CN104763599A - pressure conversion power generation device - Google Patents

Abstract

A pressure conversion type generating set, the tiny projecting end of the dowel bar is pressed by pressure, and transmits kinetic energy to the rotating system through the lever to generate electricity, when the pressure leaves the projecting end, the device recovers the original state by the spring, the projecting end of the dowel bar is pressed repeatedly, the rotating system works continuously, the task of continuous electricity generation is completed, the device can be installed under the railway or the road through which the vehicle passes continuously to generate electricity, the lever can also be installed under the axle, a plurality of dowel bars are installed in a wheel or directly installed on the wheel, along with the rotation of the wheel, the dowel bars alternately enter under the wheel to receive the pressure of the ground (i.e. the reaction force of the ground to the wheel) and transmit the kinetic energy to the lever under the axle, and then the generator is driven to generate electricity, the electricity generation amount is in direct proportion to the weight and the distance of the vehicle, all motor vehicles including the train can be, the power generation device is arranged under the heel, generates power when walking, and is used for charging mobile phones, manufacturing electric heating shoes and the like.

Description

pressure conversion power generation device

Technical Field The present invention relates to a power generation technology, specifically a technology for generating power using transformed pressure.

Background technology It is well known that relying on the gravity of the car to generate huge energy under the wheels, but there are very few technologies that can effectively use this energy and waste it in vain.

Summary of the invention In order to effectively utilize the energy generated under moving heavy objects such as wheels, the present invention provides a pressure conversion power generation device, which can be used for power generation on automobiles, electric vehicles, trains, power generation under railways or roads, and power generation under shoe soles , can also be used for wave power generation.

A pressure conversion type power generation device, including a flywheel, a connecting sleeve, an inertia wheel, a gear, a transmission sleeve, a cable, a transmission sleeve return spring, a central shaft, a bracket, a fulcrum, a lever, a dowel rod, a dowel rod return spring, a pulling Cable ends, generator gears, generators, plus wheels, flywheel controls.

The flywheel is composed of inner and outer rings. When the outer ring rotates in one direction, the inner ring does not rotate with it. When the outer ring rotates in the other direction, the inner ring rotates with it. The inner ring is fixedly connected with the inertia wheel and gear through the connecting sleeve. The ring is fixedly connected with the transmission sleeve, a cable is fixed outside the transmission sleeve, the other end of the cable bypasses the transmission sleeve and is fixed at the inner end of the lever, and a return spring that works in the opposite direction to the cable is fixed on the transmission sleeve. A good rotating system can be rotated on the central shaft, the other end of the return spring is fixed on the central shaft, a bracket is fixed on the central shaft, the other end of the bracket is movably connected with the lever at the fulcrum, and the lever can rotate at the fulcrum for a certain amount. Angle, the outer end of the lever is connected to the inner end of the dowel rod, and can rotate a certain angle. A return spring is installed on the dowel rod. Protrude slightly to the outside, put pressure on the protruding end of the dowel rod, so that a small displacement occurs at the outer end of the lever, and a larger displacement occurs at the inner end of the lever, and pull the cable to rotate the entire rotating system to drive the generator to generate electricity , when the pressure leaves the protruding end of the dowel rod, the dowel rod returns to its original position by the return spring, and the transmission sleeve also relies on its return spring to return to its original position. This device is placed under the road or railway where the vehicles pass continuously, wheels, etc. The heavy object continuously presses the protruding end of the dowel rod to transmit kinetic energy to the rotating system, and the generator continuously generates electricity. The outer circumference of the flywheel can also be made into a gear shape, and the inner end of the lever can be made into a rack shape. Transmission power.

Install several dowel bars in the added wheel or directly on the wheel to generate electricity while driving, and use the obtained electric energy as the power source of the vehicle.

Install this power generation device on the sole of the shoe to generate electricity while walking, for charging mobile phones, making electric warm shoes, etc.

