The power engine turbine wheel

Abstract

This power engine turbine wheel is "specific characteristic is" the inverted cylinder (1) the equipment side under the cylinder (1) facing the central shaft axis (10) is arranged in a circle. There are the cylinder head (4) and the water supply pipe (5) on the periphery of the turbine wheel to return water to the upper cylinder (1). Through the G2G system to support return water to the upper cylinder (1) and works through the device under the cylinder (1) and the outer circle (8) with a large radius and the inner circle (7) with a smaller radius are mechanisms to drive through the power transmission wheel (2) to return the water to the upper cylinder (1) to bring back the vortex to use the new weight of the "power engine turbine wheel" system causing the turbine wheel to rotate continuously all the time to transmit power through the central shaft axis (10) to bring to use with the system of this machine it will stabilize the rotation constantly and still maintain the stability of the rotation power and "the power engine turbine wheel" can also be applied in various industrial applications such as agriculture industry, fishing industry, various industries and the power generation, etc.

Description

[0001] THE POWER ENGINE TURBINE WHEEL he characteristic and the purpose of the invention

[0002] To solve the problems happened therefore, the power engine turbine wheel set has been improved to maintain the rotation of the turbine wheel and the system of transferring water back to the height with “the specific characteristic is” by using the several cylinders install on the turbine wheel in circular shape that is installed the cylinders face-up cylinders is facing away from the central shaft axis and under the cylinders with the straight square steels and the stainless steel wheels installed facing the central shaft axis. By relying on the central shaft axis to bear the weight and transmit the energy to rotate as a source of energy by there are 2 circular plastic rails with different circular radii made from teflon or superlene sandwiched with circular steel on both sides that are smaller (put together like a sandwich) to increase the strength at the time of fixing that it is mounted on the side of the turbine wheel in a position away from the center of the central shaft axis installed on the both sides to force the propulsion of the piston through the stainless steel wheel mounted under the cylinder rotates according to the stroke to control the movement in and out of the piston to achieve the specified timing by transferring water from one cylinder to another through mechanism with “the specific characteristic design” without having to use electricity energy as the energy to transfer water back to the height base on the design of the mechanism working through the turbine wheel as a driving, transmitting power to the central shaft axis in order to put the rotational power to use “the specific characteristic function is” details will be discussed in the fully invention disclosure, “energy turbine wheel” that has a characteristic specific feature is the turbine wheel is a closed water system so without evaporation just only add water at the first time. Science related fields of invention

[0003] Engineering related to hydroelectric power generation system. Background of related arts or sciences

[0004] The invention related with sending water to return back to the height is flawed by simulating the operation of a dam and adjust reduce it into a small size by building a tank containing 20 tons of water about 15 meters above the ground and the lower side there is a water supply pipe for deliver water to the turbine wheel to receive water as a result the turbine rotates to drive and transmit power to the central shaft axis to use the water that flows through the water turbine will flow to collect in the lower side tank which is 8 meters above the ground to deliver water to the ram pump (hydraulic ram pump) to send water to return into the upper tank without using electricity. It can be seen that the power generator modeled from this dam has disadvantaged of a high up water return system so sending the high up water return and the water that flows out into the water receiver turbine is not related therefore, the improvement concept with a new design is a single power engine turbine wheel system that can operate with an upside-down cylinder design. The cylinder body is a circular cylinder with equipment under the cylinder by bringing a number of cylinders installed to the turbine wheel in a fixed position in a circle. The piston rod set has a straight square steel and the stainless steel wheels of the appropriate size installed under the cylinder facing to the central shaft axis by the cylinder head and the water supply pipe are turned away from the central shaft axis on the periphery of the turbine wheel.

