Pulley reciprocating rotator of single rotating device

Abstract

The invention discloses a pulley reciprocating rotator of a single rotating device, and relates to a new technology for rotating towards one direction by utilizing reciprocating motion in the field of machinery, and the pulley reciprocating rotator is not influenced by vibration amplitude and drives a generator or generates power. According to the main technical scheme, U-shaped wheels are installed through single rotating devices with the same rotation, a rope (belt) is connected with the U-shaped wheels to form a closed state, a connecting rod is connected with a vibration source, and the rope (belt) is pulled to do reciprocating motion so that a shaft can continuously rotate in one direction. And different vibration sources are connected to form resultant force without being influenced by vibration amplitude and vibration source distance, so that the device is convenient to popularize and use. The device is mainly used for mechanical vibration, motor vehicles, airplanes, train operation and ship power generation or power generation through seawater wave vibration, reciprocating motion has energy, and the device is convenient to popularize and use.

Description

1. Technical field

[0001] The present invention relates to a reciprocating rotary device in the mechanical field, in particular to a device that utilizes mechanical vibration to perform rotation. 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 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 1As shown, the unidirectional rotary device pulley reciprocating rotator comprises an axis 1, a unidirectional rotary device 2, a U-shaped wheel 3, a pulley A4, a pulley B5, a pulley D6, a pulley C7, a rope 8, a connecting rod 9, a lever 10, a fulcrum 11, and a vibration source 12. Two unidirectional rotary devices 2 rotating in the same manner are fixedly installed in parallel on the same axis 1, and a U-shaped wheel 3 is installed on the periphery of the unidirectional rotary device 2. A rope (belt, strip, chain, wire rope, etc.) is first introduced from the pulley A4 and extended clockwise around the U-shaped wheel 3 of one unidirectional rotary device 2, and then the rope is introduced by the pulley B5. The pulley C7 is connected to the pulley C7, and then the pulley C7 is counterclockwise around the U-shaped wheel 3 of another single-phase rotating device 2. The pulley D6 is used to lead out and connect the rope (belt, strip, chain, wire rope, etc.) at the pulley A4 to form a closed state. When a connecting rod is used to connect the vibration source 12, and then the rope (belt, strip, chain, wire rope, etc.) in the middle of any one of BC and AD is connected, and the rope (belt, strip, chain, wire rope, etc.) is pulled to make a reciprocating motion, one set of single-phase rotating devices is idle, and the other set of single-phase rotating devices drives the shaft to rotate, so that the shaft rotates continuously in one direction. The characteristics of the single-phase rotating device are that it can be connected and connected with countless pulleys, and is not affected by the vibration amplitude and the distance from the vibration source 12. The distance between the pulleys can be adjusted, and the vibration amplitude can be adjusted through the fulcrum 11 using the principle of the lever 10. It can also be fixed on a shaft 1 with 4, 6, 8... sets of single-phase rotating devices 2 that rotate in the same manner, connected to different vibration sources 12, to form a combined force, which is convenient for promotion and use. 4. Description of the drawings

[0005] Figure 1 It is the front and top view of the pulley reciprocating rotator of the unidirectional rotating device. 5. Specific implementation methods

[0006] The invention relates to a reciprocating motion rotating device in the field of machinery, which is simple and easy to operate, and has energy in all reciprocating motions, so the energy utilization rate is high. The device is characterized in that it can be connected and connected with numerous pulleys, and is not affected by the vibration amplitude and the distance from the vibration source. The distance between the pulleys can be adjusted, or the vibration amplitude can be adjusted through the fulcrum using the lever principle. It can also be fixed on one axis with 4, 6, 8, etc. sets of single-phase rotating devices with the same rotation in parallel, connected with different vibration sources to form a combined force, which is convenient for promotion and use.

[0007] The above-mentioned specific implementation method can also be directly implemented using a one-way bearing. In this way, a U-shaped wheel or groove wheel with an outer ring is directly designed and produced on the one-way bearing 2 to avoid eccentricity of the U-shaped wheel or groove wheel caused by reinstalling the outer ring or the U-shaped wheel or groove wheel. Such a one-way bearing can be implemented in the above-mentioned manner to form different reciprocating motions and rotation in one direction.

