CN201258820Y - Runoff hydroelectric generating set - Google Patents
Runoff hydroelectric generating set Download PDFInfo
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- CN201258820Y CN201258820Y CNU2008202183897U CN200820218389U CN201258820Y CN 201258820 Y CN201258820 Y CN 201258820Y CN U2008202183897 U CNU2008202183897 U CN U2008202183897U CN 200820218389 U CN200820218389 U CN 200820218389U CN 201258820 Y CN201258820 Y CN 201258820Y
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Abstract
A runoff hydraulic generator set comprises an actuating mechanism, a regulating mechanism, a water wheel lifting gear and a control mechanism. A water wheel is sheathed on a principal axis which is fixedly connected with a gear wheel of the water wheel lifting mechanism in a concentric way. The transmission shaft of the water wheel lifting mechanism is fixedly connected with a clutch by a shaft joint, connected with a generator shaft by a satellite gear speeder and a variable-speed hydraulic governor. The regulating mechanism has the functions of crude regulation and fine regulation. The crude regulation is that left and right spoilers are connected with the front end of a swing axle; the swing axle is inserted into a spindle sleeve on the bracket of the spoiler; and the fine regulation is carried out on by using the variable-speed hydraulic governor; the two ends of the walking beam of the water wheel lifting mechanism are provided with a slide way which can lift and fall and are connected with a stander; the bottom surfaces of the two ends of the left and the right walking beams are respectively and correspondingly provided with four movable cross beams the bottoms of which are respectively provided with four hydraulic rams. The top end of the piston rod of the hydraulic rams is connected with the jacking of the moved cross beam. The generator set has scientific design, compact structure, simple construction, and low cost, is suitable for power generation in rural areas and mountain areas.
Description
Technical field
The utility model relates to generator set, concrete is to build dykes and dams, only utilizes river, river runoff and large medium-size station to enter the tail water in the channel and the unit that carries out runoff generating.
Background technique
Forms of electricity generation has waterpower, firepower, wind-force, solar energy, bioenergy etc. several nothing but in the world at present, the common distinct issues that exist of these forms of electricity generation be exactly the power station when just building investment cost bigger, wherein Infrastructure and generator set take the funds of significant proportion.
In addition, except that waterpower, firepower, it is constant that the power of the primary energy of other forms of electricity generation can not keep, and end reaction also can't be constant to the rotation of generator, and this is avoiding greatly of power generation system, and it is to turn round with the electrical network parallel operation that this problem takes place.Though hydroelectric power is because of there being the qualification of height of dam, but the normal safe operation of generator guaranteed, however hydroelectric huge facility is not again that some areas can be implemented with taking up an area of.
At the above-mentioned problem of mentioning, a kind of generation mode that does not also have at present a kind of implementation methods is simple, investment is little, only utilize rivers radially current just can suit measures to local conditions to generate electricity in the power industry does not just have corresponding radial-flow water wheel generator set naturally yet.
Summary of the invention
The purpose of this utility model is to deposit facility in the methods at present various generatings to make up huge, the investment cost costliness, construction time is long, maintenance is big on ordinary days, the problem that operation cost is high, and provide a kind of investment cost little, instant effect, rather practical, the radial-flow water wheel generator set that only utilizes the rivers runoff just can generate electricity.
