CN107061134A - Continuous gravitational potential energy electric generating apparatus - Google Patents
Continuous gravitational potential energy electric generating apparatus Download PDFInfo
- Publication number
- CN107061134A CN107061134A CN201710243522.8A CN201710243522A CN107061134A CN 107061134 A CN107061134 A CN 107061134A CN 201710243522 A CN201710243522 A CN 201710243522A CN 107061134 A CN107061134 A CN 107061134A
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- Prior art keywords
- ball float
- port
- discharge pipe
- pipe
- water storage
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Classifications
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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
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B13/00—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates
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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
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B17/00—Other machines or engines
- F03B17/02—Other machines or engines using hydrostatic thrust
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
- F05B—INDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
- F05B2220/00—Application
- F05B2220/70—Application in combination with
- F05B2220/706—Application in combination with an electrical generator
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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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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Other Liquid Machine Or Engine Such As Wave Power Use (AREA)
Abstract
Continuous gravitational potential energy electric generating apparatus, including water storage cylinder, water storage cylinder upper end connect ball float discharge pipe, and water storage cylinder lower end connects ball float and enters pipe；Enter in ball float on the inside of pipe equipped with the sealing sleeve pipe that small lower mouth suitable for reading is big；The upper port that ball float enters pipe is connected to ball float conical entrance；There are gravity drive mechanism, gravity drive mechanism top chock and step in the port of ball float discharge pipe, be supported by top chock and step and rotate up and down wheel pair, be furnished with driving member to upper rotating up and down wheel；Interval is provided with lower to hanging hanging basket on driving member；Hanging basket matches with ball float；The port of ball float discharge pipe is in the hanging basket of topmost towards being located in gravity drive mechanism；Baffle plate of the port of ball float discharge pipe provided with the discharge of control ball float interval；Upper rotating wheel pair and/or lower rotating wheel are to being connected with generator；The ball float gliding groove being obliquely installed is provided with the lower section of gravity drive mechanism, ball float gliding groove upper end, which is provided with, is used for the projection that ball float is collided, the lower port of ball float gliding groove is located at the surface of ball float conical entrance, this lower port is also discharged with baffle controls ball float interval.
Description
Technical field
The present invention relates to a kind of TRT, particularly a kind of continuous gravitational potential energy electric generating apparatus.
Background technology
At present, common generation mode includes as follows：
1st, hydroelectric generation, it, which needs to block in river, builds a dam, therefore to have just can just realizing for land productivity, many remote in the world
The area in river is impossible to by this mode；Meanwhile, hydroelectric power plant is built on river, majority of case can also be caused necessarily
Ecology influence；Finally, its aggregate resource amount is limited, even if the available waterpower resourses in the whole world are all generated electricity, also most
The increasingly increased electricity needs of the mankind is can not meet eventually.
2nd, thermal power generation, its advantage is can be without geographical limitation, as long as fossil energy also has enough supplies, so that it may
Constantly to expand scale, mankind's increasing need is persistently met.But, it has two shortcomings：One is the confession of fossil mineral products
It should be limited, when having exhaustion eventually, belong to the non-reproducible energy；Two be the pollution that brings of the combusts fossil energy into
One of biggest crisis faced for current mankind.So the scale for infinitely expanding thermal power generation is worthless.
3rd, nuclear energy power generation, nuclear power plant at this stage is all the principle for occurring atom fission reaction heat release using radioactive substance
Generate electricity, there is certain security risk, therefore the social disputes of large-scale use, pressure from public opinion are than larger；Technology people
Member is also developing the new method of fusion reaction, can remove the worry of radioactive substance leakage from, but difficulty is very big, Shang
Scientific research, is unable to estimate the final exact time for realizing application now.
4th, wind-power electricity generation, it is renewable, the environmentally friendly new energy of a developed recently quickly, in recent years in many places all
Come it can be seen that sheet of high Big Pinwheel is established.But it is limited and drawback there is also some：1) wind speed is unstable, produces
Energy size it is unstable；2) wind energy utilization by geographical position limited seriously, some areas, wind-power electricity generations economy not yet
Foot, many regional wind-force have an intermittence, worse situation be such as TaiWan, China in electricity needs higher summer and
Daytime, it is the wind-force less time；3) conversion efficiency of wind energy is low；4) wind energy is novel energy, it is corresponding using equipment not yet
It is very ripe；5) the problem of wind-power electricity generation is in ecology is to may interfere with birds.
