CN102926913A - Water power machine - Google Patents
Water power machine Download PDFInfo
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- CN102926913A CN102926913A CN2012104384571A CN201210438457A CN102926913A CN 102926913 A CN102926913 A CN 102926913A CN 2012104384571 A CN2012104384571 A CN 2012104384571A CN 201210438457 A CN201210438457 A CN 201210438457A CN 102926913 A CN102926913 A CN 102926913A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
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Abstract
The invention discloses a water power machine. A circulating pump and an electric compensation pump which are located on a lower water tank are connected with an upper water tank through an upper water pipe which is connected with the circulating pump and the electric compensation pump, the upper water tank is connected with a water wheel component through a controllable lower water pipe and a bucket, the water wheel component is connected with the lower water tank through a water return pipe, the water wheel component is connected with at least one group of crankshaft connection rod lever rotating mechanisms through gear transmission, and a power output transmission shaft of the crankshaft connection rod lever rotating mechanisms located at the tail end is in a transmission connection with the circulating pump and provides power for the circulating pump. The water power machine utilizes water to serve as a kinetic energy medium, the water potential is converted into mechanical energy to outwards output power through the crankshaft connection rod lever rotating mechanisms located at the tail end, the water is reflowed to the lower water tank through the water return pipe to be recycled, and the resource is fully utilized. Compared with heat machine technologies with coal, oil and natural gas serving as energy media, the water power machine has the advantages that the manufacturing cost is low, output power range is large, and the water power machine is free of emission and pollution, wide in application range and capable of being used as the engines of various machines.
Description
Technical field
The present invention relates to a kind of cold kinetic energy engine, particularly water power machine, it be with water as kinetic media, the potential energy of liquid is converted to the machinery of mechanical energy.
Background technique
Common motor such as steamer, internal-combustion engine, petrol engine, diesel engine etc. all belong to thermal engine, they all are as kinetic media take heat energies such as coal, oil, rock gases, the chemical energy of liquid or the air heat energy is converted into heat energy after burning, again heat energy is converted into mechanical energy and external outputting power by expansion.Above-mentioned thermal energy power machine can cause serious pollution to environment in the whole conversion process of the energy, at present, artificial climate warming problem worldwide more and more highlights.This brings harm for people's existence, life.Simultaneously, along with socioeconomic fast development, the required heat energy medium energy is more and more, and global energy crisis is also more and more obvious.Solve the restriction problem that world today's energy crisis is brought to economic development, the environmental pollution that solution heat energy technology is brought has become the problem that people more and more pay close attention to and need to solve to the harm problem that society causes.
Summary of the invention
The object of the present invention is to provide a kind of water power machine, it is as kinetic media with water, water potential is converted to mechanical energy and external outputting power, it both can solve the environmental pollution problem that existing thermal energy power machine brings, the dynamic range of output is large again, applied widely, can be used as the different mechanical motors in the different field.
As everyone knows, lever is in mechanical work motion moderate multiplying factor＜2, and its reason is: the harmful frictional force that produces during because of mechanical work and the resistance of self-assembling formation, synthetic destruction, the consumption that forms the conservation energy of two power makes energy conservation＜2.The inventor finds in the more than ten years to the problems referred to above study practice process for a long period of time and proves, take water as kinetic media, water potential is converted in the mechanism kinematic of mechanical energy, mechanism discharges the inertial flow of water and the member formation of block water inertial flow stopping that recoil with joint efforts, can eliminate harmful frictional force that lever produces in mechanical motion.Make the conservation of energy in the acting campaign of machinery, its acting multiplying power energy 〉=2.Be lever in the mechanical work motion, it is with multiplying power 〉=2 actings.
In long-term research practice process, two members that also use to link to each other in rotation motion motional inertia and the delicate gap between the critical line, can make the turning radius is that the member of a is finished the function of doing that the turning radius is the a+1 member, and along with the acting of energy size changes and changes.Energy is harmful to frictional force also along with becoming large when acting becomes large, energy is harmful to frictional force also along with diminishing when acting diminishes, the expansion power function that the motional inertia of two members in the described rotation motion and the delicate gap between the critical line produce also changes along with energy acting size variation, form direct ratio, can eliminate harmful frictional force that mechanism produces in the acting motion.Energy conservation is guaranteed and do not weaken and diminish.
