CN104389749A - Push-pull type heavy hammer engine - Google Patents
Push-pull type heavy hammer engine Download PDFInfo
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- CN104389749A CN104389749A CN201410686421.4A CN201410686421A CN104389749A CN 104389749 A CN104389749 A CN 104389749A CN 201410686421 A CN201410686421 A CN 201410686421A CN 104389749 A CN104389749 A CN 104389749A
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- gear
- flanged plate
- bearing frame
- center
- weight
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
- F03G3/00—Other motors, e.g. gravity or inertia motors
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- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Connection Of Motors, Electrical Generators, Mechanical Devices, And The Like (AREA)
Abstract
The invention relates to a push-pull type heavy hammer engine. The heavy hammer engine comprises a frame, a DC (Direct Current) motor, a generator, a center shaft, a first driving belt, a second driving belt, a first support, a second support, a first flange plate, a second flange plate, an inner gear and five groups of gear sets, wherein an angle between the center of every two groups of adjacent gear sets and the center of the inner gear is 72 degrees, the first support is provided with five first spokes, an angle between every two adjacent first spokes is 72 degrees and each spoke is provided with a first heavy hammer in a sliding manner connected with the first driving rod. According to the push-pull type heavy hammer engine provided by the invention, the first heavy hammer can be pushed and pulled continuously and the second hammer can be pushed and pulled continuously on the second spoke by a little of start energy due to natural gravity as the power, therefore the first support, the second support, the first flange plate and the second flange plate rotate to drive the center shaft to do work, and the connected generator can generate electric energy.
Description
Technical field
The present invention relates to a kind of machinery, be specifically related to a kind of plug-type Weight-driven machine.
Background technique
In present society productive life, use various dynamic power machine, its energy is mainly derived from two large classes below: one is the natural fossil fuels such as fire coal, fuel oil, sky hot gas; Two is water energy, wind energy, solar energy, geothermal power etc.The former is nature fossil fuel, and natural reserves are limited, and development cost is high, needs to waste a lot of energy, can cause the destruction to physical environment in production, transport, process of consumption; The latter is called as nature " renewable energy sources ", of reduced contamination to physical environment.Such as, but there is these points deficiency: 1, have specific requirement to generating physical environment, water can need great rivers, and require that drop is large, water yield foot, wind energy needs wind large, and solar energy wants sunshine sufficient; 2, scientific and technological content requires high, and early investment is huge, such as Three Gorges Dam, and difficulty of construction is large, costly, and the conversion of solar energy of solar panel is general not high at present for another example, has high input to technical research; 3, using scope is limited, and the renewable sources of energy such as current water energy, wind energy, solar energy are generally major workss, and special to environmental requirement, so popularity is not high.
Summary of the invention
The object of the invention is to provide a kind of plug-type Weight-driven machine, with overcome in prior art produce power source require environment high, drop into huge, that using scope is narrow problem.
