the Z-axis direction centering on the center. In some embodiments, a central portion of the operating table 120 may be rotatably coupled to an axis of the support 110 . In some embodiments, the operating table 120 may further include a weight member. The weight member may include a first weight member 121 installed on the operating table 120 at the opposite end of the Y-axis and a second weight member 121' installed on the operating table 120 at the end in the Y-axis direction. can The first weight member 121 and the second weight member 121' may be members that maintain a constant weight. For example, the first weight member 121 and the second weight member 121' may be iron or concrete blocks holding 500 kg. However, it is not limited thereto, and may be formed of various materials and various weights.

An electric generator motor may be located above the operating table 120 . In some embodiments, the electric generation motor includes a first electric generation motor 130 located above the operating table 120 at the opposite end of the Y-axis, and a second electric generation motor located above the operating table 120 at the end in the Y-axis direction. It may include a power generation motor (130 '). The first electricity generation motor 130 and the second electricity generation motor 130' may be conventional electricity generation motors in which electricity is generated by electromagnetic induction generated between a magnet and a coil by rotation of a rotor. In some embodiments, the rotor may rotate in both forward and reverse directions. Also, a spring spring may be installed in the rotor. In the spring, the restoring force is compressed by the rotor rotating in the forward direction, and the rotor rotated in the forward direction can be rotated in the reverse direction by the compressed restoring force.

The connection member may connect the operating table 120 and the electric generator motor. In some embodiments, the connecting member connects the first connecting member 140 connecting the end of the operating table 120 in the opposite direction to the Y-axis and the first electric power generation motor 130, and the end of the operating table 120 in the direction of the Y-axis. 2 may include a second connecting member 140' connecting the electric generator motor 130'. In some embodiments, the first connection member 140 may connect the first weight member 121 installed at the opposite end of the Y-axis of the operating table 120 to the first electric power generation motor 130, and the second connection member 140' may connect the second weight member 121' installed at the end of the operating table 120 in the Y-axis direction and the second electric generator motor 130. Therefore, when the operating table 120 rotates counterclockwise around the axis, the end of the operating table 120 in the opposite direction to the Y-axis moves in the opposite direction to the Z-axis and simultaneously moves the first connecting member 140 against the Z-axis. While pulling in the direction, it is possible to rotate the rotor of the first electricity generation motor 130 in the forward direction. In addition, when the operating table 120 rotates clockwise about its axis, the Y-axis direction end of the operating table 120 moves in the opposite direction to the Z-axis and simultaneously moves the second connecting member 140' in the opposite direction to the Z-axis. It is possible to rotate the rotor of the second electricity generation motor 130 'in the forward direction while pulling it. Here, the forward direction indicates the direction in which the rotor rotates by the pulling force of the first connecting member 140 and the second connecting member 140', and the reverse direction indicates the direction in which the first connecting member 140 and the second connecting member 140 rotate. ') is released, and it shows the direction in which it rotates with the restoring force of the spring spring.

The electricity storage unit 150 may store electricity generated by the first electricity generation motor 130 and the second electricity generation motor 130'. In some embodiments, the electricity storage unit 150 may be an energy storage system (ESS). Using the energy storage system, the electricity generated by the first electricity generation motor 130 and the second electricity generation motor 130' can be stored and then supplied and used when needed.

In some embodiments, the seesaw type generator 100 may further include an upward movement guide member. The upward movement guide member may push the counterclockwise or clockwise rotating operating table 120 in the Z-axis direction. In some embodiments, the upward movement guide member is compressed by the pressure of the operating table 120 or the first weight member 121 at the opposite end of the Y-axis, which is rotated counterclockwise, and is compressed by the compression force of the end opposite to the Y-axis. By pressing the first upward movement guide member 160 that pushes the operating table 120 in the Z-axis direction, and the operating table 120 or the second weight member 121' at the end of the Y-axis rotating in a clockwise direction, It may include a second upward movement guide member 160' that is compressed and pushes the operating table 120 at the end of the Y-axis direction in the Z-axis direction with a compressed force. In some embodiments, the first upward movement guide member 160 and the second upward movement guide member 160' are installed on the bottom surface in the opposite Z-axis direction of the operating table 120 or on the ground or floor where the support 110 is installed. It may be a spring installed.