In addition, in long-term research practice process, in the acting movement locus of mechanical component when the rotation motion, the formed arc length of relationship change of radius of arc and Ratio of the circumference of a circle to its diameter II in the oblique side length lines of existing foursquare straight long line and right-angled triangle and the movement process, length difference between their threes can make machinery produce a kind of physical phenomenon in the acting motion, that is: energy is when mechanical work, speed enlarges, and energy also can enlarge its function of doing simultaneously.Harmful frictional force that the conservation of solution machinery energy acting in accelerated motion is not produced is destroyed weakening and is diminished, and can also enlarge on the contrary, and the expansion speed expansion power of realization mechanical motion changes.
Based on above-mentioned situation, can determine for the first time machinery to be dropped into the quality of energy according to the needs of reality to kinetic energy, expand the variation of power in order to realize machinery expansion speed in the acting motion, reach and satisfy actual purpose to the kinetic energy needs.
Its solution is: be provided with recycle pump and the electronic pump of making up the difference on the lower header, recycle pump is communicated with upper water box through connected the first water inlet, the electronic pump of making up the difference is communicated with upper water box by connected the second water inlet, and the electronic pump of making up the difference is connected with the ball float control mechanism that links to each other with lower header through connected automatic start switch, by the auto-open-close of the electronic pump of making up the difference of ball float control mechanism control.Upper water box is connected with the water wheels assembly through controlled sewer and bucket again, and the water wheels assembly is connected with lower header through return pipe, can be back in the lower header and is recycled acting on water behind the water wheels assembly by return pipe.The water wheels assembly is connected with the gear transmission of crankshaft-link rod lever rotating mechanism again, converting water potential to produce in the process of mechanical energy energy is externally exported by the power take-off drive shaft that is positioned at terminal crankshaft-link rod lever rotating mechanism, and the power take-off drive shaft and the described recycle pump chain that are positioned at terminal crankshaft-link rod lever rotating mechanism are in transmission connection, for this recycle pump provides power, also the small generator that is used for illumination, water tank heat preserving and other electrical equipment parts electricity consumption etc. with other setting is in transmission connection, for it provides power.
Described water wheels assembly is by the water wheel axle that is connected on the frame, the water wheels that are connected with water wheel axle and active driving gear, the water wheels guard shield that is connected with the water wheels Spielpassung consists of, and the gap length between water wheels and the water wheels guard shield is directly proportional along with initial input energy increase and increase.When rotating under the effect of water wheels in water potential, the recoil that stops that forms between the inertial flow of discharge water and the water wheels guard shield is made a concerted effort, can eliminate the harmful frictional force that produces in the mechanical work motion, can make energy conservation in the mechanical work motion, acting multiplying power 〉=2.
Described crankshaft-link rod lever rotating mechanism is the bent axle that is fixedly connected on the frame, four protruding parts that this bent axle is arranged by space in the shape of a spiral consist of, each protruding part is warp and its connecting rod of living and being connected successively respectively, lever, sheave and drawing piece are connected with corresponding driving pulley assembly separately, and corresponding driving pulley assembly is distributed on the same power take-off drive shaft, also be connected with power take-off drive gear on this power take-off drive shaft, it is meshed with gear on the bent axle of adjacent next suite axle connecting rod lever rotating mechanism, and sheave is connected with the fulcrum shaft on being fixedly connected on frame is alive, sheave is at bent axle, connecting rod, under the effect of lever take the tie point of itself and fulcrum shaft as fulcrum, around the fulcrum shaft reciprocating swing.
Described corresponding driving pulley assembly is by the sleeve that is fixedly connected with and is sleeved on frame on the power take-off drive shaft, two drive wheels that are rotationally connected with sleeve and are connected as one by link press span, sleeve between two drive wheels has open gap, power take-off drive shaft at this open gap place is connected with oblique ratchet wheel, is movably connected in moving tooth on the link press span and all dials the formula of inserting with oblique ratchet wheel respectively and be connected and consist of.Tiltedly ratchet wheel rotates under the toggle action of moving tooth and drives power take-off drive shaft and rotates external output kinetic energy.
Described crankshaft-link rod lever rotating mechanism is at least one group.
Described bent axle in the shape of a spiral four protruding parts differential seat angle between any two of space layout is 90 °.
The present invention adopts technique scheme, it be with water as kinetic media, by the water wheels assembly, change the water potential in the upper water box into mechanical energy, and after driving crankshaft-link rod lever rotating mechanism rotation expansion speed expansion power, by the outside outputting power of power take-off drive shaft.Can be used as the power source of various machineries, as motor.