The technological scheme that adopts is:
The radial-flow water wheel generator set comprises driving mechanism, speed regulating mechanism, water wheels elevator mechanism and control mechanism; Described driving mechanism comprises water wheels, main shaft, clutch, planet gear speed increaser and generator; Described water wheels are set on the main shaft, and fixedly connected with main shaft, main shaft is provided with bearing support, one end of main shaft is equiped with the water wheels elevator mechanism, main shaft is fixedlyed connected with the gearwheel of water wheels elevator mechanism is concentric, the transmission shaft of water wheels elevator mechanism is fixedlyed connected with Clutch input shaft through coupling, clutch output shaft is fixedlyed connected with the input shaft of planet gear speed increaser, the output shaft of planet gear speed increaser is connected with the input shaft of variable-speed hydraulic governor, and the output shaft of variable-speed hydraulic governor is connected with generator shaft;
Described speed regulating mechanism is made up of coarse adjustment and two unit of fine tuning, and described coarse adjustment unit comprises the axle sleeve on left and right two spoilers, swing axis and the spoiler support; Described spoiler is set to left and right symmetrical two, left and right spoiler abuts in respectively by the limit of concrete pedestal of water wheels and arranged on left and right sides, the front end of the swing axis that the position, back of left and right spoiler is identical with left and right two structures respectively is fixedly connected, left and right swing axis inserts respectively in the axle sleeve on the left and right spoiler support, left and right spoiler respectively with left and right spoiler support on axle sleeve be rotationally connected by swing axis; The root of left side spoiler is fixedlyed connected with the top of the left piston connecting rod of double-piston hydraulic oil cylinder, fixedlys connected with the root of right spoiler in the top of right piston rod.The extension of two piston rods or contraction, make left and right spoiler with the swing axis be respectively fixed point simultaneously in opposite directions or opposing rotation, control the water flow that enters water turbine by the angle of regulating spoiler, when spoiler is parallel with water (flow) direction, water flow is normal, water flow maximum when it laterally rotates 30 ° of angles.The kinetic energy that impacts water wheels when water flow is maximum is also maximum, and it is just fast that water wheels rotate naturally, so that transmission shaft revolution maximum, otherwise, water flow minimum when spoiler turns to the inside 30 ° of angles, the transmission shaft revolution is also minimum naturally.Thereby the rotation angle of control spoiler just can the controlled water flow amount, and then reaches the coarse adjustment purpose of control transmission shaft revolution.
The fine tuning unit of above-mentioned speed regulating mechanism comprises variable-speed hydraulic governor, described variable-speed hydraulic governor is the market approved product, variable-speed hydraulic governor is installed between planet gear speed increaser and the generator, when after the revolution of transmission shaft is by the coarse adjustment of spoiler rotation angle, still overgauge being arranged, CPU output control signal is delivered to variable-speed hydraulic governor, the output shaft revolution of variable-speed hydraulic governor is slowed down, equate with the revolution that generator requires until the output shaft revolution, otherwise, when still negative deviation being arranged after the revolution coarse adjustment of transmission shaft, control its output shaft revolution by variable-speed hydraulic governor and speed, equate with the revolution that generator requires until the output shaft revolution.
Described water wheels elevator mechanism comprises large and small gear, middle Jie's gear, slideway, walking beam, moved cross beam and transmission shaft; Described walking beam is provided with a left side, right two, a left side, right two walking beams are installed in a water wheels left side respectively, the middle part of right machine frame at two sides, frame is arranged on the concrete pedestal, the two ends of each walking beam are respectively arranged with the slideway of energy lifting, slideway is arranged on the frame, fixedly connected with frame, a left side, the bottom surface at right two walking beam two ends correspondence respectively is provided with the first from left moved cross beam, the second from left moved cross beam, a right moved cross beam and right two moved cross beams, the two ends of four moved cross beams are respectively equipped with slide block, slide block lays respectively in the slideway, be slidingly connected with slideway, the following correspondence respectively of four moved cross beams is provided with the first from left hydraulic jack, the second from left hydraulic jack, a right hydraulic jack and right two hydraulic jacks, and be rotationally connected with corresponding hydraulic jack, top, piston rod top is lifted and is connected; Two bearing supports that above-mentioned main shaft is provided with are installed on respectively on left and right two walking beams; The filler opening of the hydraulic oil of above-mentioned four hydraulic jacks all is connected with the high pressure oil delivery outlet of hydraulic press with return opening, oil-feed and oil return by the control hydraulic jack make the piston rod jack-up or the moved cross beam that avales, and then drive lifting and the decline that left and right walking beam is realized water wheels, the underwater penetration of promptly regulating turbine blade.
