KR20110007047A - Hydro power generation by high angle low drop belt type circulation aberration - Google Patents

Abstract

The present invention relates to a hydroelectric method and method, and more specifically, to generate electricity by rotating a generator using a drop of water.

Thermal power, geothermal power, tidal power, wind power, nuclear power, solar power, and hydroelectric power are used to produce electricity.

In general, there are many thermal and nuclear power generation methods to produce electricity widely, and methods and methods for making thermal power plants and nuclear power plants require a lot of resources and advanced science and technology in the process of burning fuel, and also have a fatal effect on the environment. It is inevitable that the destruction of the environment will not be avoided, and the fuel will also be exhausted because its life is exhausted. The invention is intended to generate electricity by upgrading the hydroelectric power generation method without environmental pollution, and induce the potential energy of water. It is possible to generate electricity on farmland next to homes by using free fall power, and to produce electric power practically by using rivers. It is to produce electricity without limiting environmental pollution and destruction.

Description

Hydropower by high angle low drop belt type circulation aberration {omitted}

The present invention is to use the potential energy of the water drop as a method for maximizing the potential energy of the water to develop the aberration to create the potential energy of the water by rotational movement and to operate the generator to produce electricity

Generally, hydroelectric power generation method using water includes dam type, water channel change type, dam water channel type, pumping power generation, etc.As a kind of aberration (gravity water wheel: watermill) (impact water wheel: Pelton water wheel, Tugo water wheel, Osgug water wheel) Aberration: aberration is not submerged in water) (as a reaction aberration: water aberration is completely submerged in Francis, propeller, Kaplan aberration)

The present invention is a natural friendly power generation method and method that is indispensable for producing electricity, and the advantages of hydroelectric power using water, which is infinite life water, and the flow of water by dams by existing hydroelectric power methods and methods. It is aimed at preventing the damage to the natural ecology when it is blocked and ecologically observed, relighting the production method and method of electricity, making electricity cheap, and being very environmentally friendly and preventing pollution from occurring in the environmental pollution and ecological fields.

It is possible to produce a large amount of electricity locally and minimize the construction cost and at the same time, if there is a river flowing water as a method and method for creating a power plant by the technical configuration of the present invention by minimizing the environmental impact assessment The purpose is to produce and supply high-efficiency electricity by practically inducing the direction and method for supplying electricity by escaping

Hereinafter, the effects of generating electricity by the method and method of the present invention will not create dams in which the natural environment of the region is artificially modified in the water environment, and there is no cost due to the construction of the dam, and a low water barrier that induces the flow direction of water flowing in rivers and rivers. It is easy to construct and construct to secure potential energy caused by falling water by installing a waterway or a water pipe to secure the potential energy of water along rivers and streams where water flows. Also, in the ecological impact assessment, environmental pollution and destruction Is not at all

In particular, it is possible to avoid dam construction for hydroelectric power generation, so there is no environmental difficulty of submerging the land, and low cost construction will bring about the effect of producing high-efficiency pure electricity.

 In addition, the aberration of the present invention can be mass-standardized because it is easy to install and move the production, and if there is a river flowing a small amount of water can produce electricity in an environmentally friendly and high efficiency.

Easy installation even in tidal power generation, can produce large amount of electricity, and there is no environmental damage in installation

In addition, it is a useful power generation that produces eco-friendly electricity with multi-purpose functions, in which aberrations generate large amounts of water into the water surface, and tourism effects due to the generation of spray fog generated on the water surface due to collisions between the discharged water and the water flowing in the river. to be

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

In addition, the present embodiment is not limited to the rights of the present invention but is presented by way of example, various modifications may be made without departing from the technical gist of the present invention.

1 is a view illustrating a power generation method of the high-angle low drop belt-type circulation aberration, [2] is a separation diagram showing the structure of the upper and lower rotary shaft of the aberration, [3] is a bucket of aberration Figure 4 is a plan view showing the chain belt attached to the upper bucket wheel swivel, and a partial detailed explanatory view, [Fig. 5 is a perspective view showing a steel structure of the ground-mounted aberration, Figure 6 is an explanatory view and a perspective view illustrating the power generation operation of the aberration having a chain belt with a bucket on the ground-fixed steel structure; FIG. 7 is a partial explanatory diagram showing discharge of water contained in a bucket while receiving water from the upper bucket movement path under the guidance of the upper bucket bucket of the ground-mounted aberration, and FIG. Fig. 9 is an explanatory diagram illustrating the operation and role of the slip device of the lower axle support shaft of the aberration, [Fig. 9] is a side view showing the power generation process of the fixed steel structure wheel aberration, and [Fig. 10] is a ground separation belt. 11 is a perspective view showing the steel structure of the cyclic aberration, Figure 11 is a detailed explanatory view and a perspective view showing the development process of the ground-type iron structure aberration, Figure 12 is a lower adjustment table for changing the rotational direction of the bucket wheel It is an enlarged view and explanatory drawing which shows a function and a role, [FIG. 13] is an enlarged view and explanatory drawing which shows the function and role of the upper adjustment stand which changes the rotation direction of a bucket wheel.

1 is an explanatory diagram of the development method of the high angle low drop belt type circular aberration.

The water tank (1) of the aberration is located above each water tank in the upper bucket movement path (V ₀ ) of the aberration, and the water tank (1) collects the water (O) supplied from the water source (A), and the amount of water is the generation of the aberration. so as to have a constant level for storing the incoming water from the water source and place filled with oil hydro the aberration is a bucket (51) wheel (E) the rolling slope of the upper wheel swivel (V) and a lower wheel rotating platform (V _1), the chain belt (C) is a circular aberration chain belt (C) circulating aberration to move the upper and lower bucket movement path (V ₀ ), (V ₃ ) inclined by moving the upper and lower rotation axis. There is a bucket and a wheel (E) and each bucket 51 is provided with a system for discharging the water of the water tank (1) from the bottom water outlet (O1) of the water tank (1) to supply water to the bucket of the aberration

It is a structure that can operate the aberration by lowering the upper (F) rotation axis (A), which is a high position, in the inclination angle of the bucket wheel swivel of the high angle low drop aberration to the lower position (F ₆ ) to the bottom. (447) the flow rate filled in the water tank is simultaneously discharged to each of the buckets in the water tank upper bucket movement path (V ₀ ). In the above water tank is filled between the water tank between the upper bucket wheel swivel (V) There is a free fall force and the rotational force is generated by the above action. The upper part of the aberration by the weight of water between the upper and lower rotation shafts (A) and (B) of the aberration, that is, the upper bucket wheel swivel (V). The bucket 51 is dropped by the inclined bucket wheel rotation, each bucket 51 has the potential energy of the water and discharges the water out of the aberration. The bucket hanging on the chain belt rotates the lower rotating shaft (B) and the position of the bucket. And while discharging the time the kkeokkuro number of the remaining water in the water basin (J ₁₎ of each bucket of water emptied move the lower bucket wheel rotating platform (V ₁₎ again spins the upper rotary shaft (A) enters through the upper bucket wheel rotating platform (V) do

In the above, the present invention is characterized by the high angle of inclination angle line (B), (B ₂ ), (B ₃ ), (B ₄ ) lined around the lower axis of rotation shown on the foundation floor (K) from the bottom 0 degrees to 180 degrees The lower height of the potential energy of the water (O) marked in the positions of, (B ₅ ), (B ₆ ). Upper axis of rotation (F), (F ₂ ), (F ₃ ), (F ₄ ), (F ₅ ) In (F ₆ ), the length of the upper rotating shaft (A) and the lower rotating shaft (B) is extended from (B) to (F) to the upper rotating shaft (A) and the length of the aberration is extended. And the number of buckets on the trolley bucket wheel swivel and the chain belt is loaded into the bucket, and the weight of potential energy of the water dropping together with the bucket 51 is increased on the chain belt (C). to increase the potential energy of water by the water bottle while maximizing the rotational force of the car can be in a bucket with a bucket methoxy fixed bar (P ₁₎ of the chain belt (C) generating a rotational force Which can be characterized in that the hydroelectric jeonak in charge, and as the main constituent parts of the following aberrations

Water tank (1), steel structure (M), (MP), waterway (J1), water outlet top plate (5J), contact plate (U ₄ ) pulley reclining slope (10), accelerator (Z), generator (ZB), water pipe (X), sedimentation basin (b), grid (degrees), water discharge pipe (60), water discharge port front (104), aberration top (447), chain gear (8).

2 is an exploded view illustrating the structure of the upper and lower rotary shafts of the aberration, and is an explanatory diagram.

Bearings (3) are located at both left and right ends of the aberration upper and lower axle shafts, and two gears of the same structure are spaced apart at regular intervals from the center of the center of the rotation shaft (U) to the left and right shafts, respectively. The rotary shaft U is fixed to the shaft U by the fixing key 37, the fixing plate 44, the fixing key fitting 66, and the gear fixing bolt 20, and is installed in pairs. The upper rotating shaft A is The chain belt is the main axis of rotation of the generator (ZB) of the aberration by the drop of the weight of the bucket, and the rotational force of the aberration of the generator (ZB) through the power transmission belt (V ₆ ) connected to the rotation acceleration unit (Z) as shown in the diagram 400. There is a pulley 56 to be transmitted to the) and the fitting table 10 to which the pulley 56 is fitted is formed as a square shaft (10) at the end of the upper rotary shaft (A).

In the configuration of the rotary shaft (U) is the same as the upper lower rotary shaft loosened pin 16, bearing (3), bearing separation prevention pin (31) and the chain gear 8 and the bolt (20) for coupling the fixing plate 44 ), Bolt fitting holes 75, bolt nuts 22, pin fitting holes 88, pulley fitting squares 13, and pulleys 56. The components of the rotating shaft are rotated shafts as shown by arrow-dotted lines (F). The chain gear 8 and the fixing plate 44 are coupled to the fixing plate 44 which is fixed to (U) by fixing bolts, nuts 20 and 22, and the bearing (3) and the bearing separation prevention fixing The pin 31 is coupled to the shaft (U), the pulley 56 is fitted to the rear pulley fitting shaft 10 and the fixing pin 16 is coupled to the structure. The gear and bearing pulleys are installed on the rotating shaft (U). Become

3 is a chain belt (C) to which the bucket of the invention aberration is attached, the bucket wheel (E) and the bucket fixing rod (P ₁ ) on the upper bucket wheel swivel (V) between the swivel and the swivel Partial plan view showing explanatory support and detailed description as follows

The bucket fixing rod (P ₁ ) is inserted into the joint (JJ) hole 77 of the chain belt on the water tank (A) and (B) left and right. The fixing rod is fixed to the chain on the left and right sides of the water tank side by side with the bucket, and the water tank fixing rod penetrates the water bar at regular intervals and protrudes the chain belt (C). Bucket wheel (E) is attached to the left and right ends of the rod (P ₁ ) and the chain belt bucket 51 is placed in the bucket movement path (V ₀ ) between the upper bucket wheel swivel (V). The configuration of) is the same as in the explanatory drawing 505. In the above, the bucket is located between the chain and the chain, and two round bars of the bucket fixing rod (P ₁ ) penetrate the left and right sides of the bucket. Bucket fixing ring 101 is fitted to the two bucket fixing rod (P ₁ ) protruding out of the bucket and then the sieve Phosphorous joint (JJ) is inserted into the bucket fixing rod (P ₁ ) through the hole 77, then the rotary ball (PA) is fitted, the chain joint is fitted again and protrudes from the chain joint hole 77 The chain fixing pin (Y) is tightly fitted to the fitting bar on the bucket fixing rod. The fixing pin (Y) is inserted into the pin hole (Z) to prevent the chain from moving from the bucket fixing bar (P ₁ ) to the left and right. Bucket wheels (E) are fitted to both ends of the bucket fixing rod (P ₁ ) that penetrates the sound bar (JJ).