Because this water power machine is as dynamic medium with water; can effectively solve the environmental pollution problem that existing thermal power motor brings; change artificial climate warming problem; be conducive to people and in harmless healthy environment, live, and the energy crisis of the favourable solution world today and artificial climate warming problem.Simultaneously, can also solve the restriction that China brings to rapid economic development because of energy scarcity, can reduce energy import, save a large amount of foreign exchange expenditures.In case this technology can be rapidly developed, will play an important role for society, the rapid economic development of China, can bring great riches and benefit to people.
Because the size of the external outputting power of the present invention is flexible and changeable, it can be determined what of the quality of the energy that for the first time machinery is dropped into by.The dynamic range that it is not only exported is large, and its output power can reach more than 100,000 kilowatts, and applied widely, can be used as the motor of various machineries.As can be used as the mechanical motor such as full-sized car, tractor, train, steamer, and not only cost is low, and zero-emission also can to environment, not be conducive to environmental protection.
Can be used in the generating.If compare with thermal power generation, little investment, cost are low, instant effect, land used are few, and only need repair one has the pond of enough moisture storage capacitys to get final product.And operation be planted and be cultivated in the pond can also, is fully used in the soil, and again without any pollution, if compare with hydroelectric power, little investment not be used on the rivers and to build large-scale civil construction, can gather materials on the spot, and saves time, laborsaving, instant effect; If compare with wind-power electricity generation, output power of the present invention is large, stable output power, can effectively guarantee the supply of power, also be not subjected to the restriction of natural environmental condition, and wind-power electricity generation not only is subjected to the restriction of natural environmental condition, also because exporting the stable not good enough of energy, be difficult to satisfy the needs of actual conditions; If compare with nuclear power, manufacturing process of the present invention is simple, little investment, instant effect, cost are low, pollution-free, when the irresistible natural disaster of people occurs nature, can not bring the trouble and worry of environmental pollution to people.If this technology is brought into play effectively in generating, will greatly accelerate the electrified paces of China; Can satisfy worker, the fast-developing demand to kinetic energy of agricultural, strong promotion worker, agricultural are fast-developing, strengthen economic strength, make that the people live in plenty and the country is strong.
Also can be used for army's construction, because present technique can be according to actual needs, the function that can output surpasses 100,000 kilowatts, the nuclear power output function of ten tons of now making greater than the U.S., and its primary nuclear fuel can be with 10 years, involve great expense, and present technique be with seawater as kinetic media, can gather materials on the spot, need not examine the filter energy supply problem, and cost is low, not only economy but also safety.This technology can produce a very large impact the construction of army's construction, particularly shipping industry, can alleviate the pressure of Wartime Logistics supply energy source.Can be used for the construction of aircraft carrier, can provide a more satisfactory motor for it.
In a word, the present invention can the cold energy technology replace the heat energy technology, is widely used in the every field such as industry, agricultural, transportation, national defense industry and shipping industry, and its research success will be filled up a blank in China and even the world.
Description of drawings
Fig. 1 is the water power machine structural representation.
Fig. 2 is that the annexation of driving pulley assembly among Fig. 1 is launched schematic diagram
Embodiment
Describe the specific embodiment of the present invention in detail below in conjunction with accompanying drawing.
Among Fig. 1, Fig. 2, the top of lower header 18 is connected with recycle pump 28 and the electronic pump 20 of making up the difference.Recycle pump 28 is connected with upper water box 1 through connected the first water inlet 31, the electronic pump 20 of making up the difference is connected with upper water box 1 through connected the second water inlet 30, the electronic pump 20 of making up the difference is connected with the ball float control mechanism by connected automatic start switch 25 again, described ball float control mechanism is by the ball float 21 that is arranged in lower header 18, ball float 21 is connected with booster 26 on being connected to booster support 24 by ball float push rod 23 and stay cord 22, starts recloser 25 and stop switch 27 and is electrically connected with the two ends of booster 26 respectively and consists of.When booster 26 swings, can contact with startup recloser 25 and stop switch 27 respectively, so that automatic control electric moves the unlatching of the pump 20 of making up the difference and closes down.Upper water box 1 is through being connected with the controlled sewer 36 that pulls switch 2 and being connected the bucket 35 that is connected with the water wheels assembly, and the water wheels assembly is connected with lower header 18 through return pipe 29.Described water wheels assembly is connected to the water wheels 33 on this water wheel axle one end by the water wheel axle that is rotationally connected with frame 13, and water wheels guard shield 34 and the stopping brake 3 that is connected with water wheels 33 Spielpassung and the active driving gear 32 that is connected on the water wheel axle the other end consist of.And increasing apart from the increase of gap along with initial input energy between water wheels 33 and the water wheels guard shield 34, and be directly proportional.Crankshaft-link rod lever rotating mechanism is meshed drive crankshaft-link rod lever rotating mechanism movement output power from nutating gear 4 with active driving gear 32 on the water wheel axle by what connect on the bent axle 5.
