One-way bearing gear reciprocating rotator
By designing a single-bearing gear reciprocating rotator and using mechanical vibration to drive the generator to rotate, the problem of energy consumption or vibration pollution in the existing technology is solved, and the effect of efficient use of mechanical vibration is achieved.
Patent Information
- Application Number
- CN202310929912.6
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2023-07-22
- Publication Date
- 2025-01-24
AI Technical Summary
The prior art fails to effectively utilize new energy in the form of mechanical vibration, etc., resulting in energy consumption or vibration pollution.
Design a single bearing gear rotor, which uses mechanical vibration to drive the generator to rotate or generate power, and use the leverage principle to adjust the vibration range to ensure the efficient use of energy.
It realizes efficient use of mechanical vibration for rotation without being affected by vibration amplitude, improves energy utilization and facilitates promotion and use.
Smart Images
Figure CN119353385A_ABST
Abstract
Description
1. Technical field
[0001] The technology of the present invention relates to a reciprocating rotating device in the mechanical field, in particular to a device that uses mechanical vibration to rotate. 2. Background technology
[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. In the mechanical vibration, motor vehicle, airplane, train operation and ship use of sea wave vibration is a new energy that has not been fully developed. Vibration is a wave, it is the vibration form of movement that is spreading. There is a periodic driving force between the medium, the driving force will do work, and the result of work is energy spreading. Vibration is of course a kind of energy, vibration has huge energy! People regard vibration as a kind of pollution. Like noise, it belongs to physical pollution and is temporary. Vibration is a very common form of movement. Almost any object is vibrating, and almost any object cannot do without vibration, but vibration energy is not fully applied. Some mechanical movement energy is consumed by vibration or vibration pollution is generated.
[0003] The technology of the present invention relates to a reciprocating rotating device in the field of machinery, that is, a device that fully utilizes vibration to rotate, and utilizes mechanical reciprocating motion in the form of vibration to drive a generator to move or generate power. 3. Summary of the invention
[0004] like Figure 1 , Figure 2 , Figure 3 As shown, the one-way bearing gear reciprocating rotator includes a shaft 1, a one-way bearing 2, a gear 3, a rack (chain) 4, and a bracket 5. The bracket 5 is used to fix two one-way bearings 2 that rotate in the same direction in parallel on the same shaft 1, and the gear 3 is installed on the outer periphery of the one-way bearing 2. Two racks (chains) 4 are used to make reciprocating motion on the opposite surfaces of the two gears 3 respectively. When reciprocating, one group of one-way rotating devices rotates idly, and the other group of one-way bearings 2 drives the shaft to rotate. There is always one group of one-way bearings 2 driving the shaft 1 to rotate during the reciprocating motion. The reciprocating motion can be used to make the shaft 1 rotate continuously in one direction without being affected by the vibration amplitude. The length of the rack (chain) 4 can be lengthened and the vibration amplitude can be adjusted using the lever principle.
[0005] The two one-way bearings with the same rotation are two one-way bearings superimposed and combined on the same axis, which will have two combinations: one is the same rotation; the other is different rotation. Because the one-way bearing has the unique characteristic of being able to rotate in one direction, there is no other combination on the same axis. Therefore, the superimposed 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 two combinations, because this is an objective fact with different effects formed by the interaction between the inner and outer rings of the one-way bearing. It cannot be denied that there are two combinations of same rotation or different rotation. The distinction between these two combinations is because the two one-way bearings with the same rotation are two single bearings superimposed and combined on the same axis to form the same direction of free rotation and the same direction of locking, that is, the function of the two single bearings with the same rotation is: when the two single bearings rotating in the same direction rotate back and forth in opposite directions, one is locked to drive the shaft to rotate, and the other can rotate freely. On the contrary, one can rotate freely, and the other is locked to drive the shaft to rotate. The directions of the reciprocating motion are opposite, so they rotate in opposite directions respectively, but they can also reciprocate at the same time. One is locked to drive the shaft to rotate, and the other can rotate freely. On the contrary, one can rotate freely, and the other is locked to drive the shaft to rotate. Because the two one-way bearings rotating in the same direction have the same locking direction and the reciprocating motion in opposite directions, the reciprocating motion causes the shaft to rotate in the locked direction, so the shaft rotates in one direction.
[0006] The two non-uniformly rotating one-way bearings are two single bearings that are superimposed and combined on the same shaft and can only be locked in opposite directions at the same time, and can rotate freely in relatively opposite directions at the same time. Their locking directions are opposite, and the single bearings can only idle left and right through reciprocating motion. Because the locking directions of the two single bearings rotating in different directions are inconsistent, the reciprocating motion can only be locked. That is, the functions of the two non-uniformly rotating one-way bearings are: if two non-uniformly rotating one-way bearings are combined on the same shaft, they will form a relative rotation and be locked, and can rotate freely on the contrary. Because the locking directions are inconsistent, the reciprocating motion can only be locked, and can only idle in opposite directions, and the shaft cannot rotate in one direction. The left and right transmission of the shaft is the same as if there is no one-way bearing installed.