The present invention adopts following technological scheme: a kind of plug-type Weight-driven machine, comprise frame, direct current generator, generator, central shaft, first driving belt, second driving belt, first bearing frame, first flanged plate, second flanged plate, the internal gear of ring, described central shaft is installed in described frame rotationally, the output shaft of described direct current generator and one end of described central shaft are in transmission connection by described first driving belt, the input shaft of described generator and the other end of described central shaft are in transmission connection by described second driving belt, described first bearing frame, first flanged plate, second flanged plate, internal gear is arranged in parallel to each other, the center of described first bearing frame, the center of the first flanged plate, the center of the second flanged plate is fixed on described central shaft respectively, described internal gear is fixed in described frame, the inner side of described internal gear is provided with groove, described power engine also comprises five groups of gear trains, the angle be formed centrally in the center of every two adjacent groups gear train and internal gear is 72 °, these five groups of gear trains are installed between the first flanged plate and the second flanged plate, often organize gear train and comprise a master gear, one first from gear and one second from gear, often the master gear organized in gear train is rotatably installed between the first flanged plate and the second flanged plate by bearing pin, and this master gear engages with the groove inside internal gear, the left side of the master gear often organized in gear train is provided with first turn of gear, and the right side of this master gear is provided with second turn of gear, often organize first in gear train from gear and first turn of gears meshing, often organize second in gear train from gear and second turn of gears meshing, first is fixedly connected with the first gravity axis from the center of gear, the two ends of this first gravity axis are fixedly connected on the first flanged plate and the second flanged plate respectively, second is fixedly connected with the second gravity axis from the center of gear, the two ends of this second gravity axis are fixedly connected on the first flanged plate and the second flanged plate respectively, the right-hand member of each first gravity axis is fixedly connected with the second eccentric wheel, this second eccentric wheel is provided with the second driveshaft, the right side of described second flanged plate is located at by this second eccentric wheel, the left end of each second gravity axis is fixedly connected with the first eccentric wheel, this first eccentric wheel is provided with the first driveshaft, and the left side of described first flanged plate is located at by this first eccentric wheel, described first bearing frame is provided with five first spokes, these five first spokes with the center of the first bearing frame for common port, often the angle of adjacent two first spokes is 72 °, and every root first spoke is equiped with the first weight slidably, and this first weight is connected with described first driveshaft.
Preferably, described first spoke is provided with the first track, and described first weight is provided with can at the first fixture block of the first sliding on rails, and this first fixture block is buckled on the first track.
Preferably, described power engine also comprises the second bearing frame, the center of this second bearing frame is fixed on described central shaft, described second bearing frame is provided with five second spokes, these five second spokes with the center of the second bearing frame for common port, often the angle of adjacent two second spokes is 72 °, and every root second spoke is equiped with the second weight slidably, and this second weight is connected with described second driveshaft.
Preferably, described second spoke is provided with the second track, and described second weight is provided with can at the second fixture block of the second sliding on rails, and this second fixture block is buckled on the second track.
Preferably, the left side of described first bearing frame is provided with the first flywheel, and the center of this first flywheel is fixedly connected with described central shaft.
Preferably, the right side of described second bearing frame is provided with the second flywheel, and the center of this second flywheel is fixedly connected with described central shaft.
Preferably, described first driving belt and the second driving belt are belt.
Preferably, the input shaft of described generator is connected with a speed reducer, and the input shaft of this speed reducer is connected with described second driving belt.
Preferably, described second driving belt is provided with the automatic clutch controlling this second driving belt whether transferring power.
Preferably, described direct current generator is connected with a storage battery, and described generator is connected with this storage battery, and this storage battery is provided with the automatic power switch controlling this power supply and cut-off.
The above-mentioned description to structure of the present invention and method is known, compared to the prior art, tool of the present invention has the following advantages: one, the invention provides one utilizes natural gravity as power, first the energy is started a little as long as open, just can allow the continuous push-and-pull back and forth on the first spoke of the first weight, second weight is continuous push-and-pull back and forth on the second spoke, thus make the first bearing frame, the second bearing frame, the first flanged plate, the second flanged plate rotation, then be with central shaft to rotate acting, connect generator and produce electric energy.Except a small amount of electricity refluxes to except machine use, the exportable use of most of electric energy.Its two, the present invention produce enormous motivation not only may be used for generating, also can use as other power sources.Its three, the present invention can export than " the startup energy " several times greatly, the energy of tens times even thousands of times.Its four, less investment of the present invention, use substantially not limited, need other energy, pollution-free, zero-emission hardly.Its five, the present invention is a kind of dynamic power machine using prospect boundless.
Accompanying drawing explanation
Fig. 1 is the structural representation of power engine of the present invention.
Fig. 2 is the decomposition texture schematic diagram of power engine of the present invention.
Embodiment
With reference to the accompanying drawings the specific embodiment of the present invention is described.
