KR20130124446A - Complex generation system by orbital-circulation limitless power of hydro and gravity - Google Patents

Abstract

The present invention relates to hydraulic-gravity orbital-circulation limitless power and a complex power generation system which is an environment-friendly power generation system using fused resources of gravity energy and the hydraulic energy of flowing water sources. The present invention is provided to be utilized for various purposes such as small- and medium-sized power generation modules and a large-sized power generation plant in which the power generation modules are complied; to obtain high utilization efficiency of a facility; to facilitate a transfer of the facility as occasion demands by forming the facility into a floating type; and to need no separate site for a plant.

Description

COMPLETE GENERATION SYSTEM BY ORBITAL-CIRCULATION LIMITLESS POWER OF HYDRO AND GRAVITY}

The present invention relates to a hybrid power plant using aberration production and aberration track circulation device and aberration circulation power conversion device for producing electric power using hydraulic power and gravity resources.

Previous methods of generating electricity from water resources have used drop-off methods, such as dams in rivers or tidal flats in coastal tides.

The present invention is equipped with a trajectory circulation frame of the trapezoidal shape of the closed orbital circulation frame to form a closed orbital circulation device using the flow rate and gravity of the water resources, combined with a power conversion device and a generator in the orbital circulation device to produce electric power Application technology using orbital circulation power in combined cycle power plant

The method of using a drop of water resources creates dams or dikes in the direction perpendicular to the direction of the water, which cuts off the flow of natural ecosystems, and causes excessive earth pressure to cause earthquakes in the surrounding area. It is gradually facing opposition from environmental groups and local residents due to damage such as adverse effects.

Therefore, the present invention forms an optimal structure in the same direction as the direction of water progress, utilizes water resources in such a way as to maintain the flow of water and minimize the impact on the natural ecosystem, and produces electricity in a natural way with complex resources added with gravity resources. Doing it,

The aberration circulation power system of an orbital circulation frame that manufactures trapezoidal closed orbital circulation frame to use the flow velocity energy and gravity energy of the earth's flow water resources and equips the aberration frame connected with each aberration tanks and

Combined power generation chain and gearbox for converting infinite power of aberration circulation power system into generator, power shifting device and power transmission device of subordinate gear are combined with switching power generator and combined with hydrogen production plant and hydrogen fuel cell generator System and

Combined with the aberration circulation power system to form the power generation room, it is used in conjunction with the combined cycle power plant by using the aberration circulation infinite power mechanism combined with the buoyancy circulation box consisting of the anchoring device, the hydrological device and the hull.

It is a nature-friendly power generation facility that uses the convergence resource of flowing water and gravity energy of floating water resources. It can be used for various purposes such as medium and small power generation modules and large-scale power generation complexes. It is a floating facility that floats at sea, and it is easy to move as needed, and there is no need for a separate power plant site.

The first degree aberration sub-
2nd drawing
3rd drawing chart
4th section Orbital circulation frame and aberration mounting section
Fifth degree spiral screw
Fig. 6 Spiral Screw Power Plant Installation Drawing
Figure 7 linear power generation mobile
8th linear power generation stator diagram
Figure 9 Linear Power Plant Fixation Section
10th Aberration Track Circulation Power System Sectional View
The 11th Orbital Circular Frame Detailed View
Front view of the buoyancy orbiter and aberration track
The berth of the 13th hydropower track circulation power plant
14th Aberration Orbital Circulation Power Kinetic Energy Schematic
15-degree rotary generator schematic
16th Spiral Screw Generator Schematic
17-degree linear generator schematic
Figure 18 Hydrodynamic Orbital Circulation Power Combined Cycle System
Figure 19 Combined System Diagram for Hydropower Orbital Circulation Power Generation
The mechanism diagram of the 20th hydrodynamic track circulation power generation system

Fig. 1 is an aberration road, with 1 row in front of aberration, 2 rows in 1 column of aberrations, 2 rows of outer aberrations, 3 rows of aberrations, 3 rows of 1 rows of aberrations, 2 rows of roller bearings and rollers. The bearing shafts, rows 3 and 4 are aberration joints and piece bolt diagrams.

The aberration face plate 1210 has rail grooves 1211 and rail grooves 1211 larger than and smaller than the width of the outer orbit rail 2110 and the inner orbit rail 2210 of the track circulation frame 2000 on both upper and lower sides thereof. A square shape in which aberration passage holes 1212 are formed between the rail grooves 1211

The aberration inner plate 1220 has the same height as the aberration face plate 1210 and the same spacing and width of the aberration face plate 1210 and the aberration face plate 1210, and when the aberration roller 1300 is mounted, the end of the aberration roller 1300 is aberration face plate. It is a rectangular shape formed with a roller shaft groove 1221 at a position to protrude to the outside of the rail groove 1211 of 1210

The aberration outer plate 1230 has the same height as the aberration face plate 1210 and the same spacing and width of the aberration face plate 1210 and the aberration face plate 1210, and when the aberration roller 1300 is mounted, the end of the aberration roller 1300 is aberration face plate. The roller shaft 1231 is formed in a quadrangular shape so as to protrude to the outside of the rail groove 1211 of 1210

The aberration top plate 1240 is the same as the inner length of both aberration inner plate 1220 when the aberration inner plate 1220 is mounted inside both rail grooves 1211 of the aberration face plate 1210 and the aberration face plate 1210 and the aberration face plate ( 1210) equally spaced with the same width

The aberration lower plate 1250 is the same as the inner length of the aberration inner plate 1220 when the aberration inner plate 1220 is mounted inside both rail grooves 1211 of the aberration face plate 1210 and the aberration face plate 1210 and the aberration face plate ( 1210) have the same width and width, and have a rectangular shape with a plurality of aberration holes 1251 in the center thereof.