[0007] The above only shows that the direction of rotation cannot distinguish between two identical and two different single bearings set on the same shaft, because two single bearings with different rotations will also rotate in the same direction when rotating on the same shaft. The direction cannot distinguish between two identical and two different single bearings set on the same shaft. Therefore, the expression of two single bearings with the same rotation is the only correct one. It distinguishes the phenomenon that two single bearings with the same rotation and two single bearings with different rotations will also rotate in the same "direction" when rotating on the same shaft. 4. Description of the drawings
[0008] Figure 1 This is a front view of a single bearing gear reciprocating rotator.
[0009] Figure 2 It is a side view of a single bearing gear reciprocating rotator.
[0010] Figure 3 It is a top view of a single bearing gear reciprocating rotator. 5. Specific implementation methods
[0011] The reciprocating motion of the mechanical vibration, motor vehicle, airplane, train operation and ship using the wave vibration of seawater is rotated without being affected by the vibration amplitude, and the length of the rack (chain) can be lengthened, and the vibration amplitude can be adjusted using the lever principle to drive the generator to rotate or generate power. The technology of the present invention relates to a reciprocating motion rotating device in the mechanical field, which is simple and easy to operate, and the reciprocating motion has energy, so the energy utilization rate is high and it is easy to promote and use.
[0012] The utilization of mechanical vibration, motor vehicles, airplanes, trains and ships utilizing the reciprocating motion of the wave vibration of seawater for rotation is not affected by the vibration amplitude. The length of the rack (chain) can be lengthened and the vibration amplitude can be adjusted using the lever principle. The length of the rack (chain) can be determined according to the actual situation of the above-mentioned reciprocating vibration amplitude to ensure that it operates within the range of its reciprocating amplitude. The length of the rack (chain) can also be lengthened so that the reciprocating vibration amplitude does not exceed the operating range of the rack (chain). The vibration amplitude is adjusted using the lever principle based on the actual situation of the above-mentioned reciprocating vibration amplitude. For example, the suspension system installed in a motor vehicle is actually a lever system. The farther the distance from the fulcrum is when connected to the vibration source, the greater the vibration amplitude, and vice versa. For special reciprocating vibration amplitudes, a lever group can be fixedly installed, and the vibration amplitude can be amplified or reduced by the lever principle, so as to solve the problem that the special reciprocating vibration amplitude can also be fully utilized to drive the generator to rotate or generate power.
[0013] The above-mentioned specific implementation mode can also be applied and implemented using two identically rotating one-way rotating devices, wherein the one-way rotating device is a rotating device that can rotate freely in one direction and is locked in the other direction, such as: a one-way bearing is 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 one-way rotating devices with a one-way rotation function. Its working principle generally conforms to a one-way rotating device that can rotate freely in one direction and is locked in the other direction, thereby forming a one-way rotating device in which a gear 3 is installed on the periphery of two identically rotating one-way rotating devices, and two racks (chains) 4 are used to make reciprocating motion on the opposite surfaces of the two gears 3. All of these can be implemented in the above-mentioned manner to form different reciprocating motions and rotations in one direction.
[0014] 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 technical name of the present invention is a single-way bearing gear reciprocating rotator. The bracket 5 is used to fix two one-way bearings 2 that rotate in the same direction in parallel on the same shaft 1, and a gear 3 is installed on the outer periphery of the one-way bearing 2. Two racks (chains) 4 are used to make reciprocating motion on the opposite surfaces of the two gears 3 respectively. When reciprocating, one set of one-way rotating devices rotates idly, and the other set of one-way bearings 2 drives the shaft to rotate. There is always one set of one-way bearings 2 driving the shaft 1 to rotate during the reciprocating motion. The reciprocating motion can be used to make the shaft 1 rotate continuously in one direction without being affected by the vibration amplitude. The length of the rack (chain) 4 can be lengthened and the vibration amplitude can be adjusted using the lever principle.
2. The specific implementation method can also be implemented using two identically rotating one-way rotating devices, which can rotate freely in one direction and be 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 one-way rotating devices with a one-way rotation function. Its working principle generally conforms to a one-way rotating device that can rotate freely in one direction and be locked in the other direction, thereby forming a one-way rotating device in which a gear 3 is installed on the periphery of two identically rotating one-way rotating devices and two racks (chains) 4 are used to make reciprocating motion on the opposite surfaces of the two gears 3. All of these can be implemented in the manner described above to form different reciprocating motions and rotations in one direction.