Description Figure 505 will showing the configuration of one side of the bucket chain belt fitted to the bucket fixing bar (P ₁₎ as above described

In the bucket of water wheel, when each bucket wheel rolls on the swivel table (V), the bucket (A) and (B), that is, each bucket (51) is the upper surface (car) and the bottom (child) is a close contact (U ₄ ) I will squeeze and explain what is stuck

Each bucket is filled with water, the water inlet (O ₂ ) is always open above the top of the water tank (18). The water tank (51) is fitted with one bucket on the two bucket fixing rod (P ₁ ), the bucket is fixed bar (P ₁₎ is possible it depends on the on the water basin is located between the chain and the chain connecting the chain and the chain bucket fixing bars so allows side-by-side connection of the two chain belts between the bucket bucket fixing bar (P ₁₎ in the It is a chain belt that is operated across the shaft shaft pinion. The bucket wheel (E) and the auxiliary wheel which are one body at the left and right ends of the bucket fixing rod (P ₁ ) which protrude through the chain joint hole (77). E2) is equipped with the bucket wheel (E) and the auxiliary wheel (E ₂ ) wheel diameter is different between the diameter of the two wheels between the round recess grooves (HP) and the wheels are separated by the separation of the wheel wheel (E ) And the auxiliary wheel (E2) function Agent (C), a bucket fixed bar (P ₁₎ of each bucket chain belt (C) with a sandwiched therefore the upper rotary shaft (A) and, when moved to the lower axis of rotation (B) rotate in the bucket fixing bar (P ₁₎ Rolling over the bucket wheel swivel while rotating, allowing each bucket to support the bucket fixing rod (P ₁ ) so that the bucket and bucket can smoothly drop between the bucket wheel swivel (V) and the bucket fixing rod (P 1). ₁ ) is a bucket fixing ring 101 to prevent the bucket from shaking and moving left and right in the fixing rod when the bucket 51 is moved from the top to the bottom of the aberration to the top of the aberration, the bucket 51 both sides and the chain is It is sandwiched between bucket fixing rods (P ₁ )

In the above, the bucket fixing rod (P ₁ ) is inserted into the chain joint hole 77 of a constant interval. In the above, the interval (CH) and the bucket (P) between the bucket fixing rod (P ₁ ) sandwiched between the chain joint and the joint. (B) between the fitting holes 70 in which the fixing rod P ₁ on the left and right sides (bars) of the bucket is inserted, that is, the interval HC between the fitting holes 70 and the fitting holes 70 is inserted equally. The contact stick (U ₄ ) was pressed and stuck through the bucket fixing rod (P ₁ ). When the chain belt (C) is in a straight line, the bucket fixing rod (P ₁ ) protrudes through the left and right sides of the bucket. Each bucket is attached by the chain belt (C) that is fitted with the bucket (A) and the top (car) and the bottom of the bucket (B) between the chain belt. The aberration chainbell of the present invention that the top and bottom of the bucket are attached to each other when the bucket is dropped between V). In the configuration of (C)

The top of the water tank (B) and the bottom of the water tank (A), which are attached to the bottom of the water tank (P), press the contact sticks (U ₄ ) attached to the bottom of each water tank (P ₁ ). is a chain belt, each chain in the through of Music (JJ) is a bucket in close contact against (U ₄₎ is the pressure of the force so is transmitted to the bucket fixing bar (P ₁₎ bucket fixing bar (P ₁₎ receives the (C) Has the force to pull flat

In the above effect that the bucket and the bucket is attached (601), the tension between the chain belt joints and the joint (JJ) of the bucket left and right through the bucket fixing rod becomes effective to pull the tension bar (P ₁ Through), there is a compressive action that causes the bottom (child) and the top (car) of the water tank (a) and (b) to stick together while pressing the contact table (U ₄ ).

(A) each bucket between the bucket wheels swivel and (B) is in close contact while receiving a pressure while contracting the elastic force of the elastic material is in close contact against (U ₄₎ affixed to the bottom of (I) pressing the adhesive against (U ₄₎ Will be stuck

In the above, each bucket is vertically inclined in a vertical line on the wheel swivel (V), which is the inclined surface of the bucket wheel (E) roll when the left and right chain belt (C) has a tension to be pulled tightly and the upper bucket wheel When the water tank on the swivel table (V) is dropped by the potential energy force of the water acting on the water tank, there is no phenomenon that the chain joint and the joint are not loosened and bent.

In the above, the bucket fixing rod functions as a chain connecting pin for connecting the joint (JJ) and the joint (JJ) of the chain, and is located between the left and right chain joints and the joint (JJ), and the bucket fixing rod (P ₁ ). The rotating ball 101 is inserted into the pinion (R) of the chain gear when the bucket is rotated in the bucket fixing rod (P ₁ ) is rotated half the rotation axis of the rotating ball (PA) grease to inject grease There is an injection part (PJ), and when the rotating ball spins on the bucket fixing rod (P ₁ ), it smoothly lubricates the grease to reduce the heat generated by friction in the gear pinion and the bucket fixing rod.

The bottom of the bucket bottom slope (71) and the bottom of the bucket top slope (13). The contact plate (U ₄ ) attached to the bottom of the bucket is a strong material of elastic material and each bucket attached to the bucket fixing rod (P ₁ ) When the upper and lower surfaces are in contact with each other by rotating the upper lower rotating shaft half a turn, the upper and lower surfaces make smooth contact with each other. The upper and the bottom are strong and softly attached, and the chain belt inserted on the bucket fixing rod (P ₁ ) on the bucket wheel swivel is prevented from being bent by the tension and the contact plate (U ₄ ) is the top and the bottom of the bucket (car) It is the front of the water tank (18) and the water inlet (O ₂ ) of the water tank.

4 is a perspective view and explanatory view showing a bucket attached to a chain belt wound around a rotating shaft gear to rotate the rotating shaft;

The rotation direction (FU) of the bucket turning the rotation axis in the above-described explanatory drawing (750) is the gear rotation axis (U), gear (8), bucket (51), chain belt (C), bucket fixing rod (P ₁ ), gear pinion (R), Bucket Water Inlet (O ₂ ), Bucket Bottom (R), Bucket Top (Car), Bucket Front (18), Bucket Side (Bar), Bucket Back (Ta). It is the direction of rotation (FU) of the bucket hanging on the fixed rod (P ₁ ). As described above, the operation of the bucket and the bucket turning the rotating shaft will be described in detail when each bucket is rotated by the chain belt.

Each bucket 51 hangs between the left and right chain belts C in the bucket attached to the left and right chain belts. When the chain belts connected to the bucket fixing rods are straight, Dotted line drawn on the side surface (bar) of the water tank 51, that is, spaced equally on both sides of each water tank in the direction of the arrow TA at the front of the water tank front 18, that is, at the center of the water tank side surface BS. the side of the bucket fixing bar, penetrates the (bar) (P ₁₎ is sandwiched 2 to 1, each bucket by one phase (UT), and a bucket fixed bar that is inserted into (TU) on the side of the bucket (P ₁₎ that is, each bucket (51) Bucket bar of two bucket fixing rods protruding to the left and right sides (P ₁ ) Round bar rod diameter (O8) is a fixed bar (P ₁ ) of each bucket in the vertical dotted line (SB) of the side of the bucket the bucket has a fixed bar in the inserted (P ₁₎ is at the same jongeu each bucket in the bucket movement (V ₀₎ to the side of each bucket Straight bucket front side (18) on the bucket side of the central portion (BS) line when the water inlet (O ₂₎ spaced apart in a dotted line (BS), as shown in FIG. 771 described in arrow direction (TA) bucket fixing bar (P ₁₎ The upper edge (car) of the bucket meets the vertical dashed line (SB) of the side (bar) on the upper face (car) and the lower face (child) of each bucket 51 in the above. That is, from the top edge 11 where the vertical dotted line SB on the front end of the circumferential end portion O8 of the bucket fixing rod P ₁ inserted into the bucket meets the top surface of each bucket from the edge 13 of the back side of the bucket (ta) The bottom of the bucket is placed on the bottom side of the bucket (SB), that is, on the bottom of the bucket (14) so that the bottom of the bucket has the same slope as the top slope of the bucket. If the slope (e) on the bottom of the water tank up to the corner (71) of the (ta) is described as follows:

Each bucket 51 suspended from the bucket fixing rod fitted to the chain belt (C) is the bucket 51 when the chain belt (C) rotates while rotating the gear (8) of the upper rotary shaft (A) and the lower rotary shaft (B) The fluid is suspended from the bucket fixing rod P ₁ fitted to the chain belt C. The chain belt C is wound around the pinion R of the gear 8 when the chain belt C is wound (SS). (C) becomes semicircle in circular shape like gear

In the above, when each bucket attached to the bucket fixing rod (P ₁ ) fitted to the chain belt (C) rotates the upper lower rotary shaft, that is, when the bucket turns in the direction of rotation (FU), each bucket has two bucket fixing rods (P ₁ ). Fluidly fixed and suspended by

The operation bucket (51) is before the chain belt (C) is wound on the gear, each bucket is bucket bucket wheel (V), (V ₁ ) on the top and bottom of the steel structure (M) by the bucket wheel wheel rotational axis of the bucket is in a fixed bar and the upper and lower wheel swivel parallel straight line and the movement movement of each bucket on the wheel rotating platform with wheels swivel in between the bucket movement (V ₀₎ above is placed by pressing the adhesive against (U ₄₎ The bucket wheels on the wheel swivel (V), (V ₁ ) when each bucket is attached and arranged in a straight line, and in a straight line in the bucket movement path (V ₀ ) between the upper bucket wheel swivel (V). By the bottom of each bucket (top) and the top (car) are each bucket 51 as in the function and role of the bucket structure attached to the bucket fixing rod (P ₁ ) fitted to the chain belt described in Figure 3 Top of each water tank 51 on the contact plate (U ₄ ) attached to the bottom Face (car) is attached

From above

Each bucket 51 is buckled between the left and right chain belt (C) with two bucket fixing rod (P ₁ ) and left and right at regular intervals so that the bottom and top of the bucket is attached between the bucket movement path. It is installed on the chain belt (C).

In the above configuration, each of the buckets in the configuration of the chain belt (C) with a bucket of the aberration of the present invention such that the upper surface (car) and the bottom (child) are attached in a row between the bucket wheel swivel, each bucket is a rotating shaft (A) and When turning (B), when each bucket arranged in a straight line between the bucket wheel swivel is wound on the pinion of the upper and lower rotary shaft gear (SS) (SS), each bucket 51 is chain chain along the chain belt. When (C) moves from the water tank (KK) on the water tank moving path (V ₀ ) to the water tank (BB) where the chain belt (C) is wound, the water tank and the water tank will be folded. When the water tank is rotated on the axis of rotation, it should be separated, but the axis of rotation should be rotated in a semicircle curve along the chain gear.

The bottom (child) and the top (car) of each bucket 51 are opened in the direction of the front of the bucket (TA), the back portion (ta) is in close contact (PU) and there is a phenomenon that the bucket and the bucket collide. So

When each bucket rotates the rotation shaft half a turn (U)

To prevent the collision between the bucket and the bucket, each bucket that is suspended from the bucket fixing rod (P ₁ ) fitted to the chain belt (C) is fixed to the bucket when the top and bottom of the bucket are attached in a straight line between the bucket wheel swivel. From the diameter of the rod (P ₁ ) to the front of the water tank (TA), the top and bottom of the water tank 51 on the dotted line (SB) to the back so that the inclined surface in each bucket, such as (e) and (e). When the water tank and the water tank are bent, the fixing rod (P ₁ ) and the fixing rod (P ₁ ) inserted into the water tank do not push the water tank. The water tank plate length of the water tank rear surface (ta) is higher than the water tank front (18) water inlet. In the above, when each bucket is in a straight line between the bucket wheel swivel, the bucket 51 is cut out between the inclined surface (sa) and the inclined surface (e), that is, between the upper and lower surfaces of each bucket (car) and the bottom. There will be one space AB. Above each bucket 51 When turning the lower rotary shaft, there is a collision mitigation space (AB) when the bottom and the top of the bucket open in front of the front of the bucket and the rear part of the bucket is narrow, so each bucket rotates the rotating shaft halfway between the chain gears of the rotating shaft. When moving from the position of the water tank (BB) to the position of the water tank (BB), there is a space (AB) in each water tank so that the top and bottom of each water tank so as not to collide with each other, so that the bucket fixing rod (P ₁ ) fitted to the chain belt (C) Each bucket with a medallion rotates the axis of rotation smoothly

Figure 5 shows the form and structure of the steel structure (M) of the ground-mounted aberration to which the chain belt (C) of the aberration, which is the operation part of the high angle low drop belt-type circulation aberration is installed

In the above, the steel structure of the aberration (M) is divided into the upper bucket wheel swivel (V) and the lower bucket wheel swivel (V ₁ ), but the height of the upper axis of rotation (A) of the steel structure (M) by the inclination of the bucket wheel swivel And the height of the lower rotating shaft (B) can be adjusted to be optimal for the development of the aberration

The angle of the inclined surface (Y ₁ ) in which the bucket wheel (E) rolls in the upper bucket wheel swivel (V) and the lower bucket wheel swivel (V ₁ ) is described with reference to the description of FIG. ), (F ₆ ) when the inclination angle of the upper wheel swivel (V) and the lower wheel swivel (V ₁ ) increases, the upper part of the steel structure (M) is lowered about the lower part.

When the inclination angles of the upper and lower bucket wheel turntables (V) and (V ₁ ) decrease, the upper part becomes higher about the lower part.

The structural function of the fixed steel structural body, which is the body of aberration, is as follows.

The upper and lower bucket wheel is characterized in that it is provided with a symmetrically long steel structure plate (M) left and right two plates (K ₂ ) are spaced apart from the left and right upper plate (M ₁ ) and the lower plate ( M ₂ ) is a steel structure that is as wide as the wheel rolls and the plate (MV) separating the upper plate (M ₁ ) and the lower plate (M ₂ ) is parallel to the upper and lower bucket wheel swivel.

