Single bearing combined lever wave fluctuation rotator
By designing a single-bearing combined lever wave undulating rotator, the reciprocating motion of seawater waves transmits power, the problem of underutilization of seawater wave energy is solved, and efficient energy conversion and reduction of vibration pollution is achieved.
Patent Information
- Application Number
- CN202310873632.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2023-07-09
- Publication Date
- 2025-01-10
AI Technical Summary
The existing technology fails to fully utilize seawater wave vibration as a new energy source, resulting in low energy utilization efficiency and the pollution pollution caused by vibration movement has not been effectively solved.
A single-item bearing combination lever wave undulating rotator is designed to use the reciprocating movement of seawater waves to transmit power through the lever, so that the bearing drives the generator to rotate, achieving efficient use of energy. The device includes a bearing, a transmission gear, a short lever, a medium lever, a long lever and a float, and forms a one-way rotational power through the undulating movement of the lever.
It realizes efficient conversion of seawater wave energy into rotating power, improves energy utilization, reduces vibration pollution, and is suitable for ships and shores to drive generator rotation.
Smart Images
Figure CN119288739A_ABST
Abstract
Description
Technical Field
[0001] The invention relates to a reciprocating motion rotating device in the mechanical field, a single bearing combined lever wave undulating rotator, and particularly a device which utilizes waves to perform rotation. Background Art
[0002] As most of the energy is non-renewable, oil depletion and energy crisis, looking for new energy has become the current and future development trend. The demand for energy is increasing, so it is necessary to find new energy.
[0003] The present invention is particularly about utilizing the wave vibration of seawater, which is a new energy source that has not been fully developed. Vibration is a wave, and it is the vibration form of motion that is propagating. There is a periodically changing driving force between the media, and the driving force will do work. The result of the work is that energy is propagating. Vibration is of course a kind of energy, and vibration has huge energy! People regard vibration as a kind of pollution. Like noise, it is a physical pollution and is temporary. Vibration is a very common form of motion. Almost any object is vibrating, and almost any object cannot do without vibration. However, vibration energy is not fully utilized, and some mechanical motion energy is consumed by vibration or produces vibration pollution. The technology of the present invention relates to a reciprocating motion rotating device in the field of machinery, which is a device that fully utilizes wave vibration for rotation. The mechanical reciprocating motion in the form of wave vibration is utilized to generate rotational power to drive the generator to move. Summary of the invention
[0004] like Figure 1 As shown, the single bearing combined lever wave undulation rotator comprises a shaft 1, a one-way bearing 2, a transmission gear 3, a short lever 4, a middle lever 5, a long lever 6, a bracket 7, and a float 8. The bracket 7 is used to fix and install 12 one-way bearings 2 that rotate in the same manner in parallel on the same shaft 1, up to n groups. The periphery of each two groups of one-way bearings 2 is fixedly installed on one end of the lever, and the other end of the lever is installed with a float 8. The levers are arranged from the outside to the inside on both sides of the shaft, and the short lever 4, the middle lever 5, and the long lever 6 are installed in parallel, and the transmission gear 3 is installed in the middle. When waves come, the two groups of long levers 6 first rise and fall to drive the shaft to rotate, and the middle lever 5 and the short lever 4 rise and fall in turn to drive the shaft 1 to rotate, forming a transmitted power to make the shaft 1 rotate continuously in one direction, and the wave undulation can be used. The device can be used alone or divided into two according to the position of use, and can also be assembled into multiple groups or combined with multiple levers to form a combined force undulation rotation device. BRIEF DESCRIPTION OF THE DRAWINGS
[0005] Figure 1 These are the top and front views of the single bearing combined lever wave undulation rotator. DETAILED DESCRIPTION
[0006] like Figure 1 As shown, the single bearing combined lever wave undulation rotator comprises a shaft 1, a one-way bearing 2, a transmission gear 3, a short lever 4, a middle lever 5, a long lever 6, a bracket 7, and a float 8. The bracket 7 is used to fix and install 12 one-way bearings 2 that rotate in the same manner in parallel on the same shaft 1, up to n groups. The periphery of each two groups of one-way bearings 2 is fixedly installed on one end of the lever, and the other end of the lever is installed with a float 8. The levers are arranged from the outside to the inside on both sides of the shaft, and the short lever 4, the middle lever 5, and the long lever 6 are installed in parallel, and the transmission gear 3 is installed in the middle. When waves come, the two groups of long levers 6 first rise and fall to drive the shaft to rotate, and the middle lever 5 and the short lever 4 rise and fall in turn to drive the shaft 1 to rotate, forming a transmitted power to make the shaft 1 rotate continuously in one direction, and the wave undulation can be used. The device can be used alone or divided into two according to the position of use, and can also be assembled into multiple groups or combined with multiple levers to form a combined force undulation rotation device.
