WO2009069137A1

WO2009069137A1 - Auto revolving mechanical power plant

Info

Publication number: WO2009069137A1
Application number: PCT/IN2007/000552
Authority: WO
Inventors: Mohammed Ibrahim Puthiyaveedu
Original assignee: Mohammed Ibrahim Puthiyaveedu
Priority date: 2007-11-26
Filing date: 2007-11-26
Publication date: 2009-06-04

Abstract

An electricity generating system comprising: an alternator with fixed shafts on both sides; pulley type teethed wheels with free wheel in the center; buckets with a half opening on the top; a pipe lid to close the hole on the bucket; GI iron pipes molded water tap. A method of generation of electricity comprising Method of filling of water into the bucket using the tap from an over-head tank; pouring of water into the basement tank through the bucket. Up and down movement of the bucket causes rotation of teethed wheel on the free wheel and rotation of alternator

Description

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 independently or adjacent to the building 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 independently or 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.

The prior art, which can show, is the patent file no. 1405/CHE/2006 dated 07/08/06 named Hydel Auto Revolving Power System filed by Mohammed Ibrahim puthiyaveedu. In the said prior art, 72 KW of electricity is accessible per day. 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

Earowealth 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 our 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 2 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, canvass belt, GI pipes, water taps, pump sets, and water tank with pillars inside. 65

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1 shows the specially made alternator with fixed shafts on kάtho: side. 70

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

Figure 3 shows the specially designed bucket with a half 75 Opening on the top.

Figure 4 shows the specially designed pipe lid to close the hole on the bucket

Figure 5 shows the bucket with lid in a closed and open mode. 80

Figure 6 shows the specially designed GI iron pipes outer and inner view.

Figure 7 shows the specially molded water tap.

85 Figure 8 shows the fitted buckets and tap inside the GI pipe

Figure 9 shows the fitted GI pipe in the water tank.

Figure 10 shows the overhead tank with four pipe fitted inside the tank. 90

Figure 11 shows the complete system with alternator fixed on the overhead tank and the water supply system from the basement tank.

95 DETAILED DESCRIPTION OF MATERIALS USED IN AN EXAMPLE MODEL

100

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 bathe, side with a minimum of 12cm, with teeth engraved on it.

105 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 wheel. That means the wheel rotate to one direction only, but the center rotates both directions just as a free wheel. This wheel is fixed on a stand with a

110 height of minimum of 30cm by a shaft through the wheel. Such a four number of freewheel is needed.

The next important embodiments of the system are specially designed hooked buckets(figure 3) with half opening on the top with a minimum of 57cm depth,

115 which have a pipe lid over it. The steel hooked bucket (utensils) having inside diameter of 50 cm. 2cm metal thickness (both side and the bottom). Bottom end of the utensils should be closed in order to avoid leakage of water and the top end should be half opened. There should be a hook on the center in order to hang these utensils (buckets). The capacity of the utensils should be 100 liters each.

120 Put 4 holes on 4 sides of the utensils of size 20cm length and 20 cm breadth.

Channels (strait) having 5mm depth and 5mm breadth are to be made outer surface, on the gap between the holes. The Channels start from the top of the utensils and of length 34 cm.

125 The pipe lids (figure 4) are to close the 4 bottom holes of the steel utensils

(buckets). These pipe lids have a dimension of 52cm diameter 44 cm height and lcm thickness. Make 4 holes of 20 cm length and 20 cm breadth on four sides at the bottom of the pipe. At the top inside of the pipe, there should be 4 projections of 3.5mm thickness, 3.5mm width and lcm length. These projections should

130 come above the gap between the holes. Put these two closing pipe lid over the steel utensils (buckets). That means, the projections inside the pipes should be come over the channels and it passes through the channel. Now the holes of the utensils and the pipe come on the same side and it is in open mode (figure 5a) when it is placed on the plane surface. When we lift up the steel utensils the pipe

135 moves downwards and closes the holes of utensil (figure 5b). Block the channel at 43.5cm above from the bottom after putting the pipe lid over the utensils while it kept on the plane surface. The purpose of closing the channel is for not moving the pipe upwards. If we lift up the utensils the pipe move downwards (Since the channel is only up to 34 cm. it could not come downwards) and closes the 4

140 holes of utensils. Now the pipe lid will be hanging down below the utensils. The top of the channel should be closed so that the lid must not come out. Such four buckets with lid is needed.