In some embodiments, the seesaw type generator 100 may further include a downward movement guide member. The downward movement guide member may push the counterclockwise or clockwise rotating operating table 120 in the opposite direction of the Z axis. In some embodiments, the downward movement guide member is compressed by pressing the operating table 120 at the opposite end of the Y-axis that is rotated in a clockwise direction, and moves the operating table 120 at the opposite end of the Y-axis in the direction opposite to the Z-axis with the compressed compressive force. The first downward movement guide member 170 is compressed by pressing the first downward movement guide member 170 and the operating table 120 at the end in the Y-axis direction rotated counterclockwise, and the operating table 120 at the end in the Y-axis direction is compressed by the compressed force. A second downward movement guide member 170' pushing in the opposite direction of the Z axis may be included. In some embodiments, the first downward movement guide member 170 and the second downward movement guide member 170' are springs installed on the upper surface of the operating table 120 in the Z-axis direction or on the side of the support member 120. can

In some embodiments, it is preferable that the upward movement guide member is formed 3 to 5 times larger than the downward movement guide member, because the force pushing the operating table 120 in the Z-axis direction, which is the opposite direction of gravity, is greater. However, it is not limited thereto, and the ratio may vary according to design drawings.

Next, the operation process of the seesaw type generator 100, which is an embodiment of the present invention configured as described above, will be described.

First, referring to FIGS. 3 and 4 , the operation table 120 may rotate counterclockwise around the axis of the support table 110 . At this time, the opposite end of the Y-axis of the operating table 120 moves in the opposite direction of the Z-axis and simultaneously pulls the first connecting member 140, and the first connecting member 140 is the first electric generator motor ( 130) rotates the rotor in the forward direction at the same time as the rotor is unwound, and electricity can be generated in the first electricity generation motor 130 in which the rotor rotates in the forward direction in a conventional manner. Here, the rotor may rotate in the forward direction while compressing the main spring.

In addition, by counterclockwise rotation of the operating table 120, the end of the operating table 120 in the Y-axis direction moves in the Z-axis direction, and at the same time, the pulling force of the second connecting member 140' can be released. . At this time, the second connecting member 140' whose pulling force is released can be wound around the rotor of the second electric generator motor 130' rotating in the opposite direction by the restoring force of the spring spring.

And, when the operation table 120 is further rotated counterclockwise by a predetermined angle around the axis of the support table 110, the bottom surface of the operation table 120 at the opposite end of the Y-axis, that is, the first weight member 121 moves 1 The upward movement guide member 160 may be compressed by pressing. In addition, the second downward movement guide member 170' installed on the upper surface of the operating table 120 at the end in the Y-axis direction can be compressed while being in close contact with the side surface of the support member 112 in the Y-axis direction.

In this state, when the operating table 120 further rotates counterclockwise by a predetermined angle, the compressive force of the first upward movement guide member 160 pushes the bottom surface of the operating table 120 at the opposite end of the Y-axis in the Z-axis direction. At the same time, the compressive force of the second downward movement guide member 170' can push the upper surface of the operating table 120 at the end in the Y-axis direction in the opposite direction to the Z-axis.

Meanwhile, by the first upward movement guide member 160 and the second downward movement guide member 170', the operation table 120 can rotate clockwise about the axis of the support table 110. At this time, the Y-axis direction end of the operating table 120 moves in the opposite direction to the Z-axis and simultaneously pulls the second connecting member 140', and the second connecting member 140' pulls the second electric generator motor. As soon as the rotor of 130' is released, the rotor rotates in the forward direction, and electricity can be generated in the second electricity generation motor 130' in which the rotor rotates in the forward direction in a conventional manner. Here, the rotor may rotate in the forward direction while compressing the main spring.