Shown in seeing figures.1.and.2, a kind of plug-type Weight-driven machine, comprises the internal gear 19 of frame 10, direct current generator 11, generator 12, central shaft 13, first driving belt 14, second driving belt 15, first bearing frame 16, first flanged plate 17, second flanged plate 18, ring.First driving belt 14 and the second driving belt 15 are belt.The external frame of the first bearing frame 16 is rounded.Central shaft 13 is installed in frame 10 rotationally.The output shaft of direct current generator 11 and one end of central shaft 13 are in transmission connection by the first driving belt 14.The input shaft of generator 12 and the other end of central shaft 13 are in transmission connection by the second driving belt 15.First bearing frame 16, first flanged plate 17, second flanged plate 18, internal gear 19 are arranged in parallel to each other.The center of the center of the first bearing frame 16, the center of the first flanged plate 17, the second flanged plate 18 is fixed on central shaft 13 respectively.
Shown in seeing figures.1.and.2, internal gear 19 is fixed in frame 10.The inner side of internal gear 19 is provided with groove.Power engine also comprises five groups of gear trains 20.The angle be formed centrally in the center of every two adjacent groups gear train 20 and internal gear 19 is 72 °, and these five groups of gear trains 20 are installed between the first flanged plate 17 and the second flanged plate 18.Often organize gear train 20 and comprise a master gear 21, first from gear 22 and one second from gear 23.Often the master gear 21 organized in gear train 20 is rotatably installed between the first flanged plate 17 and the second flanged plate 18 by bearing pin, and this master gear 21 engages with the groove inside internal gear 19.The left side of the master gear 21 often organized in gear train 20 is provided with first turn of gear (not shown), and the right side of this master gear 21 is provided with second turn of gear 212.Often organize first in gear train 20 from gear 22 and first turn of gears meshing, often organize second in gear train 20 and engage with second turn of gear 212 from gear 23.First is fixedly connected with the first gravity axis 24 from the center of gear 22, and the two ends of this first gravity axis 24 are fixedly connected on the first flanged plate 17 and the second flanged plate 18 respectively.Second is fixedly connected with the second gravity axis 25 from the center of gear 23, and the two ends of this second gravity axis 24 are fixedly connected on the first flanged plate 17 and the second flanged plate 18 respectively.The right-hand member of each first gravity axis 24 is fixedly connected with the second eccentric wheel 26, this second eccentric wheel 26 is provided with the second driveshaft 27, this second driveshaft 27 has certain tortuosity, the link position of this second driveshaft 27 on the second eccentric wheel 26 departs from the center of the second eccentric wheel 26, and the right side of the second flanged plate 18 is located at by this second eccentric wheel 26.The left end of each second gravity axis 25 is fixedly connected with the first eccentric wheel 28, and this first eccentric wheel 28 is provided with the first driveshaft 29, and this first driveshaft 29 has certain tortuosity.The link position of this first driveshaft 29 on the first eccentric wheel 28 departs from the center of the first eccentric wheel 28, and the left side of the first flanged plate 17 is located at by this first eccentric wheel 28.
Shown in seeing figures.1.and.2, first bearing frame 16 is provided with five first spokes 161, these five first spokes 161 are with the center of the first bearing frame 16 for common port, and often the angle of adjacent two first spokes 161 is 72 °, and every root first spoke 161 is equiped with the first weight 162 slidably.This first weight 162 is connected with the first driveshaft 29.This first spoke 161 is as follows with the concrete Placement of this first weight 162: the first spoke 161 is provided with the first track 163, first weight 162 is provided with first fixture block 164 that can slide on the first track 163, this first fixture block 164 is buckled on the first track 163, first track 163 limits the position of the first fixture block 164, and this first fixture block 164 can not come off.
Shown in seeing figures.1.and.2, power engine also comprises the second bearing frame 30, and the external frame of this second bearing frame 30 is rounded.The center of this second bearing frame 30 is fixed on central shaft 13.Second bearing frame 30 is provided with five second spokes 301, these five second spokes 301 with the center of the second bearing frame 30 for common port, often the angle of adjacent two second spokes 301 is 72 °, every root second spoke 301 is equiped with the second weight 302 slidably, and this second weight 302 is connected with the second driveshaft 27.This second spoke 301 is as follows with the concrete Placement of this second weight 302: the second spoke 301 is provided with the second track 303, second weight 302 is provided with second fixture block 304 that can slide on the second track 303, this second fixture block 304 is buckled on the second track 303, second track 303 limits the position of the second fixture block 304, and this second fixture block 304 can not come off.