The position, termination of main shaft one end is provided with gearwheel, gearwheel is meshed with middle Jie's gear, be situated between in the middle of middle Jie's gear is installed on the axle, the both sides of gearwheel are respectively equipped with left and right two continuous motion stems, and the two ends of continuous motion stem are rotationally connected with main shaft and the middle axle that is situated between respectively; The middle two-end part that is situated between axle is respectively equipped with left and right two swing arms, the two ends of two swing arms are rotationally connected with centre Jie's axle and transmission shaft respectively, one end of transmission shaft is equiped with small gear, and small gear is meshed with middle Jie's gear, transmission shaft by bearing fixing on frame; Continuous motion stem and swing arm are swung along with the lifting of water wheels, because the connection of continuous motion stem and swing arm makes gearwheel and middle Jie's gear, middle Jie's gear and small gear remain intermeshing state.Thereby make kinetic energy that water wheels obtain under the runoff effect of water pass to transmission shaft by the engagement of gearwheel, middle Jie's gear and small gear, the rotation of transmission shaft finally makes generator for electricity generation.
Described control mechanism comprises tachogenerator, fluviograph and control cabinet; Described tachogenerator and fluviograph are commercially available approved product, and tachogenerator is installed in the transmission the tip of the axis, and the output terminal pin of tachogenerator is connected with the corresponding end of control cabinet by lead; Fluviograph is installed on the left walking beam, and the output terminal pin of fluviograph is connected with the corresponding end of control cabinet by lead; Be equiped with the chip U1 of linear amplifier of single-ended input both-end output and No. two chip U2 of linear amplifier, cpu chip U3, I/O I/O chip U4 and the power amplifier level module U5 of the single-ended output of single-ended input in the above-mentioned control cabinet; The output terminal pin of tachogenerator is connected with the input end of a chip U1 through the relevant input end pin of control cabinet; The both-end output port of a chip U1 of line style amplifier is connected with corresponding two groups of end pin of cpu chip U3, after the calculation process of cpu chip U3, be connected to the corresponding two groups of end pin of I/O I/O chip U4, be connected with the control end of double-piston hydraulic oil cylinder and variable-speed hydraulic governor respectively from of two groups of outputs of the corresponding output terminal pin of I/O I/O chip U4 through power amplifier level module U5 from two groups of corresponding end pin; The output terminal pin of fluviograph is connected with the input end of No. two chip U2 through the relevant input end pin of control cabinet, the output port of No. two chip U2 of line style amplifier is connected with the corresponding end pin of cpu chip U3, after the calculation process of cpu chip U3, be connected to I/O I/O chip U4 and hold pin accordingly, be connected with the high pressure oil output control circuit that hydraulic press leads to four hydraulic jacks through power amplifier level module U5 from the corresponding output terminal pin of I/O I/O chip U4 from the corresponding end pin.
Transmission shaft between above-mentioned planet gear speed increaser and the generator is provided with tachogenerator.
The length of above-mentioned spoiler is between 1 meter-3 meters, and height is between 0.75 meter-1.5 meters.
Axle sleeve on the above-mentioned left and right spoiler support is installed on respectively on the frame, and frame is arranged on the concrete pedestal.
Working principle of the present utility model:
According to the flow velocity of water in the runoff process, the kinetic energy promotion water wheels rotation that flow produces, water wheels are transformed into mechanical energy with the kinetic energy of current, because of connection through swing arm and continuous motion stem, drive the transmission shaft rotation when making gearwheel, middle Jie's gear, pinion rotation, drive the generator rotary electrification through clutch, planet gear speed increaser and variable-speed hydraulic governor again.By planet gear speed increaser the slow-speed of revolution of water wheels is increased to about the rated speed 750r/min that generator should need.By the open angle controlled water flow of spoiler amount, control just is applied to the size of the kinetic energy of water wheels, rotating speed is controlled in the speed range of generator permission, and this is the coarse adjustment of revolution, the fine tuning of revolution is implemented by variable-speed hydraulic governor, and process thick, fine tuning is such:
Tachogenerator is input to the transmission shaft revolution signal that records the input end of the line style amplifier chip U1 in the control cabinet, the output signal of its both-end is input to the respective end pin of cpu chip U3, calculation process through cpu chip U3, if the signal that cpu chip U3 exported when revolution was low is transported to the double-piston hydraulic oil cylinder through I/O I/O chip U4 and power amplifier module U5 left and right spoiler is rotated relative to opening, thereby water flow is increased, the impact force that water wheels are subjected to will and then strengthen naturally, and revolution will promote.If cpu chip U3 output opposite signal relatively rotated left and right stepper motor when revolution was high, drive left and right spoiler and rotate, thereby water flow is reduced relative to closed, the impact force nature that water wheels are subjected to is just little, and revolution will lower.