5th, solar power generation, it is also the i.e. clean and reproducible new energy of handful of being heated very much in recent years as wind-powered electricity generation
Source.But its shortcoming is equally protruded：The energy profile density of sunshine irradiation is small, causes solar panel opto-electronic conversion to be imitated
Rate is low, and then generating efficiency is low；Can not continuously it generate electricity, by season, round the clock and rain or shine etc. meteorological condition is influenceed greatly, when year generates electricity
Number is relatively low, and accurate forecasting system generated energy is relatively difficult；The cost of photovoltaic system is also higher, returns this time length, and people receive
Get up a little difficult.
6th, geother-mal power generation, its advantage is renewable and environmental protection, but by more serious territory restriction, general
With the presence of the underground hot-fluid that be able to could be drawn in earthquake zone area, total stock number is fairly limited.
7th, tidal power, its advantage is renewable, and resource is without exhaustion, no exhaust emission.But it is also with geographical constraints,
Can only addressing on conditional seashore, and by the limitation of what tiding rule, tidal power station can work daily generating when
Between it is limited.Meanwhile, its expenditure of construction is expensive, the current and wild animals and plants living environment of bank is influenceed, especially to fish and water
The animal that dwells life causes obstacle.Therefore large-scale use is conditional.
The content of the invention
It is an object of the invention to provide a kind of TRT is simple, good operation, it is easy to control, not by geographical position and natural ring
The influence in border, environmental protection, resource without it is exhausted, can stablize and continue the continuous gravitational potential energy electric generating apparatus of trouble free service, overcome existing
There is the deficiency of technology, can found the factory application on a large scale.
The continuous gravitational potential energy electric generating apparatus of the present invention, including vertically arranged water storage cylinder, the upper end of water storage cylinder connect
The ball float discharge pipe that port is tilted down is connected to, the lower end of water storage cylinder is connected with vertically arranged ball float and enters pipe；In ball float
It is furnished with sealing sleeve pipe into the inner side of pipe, the upper internal diameter of sealing sleeve pipe is less than lower internal diameter；The upper port that ball float enters pipe connects
There is ball float conical entrance.
Gravity drive mechanism is provided with the port of ball float discharge pipe, described gravity drive mechanism includes above
Top chock and underlying step, rotation is separately installed with top chock and step by rotary shaft
Wheel pair and lower rotating wheel pair, are furnished with driving member, described driving member is chain or skin in upper rotating wheel pair and lower rotating wheel to upper
Band；Described driving member is two and be arranged in parallel；
Interval is provided with lower to hanging hanging basket on driving member；Hanging basket matches with ball float；
The port of ball float discharge pipe is in the hanging basket of topmost towards being located in gravity drive mechanism, ensured in photo-electric control mode
The ball float discharged from ball float discharge pipe is just fallen into the hanging basket；
Baffle plate of the port of ball float discharge pipe provided with the discharge of control ball float interval, be connected with coaxial with baffle plate stretches into ball float discharge pipe
Internal escapement, when flapper is opened, escapement is servo-actuated with baffle plate, and stops that follow-up ball float advances, and baffle plate returns to close stance
When putting, escapement acts and just at blocking position is released, most previous ball float in ball float discharge pipe is leaned against on baffle plate therewith,
Follow-up ball float is arranged in order in ball float discharge pipe；
Above and/or under the rotary shaft of upper rotating wheel pair generator is connected with the rotary shaft of rotating wheel pair；
Be provided with the ball float gliding groove that is obliquely installed in the lower section of gravity drive mechanism, ball float gliding groove upper end be provided be used to touch and
Hold up ball float and be allowed to depart from the projection of hanging basket, the lower port of ball float gliding groove is located at the surface of ball float conical entrance.
Described hanging basket is circular ring structure, and the opening facilitated in ball float discharge basket is provided with side；Connect in hanging basket both sides
The hanging axis of turning shape is connected to, hanging axis is connected with support shaft, and support shaft clamping is in support shaft-cup and supports in axle bed and and support shaft
Seat and support shaft-cup rotate connection to be mutual；Support axle bed is fixedly connected on described driving member.
