CN104135112A - Gear type heavy hammer engine - Google Patents
Gear type heavy hammer engine Download PDFInfo
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- CN104135112A CN104135112A CN201410405631.1A CN201410405631A CN104135112A CN 104135112 A CN104135112 A CN 104135112A CN 201410405631 A CN201410405631 A CN 201410405631A CN 104135112 A CN104135112 A CN 104135112A
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- weight
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Abstract
The invention provides a gear type heavy hammer engine aiming at solving the problems that the environment requirement of a source generating power in the prior art is high, investment is large and the use range is narrow. Compared with the prior art, the gear type heavy hammer engine has the advantages that firstly, natural gravity serves as power, a mechanical heavy hammer can continuously rotate only through a little starting energy to drive a center shaft to rotate and do work, the mechanical heavy hammer is connected with an electric generator to generate electric energy, a small amount of electric energy flows back to be used by the engine, and most of electric energy can be output for use; secondly, huge power generated by the engine not only can be used for generating electricity, but also can be used as other power sources; thirdly, energy greater than the starting energy by several times, dozens of times and even tens of thousands of times can be output; fourthly, the investment is little, usage is basically not limited, the engine almost does not need other energy, pollution is avoided, and zero emission is achieved; fifthly, the gear type heavy hammer engine is a power machine wide in application prospect.
Description
Technical field
The present invention relates to a kind of machinery, be specifically related to a kind of gear type Weight-driven machine.
Background technology
In present society productive life, use various dynamic power machines, its energy is mainly derived from two large classes below: the one, and the natural fossil fuels such as fire coal, fuel oil, day hot gas; The 2nd, water energy, wind energy, solar energy, geothermal energy etc.The former is nature fossil fuel, and natural reserves are limited, and development cost is high, needs to waste a lot of energy in production, transport, process of consumption, can cause the destruction to natural environment; The latter is called as nature " regenerative resource ", of reduced contamination to natural environment.But there is these points deficiency: 1, generating natural environment is had to specific requirement, for example water can need to have great rivers, and requires drop large, water yield foot, wind energy needs wind large, and solar energy is wanted abundance at sunshine etc.; 2, scientific and technological content requirement is high, and early investment is huge, for example Three Gorges Dam, and difficulty of construction is large, costly, and the conversion of solar energy of solar panel is generally not high at present for another example, technical research is had high input etc.; 3, the scope of application is limited, and the renewable energy resources such as current water energy, wind energy, solar energy are generally heavy constructions, 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 gear type Weight-driven machine, produce in prior art to overcome the environment that the source of power requires high, drop into the problem huge, the scope of application is narrow.
The present invention adopts following technical scheme: a kind of gear type Weight-driven machine, comprise frame, direct current machine, generator, central shaft, the first driving-belt, the second driving-belt, the first bearing plate, the second bearing plate, the 3rd bearing plate, the 4th bearing plate, the internal gear of annular, described central shaft is installed in described frame rotationally, the output shaft of described direct current machine and one end of described central shaft are in transmission connection by described the first driving-belt, the power shaft of described generator and the other end of described central shaft are in transmission connection by described the second driving-belt, described the first bearing plate, the second bearing plate, the 3rd bearing plate and the 4th bearing plate arrange in parallel to each other, the center of described the first bearing plate, the center of the second bearing plate, the center of the 3rd bearing plate, the center of the 4th bearing plate is fixed at respectively on described central shaft, described internal gear is fixed in described frame, the inner side of described internal gear is provided with groove, described engine also comprises three groups of gear trains, these three groups of gear trains are installed on described the 3rd bearing plate, the angle being formed centrally in the center of every two adjacent groups gear train and the first bearing plate is 120 ° of ground and arranges, this gear train comprises a gear wheel and first pinion, gear wheel in every group of gear train is rotatably installed on the 3rd bearing plate, the first pinion in every group of gear train is fixed on described the 4th bearing plate, the left side of the gear wheel in every group of gear train is provided with first and turns gear, the first pinion in every group of gear train and first turns gear and engages, each gear wheel engages with the groove of described internal gear, the center of each the first pinion is fixedly connected with one first gravity axis, described the first gravity axis respectively with the first bearing plate, the second bearing plate, the 3rd bearing plate is rotatably connected, on each the first gravity axis, be also provided with the first linking arm and the first weight, described the first linking arm is connected with the first weight, this first linking arm is installed on described the first gravity axis rotationally.
Preferably, every described the first gravity axis is provided with two described the first weights, and these two the first weights are located at respectively the both sides of described the second bearing plate.