[0008] The two same rotations are two single-way rotating devices superimposed and combined on the same axis, and there will be two types of combinations. One is the same rotation, that is, forming free rotation in the same direction and locking in the same direction; the other is different rotation, that is, on the same axis, they can only be locked in the opposite direction at the same time, and can freely rotate in the opposite direction at the same time. The directions in which they are locked are opposite, and through reciprocating motion, the single-way rotating devices can only idle left and right respectively, because the two single-way rotating devices rotating in different directions are locked in opposite directions, and the reciprocating motion can only be locked; because the unique characteristic of the single-way rotating device that can only rotate in one direction determines that there are only these two types of combinations, no matter how the superposition combination is, there is only "same rotation" or The objective fact of the two combinations of "different rotations" is that there are no other combinations. Therefore, the superposition combination of two single-way rotating devices must indicate whether it is a combination of "same rotation" or "different rotation", so that they can confirm or deny each other, just like the two sides of a coin. If you know one side, you will know the other side. Therefore, it is necessary to indicate the superposition combination of "same rotation" or "different rotation". If it is not indicated, two combinations are included, resulting in unclear concepts. If "direction" is used, this phenomenon cannot be indicated. This is because these two combinations are on the same axis and when the axis rotates, they will rotate in one "direction", and it is impossible to distinguish the superposition combination of "same rotation" or "different rotation". The present invention shows that "two identically rotating single-phase rotating devices 2 are provided with U-shaped wheels 3 on the periphery of the single-phase rotating devices 2. A rope (belt, strip, chain, steel wire rope, etc.) is first introduced from pulley A4 and passed around the U-shaped wheel 3 of one single-phase rotating device 2 in a clockwise direction, then led out by pulley B5 and connected to pulley C7, then passed around the U-shaped wheel 3 of another single-phase rotating device 2 in a counterclockwise direction from pulley C7, then led out by pulley D6 and connected to the rope (belt, strip, chain, steel wire rope, etc.) at pulley A4, forming a closed loop", Only then can the combination form of "same rotation" be formed, and on the basis of the combination form of "same rotation", "first introduce a rope (belt, strip, chain, wire rope, etc.) from pulley A4 and extend it clockwise around the U-shaped wheel 3 of a single-way rotating device 2, lead it out with pulley B5 and connect it to pulley C7, and then go counterclockwise around the U-shaped wheel 3 of another single-way rotating device 2 from pulley C7, lead it out with pulley D6 and connect the rope (belt, strip, chain, wire rope, etc.) at pulley A4 to form a closed loop."It was invented to adapt to the particularity of converting different reciprocating motions and vibrations into rotation in one direction. It does not use rotation to drive rotation, nor is it the regular reciprocating rotation of a piston or the pedal on a sewing machine in the general sense. Instead, it is a reciprocating rotator that rotates in one direction formed by different reciprocating motions. It fits the fact that the directions of reciprocating motions are opposite, and both reciprocating motions can be used for work. It can rotate in one direction for different reciprocating motions utilizing mechanical vibrations, motor vehicles, airplanes, train operations, and ships utilizing the wave vibrations of seawater. It can be adjusted and combined according to different reciprocating motions, and is not affected by the amplitude of vibration, to drive the generator to move or generate power.

[0009] The present invention relates to a reciprocating rotating device in the field of machinery, which is simple and easy to operate, and has energy in reciprocating motion, so the energy utilization rate is high. It is characterized in that it can be equipped with 4 groups, 6 groups, 8 groups... of single-phase rotating device U-shaped wheels or groove wheels with the same rotation to form a combined force, which is convenient for promotion and use. The above means that on the basis of 2 single-phase rotating device U-shaped wheels or groove wheels with the same rotation, 4 single-phase rotating devices with the same rotation, 6 single-phase rotating devices with the same rotation up to n groups or more can be installed, and the combination and assembly form a single-phase rotating device with the same rotation, because the two U-shaped wheels or groove wheels are easy to slip and have a small friction coefficient. At the same time, the problem of light reciprocating motion can be perceived, and the heavy reciprocating motion has a strong locking ability, which makes the equipment not easily damaged, thereby forming a combined force, so that the kinetic energy of the reciprocating motion to drive the pulley to rotate is greater.

[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 technical name of the present invention is a single-phase rotating device pulley reciprocating rotator, in which two single-phase rotating devices 2 with the same rotation are fixedly installed in parallel on the same shaft 1, and a U-shaped wheel 3 is installed on the outer periphery of the single-phase rotating device 2. First, a rope (belt, bar, chain, wire rope, etc.) is introduced from pulley A4 and extended to pass around the U-shaped wheel 3 of one single-phase rotating device 2 clockwise, and then led out by pulley B5 and connected to pulley C7, and then passed around the U-shaped wheel 3 of another single-phase rotating device 2 counterclockwise from pulley C7, and the rope (belt, bar, chain, wire rope, etc.) at pulley A4 is led out by pulley D6 and connected to form a closed state. When a vibration source 12 is connected by a connecting rod, and then the rope (belt, bar, chain, wire rope, etc.) in the middle of any one of BC and AD is connected, and the rope (belt, bar, chain, wire rope, etc.) is pulled to do reciprocating motion, one group of single-phase rotating devices idles, and the other group of single-phase rotating devices drives the shaft to rotate, so that the shaft rotates continuously in one direction. The characteristics of the device are that it can be connected and connected with numerous pulleys, and is not affected by the vibration amplitude and the distance from the vibration source 12. The distance between the pulleys can be adjusted, and the vibration amplitude can be adjusted through the fulcrum 11 by using the principle of the lever 10. It is also possible to install 4, 6, 8... unidirectional rotating devices 2 with the same rotation in parallel on one shaft 1, connect different vibration sources 12, form a combined force, and facilitate promotion and use; The specific implementation method can also be directly implemented using a one-way bearing, thereby forming a U-shaped wheel or groove wheel that is directly designed and produced on the outer ring of the one-way bearing 2 to avoid eccentricity of the U-shaped wheel or groove wheel caused by reinstalling the outer ring or the U-shaped wheel or groove wheel. Such a one-way bearing can be specifically implemented in the manner described above to form different reciprocating motions and rotation in one direction.

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