Bearing pin is supported by by supporting plate on the port of described ball float discharge pipe, described baffle plate and escapement top passes through
Bearing pin and supporting plate are rotated and be connecteds, and baffle plate is provided with the first magnetic patch below, are located below in the port of ball float discharge pipe provided with the
The second magnetic patch that one magnetic patch matches, the first magnetic patch and/or the second magnetic patch are electromagnet.
Tubulose filter is provided with described water storage cylinder body, the suitable for reading of tubulose filter is connected with ball float discharge pipe, tubulose every
Connecting rod is provided between the madial wall of net and water storage cylinder, the lower mouth of tubulose filter is connected with positioned at water storage cylinder lumen bottom
Taper filter, taper filter is open downwards, and upwards, the lower mouth of taper filter is connected cone mouth with ball float into pipe,
The lower end of described water storage cylinder is connected by bend pipe with ball float into pipe.
The continuous gravitational potential energy electric generating apparatus of the present invention mutually has the following advantages compared with prior art：Overall structure is simple,
Operational control easily, is not influenceed by geographical position and natural environment, environment not impacted, environmental protection, without potential danger
Danger, resource is without exhaustion, and not only low engineering cost, and operating cost is also low, stable and safe in operation is reliable, suitable for founding the factory on a large scale
Using.Apply on a large scale found the factory generating when, only need repeatability, modularly increase device quantity.
Brief description of the drawings
Fig. 1 is the structural representation of the specific embodiment of the invention；
Fig. 2 is the structural representation of the gravity drive mechanism shown in Fig. 1；
Fig. 3 is K shown in Fig. 2 to schematic diagram；
Fig. 4 is D shown in Fig. 3 to enlarged diagram；
Fig. 5 is the close-up schematic view of the ball float discharge pipe port shown in Fig. 1.
Embodiment
As shown in Figure 1：1 is water storage cylinder, is vertically fixedly installed, and bottom is fixedly mounted with basis, can for safety and stability
Side is provided with the fixing bracket body 15 of steel construction, tie-beam 16 is provided between water storage cylinder 1 and fixing bracket body 15.Water storage cylinder
The upper end of body 1 is connected with the forniciform ball float discharge pipe 2 that port is tilted down.
As shown in Figure 5：The port of ball float discharge pipe 2 is spaced the baffle plate 23 of discharge provided with control ball float 20, and concrete structure is：
The port top of ball float discharge pipe 2 is supported by bearing pin 22 by supporting plate 21, and the top of baffle plate 23 passes through bearing pin 22 and supporting plate 21
Connection is rotated, the following of baffle plate 23 is provided with the first magnetic patch 24, locate to be provided with and the first magnetic patch 24 below in the port of ball float discharge pipe 2
The second magnetic patch 25 matched.First magnetic patch 24 and/or the second magnetic patch 25 are energization electromagnet, can be with adhesive by power switch
Or unclamp, power switch is opened and closed by an optoelectronic induction circuit controls, whenever under the port for having hanging basket 32 to reach ball float discharge pipe 2
Fang Shi, optoelectronic induction head captures signal, immediately disconnects power supply, and electromagnet unclamps, floating on the slideway tilted down
Ball can just push baffle plate 23 open, skid off the port of ball float 20 from ball float discharge pipe 2 and fall into hanging basket 32.After ball float 20 is skidded off,
Baffle plate 23 returns to position of closing the door, and adhesive again under self gravitation effect, blocks skidding off for next ball.
As shown in Figure 5：The connection coaxial with an escapement 39 of baffle plate 23, when baffle plate 23 is upwardly opened, escapement 39 passes through floating
Fluting above ball discharge pipe 2 enters inside discharge pipe 2, is formed to the stop of the ball float 20 arranged below, to ensure to open every time
Open baffle plate 23 and only fall next ball float 20；When baffle plate 23 resets to close stance under self gravitation effect, escapement 39 also leaves
Stop position, allow before next ball float 20 position of scoring a goals, reach and the contact position of baffle plate 23.Into unidirectional between baffle plate 23 and escapement 39
Angle limit relation, when baffle plate 23 is moved to opening direction, limited free of escapement 39 is fallen with self gravitation and comes second
Stop motion after the ball float 20 of individual position is contacted, forms the stop advanced to the ball float 20 for coming second position, when baffle plate 23
When moving to closing direction, start to lift escapement 39 when reaching initial position with the angle of escapement 39, be allowed to depart from and floated with foregoing
The contact of ball 20, release comes position of being scored a goals before the ball float 20 of second position and reaches first be close to baffle plate 23 originally
The position of ball.