Described crankshaft-link rod lever rotating mechanism is the bent axle 5 that is fixedly connected on the frame 13, four protruding parts that bent axle 5 is arranged by space in the shape of a spiral form, these four protruding parts differential seat angle between any two is 90 °, and each protruding part is respectively through being connected with corresponding driving pulley assembly with its connecting rod that is flexibly connected successively 6, lever 7, sheave 9, drawing piece wire rope 10.And sheave 9 and the fulcrum shaft 8 that is fixedly connected with frame 13 are flexibly connected, and sheave 9 is done round 90 ° swings around fulcrum shaft 8 take itself and the tie point of fulcrum shaft 8 as fulcrum under the effect of bent axle 5, connecting rod 6, lever 7.Described four corresponding driving pulley assemblies that link to each other with four protruding parts of bent axle 5 respectively are arranged on the same power take-off drive shaft 12 that is fixedly connected on the frame 13.Also be connected with power take-off drive gear 11 on this power take-off drive shaft 12, it is meshed with gear on the bent axle 5 of adjacent next suite axle connecting rod lever rotating mechanism.Each driving pulley assembly is by the power take-off drive shaft 12 that is rotatably connected on the frame 13, be connected with power take-off drive shaft 12 suit and be fixedly connected on sleeve 16 on the frame 13, be rotatably connected to two drive wheels 15 on this sleeve 16, these two drive wheels 15 connect as one by link press span 17, sleeve 16 between two drive wheels 15 has open gap, on the power take-off drive shaft 12 at this open gap place, be fixedly connected with oblique ratchet wheel 14, be connected to the first movable moving tooth 38 and the second movable moving tooth 39 on the link press span 17, be connected with 14 groups of slotting formulas of oblique ratchet wheel respectively and consist of.When two drive wheels 15 when sleeve 16 is done to come and go 90 ° motion, drive the first movable moving tooth 38 and the second movable moving tooth 39 motions and stir oblique ratchet wheel 14 and do 360 ° of rotations, force the external output kinetic energy of power take-off drive shaft 12 rotations.
The number of crankshaft-link rod lever rotating mechanism what, the size of the kinetic energy that can export according to actual needs and determining, it is flexible and changeable, but combination in any.When by two or more crankshaft-link rod lever rotating mechanism combination, upper one group power take-off drive shaft 12 is connected with bent axle 5 gear transmissions of adjacent next suite axle connecting rod lever rotating mechanism, also can adopt chain to be in transmission connection, kinetic energy after the upper suite axle connecting rod lever rotating mechanism expansion speed power expansion power is passed to each corresponding next suite axle connecting rod lever rotating mechanism successively, and through successively by group after the expansion speed expansion power, finally reach the kinetic energy of actual required output, and export from the power take-off drive shaft that is positioned at terminal crankshaft-link rod lever rotating mechanism.This take-off output can reach more than 100,000 kilowatts.
Be positioned on the power take-off drive shaft of terminal crankshaft-link rod lever rotating mechanism and also be connected with sprocket wheel, it is in transmission connection by chain 19 and sprocket chain on the power input shaft that is positioned at the recycle pump 28 on the lower header 18, be recycle pump 28 input powers, the watt level of recycle pump 28 input powers is determined by what of the quality of the energy that for the first time machinery is dropped into.And the power take-off drive shaft that is positioned at terminal crankshaft-link rod lever rotating mechanism can also be by a pair of gear that is meshed 37 and being connected for illumination, water tank heat preserving and the small generator of electrical equipment parts electricity consumption etc. of being connected that other establishes, for other establishes the small generator input power.