Shown in seeing figures.1.and.2, the left side of the first bearing frame 16 is provided with the first flywheel 31, and the Center-to-Center axle 13 of this first flywheel 31 is fixedly connected with.This first flywheel 31 can overcome the resistance that gear train 20 consumes, and complete machine is at the uniform velocity operated; This first flywheel 31 can balance vibration when the first weight 162 rotates simultaneously, and stores potential energy.
Shown in seeing figures.1.and.2, the right side of the second bearing frame 30 is provided with the second flywheel 32, and the Center-to-Center axle 13 of this second flywheel is fixedly connected with.This second flywheel 32 can overcome the resistance that gear train 20 consumes, and complete machine is at the uniform velocity operated; This second flywheel 32 can balance vibration when the second weight 302 rotates simultaneously, and stores potential energy.
Shown in seeing figures.1.and.2, the input shaft of generator 12 is connected with a speed reducer 33, and the input shaft of this speed reducer 33 is connected with the second driving belt 15.Second driving belt 15 is provided with the automatic clutch (not shown) controlling this second driving belt 15 whether transferring power.This automatic clutch by the elasticity that controls the second driving belt 15 to control whether transferring power.
Shown in seeing figures.1.and.2, direct current generator 11 is connected with a storage battery (not shown), and generator 12 is connected with storage battery, and storage battery is provided with the automatic power switch (not shown) controlling this power supply and cut-off.The electric energy of the generation of this generator 12 is divided into two-part, and small part electric energy is charge in batteries by return curcuit, when slowing down in order to the first weight 162 and the second weight 302 rotating speed or when the later stage starts the machine, uses as " startup electric energy ".Major part electric energy, by output circuit, is passed to the place needing to use electric energy, brings benefits.
As depicted in figs. 1 and 2, working procedure of the present invention is as follows: first start power supply, the direct current generator 11 that is electrically connected to of storage battery 120V is carried out work, is with central shaft 13 to rotate by the first driving belt 14.Because the first bearing frame 16, second bearing frame 30, first flanged plate 17, second flanged plate 18 is all fixed on central shaft 13, then the first bearing frame 16, second bearing frame 30, first flanged plate 17, second flanged plate 18 rotates simultaneously.The first weight 162 on first bearing frame 16 and the second weight 302 on the second bearing frame 30 start to rotate.When complete machine speed-raising runs to 2000 revs/min, the automatic clutch being positioned at central shaft 13 the other end will close automatically, and power is sent to speed reducer 33, transfer to generator 12 again, carry out (the note: when complete machine running speed is lower than 800 revs/min that generates electricity, automatic clutch will separate automatically, stop generation steps).Now, direct current generator under the control of automatic power switch, running of stopping power supply.Five the first weights 162 and five the second weights 302 are under the effect of inertia and gravity, do not stop transport and turn, thus drive five first gravity axis 24 and five second gravity axis 25 to rotate, five first gravity axis 24 drive five first to rotate from gear 22, five second gravity axis 25 drive five second to rotate from gear 23, thus drive five master gears 21 to do circumference rotary motion at internal gear 19 inwall.First weight 162, second weight 302 drives the first bearing frame 16, second bearing frame 30, first flanged plate 17, second flanged plate 18 to rotate simultaneously, first bearing frame 16, second bearing frame 30, first flanged plate 17, second flanged plate 18 is with central shaft 13 to rotate, then central shaft 13 drives the input shaft of speed reducer 33 to rotate by the second driving belt 15, speed reducer 33 is connected with generator 12, thus produces electric energy.
