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WO2018066915A1 - Water wheel for hydroelectric power generation using flowing water power - Google Patents

Water wheel for hydroelectric power generation using flowing water power Download PDF

Info

Publication number
WO2018066915A1
WO2018066915A1 PCT/KR2017/010915 KR2017010915W WO2018066915A1 WO 2018066915 A1 WO2018066915 A1 WO 2018066915A1 KR 2017010915 W KR2017010915 W KR 2017010915W WO 2018066915 A1 WO2018066915 A1 WO 2018066915A1
Authority
WO
WIPO (PCT)
Prior art keywords
plate
drip
drip tray
water
rope
Prior art date
Application number
PCT/KR2017/010915
Other languages
French (fr)
Korean (ko)
Inventor
민병곤
Original Assignee
민병곤
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 민병곤 filed Critical 민병곤
Publication of WO2018066915A1 publication Critical patent/WO2018066915A1/en

Links

Classifications

    • 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
    • F03B17/06—Other machines or engines using liquid flow with predominantly kinetic energy conversion, e.g. of swinging-flap type, "run-of-river", "ultra-low head"
    • 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
    • F03B13/12—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy
    • F03B13/26—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy using tide energy
    • 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
    • F03B13/12—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy
    • F03B13/26—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy using tide energy
    • F03B13/264—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy using tide energy using the horizontal flow of water resulting from tide movement
    • 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
    • F03B7/00—Water wheels
    • 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
    • F03B7/00—Water wheels
    • F03B7/003—Water wheels with buckets receiving the liquid
    • 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
    • F03B7/00—Water wheels
    • F03B7/006—Water wheels of the endless-chain type
    • 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
    • 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
    • Y02E10/30—Energy from the sea, e.g. using wave energy or salinity gradient

