WO2009069138A1

WO2009069138A1 - Hilltop auto revolving mechanical power plant

Info

Publication number: WO2009069138A1
Application number: PCT/IN2007/000558
Authority: WO
Inventors: Mohammed Ibrahim Puthiyaveedu
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-11-28
Filing date: 2007-11-28
Publication date: 2009-06-04
Anticipated expiration: 2010-05-28

Abstract

An electricity generating system comprising an alternator with fixed shafts on either side, pulley type toothed wheels with free wheel in the center, a box shaped bucket with a half opening on the top and bottom, a lid to close and open the hole on the bucket, iron ropes, and a molded water tap. A method of generation of electricity comprising a method of filling of water into the bucket using the tap from the hill top tank, pouring of water into the basement tank through the bucket, up and down movement of the bucket, rotation and arrangement of toothed wheel on the free wheel.

Description

HILLTOP AUTO REVOLVING MECHANICAL POWER PLANT

FIELD OF INVETION

The present invention relates to electric power generation for the domestic or industrial purpose which can build adjacent to a hill and a method thereof.

BACKGROUND AND PROIR ART

Electricity is our major source of energy since it advent and is an essential part of our life. It will not be excess even if the production is high. So every improved method of generation of electricity is always an added advantage to human being. The present invention relates to electric power generation is also an improved method of existing hydel power generation for the domestic or industrial purpose which can build adjacent to the building.

Hydel(hydroelectric) power is^' the most important renewable source of power. Besides, this source is the cleanest form of power, emitting no green house of gas or other pollutants. It has another characteristic of quick start up and shut down which makes it suitable for supplying peaking power. In the present invention, which is the improved method of generation of electricity and can access 1632 KW per day.

OBJECT OF THE INVENTION

The first object of the invention is that to invent a system of generation of electricity with a minimum cost of installation, time, space and further investment. The other object of invention is that to invent a hydel project with minimum or limited water that can reuse. The another object of invention is that to invent an improved method by eliminating the demerit of the prior art. The further object of invention is to invent a continuous uninterrupted flow of electricity with double production than the prior art.

DESCRIPTION OF THE INVENTION

Hilltop Hillshoe Hydel Auto Revolving Mechanical Power Plant is an innovative and improved technique to generate electricity for domestic and industrial purpose, without any cost other than the installation cost of this system. It need only 9 Sq. M space for the installation of this power plant. It is easy to install as many such power plants according to requirement, if there is more space. That means such 13 plants can produce IMW electricity per day. Another advantage of this project is that, there is no need of fuel for functioning. Only a very small amount of installation cost is required and need only 3 months to install. In accordance with the present invention there are provided some materials such as alternators, teethed wheel with free wheels, specially made buckets with wheel, iron rope, canvass belt, water taps, pump sets, and water tanks.

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1 shows the specially made alternator with fixed shafts on both side.

Figure 2 shows the specially made pulley type teethed wheels with free wheel in the center.

Figure 3 shows the specially designed bucket with an opening on the top (top view).

Figure 4 shows the bucket with channel and the opening at the bottom (bottom view).

Figure 5 shows specially designed pipe lid to close the hole of the bucket.

Figure 6 shows the bucket with lid in a closed and open mode.

Figure 7 shows the bucket with wheel

Figure 8 shows two hilltop water tanks with pressing tap under the tank Figure 9 shows hill shoe water tank with posts.

Figure 10 shows a stand to fit the wheel and alternator on the 95 hilltop.

Figure 11 shows alternators and wheels fixed on the stand.

Figure 12 shows the complete power plant with water supply ioo system from the basement tank.

DETAILED DESCRIPTION OF MATERIALS USED IN AN EXAMPLE MODEL 105

One embodiment of system includes two specially made Alternators (figure 1) with an RPM of 1500 which gives 50Kw/h of 23Ov. Two shafts must be protruded from either side with a minimum of 12cm, with teeth engraved on it. no

Another embodiment is a teethed wheel with freewheels (figure 2) with minimum diameter of 58 cm shaped just like a pulley wheel. Teeth should be engraved on the edge of wheels. The center of the wheel has a bearing and is working just like a free us wheel. That means the wheel rotate to one direction only, but the center rotates both directions just as a free wheel. Such a four number of freewheel is needed.

120 The next important embodiments of the system are specially designed buckets with wheel(figure 7) with half opening on the top(figure 3) and an opening at the bottom(Figure 4). It has a minimum of 50cm depth, and have a lid over it. The steel bucket 125 (utensils) which is a box shape, having of minimum of 45 cm length and breadth. The bottom has a slope to the opening, so that the water fully drained out from the bucket. It must have 2cm metal thickness (both side and the bottom). There must be a channel on the surface to move a lid up and down.

130

There is a lid for this bucket such that no water drained out while it is moving. There is a lid holder at four side such that the lid must not come out from the outer surface. And it can also move up and down through the channel and it will not separate 135 since the channel is blocked. There is a hole, which is same as that of the bottom of the bucket (figure 5).

While the bucket is hanging, the lid is in closed position (Figure 6a). It helps to hold the water. But after hitting the bush it 140 becomes in open position (figure 6b). It has two wheel and a hook at the top..

