Wind power energy generating system

Claim 2

A wind driven electric energy generating apparatus comprising: a. support means, b. a main shaft carried by said support means, c. a plurality of vane shafts angularly located with respect to said main shaft, d. means operatively connecting said vane shafts to said main shaft so that said main shaft rotates with rotation of said vane shafts, e. a plurality of vanes secured to and extending outwardly from respective ones of said vane shafts to cause rotation of said main shaft when the vanes are driven by a wind, f. electric energy generating means operatively connected to said main shaft and being operable thereby to generate electric energy pursuant to rotation of said shaft, said electric energy generating means comprising a field winding and a flux operable shaft cooperating therewith, g. first speed control means operatively mechanically associated with said vane shafts and coupling each of said vane shafts to one another to prevent rotation of said vanes and said vane shafts and main shaft beyond a maximum threshold velocity of rotation, and h. second speed control means operatively associated with said main shaft and having a rotatable member operatively rotatable thereby, said second speed control means operatively connected to said field winding of said electric energy generating means to prevent energy generation of said field winding and thereby prevent operation of said generating means if said main shaft and said vanes do not meet a minimum threshold velocity of rotation.

Claim 3

The wind driven electric energy generating apparatus of claim 1 further characterized in that said electric energy generating means comprises a plurality of electric energy generating devices, each of which are operatively connected to said second speed control means, and auxiliary shaft means operatively connecting the flux operable shafts of said devices to said main shaft.

Claim 4

The wind driven electric energy generating apparatus of claim 1 further characterized in that gear operated means operatively connects said main shaft to said energy generating means.

Claim 5

The wind driven electric energy generating apparatus of claim 1 further characterized in that gear operated means operatively connects said main shaft to said energy generating means, and that said gear operated means comprises a first gear operatively mounted on said main shaft, an auxiliary shaft means operating said electric energy generating means, a second gear operatively mounted on said auxiliary shaft means, and connecting drive means interconnecting said first gear and second gear.

Claim 6

The wind driven electric energy generating apparatus of claim 1 further characterized in that gear operated means operatively connects said main shaft to said energy generating means, and that said gear operated means comprises a first gear operatively mounted on said main shaft, an auxiliary shaft means operating said electric energy generating means, a second gear operatively mounted on said auxiliary shaft means, connecting drive means interconnecting said first gear and second gear, means providing a lubricating fluid bath located to receive said first gear in such manner that said first gear and connecting drive means temporarily picks up and disperses the lubricating fluid to said second gear.

Claim 7

The wind driven electric energy generating apparatus of claim 1 further characterized in that direction control means is operatively associated with said apparatus to automatically rotate said apparatus to a position where the surface area of said vanes receive maximum exposure to the wind depending on wind direction.

Claim 8

The wind driven electric energy generating apparatus of claim 1 further characterized in that direction control means is operatively associated with said apparatus to automatically rotate said apparatus to a position where the surface area of said vanes receive maximum exposure to the wind depending on wind direction, overriding control means operatively connected to said direction control means to permit rotation of said apparatus under control of an operator to a desired position with respect to wind direction.

Claim 9

The wind driven electric energy generating apparatus of claim 1 further characterized in that said first and second speed control means are operated by centrifugal force.

Claim 12

The apparatus of claim 9 further characterized in that the other one of said connecting rods comprises a second of said connecting rods and the shiftable element associated therewith is next adjacent to a first of said connecting rods and the shiftable element associated therewith.

Claim 13

The apparatus of claim 9 further characterized in that said apparatus comprises four quadrilaterally located members and four quadrilaterally associated connecting rods associated therewith for operative connection to said main shaft, and four shiftable elements, each one of which is associated with an individual one of said connecting rods, and each one of said connecting rods being operatively connected to a shiftable element on a next adjacent connecting rod.

Claim 14

The apparatus of claim 9 further characterized in that a biasing rod connects an adapter on a first of said connecting rods which is rotatable therewith to the shiftable element associated with a second of said rods.

Claim 15

The apparatus of claim 9 further characterized in that said shiftable elements are biased in a first direction on associated connecting rods by centrifugal force, and spring means biases said shiftable elements in a second direction on the associated connecting rods.

Claim 18

The apparatus of claim 14 further characterized in that said weighted shiftable member is biased in a second direction by a spring means associated therewith.

Claim 19

The apparatus of claim 14 further characterized in that said first and second switch means are electrically connected in parallel with respect to said electrically operable device.