In the above steel structure left and right bottom plate (M ₂ ) is fixed to the foundation concrete floor (K)

The connecting device plate (S) installed inside the plate of the left and right bottom plate (M ₂ ) fixed to the base bottom (K) is a long uneven plate attached to be inclined downward from the top to the bottom horizontally from the end of the plate to the end The lower bucket wheel is rotated by the lower bucket wheel (V ₁ ) and the bucket movement path that rises upside down from the top of the aberration, and a water channel (J ₁ ) for receiving and draining the water falling from the bucket is provided. Is a structure having a narrow gap between the upper plate (M ₁ ) and a wide lower plate (M ₂ )

The left and the slide (9B) to which the device on the vane is becomes fixed welding between the dupan (K ₂₎ with slippery ginpan hold from the upper part of the aberration dupan (K ₂₎ to the inclination, such as a bucket wheel rotating platform to the lower slide (9B) When each bucket moves between the lower bucket movement path (V ₃ ) to the top of the aberration while rotating the lower axis of rotation, the back (ta) of each bucket moving upside down on the bucket fixing rod (P ₁ ) fitted to the chain belt (C) It is a sliding frame (9B) which prevents the chain belt (C) and the lower bucket from swelling by being in close contact with a narrow gap and allowing the back of the bucket to collide with the plate, but make it slide and move.

Iron gujobon left and right bottom plate of dupan (K ₂₎ (M ₂₎ outside kkatmyeon left, the upper rotary shaft support to obtain the upper rotary shaft support (Q) that is welded to the vane fixing the support bottom plate (E ₄₎ for fixing to the bolt It is a fixing plate (J ₄ ) and the bolt fitting hole (TT) of the fixing bolt (T) for fixing the upper rotary shaft support lower plate (J ₄ ).

Lower bucket wheel swivel (V ₁ ) is spaced apart and parallel to the slide (9B), located below the slide (9B), is a straight long plate from the end of the bottom plate to the end is long uneven, the left and right head plates of the steel structure (M) (K ₂ ) The lower plate (M ₂ ) of the inner surface of the left and right attached to the weld is fixed and the lower bucket wheel swivel (V ₁ ), the water channel (J), the connecting plate (S) of the bucket movement path is steel structural head plate (K ₂ ) Securely

Together with the slide (9B), it serves to strengthen the skeleton of the steel structure of the aberration. The connecting device plate (S) is a flat long plate at the bottom and the lower bucket wheel is rotated at the top.

In the above, when each bucket is moved from the bottom to the upper rotary shaft, the lower bucket movement path (V ₃ ) that hangs upside down on the bucket fixing rod (P ₁ ) fitted to the chain belt and receives the water falling from each bucket (51) that hangs upside down and discharge and the associated channel (J ₂₎ is provided with a number (J ₁₎

The connecting device plate (S) in the above is a concave-convex structure and the bottom is a flat plate.

And a lower rotary shaft bottom support plate (E _5), the obtained fixing a fixing plate (J ₅₎ is a slip for cancer (W) in the bottom plate (E _5), fixing plate (J ₅₎ to be fitted (can be) in exchange for the slip

The female slippery (W) is a slip device in which the lower rotary shaft support bottom plate (E ₅ ) with a male slip device fitted to the female slippery (W) is operated before and after and (male) slipped lower rotary shaft support plate (E ₅₎ is (f) a pusher for the lower rotary shaft supporting the bottom plate (E ₅₎ device when coupled to the slip for (W), the left and right bottom plate (M ₂₎ welding the fixed hydraulic-cylinder in (H ₁₎ The cylinder boom (H ₂ ) and the spring plate of the boom (S) are operated by the cylinder.

And a top guide (F ₈₎ is semi-circular structure that in the aberration upper change the rotation of the bucket wheel, and ₍₇ F) lower guides to change the bucket wheel rotating in aberration lower bottom bucket wheel rotating platform is welded to (V ₁₎ and a bucket It is a joint fixing part (KB), which is a joint fixing part (KB), in which the bottom of the semi-circular adjusting part is welded to the fixing plate (KB), and is mounted on the fixing plate (KB) welded to the lower bucket wheel swivel. semi-circular fiber large plate (FX) of the guide structure is a fiber-engaging plate (PT) and a bucket (P ₀₎ and connected to the water tank the water hoses (C ₃₎ to the water filled guide buckets (P ₀₎ and the upper bucket wheel It is a swivel (V) and the upper bucket movement path (V ₀ ) through which the water tank moves between the swivels (V).

And when the auxiliary wheel (E ₂ ) of the water tank wheel (E) and the fiber band (FF) friction, the fiber band (FF) tightly filled with the adjustment bar traps the fiber band (FF) to prevent the deflection from being pushed to the left and right. It is the fiber base plate (FT) of the steering wheel, the landing wheel (F ₁₈ ) where the bucket wheel (E) lands, the lower end of the steering wheel (OA), and the upper end of the steering wheel (OC).

6 is a water tank 1, which is the top of the aberration 447 at the lower end 705 of the aberration, in which a chain belt C with a bucket is mounted on the ground-fixed steel structure M of FIG. 5. Is a perspective view showing the water outlet O _{1 of} FIG.

The arrow 407 in the above indicates the movement of the bucket and the rotational direction of the bucket around the upper, lower rotary shaft between the upper bucket wheel swivel (V) and the lower bucket wheel swivel (V ₁ ).

From above

Upper rotary shaft (A) Support (Q) Lower rotary shaft The upper and lower rotary shafts, which are spaced apart from the rotary shaft, are attached to the chain belt (C) with a bucket on the lower rotary shaft gear.

In the above, the upper and lower rotary shaft support lower plate (E ₄ ) and the lower plate (E ₅ ) is welded to the upper and lower left and right lower plate (M ₂ ) on the outer surface of the left and right plate (K ₂ ) of the steel structure (M) (QA) It is fixed and installed with bolts (T) on the fixed plate (J ₄ ) and the fixed plate (J ₅ ).

The rotary shaft is fitted to the rotary shaft bearing 3 at the upper end 4M of the upper and lower rotary shaft supports of the aberration.

Bucket fixing rod (P ₁ ) to the pinion (R) of the rotary shaft (U) chain gear (8) installed on the upper and lower rotary shaft support fixed to the steel structure (M) described in [Fig. 2] ) Is equipped with a chain belt, which is a power generator of aberration, equipped with a bucket (51) and a bucket wheel (E) and an auxiliary wheel (E ₂ ).

And the adjusting device, which is a device for changing the rotation direction of the wheel (E) is erected at the end of the lower bucket wheel swivel (V ₁ ) top 335 and the bottom 533, the lower adjuster (F ₇ ) is a bucket around the rotation axis The wheel (E), which rotates the upper rotary shaft (A), rotates while rubbing against the fiber zone (FF) of the upper adjustment bar (F ₈ ) and serves as a structure of the adjustment bar (F ₇ ). 12 will be described in detail with reference to the detailed description 400 in the enlarged view as follows.

When the chain belt is wound around the gear pinion in the direction of movement 407 of the arrowed bucket, the action of turning the bucket along the shaft is the same as that described in FIG.

Auxiliary wheel (E ₂ ) of the bucket wheel (E) to rotate the lower rotation axis in the above into the semi-circular left and right fiber base (FX) of the lower adjustment bar and the auxiliary wheel as shown in Figure 400 of [Fig. 12] (E ₂ ) has a friction collision with the fiber zone (FF) while sweeping the fiber zone (FF) filled in the fiber base (FX).

And the bottom of the bucket (OP) of the adjuster, which is the rear side 77 of the lower adjuster (F ₈ ) of semi-circular structure on the fixed plate (KB) fixed on the left and right bucket wheel swivel on the lower bucket wheel swivel (V ₁ ) It is erected upright, and many fiber bands (FF) are closely packed between the left and right fiberboards (FX), which are semi-circular structures that trap the fiber bands (FF) of the steering wheel.

And by the chain belt (C) that rotates the rotating shaft in the bucket movement path (V ₀ ) between the upper bucket wheel swivel (V ₀ ) at the same time when each bucket falls from the top of the aberration to the bottom of the water wheel wheel (E) inclined wheel swivel ( V) Rolling over the top of the drop (407) When the bucket wheel (E) is passed through the end of the upper wheel swivel (V) at the same time, as shown in the explanatory drawing (223) and the wheel (E) and the auxiliary wheel (E ₂₎ The fiber wheel (FX) of the lower adjustment bar (OC) enters the circular recessed groove (HP) between the) and the auxiliary wheel (E ₂ ) fills the fiber between the fiber board (FX), which is filled and trapped by the friction fiber band (FF). It enters into the fiber base FX, causing friction with the base FF.

Bucket wheel (E) in the above

Forward rotation of the wheel (E) rolled on the upper bucket wheel (V) as shown in the explanatory drawing (400) while rubbing against many friction fiber bands (FF) between the lower adjustment bar (F ₇ ) and the fiber base (FX). 331 stops and the reverse rotation (221) is made. The forward rotation of the wheel rolling on the upper bucket wheel swivel (V) in the lower adjuster (F ₇ ) is changed and reverse the rotation direction of the bucket wheel (E) To (221).

The upper adjuster (F ₈ ) will be described in detail with reference to the explanatory drawing (555) in FIG. 13 showing enlarged functions and roles. The upper adjuster (F ₈ ) is placed on the top of the lower bucket wheel (V ₁ ) 335. The lower end part (OA) of the thick fiber base plate (FT) is welded (QA) on the fixing plate (KB) that is fixedly welded. The thin inner fiber base plate of the upper adjusting rod that enters the circular wheel of the bucket wheel (HP) above. FX) The lower bucket wheel (V ₁ ) is lifted apart as shown by the arrow 78. The thin fiber base FX, which is lifted above, rotates the bucket wheel E by half the upper rotary shaft (407). It enters into the circular groove of the bucket wheel (HP) and the auxiliary wheel (E ₂ ) enters into the fiber base (F ₈ ). By the above action, the auxiliary wheel (B) between the thick fiber base (FT) and the thin fiber base (FX). E ₂₎ the entry and entering the rotary action of the rotary shaft gear (8) A belt (C) water bottle fixing bar (P ₁₎ the axis of rotation of a half turn and stone bucket wheel (E) wheels (E ₂₎ is the lower bucket wheel rotating platform (V ₁₎ upper rotary shaft (A in built on until the ) while writing the fiber for (FF) of the upper guide (F ₈₎ along the semi-circular guide structure (F ₈₎ surrounding the rotational axis is an upper-watering is

In the above, the auxiliary wheel (E) of the bucket wheel is in continuous friction collision with the friction fiber band between the fiber base plate and the wheel stops the rotation of the water tank wheel by friction with the fiber zone (FF) and the explanatory diagram in the direction of rotation ( As shown in 555, when the reverse rotation 221 is stopped and passes through the adjuster (F ₈ ), the water wheel (E) is rotated by the forward rotation 331 to change the direction of rotation.

In the above, it will be described in detail the working relationship between the steering wheel and the auxiliary wheel of the bucket wheel (E).

The upper rotating shaft (A) and the lower rotating shaft (B) are provided with a bucket and a wheel that hangs the upper rotating shaft (A) and the lower rotating shaft (B) onto the bucket fixing rod (P ₁ ) that is caught by the chain gear pinion (R) fitted to the chain belt. When you move the rotary wheel on the bucket wheel between

When the bucket wheel E rotates the upper and lower rotary shaft gear half a turn, the centrifugal force P ₅ is generated in the bucket 51 and the wheel E with the fixing rod P ₁ of the chain belt C. Particularly, the wheels rolling on the upper bucket wheel swivel (V) to the wheels turning the lower rotary shaft (B) when each bucket wheel turning the lower rotary shaft (B) by landing in a straight line at the top of the aberration lands on the lower bucket wheel (V ₁ ). The rotational speed of one round of the forward rotation 331 of (E) is to rotate around the lower rotation shaft (B).

In the bucket located upside down while rotating the lower axis in the lower bucket wheel is to reverse the reverse rotation (221) while rolling over the lower bucket wheel swivel (V ₁ ). When landing on the wheel swivel (V ₁ ), the wheels will be at the same speed as the belt that the chain belt (C) rises to the upper shaft.