Another group output signal of cpu chip U3 is added to the control end of variable-speed hydraulic governor through I/O I/O chip and power amplifier level, makes it regulate revolution automatically according to the signal magnitude of sending here.
Fluviograph is input to the water level signal that records the input end of No. two chip U2 of line style amplifier in the control cabinet, its output signal is input to cpu chip U3, calculation process through cpu chip U3, if the signal of cpu chip U3 output can make hydraulic press open the output high pressure oil when water level was low, last filler opening oil-feed from the first from left, the second from left, the right side one and right two hydraulic jacks, thereby four hydraulic jacks are moved respectively, and reduce left and right two walking beams, and then the drive water wheels sink in water, thereby water flow is increased, and the impact force that water wheels are subjected to will and then strengthen naturally; If whole process was just in time opposite when water level was high.
The radial-flow water wheel generator set is a kind of electricity generating device that designs invention at the river of domestic low water head nature flowing water.Be applicable to that natural river and water power plant go out terminal installation of water channel and generate electricity, its major character is by spoiler and variable-speed hydraulic governor control transmission shaft revolution, adopt the hydraulic mechanism elevator mechanism can ensure that whole generating unit long-term safety normally moves, but both manual tune, practicable again automatic control and adjustment.Can pass through gearwheel, middle Jie's gear, small gear and between the zip mode water wheels elevator mechanism formed of the continuous motion stem that connects and swing arm, adjustable water wheels are left the water, water wheels diameter and machine group length can be according to the river degree of depth and highly definite.Generated output is at 70kw-1000kw.Water wheels adopt the arc line type working surface, increase the gravity of water, reduce water resistance.
Whole system is simple in structure, and is easy to utilize.
Characteristics of the present utility model:
1, economic benefit is huge: domestic water turbine generator group generating at present, need to build reservoir and checkdam, the construction period is long, investment is big, the investment of domestic water plant generator on average every kilowatt about 10,000 yuan.To build 100 kilowatts of hydraulic turbine generators is example, need about 1,000,000 yuan of investments, and the seepage flow generator set only needs about 250,000 yuan, be 1/4 of hydropower investment volume, and building time shortens greatly.
2, ecological benefit are huge: normal hydraulic generator unit generating must be built reservoir or dykes and dams, building of reservoir and dykes and dams must bring the cutout of downstream, river course, thereby influence and destroy the natural, ecological in its downstream, in a single day ecotope destroys and is unbalance, and some can't recover.The advantage of seepage flow hydraulic turbine generator generating is one not destroy environment, the 2nd, do not destroy ecology, and it is the effective utilization to the waterpower resourses power that wastes.
3, social benefit is huge: the firstth, help social stability, and this equipment need not be migrated, without moving population; The secondth, increase social generated energy, help the national economic development of country; The 3rd is to help local economic construction, increases local rates, increases local personnel's employment, improves local people's living standard.
4, spoiler is the characteristics and the advantage of this equipment by the automatic control mechanism control water yield and flow velocity.
5, the utility model adopts speed regulating mechanism, makes revolution reach the requirement of generator, improves stability.At present domestic still do not have this technology to be applied in the radial-flow water wheel generator set.
The utility model is compared advantage with existing similar generator set and is: facility is simple, construction is exempted the great engineering that the construction of general power station is gone to war, little investment easily, cost is low, daily being convenient to safeguarded, is convenient to management, and it is less to drop into manpower, the utility model design science, reasonable, original, compact structure, tight, stable and reliable for performance, easy and simple to handle, have a development prospect preferably.Be suitable for and the rural area, mountain area and the generating of area, the region of rivers and lakes are used.