The roller bearing 1310 has a circular shape and a roller bearing hole 1320 is formed at the center to mount a roller bearing shaft 1330

The aberration connector 1400 is a rectangular shape formed with a connecting rod 1410 and a connecting rod groove 1430 larger than the connecting rod 1410 on both sides, each of the aberrations 1200, the piece bolt 1440 is coupled, connected and square The connecting aid on the top serves to prevent the rotation of the aberration 1200 and to support the aberration connector 1400.

2 is the production plan of the water cart, line 1 is the production plan and line 2 is the production cross-section.

The aberration face plate 1210 having the rail groove 1211 and the aberration passage 1212 are arranged before and after with a predetermined thickness and width therebetween.

The roller soccer 1231 and the roller shaft groove 1221 formed on the aberration outer plate 1230 and the underwater side plate 1220,

After mounting the aberration roller 1300 in which the roller bearing shaft 1330 is symmetrically fixed to the roller bearing opening 1320 of the roller bearing 1310.

The aberration inner plate 1220 is fixed to the inside of both aberration plate 1210 so as to be located inside the rail groove 1211 of the aberration plate 1210

The aberration top plate 1240 and the aberration bottom plate 1250 are respectively fixed between the aberration front plate 1210 and the aberration inner plate 1220 at the top, and the aberration key in the center of the aberration bottom plate 1251 formed in the aberration bottom plate 1250. (1260) and the linear permanent generator 5300, the moving permanent magnet (5311) of the mover (5310) is mounted on both sides

The aberration key 1260 is settled in accordance with the interval of attachments 5121 of the attachment chain 5120, and the aberration 1200 rotates the attachment chain 5120 in engagement with the attachments 5121 while circulating the tracks.

The moving magnet permanent magnet 5311 produces electric power by crossing the stator 5320 of the linear power generation unit 5300 mounted on the orbital enclosure 4110 of the buoyancy track 4000 'and the orbital inner plate 4130. The aberration 1200 and the aberration 1100 are also manufactured.

FIG. 3 is a drawing of a wheel bore 1122 and a piece of bolt 1232 of a water wheel 1100, an aberration inner plate 1220 and an aberration outer plate 1230, which are manufactured as shown in FIG. ) To match the coupling cod 1410 of the water cart connection table 1400 to the couple bolt (1440) to produce a water cart (1000).

4 is an orbital circulation frame and aberration mounting cross-sectional view. The water wheel 1100 manufactured as in FIG. 2 is mounted on an orbital circulation frame 2000 composed of an outer orbit 2100 and an inner orbit 2200. The inner width and height of the track circulation frame 2000 is wider and higher than the width and height of the water cart 1100,

The outer orbit 2100 has both outer rail grooves formed in the aberration plate 1210 on both sides of the outer orbit rail 2110 that is narrower than the width of the rail groove 1211 of the aberration plate 1210 of the aberration 1200 from the inner side. 1211 is fixed to the center line width and the outer orbiting plate 2120, the outer orbiting beam 2130 and the outer plate 2140 is fixed to the top in turn

The inner orbit 2200 is narrower than the width of the rail groove 1211 of the aberration plate 1210 of the aberration 1200 in the track box outer plate 4110 of the power generation chamber 4100 of the buoyancy track 4000, the outer orbit higher than the height Rail 2110 is fixed to the center line width of both rail grooves 1211 formed on the aberration plate 1210 on both sides,

The heights of the ends of the outer orbit rail 2110 and the inner orbit rail 2210 of the track circulation frame 2000 are higher than the heights of both ends of the aberration rollers 1300 mounted on the water cart 1100.

The height of the outer track plate 2120 of the track circulation frame 2000 and the outer track plate 4110 of the buoyancy track 4000 is higher than the height of the water wheel 1212 of the aberration 1200 and the height of the water wheel 1212 is It is similar to the middle height of the outer orbit rail 2110 and the inner orbit rail 2210.

A track rail cover 2300 is mounted at the ends of the outer track rail 2110 and the inner track rail 2210 to prevent wear of the outer track rail 2110 and the inner track rail 2210

The track outer shell plate 4110 and the track inner shell 4130 of the power generation chamber 4100 of the buoyancy track 4000 under the water cart 1100 mounted on the track circulation frame 3000 respectively. The 4111 and the track inner plate chain 4131 are wider and longer than the attachment chain 5120 so that the power conversion chain gear 5110 and the attachment chain 5120 of the combined power generation system 5000 are equipped. The shift gear shaft 5112 is fixed to the track box beam 4120 together with the shaft bearing 550.

5 is a spiral screw top and a top view in a sectional view, and a lower view is a sectional view, in which a propeller 5121 is settled at the tip of a circular long axis screw propeller shaft 5223, followed by a spiral propeller 5222 and a switching bevel gear 5230 at the end. With screw propeller 5220 to be fixed

It is attached to the screw gear chamber 5210 serves to provide power to produce power in connection with the spiral screw power generation facility (5200) and the shaft propeller shaft (550) is fixed to both ends of the screw propeller shaft (5223) screw propeller Increase the efficiency of (5220)

6 is a spiral screw power generation facility mounting road, and the spiral screw power generation facility 5200 coincides with the screw propeller shaft 5223 on both sides of the rear inlet of the power generation chamber 4100 of the buoyancy track 4000 '. Install the screw propeller shaft 5210 so that the screw propeller shaft 5223 is sufficiently mounted, and then mount the assembled screw propeller 5220.

Switching bevel gear shaft so that the switching gear bevel gear tooth 5221 of the switching bevel gear 5230 mounted at the end of the screw propeller shaft 5223 and the switching dependent bevel gear gear 5231 of the switching dependent bevel gear 5240 are engaged. (5242) to the upper part of the power generation room (4100)

On the top of the switching dependent bevel gear shaft (5242), the gear (5250) with the gear (5251) and the gear (5260) with the clutch gear (5261) formed thereon are engaged so as to engage the cutter gear (5262). The helical screw power generation facility 5200 is coupled to the screw generator 5020 in a power generation chamber 4100 of the buoyancy track 4000 'and the underwater track frame 2010 of the orbital circulation frame 2000.