From above

In the phenomenon that the rotation of the bucket wheel should be changed when the position of the bucket is changed from the upper part to the lower part, the lower rotating shaft in adjusting the rotation direction of the wheel so that the forward rotation 331 of the bucket wheel is stopped and reverse rotation 221 When the bucket wheel (E) turning (B) moves the lower rotary shaft half-circle by the chain belt half wound on the gear (8), the bucket wheel (E) is used to change the rotational direction of the wheel in the lower adjuster (F7). The auxiliary wheel (E2) has a circular recessed groove (PH) between the bucket wheel (E) and the auxiliary wheel (E2), and the wheel and the wheel are separated from each other by the groove (PH). When the auxiliary wheel (E2) of the bucket wheel (E) passes through the lower adjusting device (F7) in the structure of the bucket wheel, the fibrous bald head (FP) and the head (PT) fitted to the semicircular fibrous base plate (PT) of the adjusting device (F7). FP) comes into close contact with the fibrous base plate hole 2F The upper and lower parts of the elastic material fibrous band (FF) filled between the base plate (FX) hit the secondary wheel (E2) while being swept away so as to frictionally collide with the densely arranged arrangement of the many elastic material fibrous bands (FF). When turning the axis of rotation, the wheel wheel (E) and the auxiliary wheel (E2) idle idling will reduce the rotational force

In the above, when the turning power 331 of the bucket wheel (E) that rotates in the upper bucket wheel swivel (V) by the linear movement of the bucket from the upper shaft to the lower shaft rotates the lower rotary shaft (B) When the auxiliary wheel (E2) of the wheel (E) is in friction with the fiber zone (FF), the forward rotation of the wheel (E) and the auxiliary wheel (E2) stops, and the bucket wheel (E) and the auxiliary wheel (E2) ) Becomes reverse rotation 50

Referring to the function of the adjustment basin bucket (P ₀ ) of the semi-circular structure mounted on the lower adjustment bar (F ₇ ) as follows:

In FIG. 9, the water filled in the semi-circular water tank PO of the adjuster F7 is semicircle through the water supply hose 3 connected to the water tank 1 and the water tank I connected to the water tank P ₀ . The head FP of each fibrous band FF inserted into the fiber band fitting hole 2F perforated in the fiber band fitting plate PT of the curved bucket PO was placed into the adjusting tank bucket PO. In the explanatory drawing 272, the water in the receptacle bucket PO through the tube hole 4F in the head FP of the fibrous band FF to prevent the fiber band FF inserted into the fibrous board hole 2F from being pulled out. (F) is on the secondary wheel (E ₂₎ of water when the friction in each fiber for (FF) of the tube (4F) bucket (PO) going or out of the auxiliary wheel (E ₂₎ the fiber for (FF) via the Wet

From above

There is water between the many fibrous zones and the base (FF) by the water flowing out in small amounts from the tube holes 4F of the respective fibrous zones (FF) filled between the fiber bases (FX). The water (F) flowing out of the fibrous zone (FF) in the above so that the secondary wheel (E2) does not generate heat generated from the collision friction phenomenon with the fibrous zone (FF), so that the bucket auxiliary wheel (E2) is the fibrous zone ( In the frictional force due to the frictional friction with FF), the elastic rubber material (FF) prevents the wear phenomenon due to heat generation by friction with the auxiliary wheel (E2).

The elastic material fibrous band (FF) has the property of smoothly bends during collision friction when the secondary wheel (E2) that rotates in the same manner as the bucket wheel and sweeps while passing through the bucket (51) wheel (E) and the auxiliary wheel (E2) Absorption and weakening the rotational force of the bucket wheel (E) in the collision with the rotational force of), when the rotational force of (E) and (E2) passes through the adjusting device (F7) causes the forward and stop rotation of the bucket wheel (E) When the wheel (E) lands on the lower bucket wheel swivel (V ₁ ), without the collision phenomenon that the bucket wheel (E) collides with the lower bucket wheel swivel, while smoothly rotating the reverse rotation (221) while rolling on the wheel swivel (V ₁ ) The bucket wheel E is moved to the upper rotation axis A.

And the bucket wheel (E) and the auxiliary wheel (E2) has a large circumference of the wheel (E) rolling over the upper bucket wheel swivel (V), the lower bucket wheel swivel (V ₁ ) the diameter of one body or wheel the circumferential size of the wheels ever since contact with the wheels (E2) is an upper wheel swivel (V), the lower bucket wheel rotating platform (V ₁₎ is on the circle diameter of the wheel bucket wheel (E) rotating table (V), (V ₁₎ So idling

The bucket wheel is spaced apart by the circular recessed groove PH between the auxiliary wheel E2 when the auxiliary wheel E2 frictionally collides with the fiber band FF at the adjustment table F7. Therefore, it is located outside the fiber base plate FX without touching the plate FX of the friction fiber band FF, and it does not rub or collide with the adjustment bar and the friction fiber band FF.

The upper adjuster (F ₈ ) is a semi-circular structure that is spaced apart from the rotational shaft and covers half of the upper rotational shaft, and is located inside the wheel and the auxiliary wheel (E ₂ ) that move the upper rotational shaft half-rotation.

The upper adjuster device F8 has a different structure from the lower adjuster device F7, but has the same function and function as to change the rotation direction of the bucket wheel E.

Upper, in the lower rotary shaft support stand top (4M) and the bottom (M ₅₎ is in the sleep device to which the slip to (f) and (be) are described when following said support bottom (E ₅₎ which is fitted to the The top of the male rotary shaft support (4M) is fitted to the bottom of the female slip, and the upper and lower rotary shaft support (4M) of the male slide of the lower shaft (M4) A bucket of chain belt (C) wound around the pinion (R) of the upper and lower rotary shaft gears (8), which is fitted on the slip table and is obtained on a fixed jockey (GA) lying on the floor in the female arm. The wheel (E) at the left and right ends of the fixing rod (P ₁ ) rolls on the upper and lower bucket wheel swivels and moves the upper and lower rotary shafts to roll on the swivel buckets. Wear due to friction with the wheel swivel Rotation shaft support (Q) slip Role of the slip device into the rotary shaft ability gear 8 and the wound belt (C) make up the support axis of rotation (Q), which is would details in [8]

Detailed description of the structure of the lower rotary shaft support (Q) is as follows: slip device (W) of the lower plate (E ₅ ) concave and concave and concave and convex fixing plate (J ₅ ) When described in detail in the functional diagram 250 and the lower rotating shaft support bottom plate (E ₅ ) fixed plate (J ₅ ) of Figure 6 as follows.

Slip table (W ₁ ) which is uneven by the bottom surface of support lower plate (E ₅ ), namely (male), on slip device (W) of lower rotary shaft support plate (J ₅ ) welded to steel frame (M) plate (K ₂ ). ) is located in the back of the lower rotating shaft supporting the bottom plate (E ₅₎ in the above (number) slip device (W ₁₎ of the lower rotary shaft supporting the bottom plate (E _5), the operation to push forward in a sleep device the fixing plate (J ₅₎ sandwiched was so that the cylinder (H) to allow the cylinder boom (H ₂₎ spring on boom (H ₂₎ fitted into the strong spring to (blah) of the cylinder (H) in the fitted is the device at the bottom by the plate (E ₅ ) The bottom of the boom spring support (W ₁ ) is inserted into the female slipper device (W) of the fixed plate (J ₅ ) and the spring of the working boom pushing the bottom plate (E ₅ ) is the spring support of the boom. is sustained to (oi), there is a spring (blah) sandwiched boom (H ₂₎ is a spring one end of the spring beneath the pedestal (oi) at the It was the boom (H ₂₎ a spring (blah) the support bottom plate (E ₅ and allows entering in the prevention spring leaving your device to the other side of the spring end part at the at the lower rotary shaft supporting the bottom plate (E ₅₎ round tube (a) ), And pushes the spring (ㅋ) to the boom spring bar while pushing the boom (H ₂ ) by the hydraulic pressure of the cylinder (H ₁ ), the device fixed to the steel structure plate (K ₂ ). The bed (S) is strongly axed so that the spring with the flat force has a constant force to push the lower rotating shaft bottom plate (E ₅ ) constantly. By the above action, the upper rotating shaft (A) and the lower rotating shaft (B) gear The chain belt (C) is connected to the chain gear pinion (R) when each bucket suspended from the bucket fixing rod (P ₁ ) of the chain belt (C) which is spaced apart from each other by walking moves up and down by the chain belt. Sagging and loosening in In the force of the chain to turn the upper and lower belt rotation axis (C) the tensile force 407 is pulled was allowed to maintain a constant

As the tension of the chain belt is pulled by the action of pushing the cylinder (H) and the spring (ㅋ) in the above, the chain belt and the bucket are irregularly shaken up and down when the tension of the belt is loose during the rotational movement. It controls the phenomenon and prevents the belt (C) from slumping.

Fixing bolts for fixing to be a lower rotary shaft support (Q) is the lower rotary shaft support stable to the fixed plate (J ₅₎ the bottom plate in the (E ₅₎ prevent the jittery key according to become the sleep operation in a fixed plate (E ₅₎ in ( Tighten the bottom plate (E ₅ ) and the fixed plate (J ₅ ) firmly with T) and nut (T ₀ ) so that they do not engage, and the slip plate that the lower rotary shaft support base plate (E ₅ ) always slides on the fixed plate (J ₅ ) Make sure the teeth are tight

When the fixing plate (J ₅ ) and the lower rotary shaft support lower plate (E ₅ ) are tightened to be engaged with the bolt and nut in the above, the lower plate (E ₅ ) is moved by the bolt bar (TJ) moving space (TG) in the lower plate. Enables forward and reverse operation

The pulley fitting 10 at the end of the upper rotating shaft is a square shaft fitted with a pulley 56 that hangs the power transmission belt V ₆ while being at the end of the upper rotating shaft A. The belt is used for the pulley 56. It is a square pulley fitted at the end of the upper rotary shaft (A) to transmit the rotational force of the aberration to the generator (ZB) while the rotational force of the upper rotary shaft (A) passes through the rotation acceleration unit (Z).

7 is an upper bucket water inlet when the bucket 51 of the chain belt C mounted on the steel structure M of the ground fixed aberration falls from the top of the aberration to the bottom of the aberration wheel V between the upper bucket wheels. (O ₂ ) When the water tank wheel (E) rolls over the steel frame (M) top plate (M ₁ ) wheel swivel (V) while descending in a straight line under the water outlet (O ₁ ) of the water tank located above (O ₂ ) (108) An explanatory view showing the water bucket exiting the water outlet of the water tank while receiving the water from the water tank outlet (O ₁ ) under the guidance of the bucket key board (H). M) The bucket wheel (E) is positioned as a straight line (E ₈ ) on the upper bucket wheel swivel (V), the left and right top plate (M ₁ ), and the bucket wheel rolling on the left and right wheel swivel (V) (E) rests at the left and right ends of the bucket fixing rod (P ₁ ) fitted to the chain belt, supporting the bucket and chain belt (C). In the above, each bucket hanging from two bucket fixing rods is a straight line between the upper bucket movement path (V ₀ ) and the top (car) and the bottom (child) are attached to the contact plate (U ₄ ) and adhered closely. Each bucket has water inlets (O ₂ ) arranged in a straight line between the wheel swivel and the water outlet (O) of the water tank (1), which is the top 447 of the aberration, above the water inlet (18) of the bucket (51). ₁ ) is placed

The left and right sides 251 of the water outlet O ₁ of the water tank 1 have left and right bucket keys H which are attached to the left and right sides of the outlet, which are long plates, and the bucket wheel is a bucket wheel. Holds the left and right sides of each bucket dropping in the direction of the arrow 303 between the swivel (V), that is, the upper bucket movement path (V ₀ ) and closes them to prevent water from flowing out to the sides of each bucket. The fixed water tank (1) is formed of a long plate (H) protruding from the left and right sides of the water outlet port to the front (104). In the above water outlet (O ₁ ), the water reservoir key (H) is the front of the water outlet port ( 104 long and straight and horizontally protruded (204)

In the above, the bucket key (H) is a plate which is in close contact with the left and right sides when each bucket located in a row in the bucket movement path (V ₀ ) between the upper bucket wheel swivel (V) free fall movement (303) and the bucket Holds in the upper bucket wheel swivel (V), that is, in the bucket movement path (V ₀ ) to the left and right, and each bucket smoothly exits the water outlet (O ₁ ).

The outer side of the water outlet (O ₁ ) of the water tank is located on the lower side (DS) and slips up and down. The function of the water stopper plate (N) attached to the lower side (DS) is as follows. The tank water outlet port (1) is a bent plate that slips from the bottom plate (DS). The water blocking plate (N) that serves as a function of blocking the water inlet port (O ₂ ) of each water tank exiting the water outlet (O ₁ ) is The L-shaped structure with the plate bent close to 90 ° right angle and the slip plate 80, which slides up and down from the water outlet bottom DS of the water tank 1, is attached to the water outlet bottom face DS. It comes in close contact with the water outlet bottom (DS) plate

The above-mentioned slip plate (AX) which is 90 ° bent with the fiber base plate (NX), which is the water holding plate (N), bolts of the slip-operating bolt fitting hole (NL) bar (N) that protrudes a number of times in the forward direction on the upper surface 80. Slip bolts (T) for lifting and lowering the fiber base plate (NX) of the water holding plate (N) by supporting the hole (NL) with the bolt support (M ₇ ) are inserted, and the water holding plate (N) is lifted by the rotation of the bolt (T). Enabled

The thread 61 of the bolt T inserted into the bolt fitting hole NL is fixed to the left and right sides of the bottom surface 251 of the water outlet port and spaced slightly from the lower surface of the lower DS plate. The slip bolt (T) is tightened to the nut hole (T ₇ ) in the bent plate (AX) and the slip plate is bent at right angles from the left and right sides of the water outlet to the bottom plate (DS). ) And the inner side of the counterbalanced symmetry sticks to the water bar slip plate 80 attached to the bottom plate (DS).