[0007] The device can be divided into two parts for use according to the position of use. Specifically, the 12 one-way bearings 2 that rotate in the same way can be divided into two parts with the shaft 1 as the center. The first 6 rotation directions are set to the locked direction to be upward, because the other end of the lever is equipped with a float 8, which pushes the shaft 1 to rotate upward with the reciprocating motion of the waves, and the last 6 rotation directions of the shaft 1 are set to the locked direction to be downward. The downward gravity of the lever is used to pull the shaft 1 to rotate. In this way, the different reciprocating of the 6 one-way bearings in the front and back forms a rotation in one direction around the shaft 1, one up and one down. This is because the superposition and combination of two one-way bearings on the same shaft will result in: one is the same rotation, that is, free rotation in the same direction and locking in the same direction; the other is two combinations of different rotations, that is, on the same shaft, they can only be locked in the opposite direction at the same time, and can rotate freely in the opposite directions at the same time, and their locked directions are opposite. On the contrary, through reciprocating motion, the single bearings can only idle left and right respectively, because the locking directions of two single bearings rotating in different directions are inconsistent, and the reciprocating motion can only be locked; because the one-way bearings can only rotate in one direction, there is no other combination form on one axis, so the superposition and combination of two one-way bearings must indicate whether it is a combination of "same rotation" or "different rotation". If it is not indicated, it contains the existence of two combinations, forming an unclear concept. The two identically rotating shafts 1 are set to lock in the upward direction in front and in the downward direction in the back. The two sides are respectively arranged in a trapezoidal shape with short levers 4, middle levers 5, and long levers 6 installed in parallel, with two identically rotating one-way bearings 2 as a group. The waves of the sea continuously surge in, forming a reciprocating motion that continuously rotates in one direction. In this way, multiple groups or combinations of multiple levers can be assembled to form a combined force undulating rotating device.
[0008] The invention utilizes the reciprocating motion of the waves of the seawater to rotate, and is installed around ships, on the shore, etc. to drive the generator to rotate or generate power. The invention relates to a reciprocating motion rotating device in the field of machinery, which is simple and easy to operate, and can use energy from the waves. Therefore, the energy utilization rate is high, and it is easy to promote and use.
[0009] The specific implementation mode can also be implemented using a one-way rotating device, which is a rotating device that can rotate freely in one direction and is locked in the other direction, such as: a one-way bearing also called a backstop or an overrunning clutch, a flywheel for a bicycle, and a ratchet gear made of helical teeth, ratchet teeth, springs, flat blocks, cores, jacks, jack springs, washers, conversion strips, etc., as well as a one-way rotating device with a one-way rotating function, whose working principle generally conforms to a one-way rotating device that can rotate freely in one direction and is locked in the other direction, so as to form the one-way rotating device arranged in parallel on the same shaft 1. 12 identically rotating one-way rotating devices are installed until n groups or the locking direction is upward in front of the shaft 1. A float 8 is installed on the other end of the lever. With the reciprocating motion of the waves, the shaft 1 is pushed upward to rotate. The locking direction is downward after the shaft 1. The downward gravity of the lever is used to pull the shaft 1 to rotate. The two sides are respectively arranged in a trapezoidal shape with short levers 4, middle levers 5, and long levers 6 installed in parallel. Two identically rotating one-way bearings 2 are used as a group. The waves of the sea water surge continuously, forming a reciprocating motion and continuously rotating in one direction. In this way, multiple groups or multiple levers can be assembled to form a combined force undulating rotating device.
