CN115977907A

CN115977907A - Single-phase rotating device combined pulley vibration transmission power reciprocating rotator

Info

Publication number: CN115977907A
Application number: CN202111223884.3A
Authority: CN
Inventors: 何景安; 何祖鑫; 何祖强
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-10-17
Filing date: 2021-10-17
Publication date: 2023-04-18

Abstract

The invention discloses a single-phase rotating device combined pulley vibration transmission power reciprocating rotator, and relates to the field of machinery. The main technical scheme is that the grooved wheels are installed by using a combined single-phase rotating device which rotates in the same way, steel wire ropes pass around the combined grooved wheels in different directions respectively, a vibration source is connected through a vibration receiver, and the steel wire ropes are pulled to reciprocate to form transmission power so that a shaft continuously rotates in one direction. The device is not influenced by the vibration amplitude and the distance of the vibration source, and different vibration sources are connected to form resultant force, so that the device is simple and convenient to operate. The main application is that the power is generated or generated by mechanical vibration, motor vehicle, airplane, train operation and ship by using wave vibration of seawater, and the reciprocating motion has energy, so that the device is convenient to popularize and use.

Description

Single-phase rotating device combined pulley vibration transmission power reciprocating rotator

Technical Field

The invention relates to a reciprocating motion rotating device in the field of machinery, in particular to a device for rotating by utilizing mechanical vibration.

Background

Since most of energy sources are non-renewable, the exhaustion of petroleum and energy crisis, the search for new energy sources has become a current and future development trend. The demand of energy is increasing, and therefore, new energy sources are sought. The wave vibration of sea water utilized by mechanical vibration, motor vehicles, airplanes and trains and ships is a new energy which is not completely developed, the vibration is fluctuation, the motion form of vibration is transmitted, a periodically changed driving force exists between media, the driving force can do work, and the energy is transmitted as a result of the work. The vibration is of course a kind of energy, the vibration has a huge energy! Vibration is a pollution nuisance. It is a physical pollution like noise and is temporary. Vibration is a very common motion form, almost any object is vibrated, almost any object cannot be vibrated, but vibration energy is not fully applied, and some mechanical motion energy is consumed by vibration or generates vibration pollution nuisance. The invention relates to a single rotating device combined pulley power transmission reciprocating rotator in the mechanical field, in particular to a device which makes full use of vibration to rotate. The mechanical reciprocating motion in the form of vibration is utilized to transmit power to rotate so as to drive the generator to move or generate power.