As shown in Figure 1：The lower end of water storage cylinder 1 is connected with vertically arranged ball float into pipe 10, specific connected mode
Be connected with lower port 13 for the lower end of water storage cylinder 1, lower port 13 is connected by flange with one end of bend pipe 12, bend pipe 12 it is another
One end is connected by flange with the lower end that vertically arranged ball float enters pipe 10.Enter the inner side of pipe 10 equipped with suitable for reading straight in ball float
Footpath is slightly less than the sealing sleeve pipe 9 of lower port diameter, and sealing sleeve pipe 9 is wear-resisting encapsulant, always there is at least two（The present embodiment is
Three）Ball float 20, which is located in sealing sleeve pipe 9, plays a part of plug, makes the gas buffer section in the confined space that is disposed below
11 do not rush down dew, and then can seal the water 19 in water storage cylinder 1, will not leak here.Due to small on the bore of sealing sleeve pipe 9
Lower big, ball float 20 is descending easier than up wherein, be so beneficial to ball float 20 it is downward resist from gas buffer section 11 to
Upper pressure, is travelled downwardly beneficial to ball float 20 when by the down force come from above again, until departing from rubbing for sealing sleeve pipe 9
Constraint is wiped, is fallen into confined space in the water of the lower section of gas buffer section 11.Ball float 20 is come from by needing to overcome during sealing sleeve pipe 9
The frictional force of pressure and sealing sleeve pipe 9 in confined space, it is therefore desirable to which the ball float 20 of top is passed through from after the disengaging of ball float gliding groove 6
One section of movement of falling object is crossed, certain speed is obtained, then part enters the ball float 20 of sealing sleeve pipe 9 before shock,
By the impulsive force that the moment for hitting formation is larger, the several ball floats 20 having been positioned in sealing sleeve pipe 9 are allowed to overcome resistance downward
It is to be in close contact between motion, several ball floats 20 in sealing sleeve pipe 9, it is possible to which what mutually conduction came from above rushes
Hit power.The upper port that ball float enters pipe 10 is connected to ball float conical entrance 8, accurately can enter when facilitating ball float 20 to fall into ball float
Enter in pipe 10.
As shown in Figure 1,2,3, 4：Gravity drive mechanism 3 is provided with the port of ball float discharge pipe 2.Gravity drive mechanism 3
Including rack-mounted top chock 26 above and underlying rack-mounted step 34,
Upper rotating wheel is separately installed with to 27 and lower rotating wheel to 33 by rotary shaft on top chock 26 and step 34, at upper turn
Driving wheel is chain or belt to being furnished with driving member 38, driving member 38 on 33 to 27 and lower rotating wheel（Cog belt）, such as selection chain,
Then upper rotating wheel to 27 and lower rotating wheel to for chain sprocket structure, such as selection cog belt, then upper rotating wheel is to 27 and lower rotating wheel pair
33 be tooth form wheel construction.Driving member 38 is two and be arranged in parallel, forms double strand chain or double cogged belt construction.
Interval is provided with lower to hanging hanging basket 32 on driving member 38, and hanging basket 32 matches with ball float 20, i.e., ball float 20 can
To be placed in hanging basket 32.Hanging basket 32 is circular ring structure, and in side provided with facilitating ball float 20 to discharge（Rotate out）Opening in basket
35, the hanging axis 31 of symmetrical turning shape is connected with the both sides of hanging basket 32, hanging axis 31 is connected with support shaft 30, and the clamping of support shaft 30 exists
It is connected in support shaft-cup 29 and support axle bed 28 and with support axle bed 28 and support shaft-cup 29 for mutually rotation, centre can be installed additional
Rolling bearing.Support axle bed 28 is fixedly connected on driving member 38, that is, is connected by screw on chain or on cog belt, hanging basket
32 are suspended on driving member 38（Such as Fig. 3）.