Preferably, the right side of described the first bearing plate is provided with the first flywheel, and the center of this first flywheel is fixedly connected with described central shaft.
Preferably, described the first driving-belt and the second driving-belt are belt.
Preferably, described engine also comprises the 5th bearing plate, the 6th bearing plate, and described the 5th bearing plate and the 6th bearing plate arrange in parallel to each other, and the center of described the 5th bearing plate, the center of the 6th bearing plate are fixedly connected on respectively on described central shaft, the right side of the gear wheel in described three groups of gear trains is provided with second and turns gear, each second turns gear is equipped with second pinion, this second pinion is fixed on described the 3rd bearing plate, and this second pinion and second turns gear and engages, the center of described the second pinion is fixedly connected with the second gravity axis, described the second gravity axis respectively with described the 4th bearing plate, the 5th bearing plate, the 6th bearing plate is rotatably connected, on each the second gravity axis, be also provided with the second linking arm and the second weight, described the second linking arm is connected with the second weight, this second linking arm is installed on described the second gravity axis rotationally.
Preferably, every described the second gravity axis is provided with two described the second weights, and these two the second weights are located at respectively the both sides of described the 5th bearing plate.
Preferably, the left side of described the 6th bearing plate is provided with the second flywheel, and the center of this second flywheel is fixedly connected with described central shaft.
Preferably, the power shaft of described generator is also connected with a reduction box, and the power shaft of this reduction box is connected with described the second driving-belt.
Preferably, this second driving-belt is provided with and controls whether transferring power automatic clutch of this second driving-belt.
Preferably, described direct current machine is connected with a storage battery, and described generator is connected with this storage battery, and this storage battery is provided with controls the automatic power switch that this power supply cut-offs.
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, open first as long as a little starts the energy, just can allow mechanical weight constantly rotate, drive central shaft rotation acting, connect generator and produce electric energy.Except a small amount of electric weight refluxes to machine use, the exportable use of most of electric energy.Its two, the enormous motivation that the present invention produces not only can be for generating, also can be used as other power sources and uses.Its three, the present invention can export than the energy of " the startup energy " large several times, tens times even thousands of times.Its four, less investment of the present invention, use substantially not limited, need other energy, pollution-free, zero discharge hardly.Its five, the present invention is a kind of boundless dynamic power machine of prospect that uses.
Brief description of the drawings
Fig. 1 is the structural representation of facing of engine of the present invention.
Fig. 2 is the perspective view of engine of the present invention.
Embodiment
The specific embodiment of the present invention is described with reference to the accompanying drawings.
See figures.1.and.2, a kind of gear type Weight-driven machine, comprises the internal gear 19 of frame 10, direct current machine 11, generator 12, central shaft 13, the first driving-belt 14, the second driving-belt 15, the first bearing plate 16, the second bearing plate 17, the 3rd bearing plate 18, the 4th bearing plate 26, annular.Central shaft 13 is installed in frame 10 rotationally.One end of the output shaft of direct current machine 11 and central shaft 13 is in transmission connection by the first driving-belt 14, and the power shaft of generator 12 is connected with a reduction box 20, and the power shaft of reduction box 20 is connected by the second driving-belt 15 with the other end of described central shaft 13.The first driving-belt 14 and the second driving-belt 15 are belt.
See figures.1.and.2, the first bearing plate 16, the second bearing plate 17, the 3rd bearing plate 18 and the 4th bearing plate 26 arrange in parallel to each other.The first bearing plate 16 center, the second bearing plate 17 center, the 3rd bearing plate 18 center, the 4th bearing plate 26 are fixedly connected on respectively on central shaft 13.Internal gear 19 is fixed in frame 10.The inner side of internal gear 19 is provided with groove.Engine also comprises three groups of gear trains 21, and these three groups of gear trains 21 are installed on the first bearing plate 16, and the angle being formed centrally in every two adjacent groups gear train 21 center and the 3rd bearing plate 18 is 120 ° of ground and arranges.This gear train 21 comprises a gear wheel 211 and first pinion 212, gear wheel 211 in every group of gear train 21 is rotatably installed on the 3rd bearing plate 18, the first pinion 212 in every group of gear train 21 is fixed on the 4th bearing plate 26, the left side of the gear wheel 211 in every group of gear train 21 is provided with first and turns gear (not shown), the first pinion 212 and first in every group of gear train 21 turns gear (not shown) and engages, and each gear wheel 211 engages with the groove of internal gear 19.Each the first pinion 212 center is fixedly connected with one first gravity axis 22, the first gravity axis 22 is rotatably connected with the first bearing plate 16, the second bearing plate 17, the 3rd bearing plate 18 respectively, on each the first gravity axis 22, be also provided with the first linking arm 23 and the first weight 24, the first linking arm 23 is connected with the first weight 24, and this first linking arm 23 is installed on described the first gravity axis 22 rotationally.After gear wheel 211 rotations, drive the first pinion 212, because the first pinion 212 is fixed on the 4th bearing plate 26, therefore, can drive whole machine rotation.