Disclosure of Invention

According to the above working principle of single bearing, the invention adopts the scheme that 2 and more than 2 single bearings which rotate in the same direction respectively rotate in opposite directions, so that 2 and more than 2 single bearings which rotate in the same direction are fixedly arranged on the same shaft in parallel (taking 3 single bearings as an example), grooved wheels are arranged on the periphery of the single bearings (the installation groove can be fixed by pins), 3 single bearings which are different in size are respectively arranged, grooved wheels and shaft sleeves which are matched with the large, medium and small single bearings are respectively arranged, and the arrangement positions of the grooved wheels and the shaft sleeves are large, medium and small; large, small and medium; medium, small and large; small, large and medium; small, medium, large, or 2 large by 1 small, 1 large by 2 small, n large by n,The middle grooved wheel mainly solves the problem that power can be generated by rotating under the condition of load, the small grooved wheel mainly solves the problem that the rotating speed can be increased, the large grooved wheel and the middle grooved wheel are convenient to pull due to large force arms, the small grooved wheel is small in force arm but high in rotating speed due to reciprocating motion, the large grooved wheel is pulled to have a starting function, and the small grooved wheel and the middle grooved wheel gradually increase the rotating speed in pulling to form the function of transmitting the power to rotate in a reciprocating mode through the combined pulley of the single rotating device. In order to ensure that 3 large, medium and small single bearing grooved wheels respectively rotate, a shaft (with a mounting groove capable of being fixed by a pin) is arranged in a square fixing frame (with a fixing lug capable of being fixed by a screw) through the center, two ends of the shaft are provided with bearings in the square fixing frame, and a steel wire rope is firstly introduced from a left frame pulley A and then clockwise winds 1 large grooved wheel single bearing for 1 circle; leading out by a right frame pulley B and winding around a small sheave single bearing 2 rings in the middle of the access 1 anticlockwise; leading out by a right frame pulley C and winding around and connecting 1 ring of the lower 1 middle sheave single bearings anticlockwise; is led out by a left frame pulley D and is connected with an arbitrary pulley E through the left lower part of a square fixing frame ₂ At least one of (1) and (b); the upper rod inner pulley of the stressed pull rod is led out at the central position of the stressed pull rod and is connected with a vibration source pull rod head; the other end of the steel wire rope led in from the pulley A is connected with any pulley E ₁ Treating; the pulley is led out from the upper rod of the stressed draw bar and is provided with a rack pulley, the pulley is led out from the inner part of the lower rod of the stressed draw bar, and the central position of the upper rod of the stressed draw bar is connected with a vibration source draw bar head by a bar head screw (the combination of the vibration source draw bar and the stressed draw bar is called as a vibration receiver), thereby forming a closed loop; the stress pull rod is shaped like a T, the upper side transversely is a fixed frame, the upper side transversely is provided with a pulley, the pulley is arranged in an upper rod, the lower side internally provided with a pulley, the opposite side of the fixed frame is stable, the lower side vertically is provided with a pulley in the upper rod, the pulley in the upper rod transversely is provided with a square window on two vertical sides in the upper rod head under the fixed frame, the two sides are transparent, the front side of the upper rod head is drilled to the back side through the center of the square window, the installation shaft is used for installing the pulley in the square through the shaft, and any pulley E is used for installing the pulley ₂ The steel wire rope slides on the pulley in the upper rod through the square window, and the pulley with the frame on the upper rod is arranged on the pulley with the frame and is vertically arranged on the upper rod below the pulley square window in the upper rod and can be fixed according to the square shapeThe left lower part of the frame is reserved with a steel wire rope outlet to lead the steel wire rope to be installed in the direction or the left side or the right side, and the steel wire rope slides on the pulley; the lower rod inner pulley is that the lower rod head of the stressed pull rod is provided with a groove, two vertical sides in the lower rod head are provided with a groove, the three sides are through, the front surface of the lower rod head is drilled to the back surface through the center of the groove, the pulley is arranged in the groove through the mounting shaft, the pulley is larger than the lower rod head of the stressed pull rod, and when the pulley passes through any pulley E ₁ The steel wire rope can not rub the two sides of the stressed pull rod when sliding on the pulleys from the left side and the right side; the shape of the vibration source pull rod is like a number '1', the lower horizontal part is a fixing frame and can be fixed on the vibration source, the upper vertical part is a pull rod, and the rod head is provided with a fixing screw or a screw hole which is used for fixing two ends of a steel wire rope to form a closed loop; according to the steel wire rope led out from the steel wire rope outlet reserved at the left lower part of the square fixing frame, passing through any pulley E ₁ … … a steel wire rope is connected to a pulley of an upper rod and a belt frame of a stressed pull rod and led out through a pulley in a lower rod, and the center of the stressed pull rod is connected with a vibration source pull rod head through a pulley in the lower rod, so that the steel wire rope forms a closed loop, the whole steel wire rope forms reciprocating motion through the stressed pull rod when the stressed pull rod is pulled up and down, the vibration source pull rod and the stressed pull rod form a vibration receiver through the interaction of the steel wire rope, and the reciprocating motion enables shafts to rotate towards one direction of locking without stop; through the vibration of the vibration source pull rod, the support of the stress pull rod and the reciprocating motion of the pulling steel wire rope, countless any pulleys E can be used ₁ 、E ₂ 、 E ₃ 、E ₄ … … is connected, connected and changed in direction, and is not influenced by vibration amplitude and vibration source distance; set up pivoted one-way bearing more than 2 the same direction, let it rotate respectively, it is opposite to agree with the reciprocating motion direction, it is dead to have formed respectively equidirectional free rotation, lock respectively equidirectional, continuous reciprocating motion, respectively free rotation's direction is unanimous, do not influence reciprocating motion, but can not make the axle rotatory, it is unanimous to lock dead direction respectively, reciprocating motion makes the axle respectively not stop to the dead direction rotation of lock, the slew velocity of this epaxial difference starts simultaneously in a direction simultaneously, the fast elder generation of slew velocity locks and drives the axle rotatory, the slow follow free rotation of slew velocity, thereby make the axial direction rotation that does not stopThe combined pulley is formed to transmit power to rotate in a reciprocating manner, and in order to ensure that the rotating speed is relatively stable, a flywheel is arranged and has the function of adjusting the stable speed due to the action of centripetal force. And a flywheel is arranged on a shaft below the single bearing and is fixed by a pin. 4 groups of single-phase rotating devices, 6 groups of single-phase rotating devices and 8 groups of single-phase rotating devices, namely … … which rotate in the same way, can be fixedly arranged on one shaft in parallel to connect different vibration sources to form resultant force. And 2 or more groups of rotating devices can be connected through a coupler and connected with a generator, and two-end shafts are reserved in the invention so as to be convenient for bidirectional connection to form resultant force.