Canvass belt with a minimum of 72 m length is required for one group of bucket. 145

The one of the other important embodiment are two Galvanized Iron pipes (figure

6) of minimum 70 m length and 66cm diameter with specially designed holes. It has a thickness of 5cm

These pipes should have rectangular holes of 50cm length and 30cm breadth from 150 top to bottom with 10cm lengthwise and 5cm breadth wise gap. These holes are provided to avoid the pressure of air while a utensil moves upwards and downwards in high speed. There should be two channel from top to bottom, opposite to each other though inner side Specially made four pressing water taps with a diameter of minimum 20cm (figure 7)

Motor pump sets, which have a capacity to drive minimum oflO liter water up to 165 35m heights.

AN EXAMPLE CONSTRUCTION OF POWER PLANT

170 Construct a concrete basement for the power generation system of minimum measurement of 3m X 3m with four pillars of minimum height 70 meter on four corners, on the ground and the specially made four Galvanized Iron pipe (figure 6) with bucket (figure 3,4) fix in the concrete. Before fixing the pipe fix a rubber bush of 50cm inside the pipe. These bushes help for not damaging the bucket while hitting. Make a water

175 tank using this same basement by making wall on four sides (figure 9). The minimum capacity of the tank is 40001tr.

Make a concrete slab over the pillar to make an overhead tank. Fix pressing water taps under the overhead tank such that the tap should be inside each pipe (figure 8). Fix four 180 short GI pipes inside the tank such that the openings of the pipe should be exposed through the bottom and top of the tank. The short pipe must come straight over the hook of the bucket. The minimum capacity of the overhead tank is 20001tr (figure 10).

Fix two alternators on the top of the overhead tank and fit 4 free wheels on bβth?: side of 185 the alternators such that the shaft of the alternators should come in touch with teeth of the wheels so that the alternator works while the wheel rotates. The wheels should fix such a way that it should rotate in opposite direction. That means one rotates clock wise and the other anti-clock wise 190 Finally connect the buckets inside the pipe by using canvass belt. For that first put the canvas belt over two adjacent wheels and through the GI pipe inside the tank, connect the buckets inside the pipe. The length of the canvas belt should be minimum such that the bucket on one side of the belt at the top while the other bucket should be at bottom, hi this example 72 m length canvass belt is used. Now the bucket can easily move upwards

195 and downwards and the movement helps the wheel to rotate.

There must be a provision to supply the water from the base water tank to the overhead tank, which is at the minimum height of 72 m using sufficient motor pumps. The electric supply to the motor pump is to be supplied from one of the alternators (figure 10). 200

FUNCTIONING OF THE POWER PLANT

Fill water in the overhead tank. One bucket, which is one the top, automatically filled with water while pressing the tap. After filling the bucket moves down and the pipe gets

205 off. At the same time the other bucket goes upwards and hit the pipe and the pipe gets on and fills the bucket. At that time the first bucket, which goes down hit on the rubber bush. While hitting the pipe lid over the bucket moves upward and pour out all the water. This process continues. The main thing is that, while the buckets moving up and down the wheel fixed on the overhead tank also rotate. That means two buckets are connected

210 by the canvass belt which is over the freewheel. When the bucket moves down wards both the free wheels rotate in the same direction. But only one teethed wheel that is connected to the shaft of the alternator rotate in that direction, and the other wheel will not rotate. After that, when the second bucket moves down wards two free wheels rotate to opposite direction and the wheel which on the side of the moving bucket will rotate.

215 Then the alternator which is connected that wheel will rotate. That means one alternator is in rest while the other rotate. To avoid this we fix these type of wheel system on both side of the alternator so that the alternator works continuously. It means that while one wheel is not rotating, the other wheel, which is connected, to the same alternator will rotate and make the alternator working. The movement of the bucket should be adjusted 220 according to the timing of the other set of buckets so that the alternator works continuously. Thus we get a continuous flow of electricity.