As shown in Figure 1：The port of ball float discharge pipe 2 is in the hanging basket 32 of topmost towards being located in gravity drive mechanism 3,
Ensure just to fall into the hanging basket 32 from the ball float that ball float discharge pipe 2 is discharged in photo-electric control mode, driven by the gravity of ball float 20
Dynamic upper rotating wheel is rotated to 27 and lower rotating wheel to 33.
Such as Fig. 1, shown in 2：All hanging baskets 32 in side of gravity drive mechanism 3 are loaded with ball float 20, and other side is all to hang
Basket 32 is unloaded, both sides gravity unbalance, and under the Action of Gravity Field of all ball floats 20 of fully loaded side, upper rotating wheel is to 27 and lower turn
Driving wheel will be rotated to 33, and pivoting moment is exported to electrical power generators.Due to ball float 20 in gravity drive mechanism 3 most
Top falls into hanging basket 32, and departs from hanging basket 32 in the bottom of gravity drive mechanism 3, and the impulsive force for falling into and deviating from all directly is made
Used in top chock 26 and underlying step 34 above, so ball float 20 falls into and deviate from for whole
The rotation of gravity drive mechanism 3 does not constitute impact influence, therefore gravity drive mechanism 3 can outwards export stable uniform motion
Rotating torque.
As shown in Figure 1：Tubulose filter 18 is provided with water storage cylinder 1, the suitable for reading of tubulose filter 18 is connected with ball float discharge pipe 2
It is logical, connecting rod 17 is provided between the madial wall of tubulose filter 18 and water storage cylinder 1.The lower mouth of tubulose filter 18 be connected with taper every
Net 14, the lower mouth of taper filter 14 is connected with ball float into pipe 10 by bend pipe 12.Tubulose filter 18 and taper 14 are all permeable
Mesh, only limit ball float 20 the direction of motion, do not influence ball float 20 obtain water buoyancy.Taper filter 14 will enter water storage
The ball float 20 of distribution at random in cylinder 1 is concentrated to center, and the outlet size positioned at the center highest point of taper filter 14 only allows one
Individual ball float 20 passes through, ball float 20 one by one by being put into tubulose filter 18 after taper filter upper outlet, tubulose filter 18 it is interior
Footpath can only also accommodate a ball float 20 and pass freely through, in tubulose filter 18, the natural defiled column from bottom to top of ball float 20,
Moved upwardly together under buoyancy；Reach the ball float 20 of the top export of water storage cylinder 1, all ball buoyancy supports arranged below
Lift lower water outlet and enter ball float discharge pipe 2, bypass descending by gravity after the bending on the top of discharge pipe 2, the port baffle plate by release
23 fall into the hanging basket 32 on the top of gravity drive mechanism 3.And so on circulate, move again and again.
As shown in Figure 3：Upper rotating wheel is to rotating wheel above and/or under 27 rotary shaft to passing through shaft coupling in 33 rotary shaft
36 are connected with generator 37.
It is fixed with the lower methods, rack of gravity drive mechanism 3 on the ball float gliding groove 6 being obliquely installed, ball float gliding groove 6
End, which is provided with the hanging basket 32 for being used for touching and hold up on the projection 5 that ball float 20 is allowed to depart from hanging basket, i.e. driving member 38 and run to down, to be turned
Driving wheel to 33 bottom when, hanging basket 32 below expose basket bottom the part sphere of ball float 20 just collide projection 5, make hanging basket 32
Interior ball float 20 is lifted and hanging basket 32 is tumbled out from opening 35, hence into ball float chute 6 and scrolling down through, under ball float
The lower port of chute 6 is located at the surface of ball float conical entrance 8.Roll the ball float 20 fallen and just fall into ball float conical entrance 8.
Side plate 7 is provided with the both sides of ball float gliding groove 6.
