GB2107402A - Wind driven apparatus - Google Patents

Abstract

The apparatus comprises a casing 2 carrying vanes 6, 7 and supported from a shaft 3 rotatably mounted in bearings 9, 10. Shaft 3 also carries a fan 8 to propel air through the casing 2 when the latter rotates. The apparatus may drive a dynamo. <IMAGE>

Description

SPECIFICATION Push or draw fan also produce electricity and air This invention shows a push or drag (or draw or pull or sip) apparatus to any kind of gases or air as the purpose require also to produce electricity and air currentorto produce an air current through the fan, in a mean time air current will help the motion of the apparatus.

Sheet 1 Figure 1 shows the elevation Section to two cases, case 1 is an empty case all round also the top and bottom.

The bottom 11 consists of ribs at the bottom to give strength to case 1 also at the sides and top.

The case 2 in the drawing shows an empty one but come from it at the sides and top wings 6 & 7 these wings do like a fan to the case 2. These two cases connected together with a shaft 3 which is covered with a tube 4 which contains two cases for ball bearings 9 & 10 which let the shaft 3 to move quite easy by any air current as well as by gas effect through the case 2 and this case can be fitted to the shaft 3 with any kind of nut or by different other ways and you notice that the gas will be spread all round the apparatus in air. You shall see that I have fixed in the shaft 3 a fan 8, so that this fan 8 and case 2 will be with the shaft 3 as one piece. The fan in this case will give push or draw current of air or gas as I whish by turning the fan 8 up side down.Sheet 2 Figure 2 shows elevation section to the same apparatus or in other word the push or draught fan apparatus here I do not use the tube 4 to the shaft 3 but I used two cases 9 & 10 for ball bearings and it may not be used.

Sheet 3 Figure 3 shows elevation to the dynamo 13 to produce electricity and air through fan 18. 1 put the dynamo 13 in vertical position by using two angles 2 3 to hold the dynamo in vertical position when fixed to any horizontal surface such as surface 26 and there are many ways for putting the dynamo 13 in the vertical position. I fixed to the armeture shaft 16 out side the body of the dynamo, at the top a disc fan 18 which can be made in a different shapes to let the armature to move with it by any air current to produce electricity. There is an extra length to the armature shaft at the bottom 27 to fix in it a fan 18 to produce air push or draw as we desire so that we can have two uses by one move electricity and push air or draught as we wish.

Sheet 4 Figure 4 shows elevation to the same dynamo 13 but I added elevation section the case 2 instead of dise fan 18 as in sheet 1 & 2 so that by this idea I increase the frequency of rotation of the armature to have an increase in electricity and air when I used fan 8. In sheet 3 & 4 you can notice that the armature shaft has two lengths outside the body of the dynamo at the top to fix a disc fan 18 or case 2 as in sheet 1 & 2 and at the bottom of the armature shaft 27 we can fix fan 8 or not as we desire.

The New in this Invention 1 - It can be made from sheap material and it does not cost lots of money.

2 - It is made from avilable material, so it is easy to be produced.

3 - It can be made from light material so it is not heavy in weight.

4 - It is simple to construct and does not need any specialist in constructing or fixing.

5 - No feul or electricity to work it.

6 - It can be widely used in many purposes.

7 - It can be produced in different sizes and shapes according to the need.

8 - It is easily controlled.

9 - It can be used as source of electricity.

10-There are many ways for fixing the dynamo.

11 - It works as air condition apparatus and gas evacuator.

12 - It works for many years with little care.

13 - Have two uses in one electricity and air refreshing or draught.

14 - There is no effect to the apparatus through the climate whether it is snowing or raining.

CLAIMS (Filed 27 Aug 1982) 1. This invention depends upon air (wind); in other words "wind turbin", and has three points: A). Push or draw any kind of gases or air.

B). Produce electricity.

C). Push or draw any kind of gases or air, and in a mean time produce electricity.

2. A wind turbin according to claim l.A). consists of: a) a central shaft (rotor) rotatable about a vertical axis.

b) an inner empty case open all around (top, sides, bottom) except for ribs to strength and connect it, this case is stationary (not moving) holding the shaft (rotor) through a tube or holes in the middle of this case provided with ball bearings or any other way to let the shaft (rotor) rotate quite easily.

c) an outer empty case open with wings at the top and sides, but open at the bottom (below), this case is rotatable about a vertical axis being fixed to the shaft (rotor) by nuts or any other way.

d) a fan fixed to the lower part of the shaft (rotor) to push or draw any kind of gases or air.

3. A wind turbin according to claims "I.A)", and "2"., wherein the shaft (rotor) with the outer empty case can rotate quite easily by many different without using the inner empty case to hold them.

4. A wind turbin according to claim (IB), wherein fixation of any electrical generator (e.g. dynamo) in a vertical position whilst the long pivot central shaft (rotor) coming out from the top, or coming out from both ends (the top and bottom) of the electrical generator at the top fixation of any kind of disc fan or wind fan or the outer empty case with its openings and wings to the shaft (rotor), will produce electricity.

5. A wind turbin according to claims from I. to 4.

wherein combination of the electrical generator (in a vertical position), the outer empty case, and a fixed fan below (at the bottom); it can produce electricity and in a mean time push or draw any kind of gases or air.