Description of drawings
Fig. 1 is the utility model structure connection diagram.
Fig. 2 is speed regulating mechanism of the present utility model and elevator mechanism structural representation.
Fig. 3 is the schematic top plan view of Fig. 2.
Fig. 4 is the utility model control mechanism connection diagram.
Embodiment
Embodiment
The radial-flow water wheel generator set comprises driving mechanism, speed regulating mechanism, water wheels elevator mechanism and control mechanism; Described driving mechanism comprises water wheels 16, main shaft 12, clutch 23, planet gear speed increaser 24 and generator 26;
Water wheels 16 are set on the main shaft 12, and fixedly connected with main shaft 12, main shaft 12 is provided with bearing support 3, one end of main shaft 12 is equiped with the water wheels elevator mechanism, gearwheel 11 concentric the fixedlying connected of main shaft 12 and water wheels elevator mechanism, the transmission shaft 21 of water wheels elevator mechanism is fixedlyed connected with the input shaft of clutch 23 through coupling 22, the output shaft of clutch 23 is fixedlyed connected with the input shaft of planet gear speed increaser 24, the output shaft of planet gear speed increaser 24 is connected with the input shaft of variable-speed hydraulic governor 44, the output shaft of variable-speed hydraulic governor 44 is connected with the axle of generator 26, is provided with tachogenerator 25 on the transmission shaft 21 between planet gear speed increaser 24 and the variable-speed hydraulic governor 44;
Speed regulating mechanism is made up of coarse adjustment and two unit of fine tuning, and described coarse adjustment unit comprises the axle sleeve 5 on left and right two spoilers 8 and 7, swing axis 6 and the spoiler support; A described left side, right spoiler 8 and 7 is set to a left side, right symmetrical two, the length of spoiler is between 1 meter-3 meters, height is between 0.75 meter-1.5 meters, a left side, right spoiler 8 and 7 abuts in water wheels 16 left sides respectively, by the limit of the concrete pedestal 27 of right both sides, a left side, right spoiler 8 and 7 position, back respectively with a left side, the front end of right two identical swings axles 6 is fixedly connected, a left side, right swing axis 6 inserts a left side respectively, in the axle sleeve 5 on the right spoiler support, a left side, axle sleeve 5 on the right spoiler support is installed on respectively on the frame 32, frame 32 is arranged on the concrete pedestal 27, a left side, right spoiler 8 and 7 respectively with a left side, axle sleeve 5 on the right spoiler support is rotationally connected by swing axis 6, the root of right spoiler 7 is fixedlyed connected with the top of the right piston rod 29 of double-piston hydraulic oil cylinder 28, fixedlys connected with the root of left spoiler 8 in the top of left piston connecting rod 30.Two piston rods 29 and 30 extension or contraction, make left and right spoiler 8 and 7 respectively with swing axis 6 serve as fixed point simultaneously in opposite directions or opposing rotation, the water flow that angle control by two spoilers 8 about regulating and 7 enters water wheels 16, when spoiler 8 is parallel with water (flow) direction with 7, water flow is normal, when it laterally rotates 30 ° of angle water flow maximums, when its 30 ° of angle water flow minimums that turn to the inside.