[0005] There is a working principle by relying on a number of the cylinders installed with the turbine wheel rotates in a clockwise circle with the central shaft axis to bear the weight and transmit the power to rotate as the power engine source by there are 2 circular plastic rails with different circle radii made of teflon or superlene sandwiched with circular steel on both sides which is smaller than circular plastics rails (put together like a sandwich) to install on the side of the turbine wheel in a position away from the center of the central shaft axis to installed on both sides for force the drive of the piston through the stainless steel wheels installed under the cylinder rotates as stroke to control the movement in and out of the piston to achieve the stroke as defined to transfer the water from the lower cylinder back to the upper cylinder through a mechanism “specific characteristic design” without the use of electricity. The system inside the cylinder is a vacuum system just fill the cylinder with water for the first time the water will not evaporate. So it is a solving problem to send the water to return the height with the system of working this machine will help to have a constant rotation of the revolutions and maintains the stability of the rotating power and “the power engine turbine wheel” and can also be applied in many industries such as agriculture industry, fishing industry, various industries and power generation, etc. Fully disclosure of the invention

[0006] Described the nature of this invention with reference to the accompanying figures.

[0007] Figure 1. it is a turbine wheel that consists of the cylinders(l) in the form of a circular cylinder with a number of the under cylinder devices(l) is attached on the turbine wheel in a position has defined in circle and is filled with the calculated until the number of liters of water. The whole turbine wheel system is a closed system (vacuum system) so the water does not evaporate just fill water only once. The water is forced to the downward rotating cylinder (1) by gravity as a result, there is single-sided downward force on the counterweight to be pressed on one side, causing the turbine wheel to rotate and transmit power to the central shaft axis (10) to transmit power to use next, looking at the overview of the turbine wheel, it is divided into 2 parts: part

[0008] 1 the cylinder (1) side from 0- 180 degrees are contained with water inside for weighting. Part

[0009] 2 the cylinder (1) side 181-360 degrees there are not water inside causing the weight to be on one side to effect the turbine wheel to rotate in a circle as the turbine wheel turns clockwise down, the apparatus under the cylinder (1) “there is the specific characteristic is” the power transmission wheel set (2) under the cylinder (1) acts to control the movement in-out of the pistons (6) are force to run on the circular rail set (7), the inner circular rail and the circular rail set (8) the outside circular rail “the specific characteristic is” plastic circular rail set (7) and (8), both circles are made of teflon or superlene, sandwiched with circular steel on both sides that are smaller than plastic circular rails. When articulated, the side in contact with the power transmission wheel (2) has only the plastic material in contact with the transmission wheel on the other side will be equal to the steel that is joined together (put together like a sandwich) according to figure 2, it is a half of the circular rail (7), the inner circular rail and the outer circular rail (8), and there are enlarged images to show the details of both sets of circular rails. The details are as follows.

[0010] 1. Circular rail set (7) the inner circular rail separated into (7.1) is a plastic circular rail and (7.2) is a circular steel sandwiched on both sides and have holes (11) for fixing the circular rail set to the chassis frame.

[0011] 2. Circular rail set (8) the outer circular rail separated into (8.1) is a plastic circular rail and (8.2) is a circular steel sandwich on both sides and have holes (11) for fixing the circular rail set to the chassis frame.

[0012] In order to strengthen the hold installed on the side of the turbine wheel in a position away from the center of the central shaft axis (10) according to the specified position of the 2 circles, hereinafter referred to as “outer circular rail set(8)” with a large circular radius and “inner circular rail set (7) with a smaller radius is installed above and below the power transmission wheels (2) which the power transmission wheels (2) is in the middle between the outer circle (8) and the inner circle (7). The circular rail is installed on both sides of the turbine wheel to force the propulsion of the piston (6) through the power transmission wheel (2) installed under the cylinder (1) running along the circular rail (8) and (7) at the same time for both circles rotate to the stroke to control the in-out movement of the piston (6) to reach the predetermined distance to transfer water from the lower cylinders(l) to the upper cylinder(l) through the “specific characteristic design” without using electricity. There is a design of cylinder (1) which is