[0010] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any person familiar with the present technology can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope explicitly stated in the present invention, and all of them should be covered by the protection scope of the present invention.
Claims
1. The bracket 7 is used to fix and install 12 identically rotating one-way bearings 2 in parallel on the same shaft 1, up to n groups, and the outer periphery of each two groups of one-way bearings 2 is fixedly installed on one end of a lever, and a float 8 is installed on the other end of the lever. The levers are arranged from the outside to the inside of the two sides of the shaft, and a short lever 4, a middle lever 5, and a long lever 6 are installed in parallel, and a transmission gear 3 is installed in the middle. When waves come, the two groups of long levers 6 first rise and fall to drive the shaft to rotate, and then the middle lever 5 and the short lever 4 rise and fall to drive the shaft 1 to rotate, forming a transmitted power to make the shaft 1 rotate continuously in one direction, and the wave ups and downs can be used. The device can be used alone or divided into two according to the location of use, and can also be assembled into multiple groups or combined with multiple levers to form a combined force ups and downs rotating device.
2. The device can be divided into two parts for use according to the position of use. Specifically, the 12 one-way bearings 2 that rotate in the same way can be divided into two parts with the shaft 1 as the center. The first 6 rotation directions are set to the locked direction to be upward, because the other end of the lever is equipped with a float 8, which pushes the shaft 1 to rotate upward with the reciprocating motion of the waves, and the last 6 rotation directions of the shaft 1 are set to the locked direction to be downward. The downward gravity of the lever is used to pull the shaft 1 to rotate. In this way, the different reciprocating of the 6 one-way bearings in the front and back forms a rotation in one direction around the shaft 1, one up and one down. This is because two one-way bearings are superimposed and combined on the same shaft, which will result in: one is the same rotation, that is, free rotation in the same direction and locking in the same direction; the other is two combinations of different rotations, that is, on the same shaft, they can only be locked in the opposite direction at the same time, and can rotate freely in the opposite direction at the same time. Their locked directions On the contrary, through reciprocating motion, the single bearings can only idle left and right respectively, because the locking directions of two single bearings rotating in different directions are inconsistent, and the reciprocating motion can only be locked; because the one-way bearings can only rotate in one direction, there is no other combination form on one axis, so the superposition and combination of two one-way bearings must indicate whether it is a combination of "same rotation" or "different rotation". If it is not indicated, it contains the existence of two combinations, forming an unclear concept. The two identically rotating shafts 1 are set to lock in the upward direction in front and in the downward direction in the rear. The two sides are respectively installed in a trapezoidal arrangement by short levers 4, middle levers 5, and long levers 6 in parallel, with two identically rotating one-way bearings 2 as a group. The waves of the sea continuously surge in, forming a reciprocating motion that continuously rotates in one direction. In this way, multiple groups or combinations of multiple levers can also be assembled to form a combined force undulating rotating device.
3. The specific implementation method can also be implemented using a one-way rotating device, which is a rotating device that can rotate freely in one direction and is locked in the other direction, such as: a one-way bearing also called a backstop or an overrunning clutch, a flywheel for a bicycle, and a ratchet gear made of helical teeth, ratchet teeth, springs, flat blocks, cores, jacks, jack springs, washers, conversion strips, etc., and a one-way rotating device with a one-way rotating function, whose working principle generally conforms to a one-way rotating device that can rotate freely in one direction and is locked in the other direction, so as to form the one-way rotating device arranged in parallel on the same axis 1 Twelve identically rotating one-way rotating devices are fixedly installed until n groups or the locking direction is upward in front of the shaft 1. A float 8 is installed on the other end of the lever. With the reciprocating motion of the waves, the shaft 1 is pushed upward to rotate. The locking direction is downward after the shaft 1. The downward gravity of the lever is used to pull the shaft 1 to rotate. The two sides are respectively arranged in a trapezoidal shape with short levers 4, middle levers 5, and long levers 6 installed in parallel. Two identically rotating one-way bearings 2 are respectively used as a group. The waves of the sea water continuously surge in, forming a reciprocating motion that continuously rotates in one direction. In this way, multiple groups or multiple levers can be assembled to form a combined force undulating rotating device.