When pulling pulls switch 2, open controlled sewer 36, water in the upper water box 1 falls through controlled sewer 36, act on the water wheels 33, force water wheels 33 to rotate, and the active driving gear 32 that drives water wheel axle and upper connection thereof rotates, initiatively driving gear 32 is by rotating from nutating gear 4 band dynamic crankshafts 5 of being meshed with it, 90 ° of reciprocating swing done under the effect of bent axle 5 by connecting rod 8 and pull lever 7 does to come and go 90 ° swing, sheave 9 is under the drive of lever 7, the contact that links to each other with fulcrum shaft 8 take sheave 9 does to come and go 90 ° of swings around fulcrum shaft 8 as fulcrum, and do come and go 90 ° motion take the tie point of this drive wheel 15 and sleeve 16 as fulcrum around sleeve 16 by the corresponding drive wheel 15 of drawing piece wire rope 10 pulling, corresponding drive wheel 15 is stirred oblique ratchet wheel 14 by the connected first movable moving tooth 38 and the second movable moving tooth 39 again and is done 360 ° of rotations, drive power take-off drive shaft 12 rotations, external output kinetic energy, in addition, if need water wheels 33 to suspend when rotating, operation stopping brake 3 gets final product.
Because how much the number of crankshaft-link rod lever rotating mechanism is according to actual needs kinetic energy and definite.When being made up by two suite axle connecting rod lever rotating mechanisms, a upper suite axle connecting rod lever rotating mechanism is in transmission connection by the crankshaft gear of expansion speed expansion power by its power take-off drive shaft and next suite axle connecting rod lever rotating mechanism, send upper one group of energy that produces to next group, finish an expansion speed expansion power motion, so a group by a group again and again carry out the energy transmission, until be positioned at the external outputting power of power take-off drive shaft of terminal crankshaft-link rod lever rotating mechanism.Final output power can reach more than 100,000 kilowatts, to satisfy the kinetic energy of actual demand.
This water power machine is being transformed into water potential in the movement process of mechanical energy, and first passage water wheels assembly motion expansion power drives the Crankshaft motion expansion speed, and bent axle drivening rod lever sheave and driving pulley assembly motion expansion power.Mechanical motion is after carrying out one by one expansion speed expansion power, by the power take-off drive shaft outputting power that is positioned at terminal crankshaft-link rod lever rotating mechanism.And the speed of the crankshaft-link rod lever rotating mechanism of each next group enlarges 1 times than the speed of an adjacent upper suite axle connecting rod lever rotating mechanism, and the energy of output enlarges 1.3 times, until no longer carry out in the situation of expansion speed to terminal crankshaft-link rod lever rotating mechanism, it expands 2.6 times of Li Keda.
And the power take-off drive shaft that is positioned at terminal crankshaft-link rod lever rotating mechanism also is connected with the power input shaft of recycle pump 28 by the chain transmission, and the energy and power that described power take-off drive shaft is exported passes to recycle pump 28, for it provides power.Make recycle pump 28 work, the water in the lower header 18 continuously is transported in the upper water box 1 through the first water inlet 31.To satisfy the needs of the required water potential medium of water power machine.When recycle pump 28 flows to the certain water-head of water generates in the upper water box 1, can be by moving pump 20 work of making up the difference of the ball float control mechanism automatic control electric in the lower header 18, and be replenish to carry water energy medium in the upper water box 1 by the second water inlet 30, to satisfy the supply of the required kinetic media water of water power machine, can guarantee the work that water power machine is continuous.The operating time of each electronic pump 20 of making up the difference is very short, only needs just can satisfy the required water kinetic energy medium of making up the difference in about 20 seconds, and then, next required startup work of making up the difference is waited in standby again.
Claims (6)
1. water power machine, it is characterized in that being provided with on the lower header (18) recycle pump (28) and the electronic pump of making up the difference (20), recycle pump (28) is communicated with upper water box (1) through connected the first water inlet (31), the electronic pump of making up the difference (20) is communicated with upper water box (1) by connected the second water inlet (30), and the electronic pump of making up the difference (20) is connected with the ball float control mechanism that same lower header (18) links to each other through connected automatic start switch (25), by automatically opening of ball float control mechanism the control electronic pump of making up the difference (20), close, upper water box (1) is connected with the water wheels assembly through controlled sewer (36) and bucket (35) again, the water wheels assembly is connected with lower header (18) through return pipe (29), the water wheels assembly also is connected with the gear transmission of crankshaft-link rod lever rotating mechanism, converting water potential to produce in the process of mechanical energy energy is externally exported by the power take-off drive shaft (12) that is positioned at terminal crankshaft-link rod lever rotating mechanism, and the power take-off drive shaft (12) that is positioned at terminal crankshaft-link rod lever rotating mechanism also is in transmission connection with described recycle pump (28), for this recycle pump (28) provides power, also with the illumination that is used for of other setting, water tank heat preserving be connected the small generator gear transmission of electrical equipment parts electricity consumption etc. and connect, for it provides power.