The fine tuning unit of above-mentioned speed regulating mechanism comprises variable-speed hydraulic governor 44, and described variable-speed hydraulic governor 44 is the market approved product, and variable-speed hydraulic governor 44 is installed between planet gear speed increaser 24 and the generator 26;
Described water wheels 16 elevator mechanisms comprise large and small gear 11 and 18, middle Jie's gear 14, slideway 31, walking beam 10 and 2, moved cross beam 40,39,41 and 42 and transmission shaft 21; Described walking beam 10 and 2 is provided with a left side, right two, a left side, right two walking beams 10 and 2 are installed in water wheels 16 left sides respectively, the middle part of the frame 32 of right both sides, frame 32 is arranged on the concrete pedestal 27, a left side, right walking beam 10 and 2 two ends be respectively arranged with can lifting slideway 31, slideway 31 is arranged on the frame 32, fixedly connected with frame 32, a left side, the bottom surface at right two walking beams 10 and 2 two ends correspondence respectively is provided with the first from left moved cross beam 40, the second from left moved cross beam 39, a right moved cross beam 41 and right two moved cross beams 42, and be rotationally connected with it, four moved cross beams 40,39,41 and 42 two ends are respectively equipped with slide block 43, slide block 43 lays respectively in the slideway 31 and is slidingly connected with slideway 31, four moved cross beams 40,39,41 and 42 following correspondence respectively is provided with the first from left hydraulic jack 17, the second from left hydraulic jack 9, a right hydraulic jack 1 and right two hydraulic jacks 4, and lift with the top, piston rod top of corresponding hydraulic jack and to be connected; Two bearing supports 3 that above-mentioned main shaft 12 is provided with are installed on respectively on left and right two walking beams 10 and 2; The filler opening of above-mentioned four hydraulic jacks 17,9,1 and 4 hydraulic oil all is connected with the high pressure oil delivery outlet of hydraulic press with return opening, by the oil-feed of control hydraulic jack and the lifting and the decline of oil return realization water wheels 16, the underwater penetration of promptly regulating water wheels 16 blades.
The position, termination of main shaft 12 1 ends is provided with gearwheel 11, gearwheel 11 is meshed with middle Jie's gear 14, middle Jie's gear 14 is installed on the middle axle 15 that is situated between, the both sides of gearwheel 11 are respectively equipped with left and right two continuous motion stems 13, and the two ends of continuous motion stem 13 are rotationally connected with main shaft 12 and the middle axle 15 that is situated between respectively; The middle two-end part that is situated between axle 15 is respectively equipped with left and right two swing arms 19, the two ends of two swing arms 19 are rotationally connected with centre Jie's axle 15 and transmission shaft 21 respectively, one end of transmission shaft 21 is equiped with small gear 18, small gear 18 is meshed with middle Jie's gear 14, and transmission shaft 21 is fixed on the frame 32 by bearing 20; Continuous motion stem 13 and swing arm 19 are swung along with the lifting of water wheels 16, because the connection of continuous motion stem 13 and swing arm 19 makes gearwheel 11 and middle Jie's gear 14, middle Jie's gear 14 remain intermeshing state with small gear 18.Thereby make kinetic energy that water wheels 16 obtain under the runoff effect of water pass to transmission shaft 21 by the engagement of gearwheel 11, middle Jie's gear 14 and small gear 18, the rotation of transmission shaft 21 finally makes generator 26 generatings.
Described control mechanism comprises tachogenerator 25, fluviograph 33 and control cabinet 38; Described tachogenerator 25 and fluviograph 33 are commercially available approved product, and tachogenerator 25 is installed in the end of transmission shaft 21, and the output terminal pin of tachogenerator 25 is connected with 35 with the corresponding end 34 of control cabinet 38 by lead; Fluviograph 33 is installed on the left walking beam 10, and the output terminal pin of fluviograph 33 is connected with 37 with the corresponding end 36 of control cabinet 38 by lead; Be equiped with the chip U1 of linear amplifier of single-ended input both-end output and No. two chip U2 of linear amplifier, cpu chip U3, I/O I/O chip U4 and the power amplifier level module U5 of the single-ended output of single-ended input in the above-mentioned control cabinet 38; The output terminal pin of tachogenerator 25 is connected with the input end of a chip U1 through the corresponding end 34,35 of control cabinet 38; The both-end output port of a chip U1 of line style amplifier is connected with corresponding two groups of end pin of cpu chip U3, after the calculation process of cpu chip U3, be connected to the corresponding two groups of end pin of I/O I/O chip U4, be connected with the control end of double-piston hydraulic oil cylinder 28 respectively with 47,48 with variable-speed hydraulic governor 44 from two groups of output terminals 45,46 of the corresponding output terminal pin of I/O I/O chip U4 through power amplifier level module U5 from two groups of corresponding end pin; The output terminal pin of fluviograph 33 is connected with the input end of No. two chip U2 through corresponding end 36,37 correspondences of control cabinet 38, the output port of No. two chip U2 of line style amplifier is connected with the corresponding end pin of cpu chip U3, after the calculation process of cpu chip U3, be connected to I/O I/O chip U4 and hold pin accordingly, lead to four hydraulic jacks 17,9,1 from the corresponding output terminal pin of I/O I/O chip U4 through power amplifier level module U5 output terminal 49,50 and hydraulic press and be connected with 4 high pressure oil output control circuit from the corresponding end pin.