[0013] “specific characteristic design is” by installing the cylinder set (1) with the upside down turbine wheel in especially, under the cylinder (1) the connecting rod set(9), there is a straight square steel (3) installed to prevent the piston(6) to rotate around itself during the movement of the piston(6) because the connecting rod body(9) and piston(6) are stainless steel that has a circular shape, so it has the opportunity to rotate around itself, so there is a straights square steel (3) attached to the connecting rod (9) put through the teflon of superlene bushing that the shape likes letter C is installed on the cylinder head at the bottom of the cylinder(l) to prevent the rotation around itself of the piston set (6) to support the movement in-out of the piston set (6) the end of the connecting rod (9) is installed with 2 transmission power wheels(2) on the side facing the central shaft axis (10) and the top of the cylinder(l) specific characteristic is” on the output side, there is a cylinder head(4) and a water supply pipe (5) on the periphery of the turbine wheel facing away from the central shaft axis (10) on the periphery of the turbine wheel the performance characteristics of the height water return system and underneath the lower cylinder set(l) upside down between the position of 135-225 degrees, there is the weight of the water and the weight of the straight square steel(3) and the piston(6) and the power transmission wheel(2), which is steel and stainless steel set bonded together. The weight of this device results in the force of gravity allows the water delivery of the lower cylinder (1) to push the water back to the upper cylinder(l). Requires less energy of the power transmission wheel(2) to delivery water and the upper cylinder set(l) that looks upward between the position of 315-45 degrees. Which has the weight of water and the weight of the straight square steel(3) and the piston(6) and the power transmission wheel set(2), which is steel and stainless steel bonded together. The weight of the device results in a downward pressure by gravity helping to suck water into the upper cylinder(l) the intake of water to the cylinder(l) with the simultaneous use of 2 gravity systems results in the power transmission wheel(2) installed under the cylinder(l) consuming less energy to return the water to the upper cylinder(l) which is a specific characteristic function is the G2G system or gravity 2 gravity system, that is using two gravity sources to work simultaneously as follows:

[0014] Gravity 1 is connecting rod weight (9) with straight square steel(3) attached and the piston(6) and the power transmission wheel(2) are the set of equipment under cylinder (1) the bottom which is steel and stainless steel bonded together add the weight of the water is pressed down by gravity push the piston (6) away from the central shaft axis (10) to push water out of the under cylinder (1) to delivery water to the upper cylinder (1).

[0015] Gravity 2 is the connecting rog weight (9) with the straight square steel(3) attached and the piston(6) and the power transmission wheel(2) are the set of equipment under the upper cylinder(l) which is steel and stainless steel bonded together add the weight of the water is pressed down by gravity “to push piston (6) approach the central shaft axis(10) to absorb the water into the upper cylinder (1).

[0016] It is the G2G system that uses 2 sources of gravity simultaneously working to send water and suck water at the same time, as a result, in less work on the water delivery system of the wheel drive set(2) “this power engine turbine wheel is” the return of water to the upper cylinder(l) system without electricity there is the water transfer that uses 2 gravity forces (G2G) to delivery and receive water in a continuous system to reuse the vortex in the weight of the system “power engine turbine wheel” as result, the turbine wheel rotates continuously all the time and the constant rotation with the counterweight of the water in cylinder(l) downward rotation by gravity will cause the pressure to cause the turbine wheel to rotate and transmit power to the central shaft axis (10) to transmit the rotation power to use with the operation system of this machine will help to have a constant rotation and maintain the stability of the rotation power and “power engine turbine wheel” can also be applied in various industrial applications such as agriculture industry, fishing industry, various industries, and power generation, etc. rief description of drawings

[0017] Figure 1. shows a detailed picture of the turbine wheel(l) which is the original power engine turbine wheel according to this invention.

[0018] Figure 2. shows the picture of circular rail set (7), the inner circular rail and the circular rail set (8), the outer circular rail cut into half, showing the detail of 2 sets of circular rails that acts to force the piston(6) through the transmission wheel(2) to move up and down as specified. he best invention method

[0019] As mentioned in fully disclosure of invention.