In the above, the water bar slip plate 80 is sandwiched between the water tank water outlet (O ₁ ) bottom plate (DS) and the plate (AX) and slip bolt between the bottom plate (DS) and the plate (AX). The rotation of the (T) causes the fiber base NX of the water basin plate N to be lifted up and down and the slip operation is performed.

In the above, the fiber base plate NX, which is bent at a right angle of 90 ° in the plane at the bottom of the slip plate 80 of the water bar N, is composed of a fiber band fitting hole 2F into which the perforated fiber band FF is fitted. There are many fiber bands (FF) fitting holes (2F) which are perforated to fit tightly in the head of the fiber band (FF) and the fiber band (FF).

Many of the fiber bands (FF) inserted in the hole (2F) was closely packed under the water basin fiber base (NX) and the head of the fiber base (figure 6X) The FP is caught without being pulled out from the hole of the fiber base NX. The fiber base NX of the water base plate N to which the fiber base FF is inserted is the two water inlets 51 which exit the outlet O ₁ . The length 70 of the water tank key board H and the fiber board NX of the water bar in which the fiber band FF were fitted were lengthened by the length 107.

Referring to the structure and the role of the slip bolt (T) for lifting and lowering the water plate (N) in the above with reference to the explanatory drawing (110) is as follows.

The bolt (T) is inserted into the slip bolt fitting hole (NL) protruding forward from the upper surface of the slipper plate 80, and the slip bolt fitting hole under the slip bolt fitting hole (NL) from the bending plate (AX). The slip bolt T is tightened to the nut hole 44 protruding from the plate AX intersected with the base NL. The slip plate bolt fitting hole NL of the water stopper with the bolt support M ₇ above. ) So that the water bar (N) is lifted up by the slip bolt (T).

The slip bolt T 61 is fitted into the nut, which is a drilled structure of the nut hole 44 of the bending plate AX, in which the slip bolt T is slipped. Unscrewing and tightening of threads when the slip bolt rotates in the nut hole of the plate AX welded to the side of the water outlet O ₁ when rotating in the bolt fitting hole NL of the plate 80 With the bolt support (M ₇ ) supporting the slip plate (80), the fiber base (NX) of the water blocking plate (N) can be raised and lowered up and down. When each bucket 51 falls, two bucket fronts 18 on the front face 18 of the water tank (18) sweep together the friction fiber band FF underneath the fiber back plate NX of the water basin plate N. 51) The water inlet (O ₂ ) is rubbed and collided, so each dropping tank is pulled out under the water basin board.

The slip bolt (T) was able to effectively control the friction and the impact strength of the friction fiber zone (FF) of the water tank front surface 18 and the water basin (N) fiber base plate (NX).

In the above, it will be described that each bucket 51 of the upper bucket movement path V ₀ is supplied with water and discharges water out of the aberration.

Each bucket 51 between the upper bucket wheel swivel (V) filled with water of the water tank from the water outlet (O ₁ ) receives the free drop induction of the bucket key (H) and the water outlet (O ₁ ) lower (DS) When each bucket exits the water outlet (O ₁ ) while sweeping the fiber band (FF) under the fiber board (NX) of the water tray (N), the two water inlets (O ₂ ) are continuously Frictional collisions with many fiber bands (N) of (N)

When the fibrous band FF of the water holding plate N is discharged from the water outlet O ₁ , the water in the water tank is transferred to the water inlet O ₂ by the water pressure of the water in the water tank. to escape from below the water outlet is prevented from the water outlet of the water discharge opening (O ₁₎ at the bottom (DS) of the water tank (1) dam body of the discharge opening (O ₁₎ at the bottom (DS) from the large (N) is water It is a device that allows the water in the tank 1 to be discharged out of the water tank by being loaded in each bucket 51.

And the function and role of the cover (X ₂ ) of the upper portion of the outlet (B ₆ ) blocking the water tank water outlet (O ₁ ) will be described in detail in the drawing 505 as follows.

Block the water outlet (O ₁ ) to fill the water tank (1) to stop the operation of the aberration and to turn off the water supply to the water tank (51) the upper portion (B ₆ ) of the water outlet (O ₁ ) a lid (X ₂₎ of the film used to the water outlet and the cover (X ₂₎ is at the top (B ₆₎ wimyeon (ㅊ) end of the water outlet out of the water tank 1 is not water discharge end 108, an outlet The lid to be placed is obtained on the outlet top face B ₆

The cover (X ₂ ) for blocking the outlet (O ₁ ) in the above composed of a plurality of covers to block and open the long water outlet (O ₁ ) of the water tank (1) so that one by one the cover is easily removable. The cover (X ₂ ) allows the cover to be removed one by one using the cover ring (Q ₁ ) when the water tank is filled with water, and the cover (B ₆ ) from the top of the water outlet (B ₆ ) X ₂ ) Separate and supply water to the bucket.

The rubber plate (4) attached to the bottom of the water outlet cover facilitates close contact with the top of the water outlet (B ₆ ), and effectively prevents the leakage of water leaking into the water outlet when filling the water tank.

The cover (X ₂ ) was made to easily remove each cover from the water outlet (O ₁ ) by using each cover ring (Q ₁ ).

Water tank (1) will be described in detail the function and role of the bucket key (H) installed on the side of the water outlet (O ₁ )

Long water outlet of the water tank (1) On the left and right sides, two long water tanks (H) leading the water tank into the water outlet of the water tank, and are located on both sides of the water outlet of the water tank (I). The upper end (H ₃ ) of the keypad (H) is bent in a curved shape (5A) in the direction of the bucket wheel so that each bucket moves the lower bucket movement path (V ₃ ) to rotate the upper rotary shaft (U) half a turn When the water tank enters the water outlet (O ₁ ) for the first time, the left and right side edges of the bottom of the bucket do not hit the bucket key (H) but slide into the bucket key (H) so that the bucket and the bucket key collide with each other. There is an anti-collision top plate (H ₃ ) which can prevent

And the water discharge port (O ₁ ) will explain the function of the water tank collision prevention top plate 5A of the top (5J) two buckets on each bucket installed in the chain belt (C) when the water tank rotates half the upper rotary shaft (A) When the water tank wheels at both ends of the fixed table (P ₁ ) rotates the rotation shaft (U) half a turn and lands on the upper wheel swivel (V), each water tank (51) turning in between the upper water tank wheel (S) when the water tank ( It is a curved plate that is curved upward to prevent collision with the tip of the water outlet top 5J of 1). The water bottle collision prevention top plate is described above. The upper edge (GP) of the water inlet bottom of the bucket water inlet that rotates the upper rotary shaft (A) halfway along the fixing rod (P ₁ ), that is, in the rotation range (wave) of the upper edge (GP) of the contact plate (U ₄ ). The water tank top plate (N ₁ ) was prevented by preventing the water tank from colliding with the bottom of the water outlet top (5J). Each bucket 51 extends upwards in a curved shape so that each bucket 51 is attached to the bucket fixing rod P ₁ of the chain belt C by the chain gear 8, respectively, when the upper rotation shaft A is rotated half a turn. When the water tank is turned into the water tank water outlet, the water outlet (O ₁ ) top (5J) extends upwards to the curved plate so that it does not collide with the water outlet.

8 is an explanatory diagram showing the function and role of the slip device operating vertically and vertically of the upper and lower rotary shaft supports Q of the aberration.

The upper and lower axle supports of the aberration are equipped with a bearing 3 into which the rotating shaft is fitted at the upper end 4M, and the upper end 4M is configured to vertically slip up and down. The upper rotary shaft support is a device that lowers the upper end (4M) equally. The upper rotary shaft support is fitted with the upper (4M) slipper on the lower support (M4) slipped (female), and the upper and lower vertical slips operate at the lower end of the support. It is a device that makes

In the above, the jockey GA is placed between the lower end of the rotary shaft support arm and the male slip end of the upper end, and the upper and lower rotary supporters Q are fitted to the upper end of the rotary supporter 4M fitted to the lower end M4 of the support shaft. The slide stand was obtained on the jockey (GA) lying in the (female) slip table of the lower part (M4) and the upper end of the rotary shaft support (4M) equipped with the bearing (3) was supported by the jockey (GA). The function of the slip device of the rotary shaft support (Q) will be described. In the chain belt (C) wound on the spaced upper and lower rotary shaft gears, the chain belt (C) wound on the upper rotary shaft will be wound under the gear pinion (R). When the chain (XP) and the chain belt (C) are unscrewed from the lower rotary shaft gear, the chain in the chain belt (XP) wound around the upper aberration at the chain belt position (PX) and the chain belt (PX) released from the lower water wheel Belt (C) is between the distance between the upper rotary shaft (d) And lower the bucket wheel rotating platform (V ₁₎ so fitted to the bucket fixing bar (P ₁₎ for moving the upper chain belt (C) is rolled bucket wheel (E) a chain belt (C) is a straight line parallel to the bucket wheel rotating platform in the Becomes

In the above description, when the aberration starts, the bucket wheel E in the rotation direction FG of the upper and lower rotary shafts dedicates the bucket on which the water is loaded on the wheel swivel to the bucket fixing rod P ₁ and continues to roll on the wheel swivel. When the wheel (E) rolling on the wheel swivel moves with the upper and lower wheel swivel when moving to the upper and lower parts of the aberration, the bucket wheel (E) is worn and the wheel diameter is reduced like the worn wheel (YK). With wheels E ₃

In the phenomenon of the wheel E _{3 of} which the diameter of the bucket wheel is reduced, the chain belt C ₈ fitted to the bucket fixing rod P ₁ fitted to the wheel E ₃ is at the distance between the upper and lower rotation shafts d. The chain belt (XP) and pulley which are wound on the rotating shaft chain gear by the friction wheel of the wheel (E ₃ ), that is, the wheel diameter (E ₄ ) of the down-sized wheel, are lower than the chain belt (PX). ) The overall deflection (ST) is in the chain belt (C ₈ )

In the above, the bucket wheel (E) on the wheel wheel rotation wheel when the diameter of the wheel wheel (YK) is reduced by the diameter (E ₃ ) of the wheel reduced by wear due to friction with the wheel swivel wheel (E) The chain belt (C ₈ ) inserted in the bucket fixing rod (P ₁ ), which is the rotating shaft of the bucket wheel, sags (PP) from the height of the chain belt (XP) when it is wound around the rotating shaft gear. Pinion (R) when the chain belt (C ₈ ) sagging and lowered due to the rotational movement (FG) of the upper and lower chain gears winding and pulling the chain belt (C8) is wound on the rotary shaft gear (PP) and released (ZY). Chain belt (C ₈ ), which is rolled up in a row between the chain belt (PP), (ZY) and the upper lower chain gear, which rolls up and unrolls, when rolling the upper wheel swivel (V). There is a difference in height due to the wear of the wheel. A chain wound around the chain belt, the axis of the (C ₈₎ for pulling wheel swivel above the bucket wheel circle diameter of the smaller binary wheel (E ₃₎ wear of the (P ₇₎ that is a bucket chain belt fitted fixed bar (P ₁₎ (C ₈ ) Will rock on the wheel swivel adjacent to the upper and lower chain gears.

The chain belt (C) in the action of rolling on the upper bucket wheel swivel (V) and the lower bucket wheel swivel (V ₁ ) is inserted into the bucket fixing rod (P ₁ ) to rotate the upper and lower rotation shaft. when released as when wound up on the gear 8 chain belt is georige flap and a wheel (E) in the rocking rocking circle diameter of the wheel (E ₃₎ reduction in wear since the collision phenomenon encountered on the wheel rotating table generation (E ₄ ) Lowering the upper and lower rotary shafts 4M by the jockey GA (S ₇ ), that is, lowering the upper and lower rotary shafts, lowers the pinion R ₁ of the gear on which the chain belt is wound. The rotary shaft support (Q) slipped from the upper and lower rotary shafts (4M) equally lowers, so that when the rotary shaft rotates with the falling force of the bucket, it is wound between the pinion of the chain gear and the lower chain shaft being released and released. Chain belt located in A device with which it is issued so that the height by lowering the rotation shaft of the bucket's chain belt (C) to be released with time from when the wound in a chain belt, gear, a bucket wheel, and able to prevent the downward rocking phenomenon is

After completing adjustment of the chain belt wound and unrolled in the chain belt and the pinion of the gear in parallel, the plate (AP) is placed on the plate plate (AP) on the upper and lower rotary shaft supports (M4). Lift the height of the plate (K ₇ ) on the top of the rotating shaft support (4M) to the plate (AP) to fix the adjusted height so that the chain belt (C) of the aberration operates smoothly.

As the device for raising and lowering the upper end 4M in the slip device of the rotary shaft support Q, it can be understood that it is possible to configure a device that is not a jockey but is a bolted universal device.

9 is a water outlet (1) of the water tank (1) which is the top 447 of the aberration on the chain belt bucket water inlet (O ₂ ) mounted on the ground-fixed steel structure (M) described in [6] of the aberration ( It is a side view and an explanatory view showing the hydroelectric aberration generated by O ₁ ) being raised and supplied with water from a source.