Definitions

  • the present invention by using the force of the hydraulic power using a drip plate receiving the flow rate of water flowing in a certain direction of the water to the hydroelectric generator to produce electricity using the force of the drip plate moving in the direction of the flow rate in the water It is about.
  • the drip plate is submerged in the water, but the buoyancy action to tap the drip plate to float in a certain position to form a wing plate and connect the drip plate to lighten the configuration of the endless rogue device, which is moved in the belt
  • the drip tray plate is installed to be rotated so that the drip plate keeps the flow rate of water on the water to receive the flow rate, and is formed lightly so that the weight of the drip plate is not transferred to the belt through the buoyant body in the water.
  • the present invention aims to solve the problems of the existing hydroelectric generators by providing a hydroelectric generator that can be operated effectively by using the flow rates of general rivers and the sea velocity.
  • the present invention because the drip plate is submerged in the water, but the drip plate is installed with a buoyancy body that the drip plate is floated at a certain level, the buoyancy buoyancy in the state of floating in the water by forming the drip plate to be rotated in the belt through the buoyancy body
  • the drip plate is installed to receive the flow rate of the water, and during the movement of the drip plate receiving the hydraulic power, the belt wheel is installed to reduce the friction force received by the belt connected to the drip plate and the hydraulic power
  • a buoyancy body is installed to jump the power generator onto the water.
  • the simplicity of the structure of the fixing device and the drip plate and the frictional force of the drip plate during the installation operation It is characterized by consisting of drip board with buoyancy to produce electricity by using the flow rate, where it can be easily installed where water flow rate is formed so as not to form.
  • the present invention by forming a buoyancy body with a drip plate of the belt, the plate standing up to receive the flow rate in the drip plate, and the frictional force between the drip plate and the drip plate fixing device by maintaining the state in the water as a buoyancy body. Efficiently, it is possible to produce electricity by using a hydraulic power.
  • FIG. 1 is a flow chart of the operation of the hydroelectric aberration using the water flow of the present invention
  • FIG. 2 is a plan view of the hydroelectric aberration using the water flow according to the present invention.
  • FIG. 3 is a perspective view of the drip tray according to the invention.
  • FIG. 4 is an operation explanatory diagram of the drip tray according to the present invention.
  • FIG. 5 is an explanatory diagram of installation of a power generation device according to the present invention.
  • the present invention has a rotation axis 363 and a rotation axis 363 spaced apart from each other (771).
  • Rotating shaft holder for connecting the two ends of (113) and the horizontal axis (161), as shown by the arrow (161) between the axis of rotation and the axis of rotation to fix the axis of rotation (363), the main power rotation chain of the aberration (700) ) Is installed, the rotary shaft fixed shaft (10) and the rotary shaft holder (10) fitted to the rotary shaft fitting 20 formed on both ends of the shaft 30, the rotary shaft 363 and the rotary shaft 377 and the spaced apart (771) Both ends of the left side 220 and the right side 110 of the 363 are fitted and installed in the same manner as the dotted line display 113.
  • the rotary shaft 363 and the rotary shaft 363 are installed to be spaced apart from each other (113), as shown by the arrow 771, and the rotary shaft 363 is installed to be spaced apart from each other (771) by the rotary shaft holder (10) and Two identical gears 40 are fixed to the rotary shaft 363 at equal intervals 661 at regular intervals, such as the arrow 661, and are installed as the rotary shaft 363 and one body.
  • the hydrodynamic aberration 700 is fixed to the buoyancy body 553 so that the buoyancy body as shown in the dotted line circular display 399 to the rotary shaft support 10 and the side 577.
  • a buoyancy body fixing table 615 is fixedly attached, and the buoyancy body fixing table 615 which is installed in the lateral direction as shown by the arrow 66 is obtained and placed on the buoyancy body 553 as a dotted circle mark 616 and placed aberration (700).
  • the bottom belt 813 of the hydro-powered water-car (700) using the hydraulic power is submerged in water and the top belt (812) is lifted above the water.
  • the drip tray plate 633 is installed on the needle 50 such that the drip tray plate 633 is hung like a dotted circular mark 007 to transfer the hydraulic power 711 to the rotary shaft 363 and the rotary shaft 363 of the hydroelectric aberration.
  • the receiving plate belt 633 will be described.
  • the rope connector is installed with the rope 70 through the rope connecting ring 99 at a constant interval 828 between the rope 70 and the rope 70 through the rope 70.
  • the drip tray stand ring 101 formed at the end of the drip tray stand 909 to the 80 is inserted and installed like a dotted circle mark 448, and the drip tray stand ring 101 is installed (448).
  • the drip tray stand ring (101) installed at the end of the drip tray stand (909) is installed to be inserted into the rope connecting body (80), such as dashed circle display 448, the drip tray stand On the opposite side of the ring (101), the drip tray stand (909) and the drip tray stand operating shaft fitting body (040) fixedly attached to the end with one body are formed as shown in the arrow (040).
  • the working shaft 626 is fitted to the drip tray plate working shaft fitting 505 fixedly formed, such that the working shaft 626 is indicated by the dotted line circular mark 070, so that the drip plate 404 is connected to the rope connector 80. It is connected to the drip tray plate 909 connected with the dotted line circle (070).
  • the drip plate 404 is connected to the installation (070), through the drip tray 909 It is preferable that the drip plate 404 is firmly connected to the rope connector 80.
  • the drip tray plate 404 through the drip tray plate 909 to the rope connector 80 in the bar shown in Figs. 2 and 3 is connected as shown by the dotted circle mark 448, the drip tray
  • the spacing 966 between the ropes 70 installed in the connection 919 with the rope connecting ring 99 is wider than the length 733 of the plates 404, as shown by the arrow 966.
  • a rope connecting ring 99 are installed as shown in the arrow 966 with the drip plate 404 interposed therebetween through the rope connecting body 80.
  • the drip tray plate 404 is the same as the arrow (494) in front of the drip tray plate (030).
  • the working shaft 626 is inserted into the shaft fitting hole 808 as shown by the dotted line circular mark 070 so that the drip tray 909 between the drip tray plate 404 and the rope connector 80 is connected with the dotted line circular mark 070. It is connected to the drip board 404 and the rope connector 80 as shown by the dotted circle mark 448.
  • the operation shaft 626 is inserted into the drip tray plate operating shaft fitting 505 and the drip tray plate operating shaft fitting 040 so that the drip tray plate 909 and the drip plate 404 are connected ( 070) is installed, the operation shaft 626 is fitted to the operating shaft fitting hole 808 formed of the drip tray plate operating shaft fitting body 040 and the drip tray plate operating shaft fitting 505, which rotates smoothly through physical force. It is installed to be in operation 996.
  • the buoyancy plate 118 is attached to the top 116 of the rear side 114 at the time of the arrow of the drip plate 404 is fixedly attached as shown by the dotted line circular display (466).
  • drip plate plate 909 and drip plate 404 is fixedly attached to the installation.
  • the drip tray stand 909 connected with the rope connector 80 and the dotted circle mark 448 is horizontal.
  • the drip tray stand working shaft fitting 040 and the drip plate working shaft fitting 505 are pivotally operated 996 through the working shaft fitting 626.
  • the operating shaft 626 at the end of the drip tray plate in the horizontal state 901 by using The drip tray plate fixing device 303 is formed in the drip tray plate 909 to fix the state of the slope 713 behind the drip plate 404 on the basis of the vertical dotted line 737.
  • the drip tray plate fixing device 303 stands the bolt-to-stall 308 having the same structure as the dotted circle 838 and the arrow 929 on the top 565 and the bottom 656 of the drip tray 909.
  • a fixed attachment 838 and a nut 775 of the bolt-to-stick 308 are formed at the end of the bolt-to-stick 308 as shown by the dotted line circle 747.
  • the bolt bars 772 in which the bolts 262 are formed are inserted into the nut 775 of the bolt bar fixing plate 308 formed as shown by the dotted line circle mark 747 and the bolt like the dotted line circle mark 747. It is installed in the nut 775 of the mounting bracket 308.
  • the drip tray plate fixing device 303 is a bolt stand (Rotating action 922) of the bolt stand (772) of the bolt stand (308) by rotating the operation of the bolt stand (772) 772 is moved forward and backward as shown by the arrow 655 using the nut 775 in the bolt-to-stand 308, and the drip tray when the drip tray 404 is in the horizontal state 901 of the drip tray 909.
  • Rotating action 922 of the bolt stand (772) of the bolt stand (308) by rotating the operation of the bolt stand (772) 772 is moved forward and backward as shown by the arrow 655 using the nut 775 in the bolt-to-stand 308, and the drip tray when the drip tray 404 is in the horizontal state 901 of the drip tray 909.
  • the drip plate 404 is rearwarded as shown by arrow 713 using the pivoting operation 939 in which the drip plate 404 is tilted toward the back of the dripplate as shown by arrow 713.
  • the bolt stand using the function of the arrow 655 of the bolt stand 772, which is the drip tray plate fixing device 303 to fix the state 713 is fixed to the bolt stand
  • An end of 772 is a front surface of the drip plate 030 and a portion of one end of the top 788 of the drip plate 404 and the front 030 of the bottom 887 is indicated by a dotted circle.
  • the bolts (772) are opened to reach the top (788) and the bottom (887), and fixed and supported by fixing the lean state (713) is attached (979) is installed and fixed.
  • the drip plate 404 is connected to the bolt stand 772, but the drip plate 404 is connected to the rope connector 80 through the drip plate stand 909 to 448 to the drip plate stand (
  • the plate 404 is inclined in the back state as shown by the arrow 713 on the basis of the dotted line 737 when the state 909 is in the horizontal state 901, it is held and fixed through the drip tray plate fixing device 303. To be installed.
  • the drip tray fixing device 303 is a dotted circle mark (top) 565 and the bottom 656 of the drip tray stand 909 for the same purpose of the same structure for holding and fixing the tilted state of the drip plate 404 ( As shown in 808, the bolt bar fixing stand 308 is fixedly installed 808, and the bolt bar 772 is fitted to the bolt fixing bar 308 as shown by the dotted line circle mark 747.
  • the drip plate 404 of the apparatus of the present invention is the top surface 565 and the bottom surface of the drip plate stand 909 of the drip plate fixing device 303 to adjust and fix the inclined state 713 of the drip plate 404 ( 656 and the front end 030 of the drip tray 772 and the front plate 030 of the drip plate attached to the bolt bar holder 308 fixedly coupled with the operation shaft 626 ) Drip plate 404 is to be tilted backward as shown by the arrow 713 is installed to attach the connection coupling fixed.
  • the aberration 700 is fixed to the bottom surface 551 under the water surface (091) as shown by the dotted line circle 612 in the bar of Figure 5, the support stand 555 to be installed under the water surface
  • the drip plate 404 of the belt 633 installed in the attachment connection fixing installation, such as 300, so as to be submerged in water and operate with the force of the water flow 711.
  • the buoyancy body 553 floating on the water shaft A buoyant body 553 is formed and attached to the side surface 577 of the holder 10 under the buoyancy body fixing table 615 that is fixedly installed as the dotted line circular mark 399.
  • the upper belt 812 of the aberration using water flow with the force of the buoyancy force 117 of the installed buoyancy body 553 is spaced 218 apart from the water surface 091 and the arrow 218,
  • the belt 813 is installed in the water 511 so as to be locked as shown by the arrow 813. As described above, in the bar shown in FIG.
  • the axle fixing rope 600 which is connected and fixed to the rotary shaft fixing stand 10 and the dotted line circle mark 017, to fix the position in place on the water so as to have an aberration
  • the aberration fixing rope 600 connected to the rotary shaft fixing stand 10 to a pile or a bridge pier 722 installed on the bottom 551 of 511 is mounted.
  • a method 744 for holding and fixing the mare as shown by the dotted line is fixed to the hydropower aberration 700 using the flow power of the present invention in the flow power 711 and the drip tray 404 is used to fix the flow power 711. It can be installed so that it can be hydropowered.
  • the drip plate belt 633 by the hydraulic power to the rear side 114 as shown by the arrow 713
  • the rotation operation 310 of the aberration when the hydraulic power of the arrow 711 is received by the drip board plate front surface 030 of the inclined drip tray plate 404 will be described.
  • the drip tray plate 633 is installed on the gear 40 of the rotating shaft 363 to be spaced apart from each other as shown by the dotted circle (007), The drip tray plate 633 is installed so that the lower drip tray belt 813 is locked into the water 511 as shown by the arrow 813.
  • the top drip plate belt 812 in the bar shown in Figures 1 and 2 and 5 is installed so as to protrude spaced 218 above the water surface (091), the drip plate belt of the 633 is a dotted line near the end of the left side 912 and the right side 913 at the time of the arrow of each rope connecting body 80, which forms the drip tray belt 633 in the bars of FIGS. 2 and 3.
  • the rope connecting ring 99 is spaced apart from the installed rope connecting ring 99 as shown by the arrow 88 at the left side 912 and the right side of the rope connecting body 80.
  • the end of the belt 913 and the belt wheel 197 are fitted to the rope connector 80 so as to be rotated as shown by the arrow 106 so as to be rotated as shown by the dotted line circle mark 914.
  • a lower wheel cloud 818 is installed to allow the rolling operation 106, wherein the lower wheel cloud 818 is obtained in which the belt wheel 197 is obtained on the lower wheel cloud 818.
  • the belt wheel 197 is installed in a straight line so that the belt wheel 197 can be rolled smoothly by the action of supporting the weight of the drip plate belt 633.
  • the gear 40 Belt wheel 197 of the arrow 886 which is a component of the drip tray belt 633, which is released from the gear down to the water 511 during the rotation operation 310 of the
  • the rope of the lower sump plate belt 813 is rolled up until the rope 70 of the rope connecting body 80 of the wheel 106 is rolled up to the opposite gear. 70) the bottom wheel, which prevents the struck down
  • the worm wheel 818 is fixed to the rotary shaft fixing rod 10 and the connecting rod 757 as a dotted circle mark 575, and the lower wheel roller 818 is installed so as to be locked by the water 511 and the rotary shaft It is formed between the gear 40 and the rotary shaft gear 40.
  • the upper wheel rolling belt 816 rolls the belt wheel 197 of the upper drip tray belt 812 located on the water surface is formed in a straight line horizontally in the bar shown in Figure 1 and Figure 2
  • the belt wheel 190 which is loosened up as shown by the arrow 210, is installed to be a rolling operation 106
  • the upper wheel roller 816 is a rotary shaft gear 40 and a rotary shaft gear 40.
  • the table 816 be fixed to the rotary shaft fixing table 10 and the connecting table 757 as shown by the dotted line circular display 575.
  • the drip plate 404 of the drip plate belt 633 operates by receiving the flow rate 711 of the water.
  • the drip tray plate 404 is installed with a drip plate stand 909 and is fixedly attached and through the drip plate stand 909 drip plate stand ring 101 as shown in Figures 1 and 3 and 4 Rotating up and down through the drip tray 909 in the water 511 using the operation 606 the drip tray 909 is rotated 360 ° as shown by the arrow 606 around the rope connector (80) ( 993).
  • drip tray 909 is the weight of the drip plate 404 and drip tray plate 909 through the rotation operation 606 in the rope connection 80, the arrow 944 through the rotation operation 606
  • the drip tray 404 runs like the arrow 449 on the drip tray stand 909 where the drip tray stand 909, which is lowered down, is lifted up above the water surface (091). 449) and the belt wheel (197) rolls on the upper wheel cloud 816, and moves to the rope connector 80 through the drip tray 909 to move as shown by the arrow (773).
  • the upper drip tray belt 816 is moved (773) is wound on the gear 40 and the operation is released (310) while the gear 40 is rotated (310) as shown by the arrow 310
  • the drip plate 404 is lowered on the water (091) like the drip plate (013)
  • the flesh display operation 410 is made through the rotation operation 310 of the gear 40.
  • the drip tray plate has an arrow 688 when the drip tray belt 633 enters the water 511.
  • the gear is rotated as shown by the arrow 310, the drip plate 013 is submerged in the water like the drip plate 510
  • the 510 is connected to the drip tray plate 909 and the drip plate attached to the fixing plate through the buoyancy plate 118 through the rotation operation 993 of the drip plate plate ring 101 connected to the rope connector 80.
  • the 510 is connected to the drip tray plate 909 and the drip plate attached to the fixing plate through the buoyancy plate 118 through the rotation operation 993 of the drip plate plate ring 101 connected to the rope connector 80.
  • the drip plate 887 As it floats in the water, it is installed to operate in the water as the drip plate 887 at the flow rate 711.
  • the drip plate 510 and the drip plate 404 submerged in the water is moved while receiving the flow rate of the water 711, buoyancy plate to float the drip plate 404 in the water (511)
  • the drip plate 404 At the end of the drip tray 909 connected to the buoyant action 117 of the 118 and the rope connector 80, the drip plate 404 is acted by the flow rate of water 712 and is laterally 114 in the water 511. Water flow rate while the front surface 030 of the drip plate 404, which is erected at an angle (713) and is erected to the rear side 114 in the water flow direction (711), is subjected to the flow action (711). In the direction of action, the drip plate 404 is maintained in a standing state 713 to be moved.
  • the drip plate 404 is submerged to prevent the drip plate 404 does not sink into the water 511 during the movement operation
  • the present invention is the upper end of the back side 114 of the drip plate ( 116 ) buoyancy plate installed fixedly with drip board and one body
  • the drip plate 404 when the drip plate 404 receives the flow rate action 711 of the water, the buoyancy plate 118, which floats on the water as shown by the dotted line 405, when the arrow ( In order to sink into the water 511 like the buoyancy plate 118 of 406 and to allow the front surface 030 of the drip plate 404 to receive a lot of flow velocity, the drip plate 404 is used in the present invention.
  • the drip plate 404 in the drip tray plate 909 is horizontal (901)
  • the drip tray 404 is slanted as shown by the arrow 713 toward the back 114 based on the dotted line 737 centered on the actuating shaft 606 fitted to the drip tray operating shaft fitting 040.
  • the top surface 565 of the drip tray 909 so that the tilted state 713 is maintained.
  • the bolt bar 772 in the drip tray holder 308 installed on the bottom 656 the bolt bar 772 is dotted with the top 788 and the bottom 887 of the front of the drip plate 030, respectively.
  • Fixed and attached as indicated by the mark 979, and the drip plate 404 is plated on the back side 114 as shown by the arrow 713 around the working shaft 626 based on the dotted line 737 (713). Installed so that
  • the present invention is locked in the water 511 in the bar as shown in FIG. 4 but does not sink into the water through the buoyancy plate 118, the front surface of the drip board 404 inclined backward ( In the action 711 where the water flow rate is 030, the water flow rate action 711 is floated on the water by the buoyancy plate 118, and the front surface of the drip plate 404 is maintained at an angle. In the action 711 where the flow rate 711 pushes the drip plate 404 forward, as shown by the arrow 711, the drip plate 404 moves to the rear 114 and the slanted drip tray 713.
  • the drip plate 404 receives and simultaneously floats the drip plate 404 in the water 511 with the buoyancy force 117 of the buoyancy plate 118.
  • the drip plate 404 does not float up under the action of the flow rate 712 and does not sink down with buoyancy action 711 so that the drip plate belt 633 is the forward action of the front surface 030 of the drip plate 404
  • the drip tray belt 633 moves in the direction of the flow velocity and rotates the rotation shaft 40 through the rotation shaft gear 40.
  • the position in the water is no longer subsided when the aberration is operated and the drip plate plate ring 101 to the rope connector 80, the drip plate 404 connected to the water Water flow plate (404) placed in the direction of water flow (711) and buoyancy action (117) of the buoyancy plate (118), so that the front surface (030) of the drip plate (404) receives the flow action (712)
  • the drip plate is moved 227 in the direction of arrow 227 in the fluidity of the water, the drip plate is inserted into the rope connector 80 so as to rotate up and down through the drip tray plate ring 101 connected thereto. Is installed.
  • the present invention is a stone 716 placed on the river bed 551, such as the dotted line circle 717 in the bar shown in Figure 4 in the movement operation of the drip plate 404 receives the flow rate of water (712) And the lower end 667 of the back of the drip tray 116 collide with the dashed circular mark 727 (717).
  • the rotational axis 606 of the operation shaft holder 505 connected to the drip tray 909 is installed. Rotation of the drip tray plate 404 through the lowering of the drip plate 404 The end 667 is installed to relieve the stratification of the impingement and move over the stone with an action 719 that sounds like an arrow 719 toward the front 030.
  • the drip tray 404 of the device of the present invention dotted line circle mark (979) the bolt 772 and the front surface 030 of the drip plate 404 for fixing the inclined state of the drip plate (404) It is preferable to be fixedly attached to the connection connection as

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • General Life Sciences & Earth Sciences (AREA)
  • Oceanography (AREA)
  • Other Liquid Machine Or Engine Such As Wave Power Use (AREA)
  • Hydraulic Turbines (AREA)

Abstract

The present invention comprises a hydroelectric power generating device in which a splash plate is rotated while actively receiving water power and while floating on water, through a splash plate belt connected to a rope, using water power of a river and a stream and tides of a sea which constantly run in one direction.