See figures.1.and.2, every the first gravity axis 22 is provided with two the first weights 24, and these two the first weights 24 are located at respectively the both sides of the second bearing plate 17.The right side of the first bearing plate 16 is provided with the first flywheel 25, and the Center-to-Center axle 13 of this first flywheel 25 is fixedly connected with.This first flywheel 25 can overcome the resistance that gear train 21 consumes, and complete machine is at the uniform velocity turned round; Vibration when this first flywheel 25 simultaneously can balance the first weight 24 rotates, and store potential energy.
See figures.1.and.2, engine also comprises the 5th bearing plate 27, the 6th bearing plate 28.The 4th bearing plate 26, the 5th bearing plate 27 and the 6th bearing plate 28 arrange in parallel to each other.The 4th bearing plate 26 center, the 5th bearing plate 27 center, the 6th bearing plate 28 center are fixedly connected on respectively on central shaft 13.The right side of the gear wheel 211 in three groups of gear trains 21 is provided with second and turns gear 214, each second turns gear 214 is equipped with second pinion 32, the second pinion 32 is fixed on the 3rd bearing plate 18, and the second pinion 32 and second turns gear 214 and engages.Each the second pinion 32 center is connected with the second gravity axis 29.The second gravity axis 29 is rotatably connected with the 4th bearing plate 26, the 5th bearing plate 27, the 6th bearing plate 28 respectively, is also provided with the second linking arm 30 and the second weight 31, the second linking arms 30 are connected with the second weight 31 on each the second gravity axis 29.This second linking arm 30 is installed on the second gravity axis 29 rotationally.After gear wheel 211 rotations, drive the second pinion 32 to rotate, because the second pinion 32 is fixed on the 3rd bearing plate 18, therefore, can drive whole machine rotation.
See figures.1.and.2, every the second gravity axis 29 is provided with two the second weights 31, and these two the second weights 31 are located at respectively the both sides of the 5th bearing plate 27.
See figures.1.and.2, the left side of the 6th bearing plate 28 is provided with the second flywheel 33, and this second flywheel 33 center is fixedly connected with described central shaft 13.This second flywheel 33 can overcome the resistance that the second pinion 32 consumes, and complete machine is at the uniform velocity turned round; Vibration when this second flywheel 33 simultaneously can balance the second weight 31 rotates, and store potential energy.
With reference to Fig. 1, this second driving-belt 15 is provided with controls whether transferring power automatic clutch 34 of this second driving-belt 15, and the elasticity control transferring power that this automatic clutch 34 can be by controlling the second driving-belt 15 whether.
See figures.1.and.2, direct current machine 11 is connected with a storage battery (not shown), and generator 12 is connected with this storage battery, and this storage battery is provided with controls the automatic power switch (not shown) that this power supply cut-offs.The electric energy of the generation of this generator is divided into two parts, and small part electric energy is charge in batteries by return circuit, while slowing down or when the later stage starts the machine, uses as " startup electric energy " in order to the first weight 24 and the second weight 31 rotating speeds; Most of electric energy, by output circuit, is passed to the place that need to use electric energy, brings benefits.