There should be a canvass belt and iron rope of specified length. There is provided a stand to fix alternators and wheels and two 145 tanks at the top of the hill and one at the bottom. Both tanks at top and bottom come opposite to each other. The tanks at the top of the hill should have to place at minimum height of 5 150 meter using pillars. There should be a pressing water tap on the beam made under the tank such that the pressing knob should be outwards. Such two tanks are needed and both are connected by a pipe such that filling in one tank makes the 155 other to be filled. The tank that is at the bottom has two posts, which has two sets of a hook and a rubber bush with one meter difference.

AN EXAMPLE CONSTRUCTION OF POWER PLANT 160

Tie an iron rope on a hook at the top of one of the post that in the hill shoe tank. Put the bucket on the rope such that the bucket can move through the rope by its wheel and tie the other 165 end to the middle of the beam which is at the back side of the tank in high-tension. In same method tie all the other three sets of bucket to corresponding beam at opposite side.

Fix the stand one meter away at the back side of the water tank

170 such that iron ropes should come straight to the wheel stands and the holes. On this stand fix alternators and wheels in a way that the shaft of the alternators must come in touch with the teeth of wheels. The top layer wheels should turn to one direction and bottom layer wheels to opposite direction. The top

175 and bottom layer of the stand must have a difference of one meter (just equal to the difference between the hooks of the post). 180 Connect the two buckets of one side with a canvass belt such that the belt passes through holes and wheels which are on top and bottom layer of one side. Connect the other buckets in the same way. The length of the canvass belt should be minimum, in such a way that the one bucket is at the pressing knob, the

185 other should be at post(touching the rubber bush) in the water tank.

There should be a provision for supply the water to the hilltop tank from the basement tank by using a sufficient strength 190 motor pump. Fill water in both tank with minimum of 2000 litre. Connect a supply line to the motor pump from the alternator to supply water continuously to the hill top tank. This means 200 litre water come down within 90 seconds approximately. So it should be supplied 200 litre of water to the hill top tank.

195

While pressing the knob of the water tap, it fill the bucket and moves down with about 100 litres of water and the tap closes. At the same time the bucket at the other end moves upward. The bucket moves downwards hit the rubber bush and drained 200 out the water into the tank. It continues for both the bucket.

While the bucket moves the canvass belt also moves to and fro and it helps the wheel rotate. Since the wheel rotate the shaft also rotates and thus the alternator.

205

Free wheel rotate both direction In one direction it rotate with load and in opposite direction without load. But the teethed wheel rotate only if the free wheel rotate with load. That means there is a halt in the working of alternator. To avoid this, second 210 set of buckets starts to move. (For that it should adjust the period of movement of the second set of bucket.) Thus the shaft of alternator continuously rotates and gets a continuous flow of electricity.

215 One more thing is that, while one of the set of buckets moves, the top and bottom wheels also rotate. Here also one wheel rotates clockwise direction and the other in anti clockwise direction Since the bucket moves with load and the other without load and its movement will not be in a fixed period of

220 time. That means it cannot keep a fixed time interval. To avoid . this the wheels are kept move in opposite direction. That means side to side wheels are rotate in same direction, but the top and bottom wheels are rotate in opposite direction. These system combines help the alternators for a continuous and fixed rate of

225 movement. From both of alternators we can access 100Kw/Hr. Some amount would be used for the motor pump and the gain of current is 70Kw/hr.

If the bucket move more than 140 m then it has high 230 acceleration and without step up transformer we get 230V of current.

Claims

I CLAIM,

1. An electricity generating system comprising: alternator with fixed shafts on either side; pulley type teethed wheels with free wheel in the center; box shaped bucket with a half opening on the top and bottom; lid to close and open the hole on the bucket; iron ropes; specially molded water tap.

2 An electricity generating system claimed in claim 1 wherein the alternator and wheel arranged in a stand with a convenient manner to adjust the speed of the wheel.

3. An electricity generating system claimed in claim 1 wherein the specially made box shaped bucket has a wheel system to move through an iron rope.

4. An electricity generating system claimed in claim 1 wherein the lid to close and open the box shaped bucket whenever necessary and it is on one side of the bucket.

5. A method of generation of electricity comprising

Method of filling of water to the bucket using the designed tap from the hill top tank; pouring of water into the basement tank through the bucket up and down movement of the bucket rotation and arrangement of teethed wheel on the free wheel

6 A method of generation of electricity claimed in claim 9 wherein the bucket press the knob with its side and the water tap opens and after filling it gets move down ward, the tap closes.

7. A method of generation of electricity claimed in claim 9 wherein the pouring of water is in such a way that the lid hit the rubber bush on the post, and the lid moves.

8 A method of generation of electricity claimed in claim 9 wherein the movement of the bucket by wheel fixed, on the top of it through an iron rope.

9 A method of generation of electricity claimed in claim 9 wherein the rotation of wheel occurs by the movement of the bucket . Free wheel rotate both direction. In one direction it rotate with load and in opposite direction without load. But the teethed wheel rotate only if the free wheel rotate with load. That means there is a halt in the working of alternator. To avoid this, second set of buckets starts to move. For that it should adjust the period of movement of the second set of bucket. While one of the set of buckets moves, the top and bottom wheels also rotate. Here also one wheel rotates clockwise direction and the other in anti clockwise direction Since the bucket moves with load and the other without load and its movement will not be in a fixed period of time. That means it cannot keep a fixed time interval. To avoid this the wheels are kept move in opposite direction. That means side to side wheels are rotate in same direction, but the top and bottom wheels are rotate in opposite direction. These system combines help the alternators for a continuous and fixed rate of movement.