Description

【발명의 설명】  [Explanation of invention]
【발명의 명칭】 [Name of invention]
유수력을 이용하는 수력발전수차 {omi tted} 【기술분야】  Hydro-powered aberration using flowing water {omi tted}
[0001] 본 발명은， 수력의 힘을 이용하는 것으로서 물의 일정한 방향으로 흐르는 물의 유속을 받는 물받이판을 이용하여 물속에서 유속의 방향으로 이동하는 물받이판의 힘을 이용하여 전기를 생산하는 수력발전장치에 관한 것이다.  The present invention, by using the force of the hydraulic power using a drip plate receiving the flow rate of water flowing in a certain direction of the water to the hydroelectric generator to produce electricity using the force of the drip plate moving in the direction of the flow rate in the water It is about.
【발명의 배경이 되는 기술】 [Technique to become background of invention]
[0002] 기존의， 유수력을 이용하는 수차의 기술올 살펴보면 물받이판과 물 받이판이 연결된 무한패도쩍장치인 무한패도에 물받이판이 설치되어 물받이판이 물 의 유속을 받게 될 때， 물받이판이 이동작동으로 회전하는 수력발전장치와 또는 무 한패도적장치에 수력발전장치의 날개판의 비틀어진 각도에서 유속에 의하여 회전하 는 장치가 있으나 이러한 장치는， 밸트를 구성하는 날개판과 날개판을 연결 작동하 는 장치의 구성이 무겁게 형성되고 무한패도에서 이동작동장치의 작동시 고정장치 와의 마찰력 발생과， 수력발전장치의 설치시 날개판과 날개판을 붙드는 무한패도의 구성을 통한 마찰력으로 효율의 저하와， 수력발전장치의 운용시에 운용대비 수차의 장치의 작동시의 마찰력등으로 생산의 효휼성이 개선되어야하는 등의 문제점이 있 었다.  Conventional, look at the technology of water wheels using water power, when the drip tray plate is installed in the infinite plate of the infinite plate flashing device connected to the drip plate and the drip plate when the drip plate is subjected to the flow of water, the drip plate is rotated to move operation There is a device that rotates due to the flow rate at the twisted angle of the wing plate of the hydropower device in the hydropower unit or infinitive trolley system, but such a device is a device for connecting the wing plate and the wing plate constituting the belt Of heavy formation and frictional force generated by the fixed device during the operation of the mobile operation device in infinite crushing, and the reduction of efficiency due to the frictional force through the configuration of the infinite plate holding the wing plate and the wing plate when installing the hydroelectric generator When operating the equipment, there is a problem that the efficiency of production should be improved due to the frictional force of the operation of the equipment with aberration compared to the operation. It was.
(선행기술문헌) 10-2007-0041875 . 10-2007-0026938. 10-2007-0089015 【발명의 내용] (Prior art document) 10-2007-0041875. 10-2007-0026938. 10-2007-0089015 [Contents of the Invention]
【해결하고자 하는 과제】  Problem to be solved
[0003] 이에 본 발명은， 물받이판이 물속으로 잠겨지되 물받이판이 일정한 위치에 뜨있도톡 하는 부력작용을 날개판에 형성하고 물받이판을 연결하는 무한패 도적장치의 구성을 가볍게 하며， 밸트에서 이동하는 물받이판이 회동작동이 되어지 게 설치되게하여 물받이판이 물의 유속을 물위에 뜬 상태를 유지하여 유속을 받게 하고 물속에서 부력체를 통하여， 밸트에 물받이판의 무게가 전가되지 않도록 가볍 게 형성하여， 강과 일반하천의 유속과 바다의 유속을 이용하여서도 효과적으로 운 용할 수 있는 수력발전장치를 제공하여 기존 수력발전장치의 문제점을 해결하고자 한다. In the present invention, the drip plate is submerged in the water, but the buoyancy action to tap the drip plate to float in a certain position to form a wing plate and connect the drip plate to lighten the configuration of the endless rogue device, which is moved in the belt The drip tray plate is installed to be rotated so that the drip plate keeps the flow rate of water on the water to receive the flow rate, and is formed lightly so that the weight of the drip plate is not transferred to the belt through the buoyant body in the water. The present invention aims to solve the problems of the existing hydroelectric generators by providing a hydroelectric generator that can be operated effectively by using the flow rates of general rivers and the sea velocity.
【과제의 해결 수단】  [Measures of problem]
본 발명은， 물받이판이 물속으로 잠겨지되 물받이판이 일정한 수위에서 뜨있 게 되는 부력체가 있는 물받이판이 설치되므로서， 상기 부력체를 통하여 밸트에서 회동되는 물받이판을 밸트에 형성하므로서 물에 뜨있는 상태의 부력을 갖는 물받이 판을 제작 설치하여， 물받이판이 물의 유속작용을 받을 수 있게 설치되고 상기 유 수력을받는 물받이판의 이동작동시， 물받이판과 연결된 밸트가 받게되는 마찰력이 감소되는 밸트바퀴가 설치되고 수력발전 장치를 물위에 뛰우는 부력체가 설치되며， 고정장치와 물받이판의 구조의 간결함과 설치 작동시 장치의 마찰력이 물받이판과 형성되지 않도록 하여서 물의 유속이 형성되는 곳이면 간편설치 할 수 있는， 유속 을 이용하여 전기를 생산하는 부력을 갖는 물받이판으로 이루어진것에 특징이 있다. The present invention, because the drip plate is submerged in the water, but the drip plate is installed with a buoyancy body that the drip plate is floated at a certain level, the buoyancy buoyancy in the state of floating in the water by forming the drip plate to be rotated in the belt through the buoyancy body By manufacturing and installing the drip tray plate, the drip plate is installed to receive the flow rate of the water, and during the movement of the drip plate receiving the hydraulic power, the belt wheel is installed to reduce the friction force received by the belt connected to the drip plate and the hydraulic power A buoyancy body is installed to jump the power generator onto the water. The simplicity of the structure of the fixing device and the drip plate and the frictional force of the drip plate during the installation operation It is characterized by consisting of drip board with buoyancy to produce electricity by using the flow rate, where it can be easily installed where water flow rate is formed so as not to form.
【발명의 효과】  【Effects of the Invention】
[0004] 본 발명은， 부력체를 밸트의 물받이판과 형성시킴으로서 물받이판이 물속에서 유속을 받도록하는 판이 세워진 상태와， 물속에 있는 상태를 부력체로 유 지 시킴으로서 물받이판과 물받이판 고정장치와의 마찰력을, 효과적으로 제거하여 유수력올 이용하여 전기를 생산할수 있게 된다.  The present invention, by forming a buoyancy body with a drip plate of the belt, the plate standing up to receive the flow rate in the drip plate, and the frictional force between the drip plate and the drip plate fixing device by maintaining the state in the water as a buoyancy body. Efficiently, it is possible to produce electricity by using a hydraulic power.
【도면의 간단한설명】  【Brief Description of Drawings】
[0005] 도 1은본 발명 유수력을 이용하는 수력발전수차의 작동공정도 도 2는 본 발명에 따른 유수력을 이용하는 수력발전수차의 평면도  1 is a flow chart of the operation of the hydroelectric aberration using the water flow of the present invention FIG. 2 is a plan view of the hydroelectric aberration using the water flow according to the present invention.
도 3은 본 발명에 따른 물받이판의 사시도  Figure 3 is a perspective view of the drip tray according to the invention
도 4는 본 발명에 따른 물받이판의 작동 설명도  Figure 4 is an operation explanatory diagram of the drip tray according to the present invention
도 5는 본 발명에 따른 발전장치의 설치 설명도  5 is an explanatory diagram of installation of a power generation device according to the present invention;
(80)： 로프연결체 (404) : 물받이판  (80) ： Rope connecting body (404): drip board
(70)： 로프 (99) : 로프연결링  (70) ： Rope (99): Rope connecting ring
(101)： 물받이판대링 ( 10) : 회전축고정대  (101) ： drip tray ring (10): rotating shaft holder
( 118)： 부력판 (303) : 물받이판고정장치  (118) ： Buoyancy plate (303): drip tray fixing device
【발명을 실시하기 위한구체적인 내용】 [0006] 본 발명을 첨부된 도면을 참조하여 상세히 설명하면 다음과 같다 [0007] 도 1내지 도 5의 도시된 바와 같이 본 발명은， 상호간 이격 (771)한 회전축 (363)과 회전축 (363)의 양끝부분을 연결고정 ( 113)하고 회전축과 회전축 사이 에 화살표시 (161)와 같이 수평 ( 161)으로 놓여서 수차 (700)의 주동력회전체인 회전 축 (363)을 고정하는 회전축고정대 ( 10)가 설치되되， 상기 회전축고정대 ( 10)와 회전 축고정대 (10) 양끝부분에 형성된 회전축끼움대 (20)에 끼워져 장치된 베어링 (30)에, 상기 이격 (771)한 회전축 (363)과 회전축 (363)의 좌측 (220)과 우측 (110)의 양끝부분 이 끼워져 점선원형표시 (113)와 같아 설치된다. [Specific contents to carry out invention] [0007] The present invention will be described in detail with reference to the accompanying drawings as follows. As shown in FIGS. 1 to 5, the present invention has a rotation axis 363 and a rotation axis 363 spaced apart from each other (771). Rotating shaft holder for connecting the two ends of (113) and the horizontal axis (161), as shown by the arrow (161) between the axis of rotation and the axis of rotation to fix the axis of rotation (363), the main power rotation chain of the aberration (700) ) Is installed, the rotary shaft fixed shaft (10) and the rotary shaft holder (10) fitted to the rotary shaft fitting 20 formed on both ends of the shaft 30, the rotary shaft 363 and the rotary shaft 377 and the spaced apart (771) Both ends of the left side 220 and the right side 110 of the 363 are fitted and installed in the same manner as the dotted line display 113.
상기와 같이하여 회전축 (363)과 회전축 (363)이 화살표시 (771)와 같이 상호간 이격고정 ( 113) 설치되며 상기 회전축고정대 ( 10)로 상호간 이격 (771)설치되는， 회전 축 (363)과 회전축 (363)에는 두개의 동일한 기어 (40)가 화살표시 (661)와 같이 일정 한 간격으로 동일하게 이격 (661)고정되어 회전축 (363)과 한 몸체로 설치된다.  As described above, the rotary shaft 363 and the rotary shaft 363 are installed to be spaced apart from each other (113), as shown by the arrow 771, and the rotary shaft 363 is installed to be spaced apart from each other (771) by the rotary shaft holder (10) and Two identical gears 40 are fixed to the rotary shaft 363 at equal intervals 661 at regular intervals, such as the arrow 661, and are installed as the rotary shaft 363 and one body.
【0008】 그리고, 도 2와 도 5의 도시된 바에 있어서 수력발전수차 (700)가부 력체 (553)와 고정되도록 회전축고정대 ( 10)와 측면 (577)으로 점선원형표시 (399)와 같이 부력체고정대 (615)가 고정부착되고, 화살표시 (66)와 같이 측면방향으로 형성 설치되는 부력체고정대 (615)가 부력체 (553)위에 점선원형표시 (616)와 같이 얻혀지 고 놓여서 수차 (700)가 물위 (091)에 뜨있도록 놓여， 유수력을 이용하는 수력발전수 차 (700)의 하단밸트 (813)가 물속에 잠기고 상단밸트 (812)가 물위로 들려져있도특 설치된다.  And, as shown in FIGS. 2 and 5, the hydrodynamic aberration 700 is fixed to the buoyancy body 553 so that the buoyancy body as shown in the dotted line circular display 399 to the rotary shaft support 10 and the side 577. A buoyancy body fixing table 615 is fixedly attached, and the buoyancy body fixing table 615 which is installed in the lateral direction as shown by the arrow 66 is obtained and placed on the buoyancy body 553 as a dotted circle mark 616 and placed aberration (700). ) Is placed so as to float on the water (091), the bottom belt 813 of the hydro-powered water-car (700) using the hydraulic power is submerged in water and the top belt (812) is lifted above the water.