FIG. 7 shows the moving permanent magnets 5311 of the linear power generator road 5300 on both sides of the aberration lower plate 1251 formed on the aberration lower plate 1250 of the aberration 1200 as described in FIG. Equipped with a moving permanent magnet (5311) of the mover (5310)

The moving magnet permanent magnet 5311 produces electric power by crossing the stator 5320 of the linear power generation unit 5300 mounted on the orbital enclosure 4110 of the buoyancy track 4000 'and the orbital inner plate 4130. Do it.

8 is a linear power stator road, the top view is a plan view and the bottom view is a sectional view

The stator 5320 is composed of a stator housing 5321, a stator permanent magnet 5322, a commutator piece 5323, a conductor coil 5324, a brush 5325, and a power line 5326.

Two commutator pieces 5323 are fitted with a conductor coil 5324 wound around the inner center of the stator housing and attached with a brush 5325 at the ends thereof, and stator permanent magnets 5322 are provided on both sides of the commutator pieces 5323. It is settled to the opposite pole and the power line (5326) connected to the brush (5325) in the lower part of the stator permanent magnet (5322) penetrates through the fixed housing (5321) is a structure that is interconnected and coupled between each stator (5320)

The stator 5320 is a conductor coil 5324 of the commutator piece 5323 when the magnetic field 515 intersects with the moving magnetic permanent magnet 5311 of the mover 5310 by constantly acting from the N pole to the stator permanent magnet 5322. An electromotive force 514 is generated and current 516 flows through the brush 5325 to the power line 5326 to produce power.

9 is a cross- sectional view of fixing the linear power generation facility. The mover 5310 and the moving permanent magnet 5311 of the linear power generation unit 5300 are mounted on both sides of the aberration bottom plate 1251 formed on the aberration bottom plate 1250 of the aberration 1200.

The stator 5320 is mounted to the track box outer plate 4110 and the track box inner plate 4130 of the buoyancy track (4000 ').

When the mover 5310 mounted on the aberration 1200 circulates through the orbital circulation frame 2000, the mover 5310 crosses with the stator 5320 to generate electric power and transmit the power to the combined inverter control output 5070.

10 is a cross- sectional view of the aberration orbital circulation power system, in which a row is a water wheel frame, a second row is an orbital circulation frame, and a third row is an aberration circulation power frame 3000 '. Row 4 is buoyancy trajectory (4000 '), row 5 is aberration trajectory circulation power module (100)

The water frame 1000 is a cross-sectional view of the same shape as that of the orbital circulation frame 2000, which is manufactured as shown in FIG.

Orbital circulation frame 2000 is a cross-sectional view of the water cart 1100 is mounted to the orbital circulation frame (2000) so that the kinetic energy can be exerted under optimum conditions without being caught or blocked.

The aberration-compacting power frame 3000 'is a cross-sectional view in which the aberration frame 1000 is mounted on the orbital circulation frame 2000.

The buoyancy track (4000 ') is a power generation chamber (4100) consisting of a track box outer shell (4110), a track box beam (4120), a track box inner plate (4130) and a track box column 4140 in the hollow of the track circulation frame (2000) A fallopian tube 4213 and an anchoring device are formed and fixed by the foreign material beam 4211, the foreign material gate device 4212, the foreign material beam 4211, and the fallopian tube beam 4214 at the lower front and rear surfaces of the power generation chamber 4100. A buoyancy track (4000 ') cross-sectional view formed of a foreign material portion 4210 composed of a 4300, and a solid material portion 4220 composed of a solid beam 4221 and a solid water gate device 4222.

The fallopian tube 4213 has a larger area than the foreign body portion 4210 of the underwater trajectory 2010 and thus increases the density of the inflow water 430 introduced into the underwater trajectory 2010 to accelerate the flow velocity 520 as the pressure increases. Do it.

The aberration orbit circulation infinite power module 100 is a cross-sectional view of the buoyancy circulation box 4000 coupled to the aberration circulation frame 3000 'of the orbital circulation frame 2000 on which the aberration frame 1000 is mounted.

FIG. 11 is a detailed view of an orbital circulation frame, a top view of a water track frame plan view, and a middle left view of a low raceway frame.

The high orbital frame 2020, the aquifer frame 2030 and the low orbital frame 2040 are formed to have the same width and height

Underwater track frame 2010, the foreign body portion 4210 is formed of the same width and height as the low track frame 2040, and the solid body portion 4220 is formed of the same shape is larger than the high track frame 2020 and the same height underwater Inlet 1 (2410), Inlet 1 (2411), Inlet 1 (2412), Inlet 1 (2413), Inlet 2 (2420), Inlet 2 A plurality of multi-stage inlet modules 2400 comprising a wing 2421, an auxiliary inlet 2 screen 2422, and an auxiliary inlet 2 gate 2423 are installed to increase the flow velocity 520 in the underwater trajectory frame 2010 to increase the flow rate. The role of speeding up the movement of the 1000) and the spiral screw power generation facilities 5200 installed at both ends of the underwater track frame 2010 are operated to produce power.

FIG. 12 Buoyancy track box and aberration track frame front view, top view is low track frame front view and sectional view, center view is linear power plant section view, bottom view is high track frame front view and sectional view

Rotational power plant 5100 and power switching device 5110 installed in a buoyancy track 4000 'is provided with aberration keys 1270 of a water cart 1100 mounted on the orbital circulation frame 2000 of the low orbit frame 2040. The attachment chain 511113 and the switching chain gear 5111 rotate in engagement with the attachment chain 511114 of the attachment chain 51113 of the power supply chain, so that the speed increase bevel gear 5112 'and the slave bevel gear 5113' rotate. The vertical axis rotary generator 5010 is operated by 5120 to generate electric power.