2. water power machine as claimed in claim 1 is characterized in that described crankshaft-link rod lever rotating mechanism is at least one group.
3. water power machine as claimed in claim 1, it is characterized in that, described water wheels assembly is by the water wheel axle that is connected on the frame (13), the water wheels that are connected with water wheel axle (33) and active driving gear (32), the water wheels guard shield (34) that is connected with water wheels (33) Spielpassung consists of, and the gap length between water wheels (33) and the water wheels guard shield (34) increases along with the increase of initial input energy quality, is directly proportional.
4. water power machine as claimed in claim 1, it is characterized in that, described crankshaft-link rod lever rotating mechanism is the bent axle (5) that is fixedly connected on the frame (13), four protruding parts that this bent axle (5) is arranged by space in the shape of a spiral consist of, each protruding part is warp and its corresponding connecting rod (6) of living and being connected successively respectively, lever (7), sheave (9) and drawing piece (10) are connected with corresponding driving pulley assembly separately, and corresponding driving pulley assembly is distributed on the same power take-off drive shaft (12) that is rotationally connected with frame (13), also be connected with power take-off drive gear (11) on this power take-off drive shaft (12), it is meshed with gear on the bent axle of the crankshaft-link rod lever rotating mechanism of adjacent next group.And sheave (9) is lived with the fulcrum shaft (8) on being fixedly connected on frame (13) and is connected, and this sheave (9) is take the tie point of itself and fulcrum shaft (8) as fulcrum, around fulcrum shaft (8) do past, return swing.
5. water power machine as claimed in claim 4, it is characterized in that bent axle (5) in the shape of a spiral four protruding parts differential seat angle between any two of arranging of space be 90 °.
6. water power machine as claimed in claim 4, it is characterized in that corresponding driving pulley assembly is by sleeve (16), this sleeve (16) is fixedly connected with and is sleeved on the power take-off drive shaft (12) with frame (13), two drive wheels (15) that are rotationally connected with sleeve (16) and are connected as one by link press span (17), be positioned on the sleeve (16) between two drive wheels (15) open gap is arranged, power take-off drive shaft (12) at this open gap place is connected with oblique ratchet wheel (14), be movably connected on the link press span (17) the first moving tooth (38) be connected moving tooth (39) and dial slotting formula with oblique ratchet wheel (14) respectively and be connected and consist of.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012104384571A CN102926913A (en) | 2012-10-30 | 2012-10-30 | Water power machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012104384571A CN102926913A (en) | 2012-10-30 | 2012-10-30 | Water power machine |
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| Publication Number | Publication Date |
|---|---|
| CN102926913A true CN102926913A (en) | 2013-02-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012104384571A Pending CN102926913A (en) | 2012-10-30 | 2012-10-30 | Water power machine |
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| CN (1) | CN102926913A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111087067A (en) * | 2019-12-08 | 2020-05-01 | 孙陆海 | Energy-saving biochemical pond sludge adjusting device capable of automatically working according to temperature change |
| KR102122054B1 (en) * | 2020-02-18 | 2020-06-11 | 이덕우 | eco-friendly small hydroelectric power generation apparatus |
-
2012
- 2012-10-30 CN CN2012104384571A patent/CN102926913A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111087067A (en) * | 2019-12-08 | 2020-05-01 | 孙陆海 | Energy-saving biochemical pond sludge adjusting device capable of automatically working according to temperature change |
| CN111087067B (en) * | 2019-12-08 | 2023-12-19 | 孙陆海 | Automatic working energy-saving biochemical pond sludge adjusting device according to temperature change |
| KR102122054B1 (en) * | 2020-02-18 | 2020-06-11 | 이덕우 | eco-friendly small hydroelectric power generation apparatus |
| WO2021167278A1 (en) * | 2020-02-18 | 2021-08-26 | 이덕우 | Eco-friendly small hydropower generation apparatus |
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Application publication date: 20130213 |