[0009] 상술된 바에서， 상호간 이격 (771)하여 설치된 회전축기어 (40)에 피 니언 (50)에 물받이판밸트 (633)가 점선 원형표시 (007)와 같이 걸려지게 설치하여 수 력발전 수차의 회전축 (363)과 회전축 (363)에 유수력 (711)을 전달하게 형성되는 물 받이판밸트 (633)를 설명하기로 한다. In the above-described bar, avoid the rotation shaft gear 40 installed to be spaced apart from each other (771) The drip tray plate 633 is installed on the needle 50 such that the drip tray plate 633 is hung like a dotted circular mark 007 to transfer the hydraulic power 711 to the rotary shaft 363 and the rotary shaft 363 of the hydroelectric aberration. The receiving plate belt 633 will be described.
[0010] 상기 물받이판밸트 (633)는， 도 1 내지 도 5의 도시된 바에 있어서 화살표시 (828)와 같이 로프연결체 (80)가 로프 (70)들를 통하여 로프연결체 (80) 상호 간 일정한 간격 (828)으로 설치되며， 상기의 로프연결체 (80)와 로프연결체 (80)를 연 결하는 로프 (70)들를 통하여 회전축기어 (40)의 피니언 (50)의 화살표시의 간격 (53 3)과 동일한 간격 (828)으로, 로프연결체 (80)와 로프연결체 (80)사이의 간격 (828)을 형성하여 설치되며 상기의 로프연결체 (80)는 로프 (70)와 한몸체로 고정부착된 로프 의 로프연결링 (99)들을 통하여 상기 로프연결링 (99)에 로프연결체 (80)의 양 끝부분 이 점선원형표시 (919)와 같이 끼워져 연결고정 (919) 설치되어, 로프연결체 (80)와 로프연결체 (80)가 점선원형표시 (919)와 같이 로프 (70)와 연결되어 밸트를 형성하게 된다.  The daffle plate belt 633, the rope connector 80 as shown by the arrow bar 828 in the bar shown in Figures 1 to 5 between the rope connector 80 through the ropes 70 Installed at regular intervals 828, the interval at the time of the arrow of the pinion 50 of the rotary shaft gear 40 through the rope 70 connecting the rope connector 80 and the rope connector 80 (53) At the same spacing 828 as 3), it is installed by forming a spacing 828 between the rope connecting body 80 and the rope connecting body 80, wherein the rope connecting body 80 is formed by the rope 70 and one body. Both ends of the rope connector 80 are inserted into the rope connection ring 99 through the rope connection rings 99 of the fixedly attached rope, and the connection fixing 919 is installed by being fitted with a dotted circle mark 919. The connecting body 80 and the rope connecting body 80 are connected with the rope 70 to form a belt as shown by the dotted line circle 919.
[0011] 상기와 같이하여， 로프 (70)를 통하여 로프 (70)와 로프 (70)사이에 일 정간격 (828)으로 로프연결링 (99)을 통하여 로프 (70)와 설치되는 로프연결체 (80)들 에 물받이판대 (909)의 끝부분에 형성된 물받이판대링 ( 101)들이 점선원형표시 (448) 와 같이 끼워져서 설치되며， 상기 끼워져서 설치 (448)된 물받이판대링 ( 101)과 한 몸체로 고정부착형성되는 물받이판대 (909)들의 물받이판대링 (101)의 반대쪽 끝부분 에 형성설치된 물받이판대작동축끼움체 (040)를 통하여 물받이판 (404)들이， 점선원 형표시 (070)와 같이 연결 고정되어 물받이판밸트 (633)를 형성한다. [0012] 상기와 같이하여， 물받이판대 (909)의 끝부분에 장치된 물받이판대링 ( 101)이 점선원형표시 (448)와 같이 로프연결체 (80)에 끼워져서 설치되고， 상기 물 받이판대링 ( 101)의 반대쪽으로 물받이판대 (909)와 한몸체로 끝부분에 고정부착하는 물받이판대작동축끼움체 (040)를 화살표시 (040)와 같이 형성설치한다 As described above, the rope connector is installed with the rope 70 through the rope connecting ring 99 at a constant interval 828 between the rope 70 and the rope 70 through the rope 70. The drip tray stand ring 101 formed at the end of the drip tray stand 909 to the 80 is inserted and installed like a dotted circle mark 448, and the drip tray stand ring 101 is installed (448). Drip plate 404 through the drip tray stand operating shaft fitting (040) formed at the opposite end of the drip tray stand ring 101 of the drip tray stand 909 to be fixedly attached to one body, dotted line circle mark (070) Connected and fixed to form a daffle plate belt 633. As described above, the drip tray stand ring (101) installed at the end of the drip tray stand (909) is installed to be inserted into the rope connecting body (80), such as dashed circle display 448, the drip tray stand On the opposite side of the ring (101), the drip tray stand (909) and the drip tray stand operating shaft fitting body (040) fixedly attached to the end with one body are formed as shown in the arrow (040).
상기 물받이판대작동끼움체 (040)와, 물받이판 (404)의 상단 (788)과 하단 (88 7)을 기준으로 한 화살표시 (522)의 물받이판앞면 (030) 중앙부분 (522)에 부착고정 형성하는 물받이판작동축끼움대 (505)에， 작동축 (626)이 점선원형표시 (070)와 같이 작동축 (626)이 끼워져서, 상기 물받이판 (404)이 로프연결체 (80)에 연결된 물받이판 대 (909)와 점선원형표시 (070)와 같이 연결설치된다.  Attached to the center of the drip tray plate front surface 030 of the drip tray plate 040 when the drip tray stand operating fittings 040 and the top of the drip plate 404, the top (788) and the bottom (88 7) of the arrow The working shaft 626 is fitted to the drip tray plate working shaft fitting 505 fixedly formed, such that the working shaft 626 is indicated by the dotted line circular mark 070, so that the drip plate 404 is connected to the rope connector 80. It is connected to the drip tray plate 909 connected with the dotted line circle (070).
상기와 같이 하여， 두개이상의 물받이판대 (909)가 로프연결체 (80)와 연결설 치 (448)되고， 물받이판 (404)과 연결설치 (070) 되어， 상기 물받이판대 (909)를 통하 여 물받이판 (404)이 로프연결체 (80)에 튼튼하게 연결 설치되어지는 것이 바람직하 다.  As described above, two or more drip trays 909 are connected to the rope connecting body 80 and installed 448, the drip plate 404 is connected to the installation (070), through the drip tray 909 It is preferable that the drip plate 404 is firmly connected to the rope connector 80.
상기와 같이 하여, 도 2와 도 3의 도시된 바에 있어서 로프연결체 (80)에 물받 이판대 (909)를 통하여 물받이판 (404)이 점선원형표시 (448)와 같이 연결 설치되되, 상기 물받이판 (404)들의 길이 (733)보다 로프연결링 (99)으로 연결 (919) 설치된 로프 (70)들 사이의 간격 (966)이 상대적으로 화살표시 (966)와 같이 넓게 하여， 로프 (7 0)와 로프연결링 (99)이 로프연결체 (80)를 통하여 물받이판 (404)들을 사이에 두고 화살표시 (966)와 같이 설치된다.  As described above, the drip tray plate 404 through the drip tray plate 909 to the rope connector 80 in the bar shown in Figs. 2 and 3 is connected as shown by the dotted circle mark 448, the drip tray The spacing 966 between the ropes 70 installed in the connection 919 with the rope connecting ring 99 is wider than the length 733 of the plates 404, as shown by the arrow 966. ) And a rope connecting ring 99 are installed as shown in the arrow 966 with the drip plate 404 interposed therebetween through the rope connecting body 80.
【0013】 상기의 물받이판 (404)은, 물받이판앞쪽 (030)에 화살표시 (494)와 같 이 물받이판과 한몸체로 부착 고정설치 형성되는 물받이판작동축끼움대 (505)의 형 성된 작동축끼움구 (808)와， 상기， 물받이판대 (909)의 작동축끼움체 (040)에 형성된 작동축끼움구 (808)에 점선원형표시 (070)와 같이 작동축 (626)이 끼워져서 물받이판 (404)과 로프연결체 (80) 사이에 물받이판대 (909)가 점선원형표시 (070)와 점선원형 표시 (448)와 같이 물받이판 (404)과 로프연결체 (80)에 연결설치된다. The drip tray plate 404 is the same as the arrow (494) in front of the drip tray plate (030). The actuating shaft fitting hole 808 formed of the drip tray plate actuating shaft fitting 505 which is fixedly attached to the drip tray and the body, and the actuation formed in the actuating shaft fitting 040 of the dripping plate holder 909. The working shaft 626 is inserted into the shaft fitting hole 808 as shown by the dotted line circular mark 070 so that the drip tray 909 between the drip tray plate 404 and the rope connector 80 is connected with the dotted line circular mark 070. It is connected to the drip board 404 and the rope connector 80 as shown by the dotted circle mark 448.
[0014] 상기와 같이하여， 물받이판작동축끼움대 (505)와 물받이판대작동축끼 움체 (040)에 작동축 (626)이 끼워져서 물받이판대 (909)와 물받이판 (404)이 연결 (070)설치되되， 상기 작동축 (626)은 물받이판대작동축끼움체 (040)와 물받이판작동 축끼움대 (505)의 형성된 작동축끼움구 (808)에 끼워지되 물리력을 통하여 원활히 회 동하는 작동 (996)이 되도록 설치된다.  As described above, the operation shaft 626 is inserted into the drip tray plate operating shaft fitting 505 and the drip tray plate operating shaft fitting 040 so that the drip tray plate 909 and the drip plate 404 are connected ( 070) is installed, the operation shaft 626 is fitted to the operating shaft fitting hole 808 formed of the drip tray plate operating shaft fitting body 040 and the drip tray plate operating shaft fitting 505, which rotates smoothly through physical force. It is installed to be in operation 996.
[0015] 그리고， 본발명의 특징으로서 상기 물받이판 (404)의 화살표시의 뒷 쪽 (114)의 상단 (116)에 부력판 ( 118)이 점선원형표시 (466)와 같이 부착고정 설치된 다.  And, as a feature of the present invention, the buoyancy plate 118 is attached to the top 116 of the rear side 114 at the time of the arrow of the drip plate 404 is fixedly attached as shown by the dotted line circular display (466).
[0016] 상술한 바에 있어서 물받이판대 (909)와 고정부착연결설치되는 물받 이판 (404)을 설명하기로 한다  In the bar as described above will be described drip plate plate 909 and drip plate 404 is fixedly attached to the installation.
도 1과 도 3과 도 4의 도시된 바에 있어서 상기 물받이판 (404)이 물속에 잠 겼을때 로프연결체 (80)와 점선원형표시 (448)와 같이 연결된 물받이판대 (909)가 수 평상태 (901)일때의 물받이판대 (909)를 기준하여， 물받이판대작동축끼움체 (040)와 물받이판작동축끼움대 (505)를 통하여 회동작동 (996)되게 끼워지는 작동축 (626)을 이용하여 상기 수평상태 (901)일때의 물받이판대 끝부분의 작동축 (626)을 중심으로 수직하는 점선 (737)을 기준하여 물받이판 (404)의， 화살표시 (713)의 뒤로 기울기 (713)의 상태를 고정시키는 물받이판고정장치 (303)가 물받이판대 (909)에 형성설치 되되， 상기 물받이판고정장치 (303)는 물받이판대 (909)들의 윗면 (565)과 밑면 (656) 에 점선원형표시 (838)와 화살표시 (929)와 같이 같은 구조의 볼트대고정대 (308)들을 세워 고정부착 (838)하고 상기 볼트대고정대 (308)의 끝부분에 볼트대고정대 (308)의 너트 (775)를 점선원형표시 (747)와 같이 형성한다. 1 and 3 and 4, when the drip plate 404 is submerged, the drip tray stand 909 connected with the rope connector 80 and the dotted circle mark 448 is horizontal. On the basis of the drip tray stand 909 in the state 901, the drip tray stand working shaft fitting 040 and the drip plate working shaft fitting 505 are pivotally operated 996 through the working shaft fitting 626. The operating shaft 626 at the end of the drip tray plate in the horizontal state 901 by using The drip tray plate fixing device 303 is formed in the drip tray plate 909 to fix the state of the slope 713 behind the drip plate 404 on the basis of the vertical dotted line 737. The drip tray plate fixing device 303 stands the bolt-to-stall 308 having the same structure as the dotted circle 838 and the arrow 929 on the top 565 and the bottom 656 of the drip tray 909. A fixed attachment 838 and a nut 775 of the bolt-to-stick 308 are formed at the end of the bolt-to-stick 308 as shown by the dotted line circle 747.