Rotational power plant 5100 and power converter 5110 installed in the buoyancy track 4000 'is provided with aberration keys 1260 of the water cart 1100 mounted on the orbital circulation frame 2000 of the low orbit frame 2040. The attachment chain 51113 and the switching gear 5111 rotate with the attachment 51114 of the attachment chain 51113 of the attachment chain 51113. Thus, the increase gear 51112 and the subordinate gear 5113 rotate to the power transmission device 5120. Is a sectional view of the horizontal shaft generator 5010 to produce power by operating the horizontal shaft generator 5010.

The stator 5320 and the aberration 1200 of the linear power generation unit 5300 mounted between the track box outer plate 4110 and the track box inner plate 4130 of the buoyancy track (4000 ') on the side of the water orbit 2020. A cross-sectional view of the linear generator 5030 equipped with a moving permanent magnet 5311 of the mover 5310 on both sides of the aberration bottom plate 1251 formed on the aberration bottom plate 1250;

Hydrogen production plant 5410 and hydrogen fuel cell generator 5040 of the hybrid power generation system 5000 in a water cart 1100 and a buoyancy track 4000 'mounted on the orbital circulation frame 2000 of the high orbit frame 2020. ) Is a cross-sectional view of the marine buoyancy track (4000 ') is installed and the hull (4200) is fixed to the bottom of the buoyancy track (4000') and

Hydrogen production plant 5410 and hydrogen fuel cell generator 5040 of the hybrid power generation system 5000 in a water cart 1100 and a buoyancy track 4000 'mounted on the orbital circulation frame 2000 of the high orbit frame 2020. ) Is a sectional view of the buoyancy orbiter (4000 ') on land.

FIG. 13 shows the number of units in which the combined power generation system 5000 is installed in the power generation room 4100 of the aberration track circulation infinite power module 100 manufactured as in FIG. 10 and FIG. 11. Gravity orbital cyclic power combined cycle system 6000 is driven by anchoring the anchoring device (4300) of the buoyancy track (4000 ') in a predetermined water and sea, and operates the pump installed in the power generation chamber (4100) hull (4200) Alternatively, when the freshwater or drainage occurs in the bottom partition wall between the track box outer plate 4110 and the track inner plate 4130 of the buoyancy track box 4000 ', the track box beam through hole formed in the hull beam through hole 4221 and the through box beam 4120 ( The weight is evenly distributed to the inside of the hull 4200 and the bottom bulkhead of the buoyancy track (4000 ') through 4121 to adjust the proper draft line.

When the foreign body gate device 4212, the water gate device 4202, the auxiliary inlet 1 gate 2413, and the secondary inlet 2 gate 2423 are opened, the external inlet port 2150 and the external outlet port 2160 of the underwater track frame 2010 are opened. As the inflow water 430 flows in and the outflow water 431 flows out, the flow velocity energy 512 is generated, so that the large water frame 1000 of the orbital circulation frame 2000 has a high orbit frame 2020 in the underwater track frame 2010. If the endless circulation of moving from the water orbit frame 2030 to the bottom of the low orbit frame 2040 by the gravity energy 513 is continued, the aberration key 1260 of the water cart 1100 is attached to the attachment chain 51113. Infinite power generated by continuously rotating and rotating the attachment (51114) at a constant speed of the switching gear (5111), the increased bevel gear (5112 '), slave bevel gear (5113') and power transmission device (5120) and rotation It is delivered to the generator 5010 to produce the electrical energy 511 to output the composite inverter control output (507) 0)

The screw propeller 5220 of the spiral screw power generation facility 5200 is screw propeller shaft 5223 by the flow rate 520 of the inflow water 430 flowing from the upstream 421 to the downstream 422 flowing into the auxiliary inlet 2 (2423). When the propeller 5121 of the rotation is determined and rotated, it is accelerated by the spiral propeller 5222, and the switching bevel gear 5230 rotates, thereby switching the switching bevel gear 5223 and the switching dependent bevel gear 5240. When the bevel gear teeth 5231 are engaged and rotated, the shift-dependent bevel gear shaft 5524 rotates so that the increase gear 5250 mounted on the top of the shift-dependent bevel gear shaft 5252 rotates to increase the speed gear 5525 and the clutch gear. When the clutch gear 5526 of the 5260 meshes and the clutch gear 5260 rotates, the clutch gear shaft 5262 rotates and is transmitted to the spiral screw generator 5020 to produce electric energy 511 to produce a complex inverter control output device. Is sent to (5070)

 When the aberration 1200 circulates the orbital circulation frame 2000 by the above-described action, the moving magnetic permanent magnets 5311 mounted on both sides of the lower side of the aberration 2000 have a track enclosure outer plate 4110 of the buoyancy track 4000 '. While crossing the stator 5320 of the linear power generation unit 5300 mounted on the track inner plate 4130, the linear generator 5030 produces electrical energy 511 and is transmitted to the composite inverter control output unit 5070 to provide high quality power. Is transferred to the supply source.

14 is an aberration orbital cyclic kinetic energy system to obtain an orbital circulating infinite power for generating power by the hydrodynamic aberration cyclic power generation system 6000.

Investigate the flow rate 520, the flow rate 521 and the depth of the river or the sea at the place of installation to determine the required generation capacity, that is, the quantity of power energy 511 to be produced.

First, the unit weight of water multiplied by the horizontal and vertical heights of the underwater track frame (2010) than the sum of the total underwater weight (1011), the high total water frame total weight (1021) and the generator rotor weight (6320) The value of the underwater orbital weight (2011) multiplied by the value of the underwater orbital frame (2010) is set to a large value.

Second, the underwater submerged chassis kinetic energy (1010 ') or the underwater submerged vehicle kinetic energy (1030') value is higher than the high underwater submerged kinetic energy (1020 ') value. The length and inclination of the frame 1030 and the height and inclination standard of the high number of carriage frame 1020 are set.

Third, the kinetic energy of the underwater orbit of the water (2010 ') or + the kinetic energy of the underwater water borne frame (1010') - the higher the number of the bogie frame kinetic energy (1020 ') + The frame kinetic energy 1040 '= the surplus energy 510 is set to be larger than the value obtained by converting the generation opportunity electron weight 6310 to energy.