In addition, as the operating table 120 rotates clockwise, the opposite end of the Y-axis of the operating table 120 moves in the Z-axis direction, and at the same time, the pulling force of the first connection member 140 may be released. At this time, the first connecting member 140 from which the pulling force is released may be wound around the rotor of the first electric generator motor 130 rotating in the reverse direction by the restoring force of the spring spring.

And, when the operation table 120 further rotates clockwise by a predetermined angle around the axis of the support 110, the bottom surface of the operation table 120 at the end in the Y-axis direction, that is, the second weight member 121' moves upward in the second direction. The movement guide member 160' may be compressed by pressing. In addition, the first downward movement guide member 170 installed on the upper surface of the operating table 120 at the opposite end of the Y-axis may be compressed while being in close contact with the side surface of the support member 112 in the opposite direction to the Y-axis.

In this state, when the operating table 120 further rotates clockwise by a predetermined angle, the compressive force of the second upward movement guide member 160' pushes the bottom surface of the operating table 120 at the end in the Y-axis direction in the Z-axis direction. At the same time, the compressive force of the first downward movement guide member 170 may push the upper surface of the operating table 120 at the opposite end of the Y-axis in the opposite direction to the Z-axis.

Therefore, as the operation table 120 repeatedly rotates counterclockwise and clockwise around the axis of the support 110, the first electric generation motor 130 connected to the operation table 120 and the first connecting member 140 And electricity is generated from the second electricity generation motor 130' connected to the operating table 120 and the second connection member 140', and the generated electricity is stored in the electricity storage unit 150 and stored as needed. supplied and can be used.

In addition, referring to FIG. 5, in the seesaw generator 100' according to another embodiment, the operating table 120 sequentially and repeatedly moves counterclockwise and clockwise while rotating the rotating member of the electric power generation motor. As a generator for generating electricity, it may include a support 110, an operating table 120, an electric generation motor, a lift guide, and an electricity storage 150.

The support 110 is installed on the ground or the floor, and may guide the counterclockwise and clockwise rotation of the operating table 120 . In some embodiments, support 110 may include a shaft. The shaft may be installed on the support 110 to guide coupling of the operating table 120 as well as counterclockwise rotation and clockwise rotation of the operating table 120 .

In some embodiments, the support 110 may include an upper support 111 . The upper support 111 may protrude in the Z-axis direction from the upper surface of the support 110 in the Z-axis direction. In some embodiments, the upper support 111 may further include a support member 112 . The support member 112 may be formed to protrude from the upper end of the upper support 111 in the Z-axis direction than the side surface of the upper support 111 . In some embodiments, the support member 112 may be a member that maintains a constant weight. For example, the support member 112 may be an iron or concrete block holding 100 kg. However, it is not limited thereto, and may be formed of various materials, and may be deformed according to the weight of a weight member described below.

The operation table 120 may be rotatably coupled to the support 110 . In some embodiments, the operating table 120 may be formed in a '∨' shape in which both ends in the direction opposite to the Y-axis and in the Y-axis direction are bent upward around the center. In some embodiments, the operating table 120 may further include a weight member. The weight member may include a first weight member 121 installed on the operating table 120 at the opposite end of the Y-axis, and a second weight member 121' installed on the operating table 120 at the end in the Y-axis direction. can The first weight member 121 and the second weight member 121' may be members that maintain a constant weight. For example, the first weight member 121 and the second weight member 121' may be iron or concrete blocks holding 500 kg. However, it is not limited thereto, and may be formed of various materials and various weights.

An electric generator motor may be located above the operating table 120 . In some embodiments, the electric generation motor includes a first electric generation motor 130 located above the operating table 120 at the opposite end of the Y-axis, and a second electric generation motor located above the operating table 120 at the end in the Y-axis direction. It may include a power generation motor (130 '). The first electricity generation motor 130 and the second electricity generation motor 130' may be conventional electricity generation motors in which electricity is generated by electromagnetic induction generated between a magnet and a coil by rotation of a rotor. In some embodiments the rotor may rotate in forward and reverse directions, but it may be desirable to rotate in only forward directions.

The lift guide unit may connect the operating table 120 and the electric generator motor. In some embodiments, the lift guide unit may include a first lift guide unit 141 and a second lift guide unit 142 .