See figures.1.and.2, the course of work of the present invention is as follows: first start power supply, the direct current machine 11 that is electrically connected to of storage battery 120V is carried out to work, drive the synchronizing wheel rotation on central shaft 13, thereby central shaft 13 is rotated by the first driving-belt 14.Because the first bearing plate 16, the second bearing plate 17, the 3rd bearing plate 18, the 4th bearing plate 26, the 5th bearing plate 27, the 6th bearing plate 28 are all fixed on central shaft 13, the first bearing plate 16, the second bearing plate 17, the 3rd bearing plate 17, the 4th bearing plate 26, the 5th bearing plate 27, the 6th bearing plate 28 rotate simultaneously, and the second weight 31 on the first weight 24 and the second gravity axis 29 on the first gravity axis 22 starts to rotate.When complete machine speed-raising runs to 2000 revs/min, the automatic clutch 34 that is positioned at central shaft 13 other ends will be automatically closed, and power is sent to reduction box 20, transfer to again generator 12, (note: when complete machine running speed is during lower than 800 revs/min generates electricity, automatic clutch 34 will separate automatically, stop generation steps).Now, direct current machine 11 under the control of automatic power switch 36, the running of stopping power supply.The first weight 24 and the second weight 31 are under the effect of inertia and gravity, do not stop transport and turn, thereby drive the first gravity axis 22 and the second gravity axis 29 to rotate, the first gravity axis 22 drives the first pinion 212 to rotate, the second gravity axis 29 drives the second pinion 32 to rotate, and rotatablely moves thereby drive three gear wheels 211 to do circumference at internal gear 19 inwalls.The first weight 24, the second weight 31 drive the first bearing plate 16, the second bearing plate 17, the 3rd bearing plate 18, the 4th bearing plate 26, the 5th bearing plate 27, the 6th bearing plate 28 to rotate simultaneously, the first bearing plate 16, the second bearing plate 17, the 3rd bearing plate 18, the 4th bearing plate 26, the 5th bearing plate 27, the 6th bearing plate 28 drive central shaft 13 to rotate, central shaft 13 drives the power shaft rotation of reduction box 20 by the second driving-belt 15, reduction box 20 is connected with generator 12, thereby produces electric energy.
See figures.1.and.2, the electricity generating principle under the operating condition of stopping power supply is as follows: arrange because the angle being formed centrally in every two adjacent groups gear train 21 center and the first bearing plate 16 is 120 ° of ground.Therefore in the time that first group of first weight 24 and the second weight 31 are positioned at high point, just there are second group of first weight 24 and the second weight 31 toward high-order motion, the 3rd group of first weight 24 and the second weight 31 accelerate to pass through in low level, make complete machine forever in weightlessness, heavy on one side, light non-equilibrium state on one side, thereby first group of first weight 24 in height point and the second weight 31 just fall by gravity, thereby drive the first bearing plate 16, the second bearing plate 17, the 3rd bearing plate 18, the 4th bearing plate 26, the 5th bearing plate 27, the 6th bearing plate 28 rotates, thereby drive central shaft 13 to rotate, in the time that first group of first weight 24 and the second weight 31 accelerate by low level, second group of first weight 24 and the second weight 31 are in high point, the 3rd group of first weight 24 and the second weight 31 will be toward high some motions, now, second group of first weight 24 in a high position and the second weight 31 just fall by gravity, thereby drive the first bearing plate 16, the second bearing plate 17, the 3rd bearing plate 18, the 4th bearing plate 26, the 5th bearing plate 27, the 6th bearing plate 28 rotates, thereby drive central shaft 13 to rotate, three group of first weight 24 and the second weight 31 take turns up to get off successively, entire machine does not stop rotation, thereby generate electricity continually.
See figures.1.and.2, the invention provides one and utilize natural gravity as power, start, as long as a little starts the energy, just can allow mechanical weight (i.e. the first weight 24 and the second weight 31) constantly rotate, drive central shaft 13 rotation actings, connect generator 12 and produce electric energy.Except a small amount of electric weight refluxes to machine use, the exportable use of most of electric energy.The present invention can export than the energy of " the startup energy " large several times, tens times even thousands of times.Less investment of the present invention, use substantially not limited, need other energy, pollution-free, zero discharge hardly.The present invention is a kind of boundless dynamic power machine of prospect that uses.The preferred embodiments of the present invention are that " generating " used.Can certainly be as other power, band movement machine, instrument acting running are used.If the present invention wants to strengthen power, can also increase some units, be connected on same central shaft, form larger machine group, thereby can produce larger power.
Above are only the specific embodiment of the present invention, but design concept of the present invention is not limited to this, allly utilizes this design to carry out the change of unsubstantiality to the present invention, all should belong to the behavior of invading protection range of the present invention.