Drawings

FIG. 1 is a front view of a single-phase rotating device combined with a reciprocating rotator for transmitting power by vibration of a pulley and a top view of related accessories, which comprises (1) a square frame-shaped fixing frame, (2) fixing lugs and (3) a single-phase bearing _{Big (a)} (4) Single-item bearing _{In (1)} And (5) single-phase bearing _Small Bearing (6), two-end shaft (7) and grooved wheel (8) _{Big (a)} Sheave (9) _In R grooved pulley _Small And (11) a pulley E ₁ And (12) a pulley E ₂ A flywheel (13), a pulley C (14), a pulley D (15), a steel wire rope (16), and a shaft sleeve (17) _{Big (a)} And (18) shaft sleeve _In The device comprises (1), (19) a fixing screw, (20) a pin, (21) a coupling, (22) a generator, (23) a vibration source pull rod, (24) a force-bearing pull rod, (25) an upper rod inner pulley, (26) an upper rod belt frame pulley, (27) a lower rod inner pulley, (28) a rod head screw, (29) a pulley A, (30) a pulley B and (31) a vibration source.

Detailed Description

The generator is driven to move or generate power by mechanical vibration, motor vehicle, airplane, train operation and ship rotation by the wave vibration reciprocating motion of seawater. The invention relates to a reciprocating motion rotating device in the mechanical field, which is simple and easy to operate, has energy in reciprocating motion, and therefore has high energy utilization rate, and is characterized in that innumerable pulleys can be used for connection and disconnection, the reciprocating motion rotating device is not influenced by the vibration amplitude and the distance of a vibration source, the distance between the pulleys can be adjusted, or the vibration amplitude can be adjusted by a fulcrum by utilizing a lever principle, 4 groups of single rotating devices, 6 groups of single rotating devices, 8 groups of single rotating devices, … … and the like which rotate in the same way can be fixedly arranged on one shaft in parallel to be connected with different vibration sources to form resultant force, and the reciprocating motion rotating device is convenient to popularize and use.

Claims

1. According to the working principle of a single bearing, in order to enable 2 or more than 2 single bearings which rotate in the same direction to rotate in opposite directions respectively, the invention adopts the technical scheme that 2 or more than 2 single bearings which rotate in the same direction (taking 3 single bearings as an example) are fixedly installed on the same shaft in parallel, grooved wheels are installed on the periphery of the single bearings (the installation groove can be fixed by a pin), 3 single bearings which are different in size are installed respectively, the grooved wheels and shaft sleeves which are matched with the large, medium and small single bearings are installed respectively, and the arrangement positions of the grooved wheels and the shaft sleeves are large, medium and small; large, small and medium; medium, small and large; small, large and medium; the big sheave and the middle sheave mainly solve the problem that power can be generated by rotating under the condition of load, the small sheave mainly solves the problem that the rotating speed can be improved because the large sheave and the middle sheave have large force arms and are convenient to pull, the small sheave has small force arms but high rotating speed because of reciprocating motion, the large sheave has a starting function when being pulled, and the small sheave gradually improves the rotating speed in the pulling process to form the function of transmitting power to rotate in a reciprocating mode by combining the pulleys of a single rotating device.

2. In order to ensure that 3 large, medium and small single bearing grooved wheels respectively rotate, a shaft (with a mounting groove and capable of being fixed by a pin) is centrally arranged in a square fixing frame (with a fixing lug and capable of being fixed by a screw), two ends of the shaft are provided with bearings in the square fixing frame, and a steel wire rope is led in from a left frame pulley A and clockwise winds 1 large grooved wheel single bearing for 1 circle; leading out by a right frame pulley B and winding around a small sheave single bearing 2 rings in the middle of the access 1 anticlockwise; leading out by a right frame pulley C and winding around the 1 middle sheave single bearing ring 1 connected below anticlockwise; a left frame pulley D is led out and is connected with an arbitrary pulley E2 through the left lower part of the square fixing frame; the upper rod inner pulley of the stressed pull rod is led out at the central position of the stressed pull rod and is connected with a vibration source pull rod head; the other end of the steel wire rope led in from the pulley A is connected with any pulley E ₁ At least one of (1) and (b); by means of a forced pull rodThe pulley of the rod belt frame is led out from the lower rod of the stressed pull rod, and the pulley is led out from the center of the upper rod of the stressed pull rod and is connected with a vibration source pull rod head by a rod head screw (the combination of the vibration source pull rod and the stressed pull rod is called as a vibration receiver), so that a closed loop is formed.