In some embodiments, the first lift guide 141 may connect the operating table 120 at the opposite end of the Y-axis to the first electric generator motor 130. In some embodiments, the first elevation guide unit 141 may include a first elevation guide member 141a and a first link 141b.

The first elevation guide member 141a has a tubular shape and may be installed on the operating table 120 or the first weight member 121 at the opposite end of the Y-axis.

The first link 141b may connect the first lift guide member 141a at the end in the Z-axis direction and the rotor of the first electricity generation motor 130 . In some embodiments, the first link 141b is formed in a ''' shape with a central portion bent, and any one of a horizontal member maintaining a horizontal position and a vertical member maintaining a vertical position may be formed longer.

In some embodiments, the second lift guide 142 may connect the operating table 120 at the end in the Y-axis direction and the second electric generator motor 130'. In some embodiments, the second elevation guide unit 142 may include a second elevation guide member 142a and a second link 142b.

The second elevation guide member 142a may be installed on the operating table 120 or the second weight member 121' at the end in the Y-axis direction due to a tube phenomenon.

The second link 142b may connect the second lift guide member 142a at the end in the Z-axis direction and the rotor of the second electric generator motor 130'. In some embodiments, the second link 142b is formed in an 'L' shape with a central portion bent, and any one of a horizontal member maintaining a horizontal position and a vertical member maintaining a vertical position may be formed longer.

The electricity storage unit 150 may store electricity generated by the first electricity generation motor 130 and the second electricity generation motor 130'. In some embodiments, the electricity storage unit 150 may be an energy storage system (ESS). Using the energy storage system, the electricity generated by the first electricity generation motor 130 and the second electricity generation motor 130' can be stored and then supplied and used when needed.

In some embodiments, the seesaw generator 100' may further include an upward movement guide member. The upward movement guide member may push the counterclockwise or clockwise rotating operating table 120 in the Z-axis direction. In some embodiments, the upward movement guide member is compressed by the pressure of the operating table 120 or the first weight member 121 at the opposite end of the Y-axis, which is rotated counterclockwise, and is compressed by the compression force of the end opposite to the Y-axis. By pressing the first upward movement guide member 160 that pushes the operating table 120 in the Z-axis direction, and the operating table 120 or the second weight member 121' at the end of the Y-axis rotating in a clockwise direction, It may include a second upward movement guide member 160' that is compressed and pushes the operating table 120 at the end of the Y-axis direction in the Z-axis direction with a compressed force. In some embodiments, the first upward movement guide member 160 and the second upward movement guide member 160' are installed on the bottom surface in the opposite Z-axis direction of the operating table 120 or on the ground or floor where the support 110 is installed. It may be a spring installed.

Next, the operation process of the seesaw type generator 100', which is another embodiment of the present invention configured as described above, will be described.

First, referring to FIGS. 6 and 7 , the operating table 120 may rotate counterclockwise around the axis of the support table 110 . The opposite end of the Y-axis of the operating table 120 moves in the opposite direction of the Z-axis and simultaneously pulls the first elevation guide member 141a of the first elevation guide 141 . In addition, the first lifting guide member (141a) rotates the first link (141b) connected to the upper end of the Z-axis direction of the first lifting guide member (141a) in the opposite direction to the Z-axis, and at the same time, the first link (141b) It is possible to rotate the rotor of the connected first electricity generation motor 130 half a turn in the forward direction.

In addition, as the operating table 120 rotates counterclockwise, the Y-axis direction end of the operating table 120 moves in the Z-axis direction, and at the same time, the second lifting guide member 142a of the second lifting guide part 142 ) is moved upward in the Z-axis direction. At this time, the second lifting guide member 142a rotates the second link 142b connected to the upper end in the Z-axis direction of the second lifting guide member 142a in the Z-axis direction and at the same time the second link 142b is connected. The rotor of the second electricity generation motor 130 'can be rotated in a half turn in the forward direction.