Description of drawings

Figure 1 is a schematic diagram of the flywheel structure;

Fig. 2 is a schematic diagram of the connection between the inner ring of the flywheel and the rotating system;

Fig. 3 is a schematic diagram of a pressure conversion power generation device generating power under a railway or a road;

Fig. 4 is a schematic diagram of a pressure conversion power generation device generating power on a vehicle;

Figure 5 is a schematic diagram of the pressure conversion power generation device generating power under the sole

In the figure, 1 is a flywheel, 2 is a connecting sleeve, 3 is an inertia wheel, 4 is a gear, which can also be replaced with a pulley or a sprocket, etc., 5 is a transmission sleeve, 6 is a cable, 7 is a return spring of a transmission sleeve, and 8 is a center Shaft, 9 is a bracket, 10 is a fulcrum, 11 is a lever, 12 is a dowel rod, 13 is a return spring of a dowel rod, 14 is a cable end, 15 is a generator gear, which can also be replaced with a pulley or a sprocket, 16 Be generator, 17 is to add wheel, 18 is flywheel control part, and 19 is the road surface that railway or vehicle pass continuously.

DETAILED DESCRIPTION Flywheel 1 is composed of inner and outer circles, one of which has tooth grooves and the other has spring clips. When the outer circle rotates in one direction, the inner circle does not rotate with it. When the outer circle rotates in another direction The inner ring rotates accordingly, and the inner ring of the flywheel 1 is fixedly connected with the inertia wheel 3 and the gear 4 through the connecting sleeve 2. The outer ring of the flywheel 1 is fixed with a transmission sleeve 5, and a cable 6 is fixed on the transmission sleeve. Fix a back-moving spring 7 working in the opposite direction with drag cable 6 again, the above-mentioned rotating system of forming this device, whole rotating system is inserted on the central shaft 8, back-moving spring 7 is fixed on the central shaft, other parts can rotate, and Fixed support 9 on the shaft, support and lever 11 are flexibly connected at fulcrum 10, and lever can rotate certain angle at fulcrum, and the outer end of lever is flexibly connected with the inner end of dowel 12, can rotate certain angle here, The inner end of the lever is fixedly connected with the drag cable 6 at the drag cable end 14, the drag cable 6 bypasses the outside of the drive sleeve 5, the distance from the fulcrum to the dowel is smaller than the distance from the fulcrum to the drag cable, and a dowel 12 is equipped with a Back-moving spring 13, the outer end of dowel rod protrudes slightly to the outside world.

Place the power generating device under the railway or the road in the manner shown in Figure 3, and slightly protrude the outer end of the dowel rod to the road surface, and fix a strip on the protruding end to increase the power receiving surface. When the passing wheels press Upload the protruding end of the force rod, so that the outer end of the lever moves a small displacement, and the inner end of the lever moves a larger displacement, pull the cable to make the transmission sleeve and the outer ring of the flywheel rotate, and the outer ring of the flywheel drives the inner ring, connecting sleeve, inertia wheel, and gears Etc., when the wheel leaves the protruding end of the dowel rod, the dowel rod is restored to its original shape by the return spring 13, the power at the inner end of the lever disappears, and the drive sleeve is restored to its original state by the return spring 6. During the reset process, the inner ring of the flywheel does not rotate with the outer ring, and the wheel The protruding end of the dowel bar is continuously pressed, and the rotating system rotates continuously, and the power drives the generator to generate electricity through the gears.

Install the generating device on the axle in the manner shown in Fig. 4, install the plus wheel 18 with some dowel bars next to the wheels, or directly install the dowel bars on the wheels or in the wheels, and the bracket and the lever are installed on the front of the axle. Below, according to the shape of the axle, the shape of the lever can be changed. The dowel rod and the lever are not connected. The protruding end receives ground pressure (the reaction force to the wheel) and transmits the power to the rotating system through the outer end of the lever to complete the power generation task. Although there are intermittent workmanship between the dowel bars, the inertia wheel is used to supplement the intermittent, and the power generation is the same as that of the vehicle. The weight and the stroke are proportional, relying on the gravity of the car to obtain a large amount of electric energy and transform it into the power source of the car, the outward protruding part of the dowel rod is very small, so it mainly depends on the gravity of the car and basically does not produce resistance to the car In this way, all motor vehicles including trains can be changed into electric vehicles.

Install the power generation device under the heel in the manner shown in Figure 5, and install two sets of rotating systems on both sides of the inner end of the lever. The rotating system and the lever are flexibly connected through the flywheel control part. The two sets of rotating systems can rotate back and forth simultaneously with the movement of the lever. However, the direction of rotation is different, so a return spring with stronger elasticity is needed. When a person steps on the ground, the dowel bar is pushed by the ground pressure on the protruding end of the sole to push the lever, and the lever drives the flywheels on both sides, and the inner ring of one of the flywheels follows the outer ring. Rotate, the inner ring of the other flywheel does not rotate with the outer ring. When the person lifts his foot, the return spring pushes the lever to the original position and at the same time the flywheels on both sides of the lever rotate. On the contrary, the two rotating systems alternately transmit power to the generator, and the generator rotates continuously to complete the task of generating electricity while walking, which can be used for charging mobile phones, making electric warm shoes, etc.