See figures.1.and.2, electricity generating principle under operating condition of stopping power supply is as follows: the outside (away from central shaft) being pushed to the first bearing frame 16 when the first weight 162 is in a high position and down moves by the first driveshaft 29 of the first eccentric wheel 28, is pulled to the inner side (close central shaft) of the first bearing frame 16 when the first weight 162 is in low level and up moves by the first driveshaft 29 of the first eccentric wheel 28.Pushed to the outside (away from central shaft) of the second bearing frame 30 when second weight 302 is in a high position and down moves by the second driveshaft 27 on the second eccentric wheel 26, when the second weight 302 is in low level and up moves, pulled to the inner side (close central shaft) of the second bearing frame 30 by the second driveshaft 27 of the second eccentric wheel 26.Therefore, five the first weight 162 push-and-pull campaigns back and forth in the first track 163 on the first bearing frame 16.Due to five first spokes 161 in the first bearing frame 16 with the center of the first bearing frame 16 for common port, often the angle of adjacent two first spokes 161 is that 72 ° of ground are arranged, thus make the first bearing frame 16 forever be in zero gravity state, namely weigh while light non-equilibrium state, thus the first bearing frame 16 is in do not stop rotation status.Five the second weight 302 push-and-pull campaigns back and forth in the second track 303 on second bearing frame 30.Due to five second spokes 301 in the second bearing frame 30 with the center of the second bearing frame 30 for common port, often the angle of adjacent two second spokes 301 is that 72 ° of ground are arranged, thus make the second bearing frame 30 forever be in zero gravity state, namely weigh while light non-equilibrium state, thus the second bearing frame 30 is in do not stop rotation status.First bearing frame 16 and the second bearing frame 30 drive the first flanged plate 17, second flanged plate 18 to rotate, first bearing frame 16, second bearing frame 30, first flanged plate 17, second flanged plate 18 jointly band central shaft 13 rotates, thus make entire machine not stop to rotate, thus generate electricity continually.
As depicted in figs. 1 and 2, the invention provides one utilizes natural gravity as power, first the energy is started a little as long as open, just can allow the continuous push-and-pull back and forth on the first spoke 161 of the first weight 162, second weight 302 is continuous push-and-pull back and forth on the second spoke 301, thus the first bearing frame 16, second bearing frame 30, first flanged plate 17, second flanged plate 18 is rotated, be then with central shaft 13 to rotate acting, connect generator 12 and produce electric energy.Except a small amount of electricity refluxes to except machine use, the exportable use of most of electric energy.The enormous motivation that the present invention produces not only may be used for generating, also can use as other power sources.The present invention can export than " the startup energy " several times greatly, the energy of tens times even thousands of times.Less investment of the present invention, use substantially not limited, need other energy, pollution-free, zero-emission hardly.The present invention is a kind of dynamic power machine using prospect boundless.
Above are only the specific embodiment of the present invention, but design concept of the present invention is not limited thereto, all changes utilizing this design the present invention to be carried out to unsubstantiality, all should belong to the behavior of invading scope.
Claims (10)
1. a plug-type Weight-driven machine, it is characterized in that: described power engine comprises frame, direct current generator, generator, central shaft, first driving belt, second driving belt, first bearing frame, first flanged plate, second flanged plate, the internal gear of ring, described central shaft is installed in described frame rotationally, the output shaft of described direct current generator and one end of described central shaft are in transmission connection by described first driving belt, the input shaft of described generator and the other end of described central shaft are in transmission connection by described second driving belt, described first bearing frame, first flanged plate, second flanged plate, internal gear is arranged in parallel to each other, the center of described first bearing frame, the center of the first flanged plate, the center of the second flanged plate is fixed on described central shaft respectively, described internal gear is fixed in described frame, the inner side of described internal gear is provided with groove, described power engine also comprises five groups of gear trains, the angle be formed centrally in the center of every two adjacent groups gear train and internal gear is 72 °, these five groups of gear trains are installed between the first flanged plate and the second flanged plate, often organize gear train and comprise a master gear, one first from gear and one second from gear, often the master gear organized in gear train is rotatably installed between the first flanged plate and the second flanged plate by bearing pin, and this master gear engages with the groove inside internal gear, the left side of the master gear often organized in gear train is provided with first turn of gear, and the right side of this master gear is provided with second turn of gear, often organize first in gear train from gear and first turn of gears meshing, often organize second in gear train from gear and second turn of gears meshing, first is fixedly connected with the first gravity axis from the center of gear, the two ends of this first gravity axis are fixedly connected on the first flanged plate and the second flanged plate respectively, second is fixedly connected with the second gravity axis from the center of gear, the two ends of this second gravity axis are fixedly connected on the first flanged plate and the second flanged plate respectively, the right-hand member of each first gravity axis is fixedly connected with the second eccentric wheel, this second eccentric wheel is provided with the second driveshaft, the right side of described second flanged plate is located at by this second eccentric wheel, the left end of each second gravity axis is fixedly connected with the first eccentric wheel, this first eccentric wheel is provided with the first driveshaft, and the left side of described first flanged plate is located at by this first eccentric wheel, described first bearing frame is provided with five first spokes, these five first spokes with the center of the first bearing frame for common port, often the angle of adjacent two first spokes is 72 °, and every root first spoke is equiped with the first weight slidably, and this first weight is connected with described first driveshaft.