After the present apparatus is installed, the water filling 19 into water storage cylinder 1 enters pipe 10 built with least two in ball float（This implementation
Example is three）Ball float 20, is carried out close using the sealing formed between ball float 20 and sealing sleeve pipe 9 to the water 19 in water storage cylinder 1
Envelope, while forming a gas buffer section 11 between bend pipe 12 and ball float enter pipe 10, makes to enter the side of pipe 10 positioned at ball float
The liquid level of water 19 be in and just flooded the height of the corner of bend pipe 12, in favor of entering the ball float 20 of water relatively easily by curved
Pipe 12 enters inside the water storage cylinder 1 of other side.There are multiple ball floats 20 inside water storage cylinder 1, transported upwards under buoyancy
OK, and it is arranged in tubulose filter 18, then the ball float on top enters ball float row under the buoyancy that numerous ball floats 20 are produced
In outlet pipe 2, arrange in the ball float discharge pipe 2, when optoelectronic induction head detect hanging basket 32 it is close when, control power switch disconnects,
Unclamp the first magnetic patch 24 and the adhesive of the second magnetic patch 25, baffle plate 23 is opened, the ball float close to baffle plate 23 falls, and just falls into and is located at
In the hanging basket 32 of the port of ball float discharge pipe 2, under the unilateral effect of the gravity of multiple hanging basket inner float balls 20, the biography of side is driven
Moving part 38 all the time downwards operation, upper rotating wheel to 27 or lower rotating wheels to 33 concomitant rotations, so as to drive generator 37 to run
Generate electricity.When hanging basket 32 runs to lower end, the bottom of ball float 20 just collides projection 5, is then rolled down to from opening 35 under ball float
In chute 6, and continuation whereabouts is arranged, hit until leaving after gliding groove 6 does one section of movement of falling object under self gravitation effect
Ball float is hit into the ball float 20 in pipe 10, ball float is entered the ball float 20 in pipe 10 under the conditions of keeping sealedly simultaneously to moving down
Dynamic, remaining herein has three or several ball floats are in sealing state, and the ball float 20 through seal section is by gas buffer section
11 fall into the water, and under the gravity compressing of continuous multiple ball floats 20, the ball float 20 being located at below the water surface is finally detoured by curved
Pipe 12 enters in water storage cylinder 1, and then ball float 20 continuously rises under buoyancy, circular flow, makes rotating wheel to 27 Hes
Lower rotating wheel is continuously run to 33, and generator 37 is continuously generated electricity using gravitional force.Apparatus of the present invention are overall
Simple in construction, operational control easily, is not influenceed by geographical position and natural environment, environment not polluted, environmental protection,
Without potential danger, resource is without exhaustion, and not only low engineering cost, and operating cost is also low, stable and safe in operation is reliable, suitable for big
Scale is founded the factory application.Apply on a large scale found the factory generating when, only need repeatability, modularly increase device quantity.
Claims (5)
1. a kind of continuous gravitational potential energy electric generating apparatus, it is characterised in that：Including vertically arranged water storage cylinder（1）, water storage cylinder
（1）Upper end be connected with the ball float discharge pipe that port is tilted down（2）, water storage cylinder（1）Lower end be connected with it is vertically arranged
Ball float enters pipe（10）；Enter in ball float and manage（10）Inner side be furnished with sealing sleeve pipe（9）, sealing sleeve pipe（9）Upper internal diameter it is small
In lower internal diameter；Ball float enters pipe（10）Upper port be connected to ball float conical entrance（8）；
In ball float discharge pipe（2）Port be provided with gravity drive mechanism（3）, described gravity drive mechanism（3）Including positioned at
The top chock of top（26）With underlying step（34）, in top chock（26）And step（34）On pass through
Rotary shaft is separately installed with rotating wheel pair（27）With lower rotating wheel pair（33）, in upper rotating wheel pair（27）With lower rotating wheel pair
（33）It is upper to be furnished with driving member（38）, described driving member（38）For chain or belt；Described driving member（38）For two and
It is arranged in parallel；
In driving member（38）Upper interval is provided with lower to hanging hanging basket（32）；Hanging basket（32）With ball float（20）Match；
Ball float discharge pipe（2）Port towards be located at gravity drive mechanism（3）In be in topmost hanging basket（32）, with photoelectric control
Mode processed ensures from ball float discharge pipe（2）The ball float of discharge just falls into the hanging basket（32）It is interior；
Ball float discharge pipe（2）Port provided with control ball float（20）It is spaced the baffle plate of discharge（23）, with baffle plate（23）Coaxial connection
Stretch into ball float discharge pipe（2）Internal escapement（39）, work as baffle plate（23）During rotating opening, escapement（39）With baffle plate（23）With
It is dynamic, and stop follow-up ball float（20）Advance, baffle plate（23）When returning to closed position, escapement（39）Act therewith and just at solution
Except blocking position, make ball float discharge pipe（2）Interior most previous ball float（20）Lean against baffle plate（23）On, follow-up ball float（20）Floating
Ball discharge pipe（2）Inside it is arranged in order；
Upper rotating wheel pair（27）Rotary shaft above and/or under rotating wheel pair（33）Rotary shaft on be connected with generator（37）；
In gravity drive mechanism（3）Lower section be provided with the ball float gliding groove that is obliquely installed（6）, ball float gliding groove（6）Upper end is provided with
For touching and holding up ball float（20）And be allowed to depart from hanging basket（32）Projection（5）, ball float gliding groove（6）Lower port be located at it is floating
Ball conical entrance（8）Surface.