Claims (4)
1, radial-flow water wheel generator set comprises driving mechanism, speed regulating mechanism, water wheels elevator mechanism and control mechanism; Described driving mechanism comprises water wheels (16), main shaft (12), clutch (23), planet gear speed increaser (24) and generator (26); It is characterized in that:
Described water wheels (16) are set on the main shaft (12), and fixedly connected with main shaft (12), main shaft (12) is provided with bearing support (3), one end of main shaft (12) is equiped with the water wheels elevator mechanism, concentric the fixedlying connected of gearwheel (11) of main shaft (12) and water wheels elevator mechanism, the transmission shaft of water wheels elevator mechanism (21) is fixedlyed connected with the input shaft of clutch (23) through coupling (22), the output shaft of clutch (23) is fixedlyed connected with the input shaft of planet gear speed increaser (24), the output shaft of planet gear speed increaser (24) is connected with the input shaft of variable-speed hydraulic governor (44), and the output shaft of variable-speed hydraulic governor (44) is connected with generator (26) axle;
Described speed regulating mechanism is made up of coarse adjustment and two unit of fine tuning, and described coarse adjustment unit comprises the axle sleeve (5) on left and right two spoilers (8) and (7), swing axis (6) and the spoiler support; Described left and right spoiler (8) and (7) are set to left and right symmetrical two, left and right spoiler (8) and (7) abut in respectively by the limit of concrete pedestal (27) of water wheels (16) and arranged on left and right sides, the front end of the swing axis (6) that the position, back of left and right spoiler (8) and (7) is identical with left and right two structures is respectively fixedlyed connected, left and right swing axis (6) inserts respectively in the axle sleeve (5) on the left and right spoiler support, left and right spoiler (8) and (7) respectively with left and right spoiler support on axle sleeve (5) be rotationally connected by swing axis (6); The root of right spoiler (7) is fixedlyed connected with the top of the right piston rod (29) of double-piston hydraulic oil cylinder (28), fixedlys connected with the root of left spoiler (8) in the top of left piston connecting rod (30);
The fine tuning unit of above-mentioned speed regulating mechanism comprises variable-speed hydraulic governor (44), described variable-speed hydraulic governor (44) is installed between planet gear speed increaser (24) and the generator (26), and the control end of variable-speed hydraulic governor (44) is connected with the corresponding output terminal of control cabinet by lead;
Described water wheels elevator mechanism comprises large and small gear (11) and (18), middle Jie's gear (14), slideway (31), left and right walking beam (10) and (2), the first from left, the second from left, the right side one and right two moved cross beams (39), (40), (41) and (42) and transmission shaft (21); Described walking beam (10) and (2) are provided with a left side, right two, a left side, right two walking beams (10) and (2) are installed in water wheels (a 16) left side respectively, the middle part of the frame (32) of right both sides, frame (32) is arranged on the concrete pedestal (27), a left side, the two ends of right walking beam (10) and (2) are respectively arranged with the slideway (31) of energy lifting, slideway (31) is arranged on the frame (32), fixedly connected with frame (32), a left side, the bottom surface at right two walking beams (10) and (2) two ends correspondence respectively is provided with the first from left moved cross beam (40), the second from left moved cross beam (39), right a moved cross beam (41) and right two moved cross beams (42) also are rotationally connected, four moved cross beams (40), (39), (41) and the two ends of (42) be respectively equipped with slide block (43), slide block (43) lays respectively in the slideway (31), be slidingly connected with slideway (31), four moved cross beams (40), (39), (41) and the following correspondence respectively of (42) be provided with the first from left hydraulic jack (17), the second from left hydraulic jack (9), a right hydraulic jack (1) and right two hydraulic jacks (4), and be connected with the act of top, corresponding hydraulic cylinder piston connecting rod top;
Two bearing supports (3) that above-mentioned main shaft (12) is provided with are installed on respectively on left and right walking beam (10) and (2); The position, termination of main shaft (12) one ends is provided with gearwheel (11), gearwheel (11) is meshed with middle Jie's gear (14), middle Jie's gear (14) is installed on the middle axle (15) that is situated between, the both sides of gearwheel (11) are respectively equipped with left and right two continuous motion stems (13), and the two ends of continuous motion stem (13) are rotationally connected with main shaft (12) and the middle axle (15) that is situated between respectively; The middle two-end part that is situated between axle (15) is respectively equipped with left and right two swing arms (19), the two ends of two swing arms (19) are situated between spool (15) with the centre respectively and transmission shaft (21) is rotationally connected, one end of transmission shaft (21) is equiped with small gear (18), small gear (18) is meshed with middle Jie's gear (14), and transmission shaft (21) is fixed on the frame (32) by bearing (20).