The width of the buoyancy circulation box 4000 'is set such that the water line 401 of the fourth combined gravity orbiting circulation combined cycle power generation system 6000 is the upper surface of the buoyancy circulation box 4000' .

Fifth, since the inner width of the orbital circulation frame 2000 of the aberration orbital circulation power system 3000 is greater than the width of the aberration 1200, a standard is set so as not to impede the flow of the flow velocity 520 to the outer sides of the aquatic orbital frame 1010. .

Hydrodynamic track circulation of aberration track circulation infinite power module 100 based on the design and fabrication of orbital circulation frame 2000 and water frame 1000 of aberration track circulation power system 3000 to satisfy the above factors As a combined power generation system 6000

The value of the number of bogie frame kinetic energy 500 of the number bogie frame 1000 shown in the figure is the sum of the kinetic energy 1010 'of the water underwater and the kinetic energy 1020' (1030 ') + low number of bogie frame kinetic energy (1040') = surplus energy (510)

+ Underwater track kinetic energy (2010 ') = (Underwater track weight (2011)-Underwater vehicle weight (1011)) x Flow rate (520) x Energy absorption rate (502) + Underwater underwater vehicle kinetic energy (1010) ') = High water value (Gross Weight) (1011) x Flow Rate (520)

- High number of bogie frame kinetic energy (1020 ') = High number of bogie frame gross weight (1021) x Gravity acceleration (530) x High orbital frame height (1023) x High track track slope (540) x Slope factor (542)

+ Water Number Conveyance Frame Kinetic Energy (1030 ') = Water Number Conveyance Frame Gross Weight (1031) x Gravitational Acceleration (530) x Watertight Frame Height (1031) x Watertrack Frame Slope (541) x Slope Factor (542)

+ Low number of bogie frame kinetic energy (1040 ') = Low number of bogie frame gross weight (1041) x Gravity acceleration (530) x Based on calculation of low orbital frame height (1041)

The total energy 510 is calculated by calculating the total energy 500 and is calculated as the plant power energy 511

Here, the slope coefficient 542 is a constant defined as 0.5 based on the length 1 and the height 1

For length> height, calculate as (height / height) * gradient constant (542)

For length <height - 1 - ((length / height) * slope constant (542))

The energy absorption rate 502 is a coefficient obtained by an experiment and is a coefficient applied routinely to convert hydraulic energy according to the flow velocity 520 into kinetic energy of the underwater kinetic energy 2010 ' It may be included in the tap water energy absorption rate 502 of the efficiency.

In order to satisfy the above factors, the orbital circulation frame 2000, the water frame 1000, and the buoyancy circulation box 4000 'of the aberration orbital circulation power system 3000 are designed to manufacture an aberration orbital circulationless power module 100. do.

FIG. 15 is a rotation generator system, in which the aberration key 1260 of the water cart 1100 of infinite power of the aberration track circulation power system 3000 continuously rotates the attachment 51114 of the attachment chain 51113 at a constant speed. Infinite power generated by the transmission is transmitted to the gear shift gear 51111 of the switching chain gear 5111 and the transmitted power rotates the speed increasing bevel gear 5112 'mounted on the same shaft as the switching chain gear shaft 51112. When the increase bevel gear gear 51121 'and the slave bevel gear gear 51131' are engaged and the slave bevel gear 5113 'rotates, it is transmitted to the power transmission device 5120 so that the power transmission device 5120 is neutral 5210. In this case, the rotary power generator 5010 is stopped and controlled by the low speed (5122), the ultra low speed (5120), and the high speed (5124) according to the effects of the summer season, rainy season and typhoon, and then transferred to the rotary generator (5010) to the electrical energy (511). To produce.

FIG. 16 is a spiral screw generator schematic diagram of the screw propeller 5220 of the spiral screw power generation facility 5200. The flow rate 520 of the inflow water 430 from the upstream 421 to the downstream 422 flowing into the auxiliary inlet 22423. When the propeller 5121 of the screw propeller shaft 5223 rotates by determining the rotational direction, the spiral propeller 5222 is accelerated and the switching bevel gear 5230 rotates so that the switching bevel gear gear 5231 and the switching slave When the switching dependent bevel gear gear 5231 of the bevel gear 5240 is engaged and rotated, the switching dependent bevel gear shaft 5524 rotates so that the speed increasing gear 5250 mounted on the upper portion of the switching dependent bevel gear shaft 5524 rotates to increase speed. When the gear gear 5251 and the gear gear 5221 of the gear gear 5260 mesh with each other and the gear gear 5260 rotates, the gear gear shaft 5222 rotates and is transmitted to the spiral screw generator 5020 to transmit electric energy 511. To produce).

17 is a mover 5310 mounted at a lower portion of the aberration 1200 in a linear generator system diagram, in which a stator (a) when the aberration 1200 circulates the orbital circulation frame 2000 by the flow velocity energy 512 and the gravity energy 513. 5320)

The stator 5320 is a conductor coil 5324 of the commutator piece 5323 when the magnetic field 515 intersects with the moving magnetic permanent magnet 5311 of the mover 5310 by constantly acting from the N pole to the stator permanent magnet 5322. An electromotive force 514 is generated and a current 516 flows to the power line 5326 through the brush 5325 to produce the electrical energy 511.

18 is a representative view of the present invention, the berth plan view, sectional view and front view of the hydrostatic orbital cyclic combined cycle power system combined with the hydrostatic orbital cyclic combined cycle power generation system 6000 manufactured and anchored and operated as described above.

FIG. 19 is a diagram illustrating a hydrodynamic orbital circulation power combined cycle power generation system. The buoyancy orbit 4000 (') of the hydrodynamic orbital circulation power combined cycle system 6000 is extended to aberration orbital circulation power system 3000 and a complex power generation system 5000. ) Is a cross-sectional view of the hydropower track circulation power generation combined system (6000) with additional).