6. A wind turbin according to claims (I.B), 4, and 5., wherein the electrical generator can be fixed to

**WARNING** end of DESC field may overlap start of CLMS **.

Claims (7)

**WARNING** start of CLMS field may overlap end of DESC **. SPECIFICATION Push or draw fan also produce electricity and air This invention shows a push or drag (or draw or pull or sip) apparatus to any kind of gases or air as the purpose require also to produce electricity and air currentorto produce an air current through the fan, in a mean time air current will help the motion of the apparatus. Sheet 1 Figure 1 shows the elevation Section to two cases, case 1 is an empty case all round also the top and bottom. The bottom 11 consists of ribs at the bottom to give strength to case 1 also at the sides and top. The case 2 in the drawing shows an empty one but come from it at the sides and top wings 6 & 7 these wings do like a fan to the case 2. These two cases connected together with a shaft 3 which is covered with a tube 4 which contains two cases for ball bearings 9 & 10 which let the shaft 3 to move quite easy by any air current as well as by gas effect through the case 2 and this case can be fitted to the shaft 3 with any kind of nut or by different other ways and you notice that the gas will be spread all round the apparatus in air. You shall see that I have fixed in the shaft 3 a fan 8, so that this fan 8 and case 2 will be with the shaft 3 as one piece. The fan in this case will give push or draw current of air or gas as I whish by turning the fan 8 up side down.Sheet 2 Figure 2 shows elevation section to the same apparatus or in other word the push or draught fan apparatus here I do not use the tube 4 to the shaft 3 but I used two cases 9 & 10 for ball bearings and it may not be used. Sheet 3 Figure 3 shows elevation to the dynamo 13 to produce electricity and air through fan 18. 1 put the dynamo 13 in vertical position by using two angles 2 3 to hold the dynamo in vertical position when fixed to any horizontal surface such as surface 26 and there are many ways for putting the dynamo 13 in the vertical position. I fixed to the armeture shaft 16 out side the body of the dynamo, at the top a disc fan 18 which can be made in a different shapes to let the armature to move with it by any air current to produce electricity. There is an extra length to the armature shaft at the bottom 27 to fix in it a fan 18 to produce air push or draw as we desire so that we can have two uses by one move electricity and push air or draught as we wish. Sheet 4 Figure 4 shows elevation to the same dynamo 13 but I added elevation section the case 2 instead of dise fan 18 as in sheet 1 & 2 so that by this idea I increase the frequency of rotation of the armature to have an increase in electricity and air when I used fan 8. In sheet 3 & 4 you can notice that the armature shaft has two lengths outside the body of the dynamo at the top to fix a disc fan 18 or case 2 as in sheet 1 & 2 and at the bottom of the armature shaft 27 we can fix fan 8 or not as we desire. The New in this Invention

1 - It can be made from sheap material and it does not cost lots of money.

2 - It is made from avilable material, so it is easy to be produced.

3 - It can be made from light material so it is not heavy in weight.

4 - It is simple to construct and does not need any specialist in constructing or fixing.

5 - No feul or electricity to work it.

6 - It can be widely used in many purposes.

7. Awind turbin according to claims "I.B.", AND "I.C.", wherein special cover designed to cover all the wind turbin; to let the generator work more rapid and more faster than the wind speed.

7 - It can be produced in different sizes and shapes according to the need.

8 - It is easily controlled.

9 - It can be used as source of electricity.

10-There are many ways for fixing the dynamo.

11 - It works as air condition apparatus and gas evacuator.

12 - It works for many years with little care.

13 - Have two uses in one electricity and air refreshing or draught.

14 - There is no effect to the apparatus through the climate whether it is snowing or raining.

CLAIMS (Filed 27 Aug 1982) 1. This invention depends upon air (wind); in other words "wind turbin", and has three points: A). Push or draw any kind of gases or air.

B). Produce electricity.

C). Push or draw any kind of gases or air, and in a mean time produce electricity.

2. A wind turbin according to claim l.A). consists of: a) a central shaft (rotor) rotatable about a vertical axis.

b) an inner empty case open all around (top, sides, bottom) except for ribs to strength and connect it, this case is stationary (not moving) holding the shaft (rotor) through a tube or holes in the middle of this case provided with ball bearings or any other way to let the shaft (rotor) rotate quite easily.

c) an outer empty case open with wings at the top and sides, but open at the bottom (below), this case is rotatable about a vertical axis being fixed to the shaft (rotor) by nuts or any other way.

d) a fan fixed to the lower part of the shaft (rotor) to push or draw any kind of gases or air.

3. A wind turbin according to claims "I.A)", and "2"., wherein the shaft (rotor) with the outer empty case can rotate quite easily by many different without using the inner empty case to hold them.

4. A wind turbin according to claim (IB), wherein fixation of any electrical generator (e.g. dynamo) in a vertical position whilst the long pivot central shaft (rotor) coming out from the top, or coming out from both ends (the top and bottom) of the electrical generator at the top fixation of any kind of disc fan or wind fan or the outer empty case with its openings and wings to the shaft (rotor), will produce electricity.

5. A wind turbin according to claims from I. to 4.

wherein combination of the electrical generator (in a vertical position), the outer empty case, and a fixed fan below (at the bottom); it can produce electricity and in a mean time push or draw any kind of gases or air.

6. A wind turbin according to claims (I.B), 4, and 5., wherein the electrical generator can be fixed to any horizontal surface in a vertical position, orto any slightly bent surface by many ways (e.g. by angles).