상기와 같이하여， 형성된 볼트대고정대 (308)의 너트 (775)에 볼트 (262)가 형 성된 볼트대 (772)들이 점선원형표시 (747)와 같이 끼워 져서 점선원형표시 (747)와 같이 볼트대고정대 (308)의 너트 (775)에 설치된다.  As described above, the bolt bars 772 in which the bolts 262 are formed are inserted into the nut 775 of the bolt bar fixing plate 308 formed as shown by the dotted line circle mark 747 and the bolt like the dotted line circle mark 747. It is installed in the nut 775 of the mounting bracket 308.
[0017] 상기의 물받이판고정장치 (303)는, 볼트대고정대 (308)의 볼트대 (77 2)를 회전작동 (922)시켜서 상기 볼트대 (772)의 회전 작용 (922)으로 볼트대 (772)를 볼트대고정대 (308)에서 너트 (775)를 이용하여 화살표시 (655)와 같이 전진과 후진 작동하여， 물받이판 (404)이 물받이판대 (909)의 수평상태 (901)일때의 물받이판대 (909)의 물받이판대작동축끼움체 (040)와 물받이판작동축끼움대 (505)에 끼워진 작동 축 (626)을 기준한 수직하는 점선 (737)을 기준으로 작동축 (626)을 통하여 상기 물받 이판 (404)이 화살표시 (713)와 같이， 물받이판뒷쪽 ( 114)으로 기울여지는 회동되는 작동 (939)을 이용하여 물받이판 (404)이 화살표시 (713)와 같이 뒤쪽 ( 114)으로 기을 어진상태 (713)가 고정되게하는 물받이판고정장치 (303)인 볼트대 (772)의 화살표시 (655)의 기능을 이용하여 상기 볼트대 (772)의 끝부분이 물받이판의 앞면 (030) 상기 물받이판 (404) 상단 (788)과 하단 (887)의 앞면 (030)의 일단의 부분과 점선원형표시 (979)와 같이 볼트대 (772)들이 벌려져서 상단 (788)과 하단 (887)으로 닿고 기을어진 상태 (713)를 고정하고 받쳐지게 하여 부착 (979)하여 고정설치된다. The drip tray plate fixing device 303 is a bolt stand (Rotating action 922) of the bolt stand (772) of the bolt stand (308) by rotating the operation of the bolt stand (772) 772 is moved forward and backward as shown by the arrow 655 using the nut 775 in the bolt-to-stand 308, and the drip tray when the drip tray 404 is in the horizontal state 901 of the drip tray 909. Through the working shaft 626 with respect to the vertical dashed line 737 with respect to the working shaft fitting body 040 of the plate holder 909 and the working shaft 626 fitted to the drip tray working shaft fitting 505. The drip plate 404 is rearwarded as shown by arrow 713 using the pivoting operation 939 in which the drip plate 404 is tilted toward the back of the dripplate as shown by arrow 713. The bolt stand using the function of the arrow 655 of the bolt stand 772, which is the drip tray plate fixing device 303 to fix the state 713 is fixed to the bolt stand An end of 772 is a front surface of the drip plate 030 and a portion of one end of the top 788 of the drip plate 404 and the front 030 of the bottom 887 is indicated by a dotted circle. As shown in (979), the bolts (772) are opened to reach the top (788) and the bottom (887), and fixed and supported by fixing the lean state (713) is attached (979) is installed and fixed.
상기와 같이 물받이판 (404)이 볼트대 (772)와 연결부착되되 상기의 물받이판 (404)은 물받이판대 (909)를 통하여 로프연결체 (80)와 연결 (448)되어 상기물받이판 대 (909)가 수평상태 (901)일때를 기준한 점선 (737)을 기준으로 화살표시 (713)와 같 이 뒤로 판 (404)이 기울어진 상태를 물받이판고정장치 (303)를 통하여 유지고정 되 어지게 설치된다.  As described above, the drip plate 404 is connected to the bolt stand 772, but the drip plate 404 is connected to the rope connector 80 through the drip plate stand 909 to 448 to the drip plate stand ( When the plate 404 is inclined in the back state as shown by the arrow 713 on the basis of the dotted line 737 when the state 909 is in the horizontal state 901, it is held and fixed through the drip tray plate fixing device 303. To be installed.
상기 물받아판고정장치 (303)은 상기 물받이판 (404)의 기울여진 상태를 유지 고정하는 동일한 구조의 동일한 목적으로 물받이판대 (909)의 윗면 (565)과 밑면 (656)으로 점선원형표시 (808)와 같이 볼트대고정대 (308)가 고정설치 (808)되어 상기 볼트고정대 (308)에 볼트대 (772)가 점선원형표시 (747)와 같이 끼워져서 설치된다. 한편， 본 발명장치의 물받이판 (404)은 물받이판 (404)의 기울어진 상태 (713) 를 조정 고정하는， 물받이판고정장치 (303)의 물받이판대 (909)의 윗면 (565)과 밑면 (656)과 고정결합부착된 볼트대고정대 (308)에 설치된 볼트대 (772)의 끝부분 (990)과 물받이판의 앞면 (030)이 점선원형표시 (979)와 같이 부착되되， 작동축 (626)을 중심 으로 물받이판 (404)이 화살표시 (713)와 같이 뒤로 기울어지게 하여 부착연결 결합 고정 설치되는 것이다.  The drip tray fixing device 303 is a dotted circle mark (top) 565 and the bottom 656 of the drip tray stand 909 for the same purpose of the same structure for holding and fixing the tilted state of the drip plate 404 ( As shown in 808, the bolt bar fixing stand 308 is fixedly installed 808, and the bolt bar 772 is fitted to the bolt fixing bar 308 as shown by the dotted line circle mark 747. On the other hand, the drip plate 404 of the apparatus of the present invention is the top surface 565 and the bottom surface of the drip plate stand 909 of the drip plate fixing device 303 to adjust and fix the inclined state 713 of the drip plate 404 ( 656 and the front end 030 of the drip tray 772 and the front plate 030 of the drip plate attached to the bolt bar holder 308 fixedly coupled with the operation shaft 626 ) Drip plate 404 is to be tilted backward as shown by the arrow 713 is installed to attach the connection coupling fixed.
【0018】 상술된 바에 있어서 본발명의 바람직한 설치와 물받이판 (404)의 작 동을 설명하기로 한다 【0019】 본 발명의 유수력을 이용하는 수차는， 도 1과 도 5의 도시된 바와 같이 밀물과 썰물이 있는 바다와또는 강과 하천의 유수력을 이용하게 설치된다. As described above, the preferred installation and operation of the drip tray 404 of the present invention will be described. Aberrations using the water flow of the present invention, as shown in Figures 1 and 5 are installed to use the water flow of the sea and rivers and rivers with high and low tide.
[0020] 상기의 수차 (700)는 도 5의 도시된 바에 있어서 수면 (091)아래 바닥 (551)에 점선원형표시 (612)와 같이 고정하여， 수면아래 세워 설치하는 고정대지지 대 (555)를 형성하고 상기 고정지지대 (555)가 회전축 (363)과 회전축 (363)을 상호간 이격 (771)하게 설치 (113)하는 회전축고정대 (10)의 양끝부분에 형성된 회전축끼움대 (20)와 점선원형표시 (300)와 같이 부착연결고정설치되고， 회전축기어에 걸쳐 설치 된 밸트 (633)의 물받이판 (404)이 물속에 잠기며 유수력 (711)의 힘으로 작동할 수 있도록 설치되어도 바람직하다.  The aberration 700 is fixed to the bottom surface 551 under the water surface (091) as shown by the dotted line circle 612 in the bar of Figure 5, the support stand 555 to be installed under the water surface Rotating shaft fittings 20 and dotted lines formed on both ends of the rotating shaft fixing stand 10, which is formed 113 and the fixing support 555 is installed (113) spaced apart from each other (771) of the rotating shaft 363 and the rotating shaft 363. It is preferable that the drip plate 404 of the belt 633 installed in the attachment connection fixing installation, such as 300, so as to be submerged in water and operate with the force of the water flow 711.
[0021] 또는， 도 2와 도 5의 도시된 바에 있어서 본 발명 유수력을 이용하 는 수력발전수차 (700)의 좌측 ( 100)과 우측 (200)으로， 물위에 뜨는 부력체 (553)를 회전축고정대 ( 10)의 측면 (577)으로 점선원형표시 (399)와 같이 부착고정 설치되는 부력체고정대 (615) 아래에 점선원형표시 (616)와 같이 부력체 (553)를 형성 부착고정 하여 설치하고, 상기 설치된 부력체 (553)의 부력 ( 117)의 힘으로 유수력을 이용하는 수차의 상단밸트 (812)를 수면 (091)과 화살표시 (218)와 같이， 이격 (218)되게 설치하 고 하단밸트 (813)가물속 (511)으로 화살표시 (813)와 같이 잠겨있도록 설치된다. 상기와 같이하여, 도 5의 도시된 바에 있어서 물위에서 제자리에서 위치를 고정하여 수차가 있도록 하는 회전축고정대 (10)와 점선원형표시 (017)와 같이 연결 고정설치된 수차고정로프 (600)를， 물속 (511)의 바닥 (551)에 세워 설치된 말뚝이나 또는 다리교각 (722)에 상기 회전축고정대 ( 10)와 연결 (017)된 수차고정로프 (600)를 점선원형표시와 같이 붙들어 메어 고정하는 방법 (744)을 시행하여 유수력 (711)에서 본 발명의 유수력을 이용하는 수력발전 수차 (700)를 고정시키고 물받이판 (404)이 유수력 (711)을 받게 설치하여 수력발전을 할 수 있게 설치할 수 있다. Or, as shown in Figures 2 and 5 to the left (100) and the right (200) of the hydroelectric aberration 700 using the water flow of the present invention, the buoyancy body 553 floating on the water shaft A buoyant body 553 is formed and attached to the side surface 577 of the holder 10 under the buoyancy body fixing table 615 that is fixedly installed as the dotted line circular mark 399. The upper belt 812 of the aberration using water flow with the force of the buoyancy force 117 of the installed buoyancy body 553 is spaced 218 apart from the water surface 091 and the arrow 218, The belt 813 is installed in the water 511 so as to be locked as shown by the arrow 813. As described above, in the bar shown in FIG. 5, the axle fixing rope 600, which is connected and fixed to the rotary shaft fixing stand 10 and the dotted line circle mark 017, to fix the position in place on the water so as to have an aberration, The aberration fixing rope 600 connected to the rotary shaft fixing stand 10 to a pile or a bridge pier 722 installed on the bottom 551 of 511 is mounted. A method 744 for holding and fixing the mare as shown by the dotted line is fixed to the hydropower aberration 700 using the flow power of the present invention in the flow power 711 and the drip tray 404 is used to fix the flow power 711. It can be installed so that it can be hydropowered.
[0022] 상술한 바에서, 본 발명에 있어서 물받이판 (404)이 물받이판밸트 (633)에 설치될때 유수력에 의해 물받이판 밸트 (633)가 화살표시 (713)와 같이 뒷쪽 ( 114)으로 기울어진 물받이판 (404)의 물받이판앞면 (030)으로 화살표시 (711)의 유수 력을 받게 될 때 수차의 회전작동 (310)을 설명하기로 한다.  As described above, when the drip plate 404 is installed in the drip plate belt 633 in the present invention, the drip plate belt 633 by the hydraulic power to the rear side 114 as shown by the arrow 713 The rotation operation 310 of the aberration when the hydraulic power of the arrow 711 is received by the drip board plate front surface 030 of the inclined drip tray plate 404 will be described.