Claims

CLAIM1. The power engine turbine wheel consists of the power engine turbine wheel acts to convert power from water energy to mechanical energy.The cylinder(l) acts to contain and transfer water.The cylinder head(4) and the water supply pipe(5) acts to carry the water from the lower cylinder(l) back to the upper cylinder(l).The piston set(6) and the connecting rod(9) act to push the water out and suck the water into the cylinder(l) through the power transmission wheel set(2).The circular rail set(7) and the circular rail set(8) act to control the movement of the stroke in and out of the piston set(6) through the power transmission wheel set(2) to get the distance as defined. The power engine turbine wheel acts to transfer mechanical energy and maintains constant rotation for use through the central shaft axis(10). “the specific characteristic is” the turbine wheel consists of cylinder(l) which looks like a circular cylinder with a number of devices under cylinder( 1) are installed on the turbine wheel in a predetermined position in a circle and filled with water according to the predetermined the number of liters are completed.The entire turbine wheel system is a closed system (vacuum), so the water does not evaporate, adding water only once. The water is forced to be transferred to the downward rotating the cylinder(l) in according to the trend of gravity. As a result, there is a counterweight to create a one-side pressure this causes the turbine wheel to rotate and transmit power to the central shaft axis( 10) to transmit the rotational power to bring to use to work next, looking at the overview of the turbine wheel it will be divided in half into 2 parts is: parti the cylinder(l) from 0-180 degrees has water inside for weighting. Part 2: the cylinder(l) from 181-360 degrees is not filled with water cause the weight to be on one side, as a result, the turbine wheel rotates in a circular motion as the turbine wheel rotates clockwise down the device under the cylinder(l), the water transfer system will work immediately by using the power transmission wheel set(2) and thestraight square steel(3) installed under the cylinder(l) to order the piston(6) to drive the water to return the water back to the upper cylinder(l) passes through the outer circular rail set(8) “with a large circular radius and the inner circular rail set(7) with a smaller circular radius it will be installed upper and below the power transmission wheel(2) that the power transmission wheel(2) will be centered between outer circular rail(8) and inner circular rail set(7) and circular rail set(8)-(7) will be installed on both sides of the turbine wheel to control the propulsion of the piston (6) through the transmission wheel(2) installed on the end of the connecting the rod(9) with straight square steel (3) attached under cylinder(l) runs along the circular rail set(8) and (7) on both circles at the same time to rotate to the stroke to control the movement in and out of the piston(6) to reach the predetermined distance to transfer the water from the lower cylinder (1) to the upper cylinder(l) through the specific characteristic design” mechanism without using of electricity. The water is supplied through the cylinder head(4) and the water supply pipe(5) of each cylinder(l) therefore, it is a system to send water out of below cylinder(l) and receives water back to the upper cylinder(l) simultaneously. It is a system of simultaneous use of 2 gravitation forces (G2G) by relying on the weight of the water and the weight of the connecting rod(9) with the straight square steel set(3) attached to the piston(6) that made of steel and stainless steel to press down the piston(6) according to the gravity of the upper cylinder(l) and the lower cylinder (1) as a result, the transmission wheel(2) consumes less energy to return water back to the upper cylinder(l) so made the turbine wheel to rotate to transmit mechanical energy through the central shaft axis(10) forward the power of the rotation for use and a height water return system. This system helps to control the stabilized rotation constantly.

2. The power engine turbine wheel according to claim 1. Where there is the power engine turbine wheel rotates continuously to transmit mechanical energy to the central shaft axis(10)3. The power engine turbine wheel according to claim 1. Where there is the cylinder set(l) is installed the invert power engine turbine wheel by the below cylinder (1) with the transmission wheel (2) installed is facing the central shaft axis(10), and the upper of the cylinder(l) the output water side that has cylinder head(4) and the water supply pipe(5) is on the periphery of the turbine wheel facing away from the central shaft axis( 10)4. The power engine turbine wheel according to claim 1. The function of the straight square steel set(3) installed to the piston rod(9) of the piston(6) acts to prevent the rotation itself of the piston(6) in the stroke of moving in and out of the cylinder(l) by put through the teflon or superlene plastic bushing that looks like a C shape installed on the cylinder head at the lower cylinder(l) to support the movement in and out of the piston set(6).