2. continuous gravitational potential energy electric generating apparatus according to claim 1, it is characterised in that：Described hanging basket（32）For annulus
Structure, and in side provided with facilitating ball float（20）Discharge the opening in basket（35）；In hanging basket（32）Both sides are connected with turning shape
Hanging axis（31）, hanging axis（31）It is connected with support shaft（30）, support shaft（30）Clamping is in support shaft-cup（29）With support axle bed（28）
It is interior and with support axle bed（28）With support shaft-cup（29）Mutually to rotate connection；Support axle bed（28）It is fixedly connected on described biography
Moving part（38）On.
3. continuous gravitational potential energy electric generating apparatus according to claim 1 or 2, it is characterised in that：Described ball float discharge pipe
（2）Port on pass through supporting plate（21）It is supported by bearing pin（22）, described baffle plate（23）And escapement（39）Top passes through bearing pin
（22）With supporting plate（21）Rotate connection, baffle plate（23）Below be provided with the first magnetic patch（24）, in ball float discharge pipe（2）Port
Following place is provided with and the first magnetic patch（24）The second magnetic patch matched（25）, the first magnetic patch（24）And/or second magnetic patch（25）For
Electromagnet.
4. continuous gravitational potential energy electric generating apparatus according to claim 3, it is characterised in that：Described water storage cylinder（1）It is interior
Provided with tubulose filter（18）, tubulose filter（18）It is suitable for reading with ball float discharge pipe（2）It is connected, tubulose filter（18）With water storage cylinder
Body（1）Madial wall between be provided with connecting rod（17）, tubulose filter（18）Lower mouth be connected with positioned at water storage cylinder（1）Under inner chamber
The taper filter in portion（14）, taper filter（14）Open downward, cone mouth is upward, taper filter（14）Lower mouth and ball float enter and manage
（10）Connection.
5. continuous gravitational potential energy electric generating apparatus according to claim 4, it is characterised in that：Described water storage cylinder（1）'s
Lower end passes through bend pipe（12）Enter with ball float and manage（10）Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710243522.8A CN107061134A (en) | 2017-04-14 | 2017-04-14 | Continuous gravitational potential energy electric generating apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710243522.8A CN107061134A (en) | 2017-04-14 | 2017-04-14 | Continuous gravitational potential energy electric generating apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107061134A true CN107061134A (en) | 2017-08-18 |
Family
ID=59601301
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710243522.8A Withdrawn CN107061134A (en) | 2017-04-14 | 2017-04-14 | Continuous gravitational potential energy electric generating apparatus |
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| Country | Link |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109973338A (en) * | 2017-12-27 | 2019-07-05 | 谢真仁 | Automatic operating device |
| CN113339677A (en) * | 2021-06-29 | 2021-09-03 | 河北工业大学 | Amphibious pipe network robot |
-
2017
- 2017-04-14 CN CN201710243522.8A patent/CN107061134A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109973338A (en) * | 2017-12-27 | 2019-07-05 | 谢真仁 | Automatic operating device |
| CN113339677A (en) * | 2021-06-29 | 2021-09-03 | 河北工业大学 | Amphibious pipe network robot |
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