Claim 20

A prime mover dynamo plant comprising a rotatable main shaft to provide a source of power, a plurality of rotatable driven shaft members operatively connected to said main shaft to drive said main shaft and which driven shaft members are rotatable in response to an external force, a plurality of externally powered drive members, each one of said externally powered drive members being respectively associated with and operatively connected to each one of said plurality of driven shaft members to drive said main shaft, a shiftable element operatively mounted on and being slidable on each of said driven shaft members and being biased in a first direction in response to centrifugal force created by rotation of said plurality of externally powered drive members, and a relatively rigid biasing element operatively connected to the shiftable element associated with each one of said driven shaft members and being operatively connected to a next adjacent of said driven shaft members to rotate the next adjacent of said driven shaft members and the drive member associated therewith in response to the shiftable movement of the shiftable element on the first named driven shaft member to thereby control the maximum speed of rotation of said rotatable main shaft in such manner that the shiftable elements on each one of said driven shaft members rotates the next adjacent one of said driven shaft members in response to the movement of shiftable elements to control the speed of rotation of said rotatable main shaft, each of said driven shaft members being rotatable about its longitudinal axis independent of the shiftable element mounted on and slidable therealong.

Claim 21

A prime mover dynamo plant comprising a rotatable main shaft to provide a source of power, a plurality of rotatable driven shaft members operatively connected to said main shaft to drive said main shaft and which driven shaft members are rotatable in response to an external force, a plurality of externally powered drive members, each one of said externally powered drive members being respectively associated with and operatively connected to each one of said plurality of driven shaft members to drive said main shaft, a shiftable element operatively mounted on and being slidable on each of said driven shaft members and being biased in a first direction in response to centrifugal force created by rotation of said plurality of externally powered drive members, and a relatively rigid biasing element operatively connected to the shiftable element associated with each one of said driven shaft members and being operatively connected to a next adjacent of said driven shaft members to rotate the next adjacent of said driven shaft members and the drive member associated therewith in response to the shiftable movement of the shiftable element on the first named driven shaft member to thereby control the maximum speed of rotation of said rotatable main shaft in such manner that the shiftable elements on each one of said driven shaft members rotates the next adjacent one of said driven shaft members in response to the movement of shiftable elements to control the speed of rotation of said rotatable main shaft, each of said driven shaft members being rotatable about its longitudinal axis independent of the shiftable element mounted on and slidable therealong.

Claim 22

The dynamo plant of claim 17 further characterized in that said dynamo plant comprises four quadrilaterally located driven shaft members and four quadrilaterally associated drive members associated therewith for operative connection to associated driven shaft members, and four shiftable elements, each one of which is associated with an individual one of said driven shaft members and each one of said driven shaft members being operatively connected to a shiftable element on a next adjacent driven shaft member by an associated biasing element.

Claim 23

The dynamo plant of claim 17 further characterized in that said shiftable elements are biased in a first direction on associated driven shaft members by centrifugal force, and spring means biases said shiftable elements in a second direction on the associated driven shaft members.

Claim 24

A wind driven electric energy generating apparatus comprising: a. support means, b. a main shaft carried by said support means, c. a plurality of vane shafts angularly located with respect to said main shaft, d. means operatively connecting said vane shafts to said main shaft so that said main shaft rotates with rotation of said vane shafts, e. a plurality of vanes secured to and extending outwardly from respective ones of said vane shafts to cause rotation of said main shaft when the vanes are driven by a wind, f. electric energy generating means operatively connected to said main shaft and being operable thereby to generate electric energy pursuant to rotation of said shaft, said electric energy generating means comprising a field winding and a flux operable shaft cooperating therewith, g. first speed control means operatively mechanically associated with said vane shafts and coupling each of said vane shafts to one another to prevent rotation of said vanes and said vane shafts and main shaft beyond a maximum threshold velocity of rotation, and h. second speed control means operatively associated with said main shaft and having a rotatable member operatively rotatable thereby, said second speed control means operatively connected to said field winding of said electric energy generating means to prevent energy generation of said field winding and thereby prevent operation of said generating means if said main shaft and said vanes do not meet a minimum threshold velocity of rotation, i. said first speed control means comprising:

Claim 25

A wind driven electric energy generating apparatus comprising: a. support means, b. a main shaft carried by said support means, c. a plurality of vane shafts angularly located with respect to said main shaft, d. means operatively connecting said vane shafts to said main shaft so that said main shaft rotates with rotation of said vane shafts, e. a plurality of vanes secured to and extending outwardly from respective ones of said vane shafts to cause rotation of said main shaft when the vanes are driven by a wind, f. electric energy generating means operatively connected to said main shaft and being operable thereby to generate electric energy pursuant to rotation of said shaft, said electric energy generating means comprising a field winding and a flux operable shaft cooperating therewith, g. first speed control means operatively mechanically associated with said vane shafts and coupling each of said vane shafts to one another to prevent rotation of said vanes and said vane shafts and main shaft beyond a maximum threshold velocity of rotation, and h. second speed control means operatively associated with said main shaft and having a rotatable member operatively rotatable thereby, said second speed control means operatively connected to said field winding of said electric energy generating means to prevent energy generation of said field winding and thereby prevent operation of said generating means if said main shaft and said vanes do not meet a minimum threshold velocity of rotation, i. said first speed control means comprising:

Claim 26

a shiftable element operatively mounted on and being slidable on each of said vane shafts and being biased in a first direction in response to centrifugal force created by rotation of said plurality of vanes, 2. a relatively rigid biasing element operatively connected to the shiftable element associated with each one of said vane shafts and being operatively connected to another one of said vane shafts to rotate the other one of said vane shafts and vane associated therewith in response to the shiftable movement of the shiftable element on the first named of said vane shafts, in such manner that the shiftable elements on each of said vane shafts rotates the next adjacent one of said vane shafts in response to the movement of the slidable element to thereby control the speed of rotation of said main shaft.

Claim 27

a shiftable element operatively mounted on and being slidable on each of said vane shafts and being biased in a first direction in response to centrifugal force created by rotation of said plurality of vanes, 2. a relatively rigid biasing element operatively connected to the shiftable element associated with each one of said vane shafts and being operatively connected to another one of said vane shafts to rotate the other one of said vane shafts and vane associated therewith in response to the shiftable movement of the shiftable element on the first named of said vane shafts, in such manner that the shiftable elements on each of said vane shafts rotates the next adjacent one of said vane shafts in response to the movement of the slidable element to thereby control the speed of rotation of said main shaft.

Claim 28

The wind driven electric energy generating apparatus of claim 20 further characterized in that said electric energy generating means comprises a plurality of electric energy generating devices, each of which are operatively connected to said second speed control means, and auxiliary shaft means operatively connecting the flux operable shafts of said devices to said main shaft.

Claim 29

The wind driven electric energy generating apparatus of claim 20 further characterized in that gear operated means operatively connects said main shaft to said energy generating means, and that said gear operated means comprises a first gear operatively mounted on said main shaft, an auxiliary shaft means operating said electric energy generating means, a second gear operatively mounted on said auxiliary shaft means, connecting drive means interconnecting said first gear and second gear, means providing a lubricating fluid bath located to receive said first gear in such manner that said first gear and connecting drive means temporarily picks up and disperses the lubricating fluid to said second gear.

Claim 30

A wind driven electric energy generating apparatus comprising: a. support means, b. a main shaft carried by said support means, c. a plurality of vane shafts angularly located with respect to said main shaft, d. means operatively connecting said vane shafts to said main shaft so that said main shaft rotates with rotation of said vane shafts, e. a plurality of vanes secured to and extending outwardly from respective ones of said vane shafts to cause rotation of said main shaft when the vanes are driven by a wind, f. electric energy generating means operatively connected to said main shaft and being operable thereby to generate electric energy pursuant to rotation of said shaft, said electric energy generating means comprising a field winding and a flux operable shaft cooperating therewith, g. first speed control means operatively mechanically associated with said vane shafts and coupling each of said vane shafts to one another to prevent rotation of said vanes and said vane shafts and main shaft beyond a maximum threshold velocity of rotation, and h. second speed control means operatively associatd with said main shaft and having a rotatable member operatively rotatable thereby, said second speed control means operatively connected to said field winding of said electric energy generating means to prevent energy generation of said field winding and thereby prevent operation of said generating means if said main shaft and said vanes do not meet a minimum threshold velocity of rotation, i. said second speed control means comprising:

Claim 31

A wind driven electric energy generating apparatus comprising: a. support means, b. a main shaft carried by said support means, c. a plurality of vane shafts angularly located with respect to said main shaft, d. means operatively connecting said vane shafts to said main shaft so that said main shaft rotates with rotation of said vane shafts, e. a plurality of vanes secured to and extending outwardly from respective ones of said vane shafts to cause rotation of said main shaft when the vanes are driven by a wind, f. electric energy generating means operatively connected to said main shaft and being operable thereby to generate electric energy pursuant to rotation of said shaft, said electric energy generating means comprising a field winding and a flux operable shaft cooperating therewith, g. first speed control means operatively mechanically associated with said vane shafts and coupling each of said vane shafts to one another to prevent rotation of said vanes and said vane shafts and main shaft beyond a maximum threshold velocity of rotation, and h. second speed control means operatively associatd with said main shaft and having a rotatable member operatively rotatable thereby, said second speed control means operatively connected to said field winding of said electric energy generating means to prevent energy generation of said field winding and thereby prevent operation of said generating means if said main shaft and said vanes do not meet a minimum threshold velocity of rotation, i. said second speed control means comprising:

Claim 32

a disc operatively associated with said main shaft and being rotatable therewith, 2. a weighted shiftable member hingedly mounted on said disc and being biased in a first direction from a rest position to a contact position by centrifugal force, 3. a first switch means also operatively associated with said disc and being operatively connected to said electrically operable device, said first switch means being located to be contacted by said shiftable member