【0023】 도 1내지 도 4의 도시된 바에 있어서， 상기의 물받이판밸트 (633)는 상호간 이격하는 회전축 (363)의 기어 (40)에 점선원형표시 (007)와 같이 걸쳐 설치되 며， 상기 물받이판밸트 (633)는 하단 물받이판밸트 (813)가 화살표시 (813)와 같이 물 속 (511)으로 잠겨있도록 설치된다.  1 to 4, the drip tray plate 633 is installed on the gear 40 of the rotating shaft 363 to be spaced apart from each other as shown by the dotted circle (007), The drip tray plate 633 is installed so that the lower drip tray belt 813 is locked into the water 511 as shown by the arrow 813.
[0024] 상기와 같이하여， 도 1과 도 2 그리고 도 5의 도시된 바에 있어서 상단 물받이판밸트 (812)가 수면 (091)위로 이격 (218) 돌출하여 있도록 설치되며， 상 기의 물받이판밸트 (633)는 도 2와 도 3의 도시된 바에 있어서 물받이판밸트 (633)를 형성하는， 각 로프연결체 (80)의 화살표시의 좌측 (912)과 우측 (913)의 끝부분 가까 이 점선원형표시 (919)와 같이， 끼워져 설치된 로프연결링 (99)밖으로 상기 로프연결 링 (99)과 화살표시 (88)와 같이 이격 (88)하여 로프연결체 (80)의 좌측 (912)과 우측 (913)의 끝부분과 밸트바퀴 (197)가 로프연결체 (80)에 끼워져서 화살표시 ( 106)와 같 이 회전작동 ( 106)되게 점선원형표시 (914)와 같이 고정설치된다  As described above, the top drip plate belt 812 in the bar shown in Figures 1 and 2 and 5 is installed so as to protrude spaced 218 above the water surface (091), the drip plate belt of the 633 is a dotted line near the end of the left side 912 and the right side 913 at the time of the arrow of each rope connecting body 80, which forms the drip tray belt 633 in the bars of FIGS. 2 and 3. As shown in the circular mark 919, the rope connecting ring 99 is spaced apart from the installed rope connecting ring 99 as shown by the arrow 88 at the left side 912 and the right side of the rope connecting body 80. The end of the belt 913 and the belt wheel 197 are fitted to the rope connector 80 so as to be rotated as shown by the arrow 106 so as to be rotated as shown by the dotted line circle mark 914.
그리고， 상기 물받이판밸트 (633)의 하단물받이판밸트 (813)의 밸트바퀴 ( 197) 가 구르는 작동 (106)이 되도록 하는 하단바퀴구름대 (818)가 설치되며， 상기의 하단 바퀴구름대 (818)는 도 1의 도시된 바에 있어서 밸트바퀴 (197)가 하단 바퀴구름대 (818)위에 얻혀지고， 물받이판밸트 (633)의 무게를 받치는 작용으로 상기 밸트바퀴 (197)가 원활히 구르는 작동 (106)이 되도록 일직선으로 설치되는 것이 바람직하다 상기와 같이하여， 화살표시 (310)와 같이 기어 (40)의 회전작동 (310)시 기어에 서 아래로 물속 (511)으로 풀려나가는， 물받이판밸트 (633)의 구성체인 화살표시 (886)의 밸트바퀴 (197)가 하단 바퀴구름대 (818)위를 구르는 작동 (106)이 되어서 상 기 바퀴 (197)가 구르는 작동 (106)의 로프연결체 (80)의 로프 (70)가 반대편기어에 감 겨지는 작동전까지 하단물받이판밸트 (813)의 로프 (70)가 아래로 쳐지는 현상이 방 지되도톡하는， 하단바퀴구름대 (818)가 회전축고정대 (10)와 연결대 (757)로 점선원형 표시 (575)와 같이 고정설치되며， 상기의 하단바퀴구름대 (818)는 물속 (511)으로 잠 겨 위치하여 있게 설치되고 회전축기어 (40)와 회전축기어 (40)사이에 형성 설치한다. And, the belt wheel (197) of the bottom drip tray belt 813 of the drip tray belt 633. A lower wheel cloud 818 is installed to allow the rolling operation 106, wherein the lower wheel cloud 818 is obtained in which the belt wheel 197 is obtained on the lower wheel cloud 818. ， It is preferable that the belt wheel 197 is installed in a straight line so that the belt wheel 197 can be rolled smoothly by the action of supporting the weight of the drip plate belt 633. As described above, the gear 40 Belt wheel 197 of the arrow 886, which is a component of the drip tray belt 633, which is released from the gear down to the water 511 during the rotation operation 310 of the The rope of the lower sump plate belt 813 is rolled up until the rope 70 of the rope connecting body 80 of the wheel 106 is rolled up to the opposite gear. 70) the bottom wheel, which prevents the struck down The worm wheel 818 is fixed to the rotary shaft fixing rod 10 and the connecting rod 757 as a dotted circle mark 575, and the lower wheel roller 818 is installed so as to be locked by the water 511 and the rotary shaft It is formed between the gear 40 and the rotary shaft gear 40.
[0025] 한편, 수면위에 위치하는 상단 물받이판밸트 (812)의 밸트바퀴 (197) 가 구르는 상단바퀴구름대 (816)가， 도 1과 도 2의 도시된 바에 있어서 수평으로 일 직선으로 형성되어 기어 (40)에서 화살표시 (210)와 같이 위로 풀려지는 밸트 바퀴 (190)가， 타고 구르는 작동 (106)이 되도록 설치되며 상기 상단바퀴구름대 (816)는 회전축기어 (40)와 회전축기어 (40) 사이에 형성되며 상기와 같이하여， 물받이판밸트 (633)의 이동시 밸트바퀴 (197)가 상단 바퀴구름대 (816)의 위를 구르는 작동이 될때 상단 물받이판밸트 (812)의 로프 (70)의 처짐현상이 방지되며 상기의 상단 바퀴구름 대 (816)는, 회전축고정대 ( 10)와 연결대 (757)로 점선원형표시 (575)와 같이 연결고정 설치되는 것이 바람직하다. On the other hand, the upper wheel rolling belt 816 rolls the belt wheel 197 of the upper drip tray belt 812 located on the water surface is formed in a straight line horizontally in the bar shown in Figure 1 and Figure 2 At 40, the belt wheel 190, which is loosened up as shown by the arrow 210, is installed to be a rolling operation 106, and the upper wheel roller 816 is a rotary shaft gear 40 and a rotary shaft gear 40. And the deflection of the rope 70 of the upper dripplate belt 812 when the belt wheel 197 is operated to roll over the upper wheel rolling stand 816 during the movement of the dripplate belt 633 as described above. Phenomenon is prevented and the upper wheel cloud It is preferable that the table 816 be fixed to the rotary shaft fixing table 10 and the connecting table 757 as shown by the dotted line circular display 575.
[0026] 상기와 같이 하여， 물받이판밸트 (633)의 물받이판 (404)이 물의 유속 (711)을 받아서 작동하는 것을 설명한다.  As described above, it will be described that the drip plate 404 of the drip plate belt 633 operates by receiving the flow rate 711 of the water.
[0027] 상기의 물받이판 (404)은， 물받이판대 (909)와 고정연결 부착 설치되 며 도 1과 도 3과 도 4의 도시된 바와 같이 물받이판대 (909) 물받이판대링 ( 101)을 통하여 로프연결체 (80)를 중심으로 물받이판대 (909)가 화살표시 (606)와 같이 360° 회동되는 작동 (606)을 이용하여 물속 (511)에서 물받이판대 (909)를 통하여 상하로 회동작동 (993)이 되도록 설치된다. The drip tray plate 404 is installed with a drip plate stand 909 and is fixedly attached and through the drip plate stand 909 drip plate stand ring 101 as shown in Figures 1 and 3 and 4 Rotating up and down through the drip tray 909 in the water 511 using the operation 606 the drip tray 909 is rotated 360 ° as shown by the arrow 606 around the rope connector (80) ( 993).
[0028] 상기와 같이하여, 본 발명의 상단물받이판밸트 (812)가 기어 (40)에서 화살표시 (210)와 같이 풀려나가는 작동 (210)에서 도 1의 도시된 바에 있어서 물받 이판 (404)은， 물받이판대 (909)가 로프연결체 (80)에서의 회동작동 (606)을 통하여 물 받이판 (404)과 물받이판대 (909)의 무게로, 회동작동 (606)을 통하여 화살표시 (944) 와 같이 아래로 내려지게 되는 물받이판대 (909)가 아래로 세워지는 상기 물받이판 대 (909)에 물받이판 (404)이 화살표시 (449)와 같이 달려서， 수면 (091)위로 들려있는 상태 (449)가 되어 상단바퀴구름대 (816) 위를 밸트바퀴 ( 197)가 구르면서 물받이판대 (909)를 통하여 로프연결체 (80)에 달려 화살표시 (773)와 같이 이동작동된다.  As described above, the drip tray plate 404 in the bar shown in Figure 1 in the operation 210, the upper drip tray belt 812 of the present invention is released as shown by the arrow 210 in the gear 40. Silver, drip tray 909 is the weight of the drip plate 404 and drip tray plate 909 through the rotation operation 606 in the rope connection 80, the arrow 944 through the rotation operation 606 The drip tray 404 runs like the arrow 449 on the drip tray stand 909 where the drip tray stand 909, which is lowered down, is lifted up above the water surface (091). 449) and the belt wheel (197) rolls on the upper wheel cloud 816, and moves to the rope connector 80 through the drip tray 909 to move as shown by the arrow (773).
[0029] 상기와 같이하여， 상단 물받이판밸트 (816)가 이동 (773)되어 기어 (40)에 감기고 화살표시 (310)와 같이 기어 (40)가 회전 (310)하면서 풀려지는 작동 (310)에서 상기 , 물받이판 (404)은 물받이판 (013)와 같이 물위 (091)에 내려지는 화 살표시의 작동 (410)이 기어 (40)의 회전하는 작동 (310)을 통하여 되어진다 상기와 같이하여 물받이판은 물받이판밸트 (633)가 물속 (511)으로 들어갈때의 화살표시 (688)의 밸트 (633)의 작동으로 수면 (091) 아래로 위치 되어지며 상기 기어 가 화살표시 (310)와 같이 회전하므로서 상기， 물받이판 (013)은 물받이판 (510)와 같 이 물속으로 잠겨지는 작동 (510)을 하게 될 때 로프연결체 (80)와 연결된 물받이판 대링 (101)의 회동작동 (993)을 통하여 물받이판대 (909)와 연결고정 부착장치된 물받 이판은 부력판 (118)을 통하여 물속에 뜨게되면서 유속 (711)에서 물받이판 (887)와 같이 물속에서 세워지는 작동을 하게 설치된다. As described above, the upper drip tray belt 816 is moved (773) is wound on the gear 40 and the operation is released (310) while the gear 40 is rotated (310) as shown by the arrow 310 In the above, the drip plate 404 is lowered on the water (091) like the drip plate (013) The flesh display operation 410 is made through the rotation operation 310 of the gear 40. As described above, the drip tray plate has an arrow 688 when the drip tray belt 633 enters the water 511. It is located below the surface of the water (091) by the operation of the belt 633 of the, the gear is rotated as shown by the arrow 310, the drip plate 013 is submerged in the water like the drip plate 510 When the 510 is connected to the drip tray plate 909 and the drip plate attached to the fixing plate through the buoyancy plate 118 through the rotation operation 993 of the drip plate plate ring 101 connected to the rope connector 80. As it floats in the water, it is installed to operate in the water as the drip plate 887 at the flow rate 711.
[0030] 상기와 같이하여， 물속으로 잠기는 물받이판 (510)과 물받이판 (404) 은 물의 유속 (711)을 받으면서 이동되고， 물속 (511)에서 물받이판 (404)이 뜨있게 하는 부력판 (118)의 부력작용 (117)과 로프연결체 (80)와 연결된 물받이판대 (909)의 끝부분에서 물받이판 (404)이 물의 유속 (712)의 작용을 받으며 물속 (511)에서 뒷쪽 (114)으로 기울어져서 비스듬히 (713) 세워지고, 물의 유속방향 (711)으로 상기 뒷쪽 (114)으로 기을어져서 세워진 (713) 물받이판 (404)의 앞면 (030)이 유속작용 (711)을 받으면서 물의 유속작용 방향으로 물받이판 (404)이 세워진상태 (713)가 유지되어 이 동되어지게 된다.  As described above, the drip plate 510 and the drip plate 404 submerged in the water is moved while receiving the flow rate of the water 711, buoyancy plate to float the drip plate 404 in the water (511) ( At the end of the drip tray 909 connected to the buoyant action 117 of the 118 and the rope connector 80, the drip plate 404 is acted by the flow rate of water 712 and is laterally 114 in the water 511. Water flow rate while the front surface 030 of the drip plate 404, which is erected at an angle (713) and is erected to the rear side 114 in the water flow direction (711), is subjected to the flow action (711). In the direction of action, the drip plate 404 is maintained in a standing state 713 to be moved.