FIG. 20 illustrates a water wheel frame 1000 in which each water cart 1100 composed of an aberration 1200 and an aberration roller 1300 is coupled to an aberration connecting rod 1400.

The aberration orbit circulating power system 3000 mounted and coupled to the outer orbit rail 2110 and the inner orbit rail 2210 of the orbital circulation frame 2000 including the outer orbit 2100 and the inner orbit 2200.

In addition, the power generation chamber 4100 and the hull 4200 are coupled to and fixed to the orbital circulation frame 2000 in the buoyancy track system 4000 of the aberration orbital circulation infinite power module 100 of the power generation room 4100

Hydropower track circulation, characterized in that the composite power generation system (5000) consisting of a rotary power plant (5100), a spiral screw power generation unit (5200), a linear power generation unit (5300) and a hydrogen fuel cell power generation unit (5400) is installed. The combined cycle power generation system 6000 is also a mechanism.

Numerical description of the hydrodynamic orbital cyclic hybrid power generation combined system complex (6200) is a power generation complex in which the hydrodynamic orbital cyclic power hybrid combined power generation system (6100) is modularized at sea, and the door (600), the windows (610) and the pump The 630 is mounted on the inside and the outside of the orbital circulation box 4000 to facilitate entry and exit of personnel and materials, and the solar generator 5050 and the wind turbine 5060 are each a power generation room 4100. It is possible to obtain the effect of adding the capacity and power generation capacity of the power plant by installing on the top and the foreign body portion 4210 and the solid material portion 4220.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. Includes changes in scope.

100-aberration track infinity power module
200 - Underwater Orbiter Junction 210 - High Orbiter Junction Before
300-Water orbit frame junction 310-Low orbit frame junction
400 - Waterline 401 - Waterline
410 - Underwater 411 - Award
412 - Numbers Stop Half
420 - Water flow direction 421 - Upstream
422 - downstream 423 - tide
424 - Low tide
430 - influent 431 - effluent
500 - Total kinetic energy 501 - Direction of movement of kinetic energy
502 - energy absorption rate
510 - Surplus energy 511 - Electrical energy
512 - Flow velocity energy 513 - Gravity energy
514-Electromotive Force 515-Magnetic Field
516-current
520 - Flow rate 521 - Flow rate
530 - Gravitational acceleration 531 - Gravity direction
540 - High Orbit Frame Slope 541 - Low Orbit Frame Slope
542 - Slope constant
550-shaft bearings (not shown in some drawings)
600-Door (not shown) 610-Window (not shown)
1000 - number of carriage frame
1010 - Underwater water borrowing frame 1010 '- Underwater water borrowing frame kinetic energy
1011 - Underwater Number Bogie Frame Gross Weight
1020-High Water System 1020 '-High Water System
1021-High Water Wheel Total Weight 1022-Energy Forward High Water Wheel
1023-Energy Reverse High Water Chance
1030-Waterstable Chassis 1030 '-Waterstage Chassis Kinetic Energy
1031-Gross Weights
1040-Low Water System 1040 '-Low Water System
1041-Low Water Tank Gross Weight
1050-Sub-Chain Centerline
1100 - Wed carriage
1200 - aberration
1210 - aberration face plate 1211 - rail groove
1212-water outlet
1220-Axle Inner Plate 1221-Roller Shaft Groove
1222 - Piece Bolt Home
1230-Outer plate 1231-Roller football
1232 - Piece of bolt
1240-Aberration
1250-Undercarriage 1251-Undercarriage
1260 - Su Chaki
1300 - Auricle Roller 1310 - Roller Bearing
1320 - Bearing sphere 1330 - Bearing shaft
1400-aberration connector 1410-connector
1420-Connecting arm 1430-Connecting arm
1440-Peace Bolt
2000-Orbital Cycle 2000 '-Orbital Frame
2010-Underwater track 2010 '-Underwater track kinetic energy
2011-Underwater track frame weight 2012-Underwater track frame volume
2020-High Orbit 2021-Energy Forward High Orbit
2022-Energy Reverse High Orbit Frame 2023-High Orbit Frame Height
2030 - Award winning ornamental frame 2031 - Award winning ornamental frame height
2040 - low orbital frame 2041 - low orbital frame height
2050-Orbital frame centerline
2100 - Outer track 2110 - Outer track rail
2120 - Outer track plate 2130 - Outer track beam
2140 - outer plate 2150 - outer inlet
2160-external outlet
2200-Internal track 2210-Internal track rail
2300 - Rail cover
2400 - Multistage inflow module
2410-Auxiliary inlet 1 2411-Auxiliary inlet wing 1
2412-Auxiliary Inlet Screen 1 2413-Auxiliary Inlet Screen
2420-Auxiliary inlet 2 2421-Auxiliary inlet wing 2
2422-Auxiliary inlet screen 2 2423-Auxiliary inlet screen 3
3000-Aberration track power system 3000 '-Aberration track power frame
3010-Aberration Orbit Circulation Power Center Line
4000 - Buoyant track cradle system 4000 '- Buoyant track cradle
4100 - Power generation room
4110-Outer track plate 4111-Outer track chain population
4112-Inboard orbital height electronic sphere
4120-Orbiter beams 4121-Orbital beam beam vents (not shown)
4130-Inner track 4131-Inner track
4140-Orbital Pillars
4200 - Hull
4210-Foreign Body 4211-Foreign Beam
4212-Foreign body gate device 4213-Fallopian tubes
4214-Fallopian Tube
4220-Scrap 4221-Scrap
4222-Sludge Gate
4230 - Hull shell 4240 - Pump (not shown in the drawing)
4300-Anchor 4310-Anchor winch
4320-Anchor File 4330-Anchor
5000 - Combined power generation system
5010-Rotary Generator 5020-Screw Screw Generator
5030-Linear Generators 5040-Hydrogen Fuel Cell Generators
5050-solar generator (not shown)
5060-Wind Power Generator (not shown)
5070-Combined Inverter Control Output
5100 - Rotary power plant
5110-Power Conversion Unit 5111-Switching Gears
51111 - Convertible chain gear teeth 51112 - Convertible chain gear axes
51113 - Attachment chain 51114 - Attachment
5112-Increase Gear 5151-Increase Gear
5112 '-High Speed Bevel Gears 51121'-High Speed Bevel Gears
5113-Subordinate Gear 51131-Subordinate Gear
5113 '-Subordinate bevel gear 51131'-Subordinate bevel gear
5120-Power Train 5121-Neutral
5122-Low Speed 5123-Ultra Low Speed
5124 - High Speed
5200-Spiral Screw Power Plant
5210-Screw Gear Room
5220-Screw Propeller 5221-Propeller
5222-Spiral Propeller 5223-Screw Propeller Shaft
5230-Convertible Bevel Gears 5231-Convertible Bevel Gears
5240-Convertible Bevel Gears 5241-Convertible Bevel Gears
5242-Convertible Bevel Gear Shaft
5250-Gearbox 5251-Gearbox
5260-Crush Gear 5261-Crush Gear
5262-generator shaft
5300-Linear Power Plant
5310-Mover 5311-Mover Permanent Magnet
5320-Stator 5321-Stator Housing
5322-Stator permanent magnet 5323-Commutator
5324-Conductor coil 5325-Brush
5326-powerline
5400-Hydrogen Fuel Cell Power Plant
5410-Hydrogen Plant 5420-Reverse Osmosis Water Purifier
5430-Hydrogen Generator 5440-Hydrogen Storage Tank
6000-Hydropower track circulation power generation system
6100-Hydropower track circulation power generation combined system
6200-Hydroelectric Orbit Circulation Power Combined Cycle System (not shown)