3. The shape of the stressed pull rod is like a T shape, the upper side I is provided with a fixed frame, the upper side I is provided with a pulley, the pulley of the upper rod belt frame and the pulley of the lower rod I are fixed at the place where the opposite surface of a vibration source is stable, the lower side I is provided with a pulley in the upper rod, the pulley in the upper rod I is provided with a square window which is vertical to the two sides in the upper rod head under the fixed frame, the two sides are transparent, the front of the upper rod head is drilled to the back through the center of the square window, the installation shaft is used for installing the pulley in the square through a shaft, and any pulley E is used ₂ The steel wire rope passes through the square window and slides on the pulley in the upper rod, the pulley with the rack on the upper rod is vertically arranged on the upper rod below the square window of the pulley in the upper rod, the steel wire rope can be arranged in the direction or on the left side or the right side of the steel wire rope led out by the reserved steel wire rope outlet at the left lower side of the square fixing frame, and the steel wire rope slides on the pulley; the pulley is arranged in the lower rod, the rod head is grooved under the stressed pull rod, two vertical sides in the lower rod head are provided with notches, the three sides are through, the front surface of the lower rod head is drilled to the back surface through the center of the notch, the pulley is arranged in the groove through the mounting shaft, the pulley is larger than the lower rod head of the stressed pull rod, and when the pulley passes through any pulley E ₁ The steel wire rope can not rub the two sides of the stressed pull rod when sliding on the pulleys from the left side and the right side; the shape of the vibration source pull rod is like a number '1', the lower horizontal part is a fixing frame and can be fixed on the vibration source, the upper vertical part is a pull rod, and the rod head is provided with a fixing screw or a screw hole which is used for fixing two ends of a steel wire rope to form a closed loop; according to the steel wire rope led out from the steel wire rope outlet reserved at the left lower part of the square fixing frame, passing through any pulley E ₁ … … connects the steel wire rope to the pulley of the upper rod and the belt frame of the stressed pull rod, leads the steel wire rope out through the pulley in the lower rod, and connects the vibration source pull rod head at the center of the stressed pull rod, so that the steel wire rope forms a closed loop, when the vibration source pull rod is pulled up and down, the whole steel wire rope forms a reciprocating motion through the stressed pull rod, and the vibration source pull rod and the stressed pull rod are communicatedThe interaction of the steel wire ropes is called as a vibration receiver for short, and the reciprocating motion promotes the shafts to rotate towards the locked direction respectively; the steel wire rope is pulled to reciprocate by the vibration of the vibration source pull rod and the support of the stress pull rod.

4. Countless arbitrary pulleys E can be used ₁ 、E ₂ 、E ₃ 、E ₄ … … is connected, connected and changed in direction, and is not influenced by vibration amplitude and vibration source distance; set up pivoted one-way bearing more than 2 the same direction, let it rotate respectively, it is opposite to agree with the reciprocating motion direction, it is dead to have formed respectively equidirectional free rotation, lock respectively the equidirectional, continuous reciprocating motion, respectively free rotation's direction is unanimous, do not influence reciprocating motion, but can not make the axle rotatory, it is unanimous to lock dead direction respectively, reciprocating motion makes the axle rotate to the dead direction of lock that does not stop respectively, the slew velocity of this epaxial difference starts simultaneously in a direction simultaneously, the fast elder generation of slew velocity locks and drives the axle rotation, the slow follow free rotation of slew velocity, thereby make the rotation that axial a direction does not stop, form the reciprocal rotation of combination pulley transmission power.

5. In order to ensure that the rotating speed is relatively stable, the flywheel is arranged, the function is to adjust the stable speed due to the action of centripetal force, and the like, and the flywheel is arranged on a shaft below the single bearing and is fixed by a pin.

6. 4 groups of single rotating devices, 6 groups of single rotating devices and 8 groups of single rotating devices, namely … … can be fixedly arranged on one shaft in parallel and connected with different vibration sources to form resultant force; and 2 or more groups of rotating devices can be connected through a coupler and connected with a generator, and two-end shafts are reserved in the invention so as to be convenient for bidirectional connection to form resultant force.