Claims (10)
1. a gear type Weight-driven machine, it is characterized in that: described engine comprises frame, direct current machine, generator, central shaft, the first driving-belt, the second driving-belt, the first bearing plate, the second bearing plate, the 3rd bearing plate, the 4th bearing plate, the internal gear of annular, described central shaft is installed in described frame rotationally, the output shaft of described direct current machine and one end of described central shaft are in transmission connection by described the first driving-belt, the power shaft of described generator and the other end of described central shaft are in transmission connection by described the second driving-belt, described the first bearing plate, the second bearing plate, the 3rd bearing plate and the 4th bearing plate arrange in parallel to each other, the center of described the first bearing plate, the center of the second bearing plate, the center of the 3rd bearing plate, the center of the 4th bearing plate is fixed at respectively on described central shaft, described internal gear is fixed in described frame, the inner side of described internal gear is provided with groove, described engine also comprises three groups of gear trains, these three groups of gear trains are installed on described the 3rd bearing plate, the angle being formed centrally in the center of every two adjacent groups gear train and the first bearing plate is 120 ° of ground and arranges, this gear train comprises a gear wheel and first pinion, gear wheel in every group of gear train is rotatably installed on the 3rd bearing plate, the first pinion in every group of gear train is fixed on described the 4th bearing plate, the left side of the gear wheel in every group of gear train is provided with first and turns gear, the first pinion in every group of gear train and first turns gear and engages, each gear wheel engages with the groove of described internal gear, the center of each the first pinion is fixedly connected with one first gravity axis, described the first gravity axis respectively with the first bearing plate, the second bearing plate, the 3rd bearing plate is rotatably connected, on each the first gravity axis, be also provided with the first linking arm and the first weight, described the first linking arm is connected with the first weight, this first linking arm is installed on described the first gravity axis rotationally.
2. according to a kind of gear type Weight-driven machine claimed in claim 1, it is characterized in that: every described the first gravity axis is provided with two described the first weights, and these two the first weights are located at respectively the both sides of described the second bearing plate.
3. according to a kind of gear type Weight-driven machine claimed in claim 2, it is characterized in that: the right side of described the first bearing plate is provided with the first flywheel, the center of this first flywheel is fixedly connected with described central shaft.
4. according to a kind of gear type Weight-driven machine claimed in claim 3, it is characterized in that: described the first driving-belt and the second driving-belt are belt.
5. according to a kind of gear type Weight-driven machine claimed in claim 4, it is characterized in that: described engine also comprises the 5th bearing plate, the 6th bearing plate, described the 5th bearing plate and the 6th bearing plate arrange in parallel to each other, and the center of described the 5th bearing plate, the center of the 6th bearing plate are fixedly connected on respectively on described central shaft, the right side of the gear wheel in described three groups of gear trains is provided with second and turns gear, each second turns gear is equipped with second pinion, this second pinion is fixed on described the 3rd bearing plate, and this second pinion and second turns gear and engages, the center of described the second pinion is fixedly connected with the second gravity axis, described the second gravity axis respectively with described the 4th bearing plate, the 5th bearing plate, the 6th bearing plate is rotatably connected, on each the second gravity axis, be also provided with the second linking arm and the second weight, described the second linking arm is connected with the second weight, this second linking arm is installed on described the second gravity axis rotationally.
6. according to a kind of gear type Weight-driven machine claimed in claim 5, it is characterized in that: every described the second gravity axis is provided with two described the second weights, and these two the second weights are located at respectively the both sides of described the 5th bearing plate.
7. according to a kind of gear type Weight-driven machine claimed in claim 6, it is characterized in that: the left side of described the 6th bearing plate is provided with the second flywheel, the center of this second flywheel is fixedly connected with described central shaft.
8. according to a kind of gear type Weight-driven machine claimed in claim 7, it is characterized in that: the power shaft of described generator is also connected with a reduction box, the power shaft of this reduction box is connected with described the second driving-belt.
9. according to a kind of gear type Weight-driven machine claimed in claim 8, it is characterized in that: this second driving-belt is provided with controls whether transferring power automatic clutch of this second driving-belt.
10. according to a kind of gear type Weight-driven machine claimed in claim 9, it is characterized in that: described direct current machine is connected with a storage battery, described generator is connected with this storage battery, and this storage battery is provided with controls the automatic power switch that this power supply cut-offs.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410405631.1A CN104135112A (en) | 2014-08-18 | 2014-08-18 | Gear type heavy hammer engine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410405631.1A CN104135112A (en) | 2014-08-18 | 2014-08-18 | Gear type heavy hammer engine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104135112A true CN104135112A (en) | 2014-11-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410405631.1A Pending CN104135112A (en) | 2014-08-18 | 2014-08-18 | Gear type heavy hammer engine |
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| Country | Link |
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| CN (1) | CN104135112A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110752707A (en) * | 2019-10-29 | 2020-02-04 | 河北江津五金制品股份有限公司 | Closed type driving device with mass center displacement |
-
2014
- 2014-08-18 CN CN201410405631.1A patent/CN104135112A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110752707A (en) * | 2019-10-29 | 2020-02-04 | 河北江津五金制品股份有限公司 | Closed type driving device with mass center displacement |
| CN110752707B (en) * | 2019-10-29 | 2021-11-12 | 河北江津五金制品股份有限公司 | Closed type driving device with mass center displacement |
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Application publication date: 20141105 |
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