5. The power engine turbine wheel according to claim 1. Where there is the plastic circular rail set(7) and (8) both of which are made of teflon or superlene sandwiched with the circular steel on both sides which is smaller than the plastic circular rail when sandwiched it together, the side in contact with the transmission wheel (2) will have only plastic material that is in contact with the transmission wheel(2) to support running along the rail in the circle as defined the other side will be equal to the steel that is used together (put together like a sandwich). It is bringing to show the circular rail set (7) the inner circular rail and the outer circular rail set (8) cut in half and has enlarged images to show the details of both sets of circular rails. The details are as follows.

1. the circular rail set (7), the inner circular rail separated into (7.1) is the plastic circular rail and (7.2) is the circular steel sandwiched on the both sides and has the holes(l 1) for fixing the circular rail set to the chassis frame.

2. the circular rail set (8), the outer circular rail separated into (8.1) is the plastic circular rail and (8.2) is the circular steel sandwiched on the both sides and has the holes(l 1) for fixing the circular rail set to the chassis frame.In order to strengthen the hold, it is installed on the side of the turbine wheel in a position away from the center of the central shaft axis(10), according to the position that has been set for 2 rings, hereinafter referred to as “the outer circular rail set(8)” with the large circular radius and “the inner circular rail set(7)” with the smaller radius. It is installed upper and below at the transmission wheel(2) is centered between the outer circle(8) and the inner circle(7) by this circular set it is installed on both sides of the turbine wheel to force the propulsion of the piston(6) through the transmission wheel (2) installed below the cylinder(l) running along the circular rail set(8) and (7) at the same time on both sides rotates to the stroke to control the movement in and out of the piston(6) to the predetermined distance to return back to the water to the upper cylinder(l)6. the power engine turbine wheel according to claim 1. Where there is the installation position of the plastic circular rail away from the center of the central shaft axis(10) according to the position that has been set for 2 circles. By the outer circular rail set(8) has a large radius and the inner circular rail set(7) has a smaller circular radius installed in the same circular radius.

7. the power engine turbine wheel according to claim 1. Where there is the outer circular rail set(8) has the large radius and the inner circular rail set(7) has the smaller radius installed in the same radius on the upper and below the transmission wheel set(2) that the transmission wheel is on the center between the outer circular rail set(8) and the inner circular rail set(7) is installed on the both sides of the turbine wheel8. the power engine turbine wheel according to claim 1. Where there is the G2G system or gravity 2 gravity system is the use of 2 gravity sources working simultaneously with the following details,Gravity 1. Is to use the weight of the connecting rot set (9) that has the straight square steel(3) is installed and the transmission wheel set (2) is installed to the piston(6) which is thesteel and stainless steel are bonded together add the weight of water to take effect to press down by gravity to push water out of the below cylinder (1).Gravity 2. Is using the weight of the connecting rod set(9) with installed the straight square steel(3) and the transmission wheel set(2) is installed to the piston(6) which is steel and stainless steel are bonded together add the weight of water to take effect to press down by gravity to push towards the central shaft axis(10) to absorb water into the upper cylinder(l)It is the G2G or gravity 2 gravity system that uses 2 gravity sources working simultaneously to delivery water and suck water into the below and upper cylinder(l) as a result, the water delivery system from the transmission wheel(2) is working less.

9. the power engine turbine wheel according to claim 1. Where there is the power engine turbine wheel can be applied in various industries such as agriculture industry, fishing industry, various industries and power generation.

10. the power engine turbine wheel according to claim 1. Where there is the entire power engine turbine wheel is the closed system (vacuum), the water does not evaporate adding water only once for the first time.

11. the power engine turbine wheel according to claim 1. Where there is the cylinder head(4) and the water supply pipe(5) are installed on the upper of the cylinder(l) on the periphery of the turbine wheel.

12. the power engine turbine wheel according to claim 1. Where there is the transmission wheel set (2) of 2 wheels installed under the cylinder(l) installed to the end of the connecting rod (9) of the piston set(6) controls the in and out stroke of the piston set(6) as specified working through the outer circular rail set(8) and the inner circular rail set (7) on both sides, which the transmission wheel(2) is located in the center between the outer circle(8) and the inner circle(7) on each side.

13. the power engine turbine wheel according to claim 1. Where there is the holes(ll) for attaching the inner circle(7) and the outer circle(8) to the chassis frame.

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