Claims (7)

A water wheel frame 1000 in which each water wheel 1100 composed of the aberration 1200 and the aberration roller 1300 is coupled to the aberration connecting rod 1400 is
The outer track rail 2110 and the inner track rail 2210 of the track circulation frame 2000 constituted by the outer track 2100 and the inner track 2200 and having the multi-stage inflow module 2400 installed in the underwater track frame 2010 And a coupled aberration track circulation power system 3000
In addition, the power generation chamber 4100 and the hull 4200 are coupled to and fixed to the orbital circulation frame 2000 in the buoyancy track system 4000 of the aberration orbital circulation infinite power module 100 of the power generation room 4100
Hydropower track circulation, characterized in that the composite power generation system (5000) consisting of a rotary power plant (5100), a spiral screw power generation unit (5200), a linear power generation unit (5300) and a hydrogen fuel cell power generation unit (5400) is installed. Combined Cycle Power System (6000) The method of claim 1, wherein
Underwater Orbit Circulation Power Combined Cycle Power Generation System (6000)
The required power generation capacity, that is, the amount of power energy 511 to be produced, is determined by examining the river or sea flow velocity 520, the flow rate 521,
First, the unit weight of water multiplied by the horizontal and vertical heights of the underwater track frame (2010) than the sum of the total underwater weight (1011), the high total water frame total weight (1021) and the generator rotor weight (6320) The underwater track frame weight (2011) value multiplied by sets the size of the underwater track frame (2010) to be large.
Second, the underwater submerged chassis kinetic energy (1010 ') or the underwater submerged vehicle kinetic energy (1030') value is higher than the high underwater submerged kinetic energy (1020 ') value. The length and the slope of the frame 1030 and the height and the slope of the high water frame 1020 are set.
Third, + Underwater track kinetic energy (2010 ') or + Underwater chassis kinetic energy (1010')-High subwater vehicle kinetic energy (1020 ') + Water subwater vehicle kinetic energy (1030') + Low water cart The frame kinetic energy 1040 '= the surplus energy 510 is set larger than the value obtained by converting the generation opportunity electron weight 6310 to energy.
Fourth, the width of the buoyancy circulation box 4000 'is set such that the waterline 401 of the hydrodynamic orbital circulation power generation system 6000 becomes the rear surface of the buoyancy circulation box 4000', that is, the upper end of the underwater orbital frame 1010. .
Fifth, since the inner width of the orbital circulation frame 2000 of the aberration orbital circulation power system 3000 is greater than the width of the aberration 1200, a standard is set so as not to impede the flow of the flow velocity 520 to the outer sides of the aquatic orbital frame 1010. .
The aberration track circulation system 2000 of the aberration track circulation power system 3000 satisfying the above factors and the hydraulic track circulation system 2000 of the aberration orbital circulation infinity power module 100 based on the design and manufacture of the water balance framework 1000 As a combined power generation system 6000
The value of the number of bogie frame kinetic energy 500 of the number bogie frame 1000 shown in the figure is the sum of the kinetic energy 1010 'of the water underwater and the kinetic energy 1020' (1030 ') + low water column kinetic energy (1040') = surplus energy (510)
+ Energy of the underwater orbital frame (2010 ') = (weight of the underwater track (2011) - weight of underwater water frame (1011)) x velocity of the water (520) x energy absorption rate (502) ') = Apply the higher value of the total subsea vehicle total weight (1011) x flow rate (520)
-High water frame kinetic energy (1020 ') = High water frame total weight (1021) x gravitational acceleration (530) x high track frame height (1023) x high track frame tilt (540) x gradient coefficient (542)
+ Receiving water kinetic energy (1030 ') = gross weight of water receiving water frame (1031) x gravity acceleration (530) x height of water orbiting frame height (1031) x water orbital inclination (541) x gradient coefficient (542)
+ Low number of bogie frame kinetic energy (1040 ') = Low number of bogie frame gross weight (1041) x Gravity acceleration (530) x Based on calculation of low orbital frame height (1041)
By calculating the total energy (500) to calculate the surplus energy (510) value to calculate the facility power energy (511) value
Here, the slope coefficient 542 is a constant defined as 0.5 based on the length 1 and the height 1
For length> height, calculate as (height / height) * gradient constant (542)
For length <height - 1 - ((length / height) * slope constant (542))
The energy absorption rate 502 is a coefficient obtained by experiments. The efficiency of the gears and the generators are applied to the hydrodynamic energy according to the flow velocity 520, which is absorbed as kinetic energy and converted into underwater track kinetic energy 2010 '. The efficiency water absorption rate 502 may be included
In order to satisfy the above elements, the orbital circulation frame 2000, the abutment frame 1000 and the buoyancy circulation box 4000 'of the aberration orbital circulation power system 3000 are designed and manufactured. Hydropower track circulation power generation system 6000 of module 100 The method of claim 1, wherein