In the above aberration, the power actuating part of the ground-fixed steel frame (M) is equipped and the actuating part of the chain belt (C) in the steel frame (M) is the same structure as the steel structure working part in the drawing [6].

As the water in the water tank is discharged to the outlet (O ₁ ), the water is filled in each bucket turning the caterpillar bucket wheel swivel between the upper bucket wheel swivel (V), wherein each bucket 51 is the top (car) and Water is simultaneously supplied to the water inlets of each of the buckets 51, which are attached to the bottom and arranged in a straight line, and the buckets 51 between the upper bucket wheel swivels V simultaneously drop at the top, The action of the lower rotary shaft to rotate the movement 47 is from the aberration upper rotary shaft (A) to the lower rotary shaft (B)

And the bucket wheel (E) at both ends of the chain belt (C) bucket fixing rod is always located in a straight line at the upper bucket wheel swivel (V) and the lower bucket wheel swivel (V ₁ ). Each bucket dropping from the bucket movement path (V ₀ ) between the upper bucket wheel swivel and the swivel is to serve as a bucket fixing rod (P ₁ ) that serves as the wheel rotation axis

From above

Each bucket is attached to the upper surface (car) and the bottom (child) of the bucket 51 between the upper bucket wheel swivel (V) to the contact table (U ₄ ) and the water tank water outlet (O ₁ ) is always open and the bucket keyboard When each bucket falls between (H) (407), the bucket water inlet (O ₂ ), which is the front face 18 of each bucket 51, becomes a straight line and is guided by the bucket keys at the left and right of the water outlet so that it drops.

From above

Each bucket maintains its operational state, always arranged in one row, as it falls between the upper bucket wheels (V).

The water outlet (O ₁ ) of the water tank (1), which is the upper end of the aberration (447) on the chain belt bucket water inlet (O ₂ ) mounted on the steel structure (M) of the aberration is positioned and the water outlet left On the right side (bar), there is a bucket key board (H), which is a long mailing from the outlet (O ₁ ) top (5J) to the bottom (N).

The upper bucket wheel rotating platform (V) in between the bucket movement (V ₀₎ L of each bucket in the row species, the right side (F) water tank at the top of the upper part of the aberration (1) the water outlet in the movable aberration (O ₁ ) The front surface 18 of each water tank 51 in the water tank moving path (V ₀ ) is in close contact with the contact table (U ₄ ) of the water tank keyboard (H) on the left and right sides. ₁ ) parallel to each other and spaced at narrow intervals, each bucket 51 is dropped

From above

Each bucket between the upper bucket wheel swivel (V) receives the water flow, water pressure and weight in the water tank discharged to the water outlet (O ₁ ) of the water tank (1) in the same direction as the arrow (F) Falls in a straight line from top to bottom

The water supply of the aberration is described in detail as follows.

Each bucket receiving water from the water outlet (O ₁ ) of the water tank receives the potential energy of the water as shown by the arrow (F) between the upper bucket wheels (V) inclined from the top to the bottom of the aberration. ₁ ) Press the bucket wheel (E) through

As the bucket receives the potential energy of the water in the water tank (1) acting on the bucket 51 in the above, the bucket wheel on the wheel swivel (V) which is a slope on a slope is rolled down from the top of the wheel swivel (V) In the bucket movement path (V ₀ ), each bucket attached to the top (car) and the bottom (car) of the bucket is dropped by the lower axis of rotation of the aberration.

From above

The chain belt (C) connected to the water holding rod (P ₁ ) is wound around the pinion (R) of the upper rotary shaft gear (8) while the chain belt (407) shows the free fall direction of the water tank (51). To rotate the upper rotary shaft gear and let the rotary shaft (U) of the chain gear rotate in the bearing (3) at the upper end of the rotary shaft support (4M).

The function of the adjuster to change the rotational direction of the bucket wheel (E) in the aberration will be described in Figure 12 and Figure 13

Due to the falling force of the upper bucket, the bucket wheel (E) of the empty bucket between the lower bucket wheel swivel (V ₁ ) moves in a straight line in the lower bucket movement path (V ₃ ) while passing between the lower wheel swivel (V ₁ ). In the above, the auxiliary wheels (E ₂ ) of the bucket wheel (E) installed at both ends of the pinned rod (V) of the pinion (R) of the upper rotary shaft gear (8) is a friction fiber band of the aberration upper adjusting rod (F ₈ ) The counterclockwise rotation (221) of the wheel (E) rolled on the lower bucket wheel swivel (V ₁ ) is stopped and forward rotation 331 while passing through the adjuster (F ₈ ) to collide with (FF), the upper bucket wheel swivel (V) Bucket wheel (E) is landed in the forward rotation (331)

From above

Each bucket 51 positioned between the upper bucket wheel swivel (V) while rotating the axis of rotation, such as the bucket wheel, is attached to the top (car) and the bottom surface. In the above, each bucket is a bucket between the bucket wheel swivel (V) at the top of the wheel through (V ₀₎ to a mobile subject enters the water outlet (O ₁₎ and supplies water from the water discharge opening (O ₁₎

In the above, each bucket is dropped to the lower rotating shaft (B) between the upper wheel swivel (V) while obtaining the potential energy of the water and at the same time the bucket wheel (E) is rolled over the wheel swivel (V) to move downward

As each bucket 51 wheels rotate the lower rotary shaft like a bucket, the water wheel auxiliary wheel (E) passes through the lower adjustment guide (F ₇ ), the forward rotation of the bucket wheel (E) in the upper wheel swivel (V) 331 Stops and causes reverse rotation (221) and lands in reverse rotation on the lower bucket wheel (V ₁ )

By changing the rotation direction of the water tank wheel according to the above adjustment, each water tank at the bottom of the aberration receiving the potential energy of the water in the water tank (1) located above the water outlet from the top water outlet (O ₁ ) of the aberration of the chain belt (C) Depending on the bucket fixing rod (P ₁ ) to rotate the upper and lower rotary shafts to make the chain belt (C) to rotate the gear and the rotating shaft (U) to make the linkage powerful.

I will explain in detail the function and role of the slide of the aberration (9B)

Kkeokkuro position by a bucket wheel (E) is a bucket in the slide (9B) between the top during operation of the bucket, the lower rotating shaft on the chain belt loop through the lower rotating shaft gear 8 to the chain belt (C) is a wheel turntable (V ₁ When rolling over and moving up the upper swivel (V), the back of each bucket located upside down between the wheel swivel (V ₁ ) is in close contact with the slide (9B) plate from above with a narrow gap. C) When it is shaken by fluidity, it does not shake up and down strongly but touches the slide 9B and slides smoothly. When each bucket 51 rotates the lower rotary shaft and moves to the upper rotary shaft, between the lower bucket wheels V ₁ . Each bucket located in the bucket to move up and down so as to move stably while allowing the bucket to smoothly move the upper and lower rotary shafts (A) and (B) Was

The support (HM) to secure the potential energy of the water to support the water tank to fill the water supply from the water source and the support (HM) is the steel structure (M) and chain belt, bucket, bucket wheel frame, chain belt wheel and A plurality of water tank support stands (HM) is placed upright on the ground (K) out of the water channel (J ₂ ) for flowing the water discharged from the bucket 51 located upside down while rotating the lower rotary shaft back to the river and the river. 1) The support base (HM) is installed firmly on the foundation concrete floor (K).

A detailed description of the aberration connecting plate (S) is as follows.

Steel frame between two plates (K ₂ ), connecting plate to plate, strengthening the frame of steel frame, lower bucket wheel swivel (V ₁ ) and two steel frame (M) bottom plate (M) symmetrically Located between

The connecting device plate (S) is a structure inclined from the lower shaft (B) to the upper shaft (A) and the top surface is uneven, and the lower wheel swivel to roll the bucket wheel (E) and the lower bucket wheel swivel (V ₁ ) and the swivel ( the number (J ₁₎ between V _1), and is discharged to the number (J ₁₎ is a number of exported water in rivers and streams receive dripping water in the water bottle rises to the minor axis kkeokkuro hanging (J ₂₎

The hydro power generation process of ground-mounted aberration is as follows.

The arrow time (F) showing the water flow is transferred to the water channel (X) through the strainer (degrees) for filtering sand, gravel sedimentation basin (B) and tree branches from the water source (A) to the water outlet tube (X) Water collected in the water tank (I) through the (AX) and the water in the water tank through the water outlet through the water outlet (O ₁ ) 51 through the water outlet through the water outlet and the water output of the water discharge pipe (60) Supplying water to the bucket 51 of the aberration, each bucket hanging on the chain belt bucket fixing rod drops from the bucket movement path (V ₀ ) between the upper bucket wheel swivel (V) and rotates the chain shaft while turning the lower rotating shaft (B). (C) is a pulley in the pulley fitting incline (10) installed on the upper rotary shaft with the rotational force to strongly rotate the upper rotary shaft (A) generator (ZB) to the rotation acceleration unit (Z) through the belt to accelerate the rotation speed To rotate the shaft at the lower rotating shaft (B) while creating hydroelectric power to produce electricity The water in each bucket attached to the bucket holder of the chain belt (P ₁ ) supplied from the water outlet (O ₁ ) of the water tank between the upper bucket movement path (V ₀ ) by centrifugal force to the channel (J ₂ ) connected to the river and the river. Exhaust

[Figure 10] is a ground separation type steel structure (MP) of the high angle low drop belt type circulation aberration easy to install, easy to move to the development site, easy to move the production of the upper structure of the steel structure (MP) (F ₈ ) and aberration lower adjuster (F ₇ ) and upper lower rotary support (Q) and upper rotary support pin (J ₄ ) and lower rotary support pin (J ₅ ) and lower rotary support lower plate (E ₅ ) and lower plate (E ₅₎ for fixing bolts (T) at the bottom fixed plate (J ₅₎ slip device (W) and a bucket wheel rotating platform (V) in other words the upper and lower bucket wheel rotating platform (V) that secure attachment to, (V ₁₎ and The connecting device plate (S) and the left, right top plate (M ₁ ) and the slide (9B) of the steel structure is the same as the device and structural function role of the ground-fixed steel structure (M) described in FIG.

However, there is no water tank on the water tank upper chain belt (C) bucket, and there are a plurality of clamp bars on the top of the steel plate upper plate (M ₁ ), that is, the top plate (M ₁ ) on the wheel wheel swivel. HX) is fixed and attached along the length of the upper bucket wheel swivel (V) is equipped with a long bucket key (H) and the lower plate (M ₂ ) of the steel structure (MP) left and right head plate (K ₂ ) base It is a structure that is not fixed to the floor (K) and floats on the floor (K). The bottom of the steel structure (MP), that is, a device that allows the connecting device plate (S) to be lifted from the floor (K) is the floor (K). The steel structure (MP) was lifted from the ground (K) in an inclined form with a high upper part and a lower part by the above.

In the above, the structure and the device for lifting the bottom connecting device plate (S) of the steel structure (MP) of the aberration from the ground bottom (K) is as follows: the lower rotating shaft support fixing plate (J ₅ ) of the steel structure (MP) under iron gujobon lower plate (M ₂₎ the left and right sides of the lower plate (M ₂₎ a was allow the connector plate (S) by open slots (U ₅₎ through the fixing of the long circle in the open slots (U ₅₎ Insert the iron rod shaft (A ₄ ) into the hole (U ₅ ) drilled below the fixing plate (J ₅ ) to protrude out of the left and right plates, and the iron rod shaft (A ₄ ) protruding to the left and right outside the lower plate (M ₂ ) is raised. which over the iron rod axis (a ₄₎ olrimdae (P ₄₎ is an iron structure bonpan are left, are respectively fixed to the base floor (K) on the right side of the olrimdae (P ₄₎ above, that is, round iron rod shaft top (4P) (a ₄ There is a U-shaped iron rod shaft fixing groove (4P) that is raised and fixed.

And a semi-circular structure under the semi-circular structure, which is semi-circular under the end of the connecting device (S), which is the upper surface of the aberration, that is, the bottom of the steel structure (MP), with the upper rotary shaft support spaced apart from the lower rotary shaft support (Q). (H ₄ ) There is a base under the pedestal (H ₄ ) to obtain and support the base of the steel structure (MP) to raise the high, the height of the steel structure upper axis of rotation (A) can be adjusted, and the aberration top height fixed The plate height (B ₄ ) obtained by raising the slab (AP) to be installed is fixed to the base concrete floor (K) under the aberration support (U ₄ ).

In the above, the aberration lifts the pedestal (H ₄ ) under the pedestal (H ₄ ) in the connecting plate, which is the bottom of the steel structure (MP), and adjusts the inclination angle of the aberration upper and lower wheel swivel centers around the aberration lower rotary shaft. The difference is that the hydraulic key (AG) to put the hydraulic operation key (GA) on the base concrete floor (K) in front of the front of the lease lease (B ₄ ) was installed so that the hydraulic operation key can adjust the aberration to the proper inclination angle for power generation.