2, radial-flow water wheel generator set according to claim 1 is characterized in that: the transmission shaft (21) between above-mentioned planet gear speed increaser (24) and the generator (26) is provided with tachogenerator (25).
3, radial-flow water wheel generator set according to claim 1 is characterized in that: the length of above-mentioned spoiler (8) and (7) is between 1 meter-3 meters, and height is between 0.75 meter-1.5 meters.
4, radial-flow water wheel generator set according to claim 1 is characterized in that: the axle sleeve (5) on the above-mentioned left and right spoiler support is installed on respectively on the frame (32), and frame (32) is arranged on the concrete pedestal (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202183897U CN201258820Y (en) | 2008-10-09 | 2008-10-09 | Runoff hydroelectric generating set |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202183897U CN201258820Y (en) | 2008-10-09 | 2008-10-09 | Runoff hydroelectric generating set |
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| CN201258820Y true CN201258820Y (en) | 2009-06-17 |
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| CNU2008202183897U Expired - Lifetime CN201258820Y (en) | 2008-10-09 | 2008-10-09 | Runoff hydroelectric generating set |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101718244B (en) * | 2008-10-09 | 2012-07-04 | 韩树君 | Radial-flow water wheel generator set |
| CN103061982A (en) * | 2011-10-19 | 2013-04-24 | 韩树君 | Wind-powered water-pumping irrigation system |
| CN105952573A (en) * | 2016-06-29 | 2016-09-21 | 王祖合 | Smooth-flow pontoon hugging type power generation device |
| CN106762140A (en) * | 2016-12-19 | 2017-05-31 | 南方科技大学 | Distributed power generation device of aeroderivative fuel machine |
| CN109899215A (en) * | 2019-03-20 | 2019-06-18 | 王焕明 | A kind of ship to be generated electricity using water impact |
| CN110145424A (en) * | 2019-05-17 | 2019-08-20 | 天津天发总厂机电设备有限公司 | Novel water turbine generator set |
-
2008
- 2008-10-09 CN CNU2008202183897U patent/CN201258820Y/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101718244B (en) * | 2008-10-09 | 2012-07-04 | 韩树君 | Radial-flow water wheel generator set |
| CN103061982A (en) * | 2011-10-19 | 2013-04-24 | 韩树君 | Wind-powered water-pumping irrigation system |
| CN103061982B (en) * | 2011-10-19 | 2014-11-26 | 韩树君 | Wind-powered water-pumping irrigation system |
| CN105952573A (en) * | 2016-06-29 | 2016-09-21 | 王祖合 | Smooth-flow pontoon hugging type power generation device |
| CN106762140A (en) * | 2016-12-19 | 2017-05-31 | 南方科技大学 | Distributed power generation device of aeroderivative fuel machine |
| CN109899215A (en) * | 2019-03-20 | 2019-06-18 | 王焕明 | A kind of ship to be generated electricity using water impact |
| CN110145424A (en) * | 2019-05-17 | 2019-08-20 | 天津天发总厂机电设备有限公司 | Novel water turbine generator set |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20090617 Effective date of abandoning: 20081009 |