Wind driven turbine generator

Claim 2

An improved wind driven turbine generator including turbine blades disposed in a turbine housing and mounted on a rotatably mounted turbine shaft wherein said turbine housing defines an air inlet opening and an air discharge opening whereby air passing from said inlet opening to said discharge opening impinges on said turbine blades causing said shaft to rotate, the improvement comprising: a low pressure chamber disposed to receive air from the discharge opening of said turbine housing, said low pressure chamber defining a plurality of discharge ports; and an airfoil mounted adjacent to at least one of said discharge ports where the longer air path of said airfoil is closest to said port whereby wind passing around said airfoil reduces the pressure at said port.

Claim 3

The invention in claim 1 wherein each airfoil is adjustably mounted adjacent a discharge port whereby the angle of each airfoil relative to the wind can be adjusted to produce the maximum pressure reduction at its adjacent port.

Claim 4

The invention in claim 2 further comprising a deflection plate disposed adjacent to and downstream of said airfoil whereby air from a discharge port is directed between said airfoil and said deflector plate.

Claim 5

The invention in claim 3 wherein said deflector plates are adjustably mounted relative to said airfoils and include a concave surface in facing relation to said airfoils.

Claim 6

An improved wind driven turbine generator including turbine blades disposed in a turbine housing and mounted on a rotably mounted turbine shaft wherein said turbine housing defines an air inlet opening and an air discharge opening whereby air passing from said inlet opening to said discharge opening impinges on said turbine blades causing said shaft to rotate, the improvement comprising: a superstructure surrounding the turbine blades and at least a portion of the turbine shaft and defining a low pressure chamber located to receive air flow from the discharge opening of the turbine housing, and further defining a plurality of discharge ports in said low pressure chamber with the atmosphere; channel forming members integral with said superstructure defining a plurality of channels which are generally parallel to the turbine shaft and which each include a smooth channel floor between channel walls wherein said floor is continuous except for said low pressure chamber ports which are located in said channel floors; and airfoils disposed in said channels adjacent said ports whereby wind passing through a channel and around an airfoil reduces the pressure at said ports.

Claim 7

An improved wind driven turbine generator including turbine blades disposed in a turbine housing and mounted on a rotably mounted turbine shaft wherein said turbine housing defines an air inlet opening and an air discharge opening whereby air passing from said inlet opening to said discharge opening impinges on said turbine blades causing said shaft to rotate, the improvement comprising: a superstructure surrounding the turbine blades and at least a portion of the turbine shaft and defining a low pressure chamber located to receive air flow from the discharge opening of the turbine housing, and further defining a plurality of discharge ports in said low pressure chamber with the atmosphere; channel forming members integral with said superstructure defining a plurality of channels which are generally parallel to the turbine shaft and which each include a smooth channel floor between channel walls wherein said floor is continuous except for said low pressure chamber ports which are located in said channel floors; and airfoils disposed in said channels adjacent said ports whereby wind passing through a channel and around an airfoil reduces the pressure at said ports.

Claim 8

The invention of claim 5 wherein each airfoil is adjustably mounted between adjacent channel walls whereby the angle of each of said airfoils relative to the wind can be adjusted to produce the maximum pressure reduction at said port.

Claim 9

The invention of claim 6 further comprising a deflection plate disposed between adjacent channel walls and adjacent to and downstream of said airfoil whereby air from a discharge port is directed between said airfoil and said deflector plate.

Claim 10

The invention of claim 7 wherein said deflector plates are adjustably mounted relative to said airfoils and include a concave surface in facing relation to said airfoils.

Claim 11

The invention of claim 8 further comprising a symmetrical wing section disposed in each channel upstream of said pressure reduction means whereby any turbulence in the air passing through a channel will be reduced before reaching said pressure reducing means by first passing around said wing section.

Claim 12

The invention of claim 9 further comprises a rotatable platform on which the turbine generator is mounted whereby the air inlet of the turbine housing can be pointed in the direction of the wind.