11 is a chain belt (C) with a bucket attached to the upper bucket movement path (V ₀ ) between the upper bucket wheel swivel (V) in the ground-type iron structure (MP) of Figure 10 is installed and supplied with water A perspective view, a partial detail view, and an explanatory view showing the power generation process of the received aberration. In the above, each bucket 51 is arranged in a straight line in the bucket movement path (V ₀ ) as 1,2,3,4,5, In V), when the bucket wheel (E) rolls, a water pipe (X) is used to transfer water from the water source (A) to the water inlet (O ₂ ) of the bucket that falls, and the upper bucket wheel is rotated by rotating the upper axis of the water wheel. When the bucket wheel (E) lands on (V), the water transferred from the water source (A) to each bucket 51 located above the bucket movement path (V) to the bucket fixing rod (P ₁ ) fitted to the chain belt. Buckets 1, 2, located at the top of the hanging wheel, supply water to each bucket and drop down each bucket to receive water. The wheel (E) at the end rolls down the aberration on the incline wheel (V) inclined to the weight of water in the water tank, so that each water tank between the upper aberration path (V ₀ ) of the aberration falls down the upper aberration of the aberration. It is the power generation process of the ground-separated high-angle low drop belt type circulation aberration that generates hydro power by rotating the upper and lower rotary shafts with a belt.

In the above, the aberration steel structure (MP) is obtained on the iron rod shaft (A ₄ ) and the iron rod shaft lifter (P ₄ ) and the plate height (B ₄ ) and the height of the plate height lifting the bottom of the steel structure (MP) to raise the height of the aberration It is equipped with an adjustable slab (AP) and a jockey pedestal (AG) device for lifting the top of the aberration.

In the above, the iron rod shaft A ₄ of the steel structure MP was lifted on the lift bar P ₄ of the foundation floor K, so that the lower part of the aberration was lifted from the ground. Lift the upper part of the steel structure (MP) on the slab (AP) in (B ₄ ) to make the wheel swivel angle optimal for the development of aberration.

Since the configuration of the foundation floor (K), which is the inclination angle adjusting device of the bucket wheel swivel of the ground-separated aberration, has been described above, the operation of the aberration power generation system will be described above.

Water is transferred to the water pipe (X) for transporting water of the water source (A) to the water tank (51) of the aberration, and the water is discharged from the water discharge pipe (60) of the water pipe (X) to the buckets 1 and 2 to the upper bucket of the water wheel. The water is supplied. Each bucket filled with water between the upper bucket wheel swivels (V) rotating the upper rotary shaft makes the lower rotary shaft (B) a dropping motion to the lower rotary shaft. Each bucket 51 between the upper wheel swivel V between the upper and lower rotary shafts spaced apart from the upper and lower rotary shafts will continue to be filled with water during the development of the aberration.

In the chain belt (C) is wound around the upper, lower rotary shaft gear to change the linear movement of each bucket (51) to the rotary rotation by rotating the gear rotation shaft (U) to produce a strong rotational movement.

When each bucket dropping in the upper bucket movement path (V ₀ ) of the aberration in order to receive water from the water discharge pipe (60) in sequence when the water is filled in each bucket in the upper bucket movement path, the upper bucket wheel swivel Strong dropping force of each bucket between (V) gives the upper rotating shaft (A) and the lower rotating shaft (B) the rotational force.

And the configuration and role function structure of the chain belt (C) is the same as that of the ground fixed steel structure (M) described in Figure 6, but in the chain belt (C) of the ground separate steel structure (MP) Raise the bottom of each bucket without the contact plate (U ₄ ) to raise the bottom of the bucket and raise the side (C ₀ ) so that each bucket falls from the upper bucket movement path (V ₀ ). A large amount of water discharged from the water discharge pipe 60 of (X) was loaded.

I will explain the structure and role of the bucket keyboard (H) of the ground-separated steel structure (MP) aberration

The bucket key (H) is attached to the left and right sides of the upper plate (M ₁ ) of the upper plate (M) of the steel structure (MP) is formed in the shape of the clamp is a bar that is bent at both ends of the bar (CX) is attached to the long key In the bracket, the angled upper base (CX) is long, and the upper plate (M ₁ ) is fixed to the left and right outer surfaces by the short base (XC), and the bucket key (H) is welded to the end of the rod (CX). Is attached

In the above, the end of the cramped upper part (CX) is welded along the side surface of the bucket key board (H) which is a long barrel plate, and the bucket key (H) is lifted on the bucket wheel swivel of the upper plate (M ₁ ).

In the bucket kipan (H) is a bucket movement (V ₀₎ above the left, and two gintong plate on the right side of each bucket left side of the bucket to contact the side of the right side which is located in the upper bucket movement (V ₀₎ is a bucket In the above, the bucket key (H) is made of a long board that is higher than the sides of the bucket when the sides of the buckets are in close contact with each other, and holds the left and right sides of the buckets falling down from the upper part of the aberration. It is a long plate that the side slides closely without slipping

Bucket of the aberration is aberration L, the upper surface of the bucket in a judging bucket moves from the right side (V _0), (J) and the bottom (i) is attached and stairs gujoeul has a bucket of water flowing in the figures (O ₂₎ are horizontal, and Each bucket 51 attached to the contact table U ₄ has a stepped shape 100 in which the bucket and the bucket are stacked. The bucket key H is in the bucket movement path V ₀ , that is, the drop. A bucket filled with water in a bucket suspended from a bucket fixing rod (P ₁ ) fitted to a chain belt (C) in each bucket 51 to be straightened between the upper bucket wheel swivel (V) by the bucket wheel (E). When the water in each bucket rumbles in a free fall movement, it makes the bucket key higher than the bucket inlet (O ₂ ) to prevent the outflow of water. In other words, it prevents the water from flowing out to the left and right sides of the bucket. In addition, each bucket 51 shakes left and right in the bucket movement path (V ₀ ). It acts as a guide to make a free fall movement from top to bottom as a straight bell

In the above, the bucket is prevented from swinging from side to side due to the fluidity of the chain belt. The upper end portion (H ₃ ) of the left and right bucket keys (H) is gentle outwardly based on the side of the bucket in the bucket movement path (V ₀ ). Curve the bucket inner side (GH) of the top of the bucket key (H) so that each bucket enters the bucket movement path (V ₀ ) while rotating the upper rotary shaft (A). the slip in the plate (H ₃₎ between the inner surface of the curved dupan (H ₃₎ between a bucket kipan top plate (H ₃₎ and the role that it goes between the bucket kipan

When each bucket of aberration falls between the upper bucket wheel swivels (V) of the ground-separated steel structure (MP), the weight of the bucket is placed on the upper bucket wheel swivel (V) through the bucket fixing rod (P ₁ ). We will explain the structure of the bucket so that the weight of the upper bucket is increased on each wheel of the bucket and the chain belt (C) rotates the upper rotating shaft (A) strongly through the bucket fixing rod (P ₁ ). Raise (R) as shown in the arrow (707), and in order to allow a lot of water to be loaded in each bucket, when the bottom of the bucket is seen from the side without close contact, the bucket and the bucket are attached so that they become stepped. The base was higher than (tea)

When water is supplied to the bucket 51 of the water wheel without the water tank in the ground-type split steel structure (MP) aberration, the water of the water source (A) is transferred to the water pipe and the upper portion of the steel structure (MP) in the water discharge pipe (60). A water generation method of supplying water from the water discharge pipe 60 of the water pipe (X) to the water tank moving from the upper to the lower water wheel because the water is supplied to each bucket falling from the upper water wheel to the lower water wheel between the wheel swivel (V) The amount of water due to the amount of water ejected from the water discharge pipe 60, that is, the water supply shortage, at the fast dropping speed of the bucket by the bucket wheel at the upper bucket wheel swivel (V) due to the water shortage due to the decrease in the flow of river and river In the above, due to the lack of water in the bucket, the rotational force of the upper and lower rotation shafts of the chain belt circulation aberration becomes smaller as the flow rate is filled in each bucket in the upper bucket wheel swivel (V) to have a difference weight. If the control that is shown developing the water supply is large free fall force of the water bottle in the river and the water ever aberration in a fast and a bucket it is possible the development of a slow free fall force

In order to solve the problem, the upper and lower rotation shafts maintain a constant rotational speed by lowering and increasing the inclination, that is, the inclination angle, of the wheel swivel. in such a manner as to maintain ground as a device for adjusting according to the water supply amount of the water source olrimdae on the floor (K) (P ₄₎ and a jockey (GA) and jockey pedestal (AG) and pango rent (B ₄₎ and said impan ( AP) under the connecting device plate S of the steel structure MP. The functions and roles are the same as those described above.

In the above plate height (B ₄ ) above the plate (AP) can be used to adjust the size of the angle of inclination of the bucket wheel swivel and the hydraulic jockey and a high plate (AP) is used to adjust the angle of inclination The higher the plate, the higher the plate , The lower the angle of inclination of the lower bucket wheel swivel (V), (V ₁ ) and the larger the number of high plates, the larger the inclination angle

By varying the thickness of the solid plate (AP) in the above it is possible to smoothly adjust the inclination angle of the aberration

When lowering the height of the upper shaft (A) of the low drop high angle belt-type circulation aberration of the present invention when the water is supplied to the bucket attached to the bucket fixing rod (P ₁ ) inserted into the chain belt (C) The speed at which the water bottle drops from the upper shaft A to the lower shaft B between the wheel swivels V is slowed down. Observe the amount of water that is ejected from the water outlet AX to the water tank and supply it to the water tank at the top of the water wheel. Aberration due to the fluidity of the water supplied to the aberration by raising and lowering the upper axis A around the lower axis B according to the amount of water to be inclined to the upper and lower bucket wheel swivel (V), (V ₁ ) In the rotational force of the appropriate rotational speed can be adjusted constantly, the rotational acceleration of the upper shaft (A) and the lower shaft (B) is stabilized and the belt connected to the pulley 36 in the pulley fitting blind spot (10) Rotate generator (B) to negative (Z) Can produce

From above

When the inclination angle of the aberration approaches 90 degrees and the bucket receives water supply, the dropping speed of the bucket increases due to the dropping speed of the bucket between the upper bucket wheel swivels (V) and the rotation speed of the upper and lower rotary shafts is accelerated.

As the angle of inclination of the aberration approaches 180 degrees, the dropping force of the bucket is reduced between the upper bucket wheel swivels (V) when the bucket is supplied with water, and the rotational speed of the upper and lower rotary shafts is decreased.

1 is an explanatory diagram illustrating a power generation method of a high angle low drop belt type circular aberration;

2 is an exploded view showing the upper and lower rotary shaft structures of the aberration separately.

3 is a plan view showing a chain belt with a bucket of aberration located above the upper bucket wheel swivel, and a partial detailed explanatory view.

Figure 4 is an explanatory view and a perspective view illustrating the operating state of the bucket when the bucket attached to the chain belt wound on the rotary shaft gear rotates;

5 is a perspective view showing the steel structure of the ground-mounted aberration

Figure 6 is an explanatory view illustrating the power generation operation of the aberration having a chain belt with a bucket on the ground fixed steel structure, and detailed perspective view

FIG. 7 is a partial explanatory diagram illustrating a bucket receiving the guide of a bucket key board at the upper end of the ground-mounted aberration while discharging water contained in the bucket while falling from the upper bucket moving path; FIG.

8 is an explanatory diagram illustrating the operation of the slip device of the upper lower rotary shaft support of the aberration;

Figure 9 is a side view showing the power generation process of the ground fixed steel structure aberrations

Figure 10 is a perspective view showing the steel structure of the ground belt separation type circulation aberration

11 is a detailed explanatory view showing a power generation process of the ground-type separate steel structure aberration, part explanatory diagram and a perspective view

12 is an enlarged view illustrating the function and role of the lower adjuster for changing the discharge direction of the bucket wheel.

FIG. 13 is an enlarged view and explanatory view showing the function and role of the upper adjuster for changing the rotation direction of the bucket wheel. FIG.