[0031] 삭제 [0032] 상술된 바에서 물받이판 (404)이 물의 유속 (712)을 받기 위하여 있게 되는 작동을 설명하기로 한다 [0031] Delete It will be described the operation that the drip plate 404 is to receive the flow rate of water 712 in the bar as described above.
[00331 상술된 바에 있어서， 물받이판 (404)은 물에 잠겨서 이동 작동시에 물받이판 (404)이 물속 (511)으로 가라않는 것을 방지하기 위하여， 본 발명은 물받이 판의 뒷쪽 (114)의 상단부 ( 116)에 물받이판과 한몸체로 부착고정 설치된 부력판As described above, the drip plate 404 is submerged to prevent the drip plate 404 does not sink into the water 511 during the movement operation, the present invention is the upper end of the back side 114 of the drip plate ( 116 ) buoyancy plate installed fixedly with drip board and one body
( 118)를 통하여 물받이판 (404)이 물속에 잠긴 상태에서 물받이판 (404)과 물받이판 대 (909)의 무게로 가라앉는 작용을 하되 부력체의 부력의 힘 ( 117)으로 물받이판 (404)이 뜨있게 되어져서 세워져서， 부력 ( 117)으로 뜨있게 설치되되 부력 ( 117)를 통하여 상기 물받이판 (404)은 세워진 상태 (713)에서 물의 유속의 출렁이는， 작용을 따라 아래 위로 회동하는 작동 (993)이 로프연결체 (80)와 연결된 물받이판대링 (10 1)을 통하여 되어지게 설치된다. (118) acts to sink to the weight of the drip plate 404 and drip tray stand 909 while the drip plate 404 is submerged, but the drip plate 404 with the buoyancy force of the buoyant body (117) ) Floated up and down, buoyant (117) is installed to float, but through the buoyancy (117) the drip plate 404 is rotated up and down along the action of the flow rate of water in the standing state (713) The operation 993 is installed to be through the drip tray plate ring (10 1) connected to the rope connector (80).
[0034] 상기의 작용 (117)에서， 물받이판 (404)이 물의 유속작용 (711)올 받게 될 때 상기의 물위로 점선표시 (405)와 같이 뜨있는， 부력판 ( 118)을 화살표시 (406) 의 부력판 (118)와 같이 물속 (511)으로 가라 앉히고 물받이판 (404)의 앞면 (030)이 유속올 많이 받게되도록 하기 위하여， 본 발명에 있어서 물받이판 (404)을 물받이판 대 (909)와 물받이판고정장치 (303)를 통하여 작동축 (626)을 중심으로 물받이판 (40 4)을 고정설치하되 상기 물받이판 (404)이 물받이판대 (909)가 수평된 상태 (901)에서, 물받이판대 작동축끼움대 (040)에 끼워진 작동축 (606)을 중심한 점 선 (737)을 기준하여 뒷쪽 ( 114)으로 화살표시 (713)와 같이 상기 물받이판 (404)이 비 스듬하게 기울여져 있는 상태 (713)가 유지되도록, 물받이판대 (909)의 윗면 (565)과 밑면 (656)에 설치된 물받이판고정장치 (308)에 있는 볼트대 (772)를 사용하여， 물받 이판앞면 (030)의 상단 (788)과 하단 (887)으로 볼트대 (772)를 각각 점선원형표시 (979)와 같이 고정부착하여， 점선 (737)을 기준으로 물받이판 (404)이 작동축 (626)를 중심으로 화살표시 (713)와 같이 뒷쪽 (114)으로 판이기을어진 상태 (713)에 있도록 설치된다. In the above operation (117), when the drip plate 404 receives the flow rate action 711 of the water, the buoyancy plate 118, which floats on the water as shown by the dotted line 405, when the arrow ( In order to sink into the water 511 like the buoyancy plate 118 of 406 and to allow the front surface 030 of the drip plate 404 to receive a lot of flow velocity, the drip plate 404 is used in the present invention. 909 and the drip tray plate 303 through the drip tray plate fixing device 303 is fixedly installed around the operating shaft 626, the drip plate 404 in the drip tray plate 909 is horizontal (901) The drip tray 404 is slanted as shown by the arrow 713 toward the back 114 based on the dotted line 737 centered on the actuating shaft 606 fitted to the drip tray operating shaft fitting 040. The top surface 565 of the drip tray 909 so that the tilted state 713 is maintained. Using the bolt bar 772 in the drip tray holder 308 installed on the bottom 656, the bolt bar 772 is dotted with the top 788 and the bottom 887 of the front of the drip plate 030, respectively. Fixed and attached as indicated by the mark 979, and the drip plate 404 is plated on the back side 114 as shown by the arrow 713 around the working shaft 626 based on the dotted line 737 (713). Installed so that
[0035] 상기와 같이하여 본 발명은 도 4의 도시된 바에 있어서 물속 (511) 에 잠겨지되 부력판 (118)를 통하여 물속으로 가라앉지 않는 상태에서， 뒤로 기울어 진 물받이판 (404)의 앞면 (030)이 물의 유속을 받는 작용 (711)에서 상기 물의 유속 작용 (711)이 부력판 (118)에 의해 물위에 물받이판 (404)이 뜨있되， 비스듬하게 설치 유지되는 물받이판 (404)의 앞면 (030)를 화살표시 (711)와 같이 유속 (711)이 물받이 판 (404)을 앞으로 미는 작용 (711)에서 물받이판 (404)이 뒷쪽 (114)으로， 기울어진상 태 (713)의 .물받이판 (404)의 앞면 (030)에서 유속 (711)의 작용이 있게되고 유속 (71 1)이 물받이판 (404)의 앞면 (030)과 정방향으로 작용이 있게 되어지므로서 부력판 (118)에 의해 뜨있는 물받이판 (404)을 앞으로 밀어주는 작용과 물받이판 (404)을 가 라앉히는 아래로 누르는 힘 (712)의 작용이 있게 물속에 설치된다.  As described above, the present invention is locked in the water 511 in the bar as shown in FIG. 4 but does not sink into the water through the buoyancy plate 118, the front surface of the drip board 404 inclined backward ( In the action 711 where the water flow rate is 030, the water flow rate action 711 is floated on the water by the buoyancy plate 118, and the front surface of the drip plate 404 is maintained at an angle. In the action 711 where the flow rate 711 pushes the drip plate 404 forward, as shown by the arrow 711, the drip plate 404 moves to the rear 114 and the slanted drip tray 713. On the front surface 030 of the plate 404 there is an action of the flow rate 711 and the flow rate 71 1 acts in a forward direction with the front surface 030 of the drip plate 404 and thus to the buoyancy plate 118. Action of pushing forward the floating drip plate 404 and the downward pressing force 712 to sink the drip plate 404 by It is installed under water for action.
상기의 누르는 힘 (712)의 작용을， 물받이판 (404)이 받음과 동시에 부력판 (118)의 부력 (117)으로 상기 물받이판 (404)을 물속 (511)에 세워서 뜨게하고， 물받 이판대 (909)에 붙들려있게 하므로서 유속 (711)의 작용에서， 물받이판 (404)은 유속 (712)의 작용으로 위로 뜨지않고 부력작용 (711)으로 아래로 가라앉지 않는 상태가 유지되므로서 물받이판밸트 (633)는 물받이판 (404)의 앞면 (030)이 받는 정방향의 작 용하는 유속의 힘 (712)을 받으면서 유속의 방향으로 물받이판밸트 (633)가 이동작용 되고 회전축기어 (40)을 통하여 회전축 (40)을 돌려주게 된다. With the action of the pressing force 712 above, the drip plate 404 receives and simultaneously floats the drip plate 404 in the water 511 with the buoyancy force 117 of the buoyancy plate 118. In the action of the flow rate 711 by holding on to the 909, the drip plate 404 does not float up under the action of the flow rate 712 and does not sink down with buoyancy action 711 so that the drip plate belt 633 is the forward action of the front surface 030 of the drip plate 404 While receiving the force 712 of the flow velocity, the drip tray belt 633 moves in the direction of the flow velocity and rotates the rotation shaft 40 through the rotation shaft gear 40.
[0036] 상기와 같이, 수차가 작동할 때 물속에서의 위치가 더 이상 가라앉 지 않는 상태가 유지되고 로프연결체 (80)에 물받이판대링 (101)으로， 연결된 물받이 판 (404)은 물속으로 위치된 물받이판 (404)올 앞으로 미는 물의 유속작용 (711)과 부 력판 ( 118)의 부력작용 ( 117)으로， 물받이판 (404)의 앞면 (030)이 유속작용 (712)을 받 게 될 때 물의 유동성 속에서 화살표시 (227)방향으로 이동 (227)하는， 물받이판이 로프연결체 (80)에 끼워져 연결된 물받이판대링 ( 101)을 통하여 상ᅳ하로 흔들려지는 회동작동 (993)이 되도록 설치된다.  As described above, the position in the water is no longer subsided when the aberration is operated and the drip plate plate ring 101 to the rope connector 80, the drip plate 404 connected to the water Water flow plate (404) placed in the direction of water flow (711) and buoyancy action (117) of the buoyancy plate (118), so that the front surface (030) of the drip plate (404) receives the flow action (712) When the drip plate is moved 227 in the direction of arrow 227 in the fluidity of the water, the drip plate is inserted into the rope connector 80 so as to rotate up and down through the drip tray plate ring 101 connected thereto. Is installed.
[0037] 상기와 같이하여, 하단 밸트 (813)의 물받이판 (404)이 물의 유속 (711)을 받게 될 때 본 발명의 유수력을 이용하는 발전장치의 수차는， 물받이판밸 트 (633)를 통하여 유수력 (711)의 힘으로 회전축 (40)을 돌게하는 회전작동하게 설치 되므로서 상기 회전축 (40)과 연계하여서 이미 상용되어진, 풀리와 밸트 또는 체인 과 기어를 이용하여 발전기를 돌리고 상기 발전기의 회전으로 전기를 생산할 수 있 는 유수력을 이용하는 발전장치이다.  As described above, when the drip plate 404 of the bottom belt 813 is subjected to the flow rate 711 of the water, the aberration of the power generator using the water flow of the present invention, through the drip plate plate 633 Rotation of the rotary shaft 40 by the force of the flow force 711 is installed by rotating the generator using a pulley and a belt or a chain and gear already commercially used in conjunction with the rotary shaft 40 and the rotation of the generator It is a power generation device using water power that can generate electricity.
[0038] 한편 본 발명은 물받이판 (404)이 물의 유속 (712)을 받는 이동작동에 서 도 4의 도시된 바에 있어서 점선원형표시 (717)와 같이 하천바닥 (551)에 놓여진 돌 (716)과 물받이판뒷면 (116)의 하단부 (667)가 부딪히는 작용이 점선원형표시 (71 7)와 같이 있게 될 때 (717) 물받이판대 (909)와 연결설치된 작동축고정대 (505)의 회 동축 (606)을 통하여 되는 물받이판 (404)의 회동 작동 (005)으로 물받이판 (404)의 하 단부 (667)가 앞쪽 (030)으로 화살표시 (719)와 같이 들려지는 작동 (719)으로 부딪힘 의 층격을 완하시키고 돌 위를 지나가면서 이동하여지도록 설치된다 Meanwhile, the present invention is a stone 716 placed on the river bed 551, such as the dotted line circle 717 in the bar shown in Figure 4 in the movement operation of the drip plate 404 receives the flow rate of water (712) And the lower end 667 of the back of the drip tray 116 collide with the dashed circular mark 727 (717). The rotational axis 606 of the operation shaft holder 505 connected to the drip tray 909 is installed. Rotation of the drip tray plate 404 through the lowering of the drip plate 404 The end 667 is installed to relieve the stratification of the impingement and move over the stone with an action 719 that sounds like an arrow 719 toward the front 030.
【0039】 삭제  [0039] Delete
【0040】 한편 본 발명장치의 물받이판 (404)은 물받이판 (404)의 기울어진 상 태를 고정하는 볼트대 (772)와 물받이판 (404)의 앞면 (030)을 점선원형표시 (979)와 같이 부착연결 결합 고정설치 되는 것이 바람직하다 On the other hand, the drip tray 404 of the device of the present invention dotted line circle mark (979) the bolt 772 and the front surface 030 of the drip plate 404 for fixing the inclined state of the drip plate (404) It is preferable to be fixedly attached to the connection connection as