Claims (3)

1. a pressure alteration formula electricity generating device, comprise flywheel (1), connecting sleeve (2), flying wheel (3), gear (4), drive sleeve (5), drag-line (6), drive sleeve Returnning spring (7), axis (8), support (9), fulcrum (10), lever (11), dowel bar (12), dowel bar Returnning spring (13), drag-line end (14), generator gear (15), generator (16), add wheel (17), flywheel control piece (18), it is characterized in that: flywheel is made up of inside and outside two circles, its internal structure is that an astragal has teeth groove, an other astragal has spring clamp, when outer ring is rotated to a direction, inner ring does not rotate thereupon, when outer ring is rotated to another direction, inner ring rotates thereupon, flywheel inner ring is fixedly connected with flying wheel and gear by connecting sleeve, flywheel outer ring is fixedly connected with drive sleeve, stay guy outside drive sleeve, the other end of drag-line walks around the inner that drive sleeve is fixed on lever, drive sleeve is fixed again the drive sleeve Returnning spring of doing manual work with drag-line opposite direction, the above-mentioned rotation system assembled is enclosed within axis and can be rotated, the other end of Returnning spring is fixed on axis, axis is fixed a support, the other end of support is flexibly connected with lever at fulcrum place, lever can rotate certain angle at fulcrum place, the outer end of lever is flexibly connected with dowel bar the inner, certain angle can be rotated, a Returnning spring dowel bar is equipped with, dowel bar is less than the distance of drag-line to fulcrum to the distance of fulcrum, dowel bar outer end is outwardly protruded a little, pressure is given in dowel bar protruding end, make lever outer end that one thin tail sheep occur, then there is larger displacement in lever the inner, and pull drag-line that whole rotation system is rotated, drive electrical generators generates electricity, when pressure leaves dowel bar protruding end, dowel bar relies on Returnning spring to set back, drive sleeve also relies on its Returnning spring to set back simultaneously, under this device is placed on the road that vehicle continues through or under railway, the weight bodies such as wheel press through dowel bar protruding end continuously, electricity generating device rotation system constantly obtains energy, drive electrical generators generates electricity, gear shape can also be made in flywheel periphery, rack-shaped is made in lever the inner, with gear, the mode of tooth bar transmits power.

2. pressure alteration formula electricity generating device according to claim 1, it is characterized in that: electricity generating device rotation system is arranged on axletree, suffer wheel to install and add wheel with some modern dowel bars, or directly dowel bar is arranged on wheel or in wheel, support and lever are arranged on immediately below axletree, according to the shape of axletree, the shape of lever can be changed, dowel bar is not connected with lever, rotation each dowel bar along with wheel contacts with the lever outer end under axletree when forwarding to immediately below wheel, simultaneously dowel bar protruding end by ground upward direction pressure and by lever outer end, power is sent to electricity generating device and completes electrical generation burden, although do manual work between dowel bar have interval, but rely on flying wheel to supplement interval, rely on the gravitational energy of car to obtain larger electric energy and it changed into the power source of car, the outwardly part of dowel bar is very little, therefore mainly by car gravity and substantially do not consume on car with energy, by the method, all Motor Vehicle are comprised train and can change into electric motor car.

3. pressure alteration formula electricity generating device according to claim 1, it is characterized in that: electricity generating device is arranged under heel, two cover rotation systems are installed in the inner both sides of lever, rotation system is flexibly connected by flywheel control piece with lever, two cover rotation systems can with the motion of lever back rotation simultaneously, but its sense of rotation is not identical, need with the Returnning spring compared with strong elastic, when people steps on ground, dowel bar promotes lever in sole protruding end by ground pressure, the flywheel on its both sides of lever drives, one of them flywheel inner ring is with outer ring rotating, another flywheel inner ring is not with outer ring rotating, the flywheel turns of lever both sides is with while Returnning spring shifts original position onto lever when people lifts pin time, at this moment two flywheels working method with step on ground time antithesis, namely two rotation systems are alternately to generator transmitting power, the task of generating in the middle of generator has constantly rotated and walked, can be used for mobile phone charging, make electrically warmed shoe etc.