2. according to the plug-type Weight-driven machine of one according to claim 1, it is characterized in that: described first spoke is provided with the first track, described first weight is provided with can at the first fixture block of the first sliding on rails, and this first fixture block is buckled on the first track.
3. according to the plug-type Weight-driven machine of one according to claim 2, it is characterized in that: described power engine also comprises the second bearing frame, the center of this second bearing frame is fixed on described central shaft, described second bearing frame is provided with five second spokes, these five second spokes with the center of the second bearing frame for common port, often the angle of adjacent two second spokes is 72 °, and every root second spoke is equiped with the second weight slidably, and this second weight is connected with described second driveshaft.
4. according to the plug-type Weight-driven machine of one according to claim 3, it is characterized in that: described second spoke is provided with the second track, described second weight is provided with can at the second fixture block of the second sliding on rails, and this second fixture block is buckled on the second track.
5. according to the plug-type Weight-driven machine of one according to claim 4, it is characterized in that: the left side of described first bearing frame is provided with the first flywheel, the center of this first flywheel is fixedly connected with described central shaft.
6. according to the plug-type Weight-driven machine of one according to claim 5, it is characterized in that: the right side of described second bearing frame is provided with the second flywheel, the center of this second flywheel is fixedly connected with described central shaft.
7. according to the plug-type Weight-driven machine of one according to claim 1, it is characterized in that: described first driving belt and the second driving belt are belt.
8. according to the plug-type Weight-driven machine of one according to claim 7, it is characterized in that: the input shaft of described generator is connected with a speed reducer, the input shaft of this speed reducer is connected with described second driving belt.
9. according to the plug-type Weight-driven machine of one according to claim 8, it is characterized in that: described second driving belt is provided with the automatic clutch controlling this second driving belt whether transferring power.
10. according to the plug-type Weight-driven machine of one according to claim 9, it is characterized in that: described direct current generator is connected with a storage battery, described generator is connected with this storage battery, and this storage battery is provided with the automatic power switch controlling this power supply and cut-off.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410686421.4A CN104389749A (en) | 2014-11-26 | 2014-11-26 | Push-pull type heavy hammer engine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410686421.4A CN104389749A (en) | 2014-11-26 | 2014-11-26 | Push-pull type heavy hammer engine |
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| Publication Number | Publication Date |
|---|---|
| CN104389749A true CN104389749A (en) | 2015-03-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410686421.4A Pending CN104389749A (en) | 2014-11-26 | 2014-11-26 | Push-pull type heavy hammer engine |
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| Country | Link |
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| CN (1) | CN104389749A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109098939A (en) * | 2018-07-18 | 2018-12-28 | 杨光友 | A kind of new type pressurized equipment |
-
2014
- 2014-11-26 CN CN201410686421.4A patent/CN104389749A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109098939A (en) * | 2018-07-18 | 2018-12-28 | 杨光友 | A kind of new type pressurized equipment |
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