And, before the first link 141b and the second link 142b rotate a half turn in the forward direction, the bottom surface of the operating table 120 at the opposite end of the Y axis, that is, the first weight member 121 moves upward for the first time. The guide member 160 may be compressed by pressing.

In this state, when the first link 141b and the second link 142b rotate a half turn in the forward direction, the compressive force of the first upward movement guide member 160 applies to the bottom surface of the operating table 120 at the opposite end of the Y-axis. It can be pushed in the Z-axis direction.

Meanwhile, by the first upward movement guide member 160 , the operation table 120 may rotate clockwise around the axis of the support table 110 . At this time, the Y-axis direction end of the operation table 120 moves in the opposite direction to the Z-axis and simultaneously pulls the second elevation guide member 142a of the second elevation guide portion 142 . In addition, the second lifting guide member (142a) rotates the second link (142b) connected to the upper end of the Z-axis direction of the second lifting guide member (142a) in the opposite direction to the Z-axis, and at the same time the second link (142b) It is possible to rotate the rotor of the connected second electricity generation motor 130 'a half turn in the forward direction.

In addition, as the operating table 120 rotates in the clockwise direction, the end of the operating table 120 in the opposite direction to the Y-axis moves in the opposite direction to the Z-axis, and at the same time, the first lifting guide member of the first lifting guide part 141 ( 141a) is moved upward in the Z-axis direction. At this time, the first lifting guide member 141a rotates the first link 141b connected to the upper end in the Z-axis direction of the first lifting guide member 141a in the Z-axis direction and at the same time the first link 141b is connected. It is possible to rotate the rotor of the first electricity generation motor 130 a half turn in the forward direction.

And, before the first link 141b and the second link 142b rotate a half turn in the forward direction, the bottom surface of the operating table 120 at the end in the Y-axis direction, that is, the second weight member 121' moves upward in the second direction. The guide member 160' may be compressed by pressing.

In this state, when the first link 141b and the second link 142b rotate a half turn in the forward direction, the compressive force of the second upward movement guide member 160' applies to the bottom surface of the operating table 120 at the end in the Y-axis direction. It can be pushed in the Z-axis direction.

Therefore, as the operation table 120 repeatedly rotates counterclockwise and clockwise around the axis of the support 110, the first electric generator motor connected to the operation table 120 and the first lifting guide part 141 ( 130) and the second electricity generating motor 130' connected to the operation table 120 and the second lift guide 142 generate electricity, respectively, and the generated electricity is stored in the electricity storage unit 150 and stored as needed. It can be supplied and used.

Although the embodiments of the present invention have been described with reference to the accompanying drawings, those skilled in the art to which the present invention pertains can be implemented in other specific forms without changing the technical spirit or essential features of the present invention. you will be able to understand Therefore, the embodiments described above should be understood as illustrative in all respects and not limiting.

100: seesaw generator
110: support
111: upper support
112: support member
120: operation table
121: first weight member
121 ': second weight member
130: first electric generator motor
130' second electric generator motor
140: first connecting member
140 ': second connecting member
150: electricity storage unit
160: first upward movement guide member
160 ': second upward movement guide member
170: first downward movement guide member
170 ': second downward movement guide member

Claims (11)