Claims

【청구범위】 [Claim]
【청구항 1】  [Claim 1]
두개의 기어 (40)가, 동일한 간격 (661)으로 설치된 회전축 (363)과 회전축 (363)의 좌측 (220)과 우측 (110)의 양끝부분이, 회전축고정대 (10)의 베어링 (30)에 끼워져 설치 ( 113)되고， 상기 회전축고정대 (10)로 상기 회전축 (363)과 회전축 (363) 이 상호간 이격 (771)하여 설치되는 회전축 (363) :과  Two gears 40 are provided at the bearing 30 of the rotation shaft fixing table 10 at both ends of the rotating shaft 363 and the left side 220 and the right side 110 of the rotating shaft 363 provided at equal intervals 661. A rotary shaft 363 which is inserted and installed (113), and the rotary shaft 363 and the rotary shaft 363 are spaced apart from each other (771) by the rotary shaft holder 10; and
상기， 이격하여 설치된 회전축기어 (40)의 피니언 (50)에 로프 (70)들이 로프연 결링 (99)으로 연결 (919)되어 상기 로프연결링 (99)에 끼워져 설치 (919)된， 로프연결 체 (80)들이 상기 피니언 (50)에 걸쳐 설치 (007)되되 로프연결체 (80)들과， 로프연결 체 (80)들의 사이의 간격 (828)과, 상기 기어피니언 (50)들의 사이의 간격 (533)이 동 일한 간격으로 설치되며，  The ropes 70 are connected to the pinion 50 of the rotary shaft gear 40 spaced apart from each other by the rope connection ring 99 and are fitted into the rope connection ring 99 to be installed 919. Sieves 80 are installed 007 over the pinion 50 but between the rope linkages 80, the spacing 828 between the rope linkages 80, and between the gear pinions 50. The intervals 533 are installed at the same intervals.
상기， 로프연결체 (80)와 물받이판대 (909)가 물받이판대링 ( 101)으로 연결설치 (448)되되， 상기 물받이판대 (909)의 윗면 (565)과 밑면 (656)에， 동일한 구조의 물받 이판고정장치 (303)가 각각 고정부착 설치되고 상기 물받이판대 (909)의 물받이판대 작동축끼움체 (040)와， 물받이판앞면 (030)의 물받이판작동축끼움대 (505)가 작동축 (626)으로 물받이판 (404)의 앞면 (030)의 중앙부 (522)에서 연결설치 (522)되며， 상기 물받이판대 (909)의 윗면 (565)과 밑면 (656)에 설치된 물받이판고정장치 (303)의 볼트 대 (772)들이 상기 물받이판 (404)의 앞면 (030)의 상단 (788)과， 하단 (887)으로 각각 벌려져서 물받이판앞면 (030)과 부착고정연결설치 (979) 되며, 상단밸트 (812)가 물위 로 설치되고 하단밸트 (813)가 물속 (511)으로 설치되되 로프연결체 (80)들의 좌측 (912)과 우측 (913)의 양끝부분과， 밸트바퀴 (197)들이 설치 (914)되며 상기 물받이판 (404)과 물받이판대 (909)를 사이에 두고， 물받이판 (404)들의 길이 (733)보다 상대적 으로 넓게 로프연결체 (80)를 연결 (919)하는 로프 (70)들과， 로프 (70)들의 사이의 간 격 (966)이 넓게 형성 설치되는 물받이판밸트 (633) :와 The rope connector 80 and the drip tray plate 909 are connected to and installed by the drip tray plate ring 101 (448), the upper surface 565 and the bottom surface 656 of the drip tray plate 909, of the same structure The drip tray plate fixing device 303 is fixedly installed, and the drip tray stand working shaft fitting body 040 of the drip tray stand 909 and the dripping plate working shaft fitting 505 of the drip plate front surface 030 are the working shafts. 626 is connected to the center portion 522 of the front surface 030 of the drip plate 404, and the drip plate fixing device installed on the top 565 and the bottom 656 of the drip tray 909 ( Bolts 772 of 303 are opened to the top 788 of the front 030 of the drip plate 404 and to the bottom 887 of the drip tray plate 030 so as to be fixedly attached to the drip tray plate 030. , Top belt (812) on the water And the lower belt 813 is installed in the water 511, and both ends of the left 912 and the right 913 of the rope connectors 80, and the belt wheels 197 are installed (914) and the drip tray Rope 70 between the plate 404 and the drip tray 909 and connecting the rope connector 80 919 relatively wider than the length 733 of the drip plate 404, and the rope ( 70: Drip plate belt 633, which is installed to form a wide gap between them (966)
상기 물받이판 (404)의 앞면 (030)의 중앙부에 설치 (070)되는, 물받이판작동축 끼움대 (505)와 물받이판대작동축끼움체 (040)에 작동축 (626)이 끼워져서, 물받이판 과 물받이판대가 연결설치 (070) 되되, 상기 물받이판대 (909)들의 윗면 (565)과 밑면 (656)에， 각각 동일한 구조인 물받이판고정장치 (303)인 볼트대고정대 (308)들에 볼 트대 (772)들이 끼워져서 고정부착설치 (838)되되， 상기 물받이판대 (909)의 윗면 (565)과 밑면 (656)에 볼트대고정대 (308)를 통하여 각각 설치 (747)된， 볼트대 (772) 들이 상기 로프연결체 (80)와 연결설치 (448)된 물받이판대 (909)들이 물속 (511)에서, 수평상태 (901)일때를 기준하여 물받이판대 (909)와 물받이판 (404)을 연결하는， 작동 축 (626)을 중심으로 수직하는 점선 (737)을 기준하여， 작동축 (626)을 중심으로 물받 이판 (404)이 유속 (711)방향으로 뒷쪽 (114)으로 기울어져 있는 상태 (713)를， 고정유 지되게 하는 물받이판고정장치 (303)인 볼트대 (772)가 물받이판 (404)의 앞면 (030)의 상단 (788)과 하단 (887)으로, 벌려져서 상기 볼트대 (772)들의 끝부분과 물받이판 (404)의 앞면 (030)이 연결 부착 고정설치 (979)되되， 물받이판대링 (101)들이 로프연 결체 (80)와 연결설치 (448)되어 상기 물받이판 (404)들이 물받이판대 (909)를 통하여 물속 (511)에서 회동작동 (993)이 있게 설치되고， 상기 물받이판 (404)들의 뒷쪽 (114) 상단 (788)에 부력판 ( 118)이 고정설치 (116)되는 물받이판 (404) :들과 An operating shaft 626 is fitted into the drip tray plate actuating shaft fitting 505 and the drip plate actuation shaft fitting body 040, which is installed 070 at the center of the front surface 030 of the drip plate 404, thereby Plate and drip tray plate is connected and installed (070), the top 565 and the bottom 656 of the drip tray 909, the drip tray plate fixing device 303 of the drip tray plate fixing device of the same structure, respectively (308) Bolt rods 772 are fitted to be fixedly installed (838), and the bolt rods (747) installed on the top 565 and the bottom 656 of the drip tray stand 909 through the bolt stand 308, respectively, bolt rod Drip tray stand 909 and drip tray plate 404 on the basis of when the drip tray plate 909 is connected to the rope connector 80 (448) in the water 511, the horizontal state (901) The drip plate 404 about the operating shaft 626 in the direction of the flow rate 711 with respect to the dashed line 737 perpendicular to the operating shaft 626. The bolt stand 772, which is the drip tray plate fixing device 303, which keeps the inclined state 713 at the rear side 114 of the bottom plate 114, and the top 788 of the front surface 030 of the drip plate 404 At the bottom 887, the ends of the bolts 772 and the front surface 030 of the drip plate 404 are connected and fixedly mounted 979, and the drip tray ring rings 101 are connected to the rope. And 448 are installed so that the drip trays 404 are pivotally operated 993 in the water 511 via the drip tray stand 909, and the rear side 114 of the drip plates 404 Drip board 404 on which the buoyancy plate 118 is fixed 116 at the top 788:
상기， 회전축고정대 (10)와 연결대 (757)로 연결결합고정설치 (575)되어 물속 (511)으로 위치하여 설치되고, 상기 물받이판밸트 (633)의 밸트바퀴 ( 197)들이 타고 구르는 작동 ( 106)이 되는 하단바퀴구름대 (818) :와  The rotation shaft fixing unit 10 and the connecting rod 757, the coupling coupling fixed installation 575 is located in the water 511 is installed, the operation of the belt wheels (197) of the drip tray belt 633 to ride and roll (106) (Lower wheels)
상기， 회전축고정대 (10)와 연결대 (757)로 연결고정결합설치 (575)되되, 수면 (091) 위로 형성 설치되고 상기 물받이판 밸트 (633)의 밸트바퀴 ( 197)들이 타고 구 르는 상단바퀴구름대 (816) : 및  The fixed shaft coupling (575) is connected to the rotary shaft fixing stand (10) and the connecting rod (757), and formed above the water surface (091) and the top wheel rolling racks that the belt wheels (197) of the drip plate belt (633) rides and rolls. (816): and
상기 수차 (700)의 좌측 ( 100)과 우측 (200)으로 설치된， 회전축고정대 (10)와 연결부착고정설치 (399)된 부력체고정대 (615)아래에 부력체 (553)가 고정 부착 설치 (616)되어， 수차 (700)가 수면 (091) 위에 뛰워져 설치되며， 상기의 수차 (700)와 연 결된 수차고정로프 (600)가 유수력 (711)이 흐르는 다리교각 (722)과 연결 (744)되고， 유수력 (711)에서 수차 (700)가 고정설치되며  The buoyancy body 553 is fixedly attached and installed below the buoyancy body fixing 615 which is installed on the left side 100 and the right side 200 of the aberration 700 and is fixed to the rotary shaft fixing unit 10. 616), the aberration 700 is installed above the water surface (091), the aberration fixing rope 600 connected to the above aberration 700 is connected to the bridge piers 722 through which the hydraulic power 711 flows ( 744), and the aberration 700 is fixedly installed at the hydraulic power 711,
상기， 물받이판밸트 (633)의 물받이판 (404)들의 앞면 (030)이 물의 유속 (711) 을 받는 작용 (712)에서, 부력판 ( 118)의 물받이판 (404)을 뛰우고 세우는 부력작용 ( 117)과， 뒤로 기울어진 물받이판 (713)들의 앞면 (030)에 작용되는， 정방향의 물의 유속작용 (712)에서 물받이판 (404)들이 아래로 눌려지는 작용 (712)에세 물받이판 (404)의 세워진 상태가 물속 (511)에서 유지되되 로프연결체 (80)들과， 연결된 물받 이판대 (909)를 통하여 물받이판 (404)들이 물속 (511)에서 회동작동 (993)이 되는 것 을 특징으로 하는 유수력을 이용하는 수력발전수차.  In the above-described action 712 in which the front surface 030 of the drip plate 404 of the drip plate belt 633 receives the flow rate 711 of the water, the buoyancy action of jumping and standing the drip plate 404 of the buoyancy plate 118 ( 117 and drip plate 404 in the action 712 in which the drip plate 404 is pressed down in the forward water flow 712 acting on the front surface 030 of the inclined drip plate 713. The standing state of the water is maintained in the water 511, but the rope connection body 80 and the drip tray plate 404 through the connected drip tray 909 is characterized in that the rotating operation (993) in the water (511) Hydroelectric power aberration using water power.
PCT/KR2017/010915 2016-10-06 2017-09-29 Water wheel for hydroelectric power generation using flowing water power WO2018066915A1 (en)

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Cited By (1)

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Publication number Priority date Publication date Assignee Title
US11946457B1 (en) 2022-09-12 2024-04-02 Leonard Van Haecke High-mass hydro rotor for hydroelectric power generation

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KR102701074B1 (en) 2021-11-30 2024-08-30 한국생산기술연구원 Method for designing a hydraulic turbine installed in cooling water channel of power plant cooling tower and hydraulic turbine designed thereby
KR20240018200A (en) 2022-08-02 2024-02-13 한국생산기술연구원 The design method of the hydro turbine installed in the waterway satisfying the design specifications and performance and the hydro turbine designed thereby

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JP2008014154A (en) * 2006-07-03 2008-01-24 Michito Hayashi Floating hydraulic power generator
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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US11946457B1 (en) 2022-09-12 2024-04-02 Leonard Van Haecke High-mass hydro rotor for hydroelectric power generation

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