A water wheel frame 1000 composed of a water cart 1100 and a water wheel connecting rod 1400 is mounted on an orbital circulation frame 2000 consisting of an external track 2100 and an internal track 2200, and at the underwater track frame branch point 200. Passing the high orbit frame junction 210 to the water orbit frame junction (300) is moved to the flow rate energy (512) and passing the low orbit frame junction (310) from the water orbit frame junction (300), the underwater track frame junction (200) Aberration orbital cyclic power system 3000, characterized in that the movement to the gravitational energy (513) to The method of claim 1, wherein
The basic draft line 401 of the buoyancy track 4000 'consisting of the power generation room 4100, the hull 4200, and the anchoring device 4300 is the upper portion of the underwater track frame 2010, that is, the back of the buoyancy track 4000'. Buoyancy orbit (4000 ') width is set to
The pump 4240 installed in the power generation room 4100 is operated to provide fresh water or drainage to the partition wall or the hull 4200 between the track box outer plate 4110 and the track box inner plate 4130.
Buoyancy track system 4000 characterized in that the water line orbit circulating power combined cycle power generation system 6000 adjusts the water line 401 to correspond to the external environment when anchored at sea and at sea. The method of claim 1, wherein
A hybrid power generation system 5000 consisting of a rotary power generation facility 5100, a spiral screw power generation facility 5200, a linear power generation facility 5300, and a hydrogen fuel cell power generation facility 5400 is installed to provide aberration orbital cyclic power system 3000. Convert and convert infinite circulation power to produce and transmit power energy 511 in the rotary generator 5010 and the linear generator 5030
Hydrogen production plant 5410 using surplus power produced during non-transmission to purify the surrounding water in the reverse osmosis water purifier (5420) to produce and supply hydrogen in the hydrogen producer (5430) or hydrogen tank (5440) The hybrid power generation system 5000, which is stored in the hydrogen fuel cell generator 5040 and regenerates and transmits the power energy 511 when necessary. The method of claim 1, wherein
Rail tracks 1211 and rail tracks 1211 greater than and wider than the outer track rail 2110 and the inner track rail 2210 of the track circulation frame 2000 between the upper and lower sides, and between the rail groove 1211 and the rail groove 1211. And a rectangular aberration face plate 1210 having aberration passage holes 1212 formed therein;
The same height as that of the aberration face plate 1210 and the same spacing and width of the aberration face plate 1210 and the aberration face plate 1210, and when the aberration roller 1300 is mounted, the end of the aberration roller 1300 is a rail groove of the aberration face plate 1210 ( 1211) a rectangular aberration inner plate 1220 having a roller shaft groove 1221 formed at a position to protrude outward;
The same height as that of the aberration face plate 1210 and the same spacing and width of the aberration face plate 1210 and the aberration face plate 1210, and when the aberration roller 1300 is mounted, the end of the aberration roller 1300 is a rail groove of the aberration face plate 1210 ( 1211) and a rectangular aberration outer plate 1230 having a roller shaft 1231 formed at a position to protrude outward;
When the aberration inner plate 1220 is mounted inside both rail grooves 1211 of the aberration face plate 1210, it is equal to the inner length of both aberration inner plate 1220 and the spacing and width of the aberration face plate 1210 and the aberration face plate 1210. Such rectangular aberration top plate (1240)
In addition, when the aberration inner plate 1220 is mounted inside both rail grooves 1211 of the aberration face plate 1210, the aberration inner plate 1220 has the same length as that of the aberration face plate 1210 and the aberration face plate 1210. It is composed of a rectangular aberration lower plate 1251 having the same width and a plurality of aberration key holes 1251 formed in the center.
The aberration face plate 1210 is arranged before and after with a predetermined thickness and width therebetween.
On the roller shaft 1231 and the roller shaft groove 1221 formed above and below the aberration outer plate 1230 and the aberration inner plate 1220.
After mounting the aberration roller 1300 in which the roller bearing shaft 1330 is symmetrically fixed to the roller bearing opening 1320 of the roller bearing 1310.
The aberration inner plate 1220 is fixed to the inside of both aberration plate 1210 so as to be located inside the rail groove 1211 of the aberration plate 1210
The aberration top plate 1240 and the aberration bottom plate 1250 are respectively fixed between the aberration front plate 1210 and the aberration inner plate 1220 at the upper side, and the aberration key ( 1260 is fixed to match the spacing of attachments 51114 of the attachment chain 51113 so that the aberration 1200 rotates the attachment chain 51113 by engaging the attachment 51114 while circulating the orbit. ) Attachment 51114 formed in the attachment chain 51113 and the interval between the aberration keys 1270 settled in each of the water wheels 1100 of the water wheel frame 1000 coupled to the water wheel connection unit 1400 by the manufactured water wheels 1100. ) Have the same spacing
When the carts 1100 infinitely circulate the orbital circulation frame 2000 due to the flow velocity energy 512 and the gravity energy 513, the cart cart 1260 moves and rotates the attachment 51114 at a constant speed.
The orbital circulation power system 3000 and the combined power generation system 5000 are characterized in that the orbital circulation power of the carts 1100 is transmitted to the attachment chain 51113 and the switching chain 5111.

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