support fixture;
an operating table having an end rotatably coupled to the support in the Y-axis direction;
An electric generator motor located above the operating table at the opposite end of the Y-axis;
a connecting member connecting an end opposite to the Y-axis of the operation table and an electric generator motor; and
An electricity storage unit for storing electricity generated by the electricity generation motor,
The electric generator motor,
A seesaw-type generator in which a connecting member rotates a rotor of an electric power generation motor according to the rotation of the operating table to produce electricity.
support fixture;
a working table having a central portion rotatably coupled to the support and having both ends in the opposite Y-axis direction and ends in the Y-axis direction bent upward about the center;
a first electric power generation motor and a second electric power generation motor positioned above the operating table at an end opposite to the Y-axis and above the operating table at an end in the Y-axis direction, respectively;
a first connecting member connecting the operating table at an end opposite to the Y-axis and a first electric generator motor;
a second connecting member connecting the operating table at an end in the Y-axis direction and a second electric generator motor; and
An electricity storage unit for storing electricity generated by the first electricity generation motor and the second electricity generation motor,
The first electricity generation motor and the second electricity generation motor,
A seesaw-type generator in which the first and second connecting members rotate rotors of the first electricity generation motor and the second electricity generation motor according to the rotation of the operating table and produce electricity.
According to claim 1 or 2,
A seesaw generator further comprising an upper support protruding in the Z-axis direction on the upper surface of the support in the Z-axis direction, and a support member installed on the upper end of the upper support in the Z-axis direction.
The method of claim 2, wherein the operation table,
A seesaw-type generator further comprising a first weight member installed on the operating table at an end opposite to the Y-axis, and a second weight member installed on the operating table at the end in the Y-axis direction.
According to claim 2,
An upward movement guide member that pushes the operating table rotated counterclockwise or clockwise in the Z-axis direction;
A seesaw-type generator further comprising a downward movement guide member that pushes the operating table rotated in a counterclockwise or clockwise direction in a direction opposite to the Z axis.
The method of claim 5, wherein the upward movement guide member,
The first upward movement guide member that is compressed by the pressure of the operating table at the opposite end of the Y-axis or the first weight member that rotates counterclockwise, and pushes the operating table at the opposite end of the Y-axis in the Z-axis direction with the compressed compressive force. And, a second upward movement guide member that is compressed by the pressure of the Y-axis end end rotating in a clockwise direction or the second weight member, and pushes the Y-axis end end actuation table in the Z-axis direction with the compressed compressive force. Seesaw type generator including.
The method of claim 5, wherein the downward movement guide member,
A first downward movement guide member that is compressed by pressurizing the operating table at the opposite end of the Y-axis that rotates clockwise and pushes the operating table at the opposite end of the Y-axis in the opposite direction to the Z-axis with the compressed force; A seesaw-type generator comprising a second downward movement guide member that is compressed by pressing the operating table at an end in the Y-axis direction that is rotated and pushes the operating table at the end in the Y-axis direction in a direction opposite to the Z-axis with the compressed compressive force.
support fixture;
a working table having a central portion rotatably coupled to the support and having both ends in the opposite Y-axis direction and ends in the Y-axis direction bent upward about the center;
a first electric power generation motor and a second electric power generation motor positioned above the operating table at an end opposite to the Y-axis and above the operating table at an end in the Y-axis direction, respectively;
a first lift guide unit connecting the operating table at an end opposite to the Y-axis with a first electric generator motor;
a second lift guide unit connecting the operation table at the end in the Y-axis direction and a second electric generator motor; and
An electricity storage unit for storing electricity generated by the first electricity generation motor and the second electricity generation motor,
A seesaw generator further comprising a first weight member installed on the operating table at an end opposite to the Y-axis, and a second weight member 121' installed on the operating table at an end in the Y-axis direction.
The method of claim 8, wherein the first lifting guide unit,
a first lifting guide member installed on the operating table or the first weight member at the opposite end of the Y-axis; and
A seesaw-type generator comprising a first link connecting the first lift guide member at an end in the Z-axis direction and a rotor of a first electric generator motor.
The method of claim 8, wherein the second lifting guide unit,
a second lifting guide member installed on the operating table or the second weight member at the end in the Y-axis direction; and
A seesaw-type generator comprising a second link connecting the second lift guide member at an end in the Z-axis direction and a rotor of a second electric generator motor.
According to claim 8,
Further comprising an upward movement guide member for pushing the operating table rotated counterclockwise or clockwise in the Z-axis direction,
The upward movement guide member,
The first upward movement guide member that is compressed by the pressure of the operating table at the opposite end of the Y-axis or the first weight member that rotates counterclockwise, and pushes the operating table at the opposite end of the Y-axis in the Z-axis direction with the compressed compressive force. And, a second upward movement guide member that is compressed by the pressure of the Y-axis end end rotating in a clockwise direction or the second weight member, and pushes the Y-axis end end actuation table in the Z-axis direction with the compressed compressive force. Seesaw type generator including.

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