DESCRIPTION OF THE REFERENCE NUMERALS

(1): water tank (O ₁ ): water outlet

(U): rotary shaft (8): rotary shaft gear

(C): chain belt (51): bucket

(E): Bucket Wheel (E ₂ ): Bucket Wheel

(101): bucket fixing ring, (P ₁ ): bucket fixing rod

(PA): Bucket Rod Rod (HP): Bucket Wheel

(PJ): Bucket Rod Rod Rotary Ball Grease Injection Hole (18): Bucket Front

(Tea): Top of the bucket (R): Bottom of the bucket

(O ₂ ): bucket water inlet (other): back of the bucket

(G): Bucket top slope (E): Bucket bottom slope

(TA): Bucket water inlet direction indicator (U ₄ ): Close contact

(M): Steel structure of fixed ground aberration (F ₈ ): Upper bucket wheel rotation direction

(F ₇ ): Lower bucket wheel turn direction (V): Upper bucket wheel turntable

(V ₁ ): Lower bucket wheel swivel (J ₄ ): Upper pivot support plate

(J ₅ ): Lower rotating shaft support plate (W): Fixed plate (female)

(H ₁ ): Hydraulic cylinder (W ₁ ): (male) slipper on bottom of lower shaft support

(TG): Bolts moving space (4M): (male) Slipper shaft support top

(M ₄ ): (female) slippered shaft support bottom (FF): friction fiber band

(H): bucket key (X ₂ ): water outlet cover

(B ₆ ): Top of the water outlet (M ₁ ): Steel structure top plate

(M ₂ ): Steel structure lower plate (N): Lower water basin

(AX): Bending plate (T) Slip adjustment bolt (HM): Water tank support

(X): water transport pipe (60): water discharge pipe

(MV): Steel Structure Bending Part (AP): High Plate

(A ₄ ): iron rod shaft (P ₄ ): lift bar

(B ₄ ): Lease and rent (AG): Jockey stand

(GA): Jockey (HX): cramp bar

(T): Bolt (TC): Bolt Tightening Nut

(3): bearing (10): pulley

Claims (4)

Guide the water from the source of the river and the river or the dam into the waterway pipe, make a constant power generation height with the waterway water outlet, and the potential energy of the water discharged from the waterway water outlet is inclined to the upper and lower parts of the steel structure (MP). In the chain belt attached to the bucket and the bucket wheel installed on the gear of the rotary shaft and the lower rotary shaft, there is a potential energy of water in each bucket between the chain belts (C), and the bucket wheel of the chain belt where the potential energy of water is acted on The weight of the bucket with the potential energy of the water in the moving path was rolled on the upper and lower bucket wheel swivel inclined to the steel frame (MP), and the upper rotating shaft ( A) and the lower rotary shaft (B) is strongly rotated by the chain belt (C) and the generator is driven through the pulley and the rotary acceleration of the rotary shaft. In the former elevation Fig hydro aberration generating hydroelectric in jeonak accounted for, aberration upper, iron is the lower rotating shaft and a bucket wheel rotating platform configuration gujobon left and right dupan (K ₂₎ to a to each other symmetrically plate when pulled vertically The upper and lower bucket wheel swivel is provided, and the wheel swivel rolled by each bucket wheel is divided into the upper wheel swivel and the lower wheel swivel when the bucket wheel is rotated by rotating the upper and lower rotary shafts in the head plate (K ₂ ); The gap between the upper plate (M ₁ ) of the water wheel, which is the upper wheel swivel, is narrow, and the distance between the lower plate (M ₂ ), which is equipped with the lower bucket wheel, where the bucket wheel rolls the lower wheel swivel, is wide. (P ₁ ) depending on the upper and lower rotary shafts to move each of the rotating wheels (E) to move under the upper bucket wheel swivel, rolling over the lower bucket wheel swivel to move the upper rotary shaft and the wheel to the upper bucket wheel swivel A narrow steel plate spacing between the upper plate (M ₁ ) and the lower plate (M ₂ ) between the upper roll; In the above, when the steel frame (MP) plate (K ₂ ) with the upper and lower bucket wheel swivel inclined from the top to the bottom of the aberration is symmetrically erected, it is between the left and right plates of the steel structure and the inner side of the aberration plate (M ₂ ) It is fixed to the upper plate (M ₁ ), which is the upper bucket wheel swivel, and is separated from the bent portion (MV) and the upper plate (M ₁ ) and parallel to the straight line, but the left and right head plates from the end of the lower plate (M ₂ ) to the end ( K ₂ ) The welding fixture is installed on the inner side and the lower bucket wheel is swivel, and the steel structure head plate (K ₂ ) is fixed at regular intervals and connected to it. ; On the connecting device plate (S) is in parallel with the lower bucket wheel swivel (V ₁ ) that is the connecting device plate, but is welded and installed on the left and right plates inside the upper plate (M ₁ ) long and the back (ta) of the lower bucket to be upside down to be moved to the slip plate of the iron aberration gujobon left, slide to strengthen the framework of the aberration by connecting the vane (K _2); A base bottom (K) which allows the iron rod shaft inserted through the head plate (K ₂ ) under the lower rotary shaft support bottom plate fixing plate (J ₅ ) in the lower part of the steel structure to protrude out of the plate to the left and right sides of the head plate and raise the iron rod shaft (K). A jockey pedestal which is fixed above and a jockey that lifts the bottom of the upper part of the steel structure, and a slab stand that fixes the height of the upper part of the steel structure that is lifted around the lower rotation axis (B) by lifting the steel structure from the bottom with the jockey. The height of the upper and lower bucket wheel swivel of the steel structure of the upper and lower bucket wheels were adjusted to obtain the high plate at the top and bottom; Vertical structure of the upper and lower pairs on the left and right head plate of the steel structure of the aberration, and the rotation shaft support for horizontal chain chain adjustment; And Lower bucket on wheels both ends of left and right bucket wheel swivel the swivel fiber for in each one aberration semi-circular structure on the top and the bottom (FF), a bucket (P ₀₎ chain belt to turn guides the lower rotating shaft and the upper rotary shaft erected in the High-angle low drop belt type circular aberration, characterized in that there is an upper adjustment rod and a lower adjustment rod to change the rotation direction of the bucket wheel mounted on the bucket fixing rod of The method of claim 1 In the chain belt which is a power generating device, a plurality of bucket fixing rods are inserted into the holes and holes of two rows of chain belt joints (JJ), and the bucket fixing rods function as a chain joint and connect two rows of chains. With a bucket stick Each bucket has two buckets attached to the chain and two bucket fixing rods connecting the chains, and each bucket has one bucket.There are many buckets between the chain and the chain. When the bucket wheel is rolled above, the bucket and the top surface of the bucket hanged on the bucket fixing rod fitted to the chain belt when each bucket is moved in a straight line from the top and the bottom bucket moving path to the top to the bottom. (Car) and the bottom (child) are so tightly adhered to the contact table (U ₄ ) that the bucket and the bucket are attached so that each bucket is arranged in a straight line in the bucket moving path and attached so that it is dropped by strong dropping force; It is spaced between the concave and convex grooves (PH) and rotates on the bucket wheel (E) with a large diameter rolling over the bucket wheel swivel and the upper and lower bucket wheel swivel wheels in one body. A small diameter wheel (E ₂ ) enters between the friction wheels (FX) of the steering wheel, and when the wheel (E2) rotates the friction wheels (FF) filled with the fiber bands and the fiber bands in close contact, the bucket wheel ( E) the bucket wheel with the auxiliary wheel (E2) to change the direction of rotation of the idle rotating bucket wheel when idling the upper and lower rotary shaft of the aberration, so that both ends of the bucket fixing rod through the chain joint; In the bucket configuration of the chain belt (C) where the front and the back of each bucket are attached between the upper bucket wheel swivel and the lower bucket wheel swivel, each bucket rotates the upper and lower rotary shafts half-turned, and each bucket turns the top and bottom. To prevent these bumps from colliding, the buckets are arranged in a straight line by the bucket wheels on the wheel swivel when rolling over the bucket wheel swivel, and the top and bottom of each bucket attached to the holder (U ₄ ) when placed in the bell I) In order to narrow the back side (ta) into each bucket, the upper part (car) and the lower part (g) and (e) of the bottom (za) are bent in a symmetrical incline so that each bucket is attached with a bell. There was a space AB between the top and the bottom, and the space AB prevented the water tank from colliding with each other when the water tank rotates the axis of rotation and the space between the water tank and the water tank becomes narrow; In the above, the water is supplied from the upper part of the water wheel, and the weight of the bucket water drops in a straight line from the upper bucket moving path, and the upper rotary shaft is strongly rotated by the chain belt to turn the generator; And by the centrifugal force that rotates the rotating shaft while rotating the lower rotating shaft, each bucket discharges the water in the bucket to the waterway (J ₂ ) and hangs upside down on the bucket fixing rod of the chain belt with an empty bucket, located between the lower bucket wheel swivel and on both ends of the bucket fixing rod Rotation of the bucket wheel to move from the bucket movement path to the upper rotary shaft again, each bucket enters the upper bucket movement path between the upper bucket wheel swivel, the bucket receiving water from the water pipe (X) from the water pipe (X) at the top of the wheel The water is filled in the order of dropping between the wheel swivels, that is, in the order of falling, and the potential energy of the buckets filled in each of the buckets in the upper buckets. Belt (C) makes the movement of rotating the upper and lower rotary shaft strongly and interlocked quickly and powerfully, and the upper and lower Altitude, characterized in that the chain belt to move to rotate the front barrel is also low-head circulation belt type aberration The method of claim 1 A jockey is the top of the axle support, or (male), while the jockey supports the male slide of the upper axle of the aberration and the upper (4M) of the lower axle, and is fixed to the bottom inside the bottom of the slipped support (M ₁ ). In the rotary shaft support (Q) which allows the bottom to be raised and lowered by the jockey, An elastic rubber wheel (E) that rotates on a bucket wheel swivel attached to a chain-belt mounted on a rotating shaft gear in a steel structure of hydroelectric aberration is a wheel wheel swivel due to abrasion of the wheel in friction with the swivel. When the diameter of the wheel (E) is reduced from above, the chain belt that moves the upper and lower rotation shafts in a line with the chain belt when it is wound on the pinion of the upper and lower rotation shaft gears and is released horizontally When the chain belt is wound and unwound in the rotary shaft gear pinion as the gap is lowered and lower than the chain belt wound and unwound on the upper and lower chain gear pinions; In the phenomenon that the chain belt is pulled up by the pinion of the rotating shaft gear that pulls the chain belt when the chain gear rotates in the phenomenon that the chain gear is rolled up and lowered on the upper lower chain gear due to the wear of the wheel, The diameter of the upper and lower rotary shaft supports (4M) is lowered on the swivel shaft so that the upper and lower chain belts are rolled up and unrolled from the upper and lower chain gears to lower the chain belt. A rotating shaft support slip device which makes the chain belt wound and unrolled in the pinion of the chain belt and the gear in line with the swivel in parallel to the straight line; And a low-angle belt drop type circular aberration, characterized in that there is a rotating shaft support which is a chain belt height adjusting device that prevents the bucket and the bucket wheel chain from spooling to the bucket fixing rod of the chain belt. There is no foundation floor (K) for lifting and lowering the upper part around the lower part of the aberration, but the bottom of the left and right bottom plate of the ground fixed steel structure (M) is the foundation concrete floor ( Fixed to K) so that the bucket wheel swivel is fixed at the best inclination angle for hydropower; In the above, the water inlet of each bucket attached to the bucket fixing rod fitted to the chain belt when the bucket and the bucket are attached to the vertical bell at the upper part of the aberration by the rotation of the wheel that rolls the upper wheel swivel. A power generating chain belt of aberration, which is parallel to the wheel swivel and is dropped into a bell; The water tank is positioned above the water inlet of the water tanks located between the upper water tank moving paths, and the front of the water outlet installed in the lower part of the water tank is parallel to the water inlets of each water tank which is devoted to the water tank wheels rolling the upper water tank wheel. The water tank and the water tank water outlet front (18) are in close contact with each other so that each water tank is dropped into the bell, so that the water tank water supply part and the water inlet part of the chain belt water tank are in parallel with each other. A water outlet and a bucket water supply device of aberrations, in which water supply is simultaneously made to each bucket when the bucket falls; In the above, a plurality of buckets between the upper bucket wheel swivel is placed in the water inlet opening position upwards, the bottom and top of the bucket is attached to the close contact with each bucket of the vertical bell on the side of the water outlet when the water drop down the aberration Being horizontally long, it is fixed to the left and right sides of the water outlet so that the right and left sides of each bucket passing through the outlet are in close contact with each other so that the water tank passes through the water outlet of the water tank. When each water tank hanging on the water tank fixing rod inserted in the long chain belt passes through the water tank water outlet, each water tank located between the water tank water outlets receives water from the water outlet of the water tank at the same time. Energy was used to rotate the axis of rotation through the chain and the chain belt with wheels; In the above operation, the upper and lower rotary shaft gears are rotated, and the water inlets of the bucket contact with the friction fiber zone under the water basin fiber base, which is a device that slides up and down at the bottom of the water tank water outlet. Each outgoing water bottle should not lose water in the water tank, and put the water in the water tank to drain the water tank out of the aberration. The water outlet of the water tank and the water tank for strongly rotating the upper, lower rotary shaft with a chain gear chain chain by the falling force of the bucket in the above; And In the above, each bucket that exits the water outlet of the water tank discharges the water in the bucket filled with the centrifugal force half-rotating the lower rotating shaft out of the bucket, and the empty bucket hangs upside down on the chain belt and moves between the lower bucket wheel swivels. Each bucket, which hangs on the chain belt, rotates between the rotating shafts and the upper bucket wheels, enters under the water outlet of the water tank again and is powered by a fixed-floor steel structure characterized by the strong drop hydropower of the water tank supplied with water from the water tank. High Angle Low Drop Belt Circulation Wheel

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