When alternator starts working and produce electricity. We can make use of this electricity to the motor pump also. Such that it continuously fills the overhead tank from

225 the basement tank. The basement tank is filling by the buckets. Approximately 2001tr water will come in the basement tank within 90 seconds. So we should supply minimum of 2 ltr water per second to the overhead tank. Thus the process continues and get a continuous supply of electricity of 50KW/Hr from one alternator. That means total of 100KW/Hr of electricity is supplying by this system. To supply the water to the

230 overhead we need maximum of 20 Kw/hr. Thus the gain is 30Kw/hr from one alternator. Altogether more than 70Kw/hr electricity is accessible from this Earowealth Hydel Auto . Revolving Mechanical power Plant.

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Claims

I CLAIM,

1. An electricity generating system comprising: specially made alternator with fixed shafts on bitho side; specially made pulley type teethed wheels with free wheel in the center; specially designed bucket with a half opening on the top designed pipe lid to close the hole on the bucket specially designed GI iron pipes. specially molded water tap.

2 An electricity generating system claimed in claim 1 wherein the alternator has the capacity of 50Kw/hr and shafts on either side of the alternator is engraved teeth on it.

3 An electricity generating system claimed in claim 1 wherein pulley type teethed wheels with free wheel in the center has to be fixed with the alternator;

4 An electricity generating system claimed in claim 1 wherein the Bucket has four holes at bottom and contains lOOIitres of water.

5 An electricity generating system claimed in claim 1 wherein the pipe lid moves up and down over the bucket to open and close the bucket.

6 A pipe lid claim in claim5 wherein it closes while the bucket hanging and in open mode while the bucket hit the rubber bush.

7. An electricity generating system claimed in claim 1 wherein the designed GI iron pipes helps the bucket to move up and down through a fixed channel that made inside the pipe.

8. An electricity generating system claimed in claim 1 wherein the molded pressing tap is designed such a way that when the bucket hit the pressing area of the pipe , it get pressed and the tap turned to open mode and let the water pour into the bucket through the half opened mouth.

A method of generation of electricity comprising

Method of filling of water to the bucket using the designed tap from the over head tank; pouring of water into the basement tank through the bucket up and down movement of the bucket rotation of teethed wheel on the free wheel rotation of alternator 0 A method of generation of electricity claimed in claim 9 wherein the method of filling water is such that the covered area of top of the bucket hit the pressing area which is at the bottom of the tap and allow the water to come out the tap while the bucket move down wards the tap turned into close mode.

A method of generation of electricity claimed in claim 9 wherein the up and down movement of the bucket is according to the filling of water. After filling the bucket goes down at the same time the other bucket connected to the other end of the canvas belt comes up. This process continues.

A method of generation of electricity claimed in claim 9 wherein rotation of teethed wheel on the free wheel is occurring while moving the bucket up and down. The tight held canvas belt helps to rotate.

A method of generation of electricity claimed in claim 9 wherein the rotation of alternator occurs when the free wheels rotates to one side the teethed wheel also rotate and the shaft connected to the alternator also rotate.

Method of rotation claimed in claim 13 wherein the rotation occurs while the buckets moving up and down the wheel fixed on the overhead tank also rotate. That means two buckets are connected by the canvass belt which is over the freewheel. When the bucket moves down wards both the free wheels rotate in the same direction. But only one teethed wheel that is connected to the shaft of the alternator rotate in that direction, and the other wheel will not rotate. After that, when the second bucket moves down wards two free wheels rotate to opposite direction and the wheel which on the side of the moving bucket will rotate. Then the alternator which is connected that wheel will rotate. That means one alternator is in rest while the other rotate. To avoid this, fix these type of wheel system on both side of the alternator so that the alternator works continuously. It means that while one wheel is not rotating, the other wheel, which is connected, to the same alternator will rotate and make the alternator working. The movement of the bucket should be adjusted according to the timing of the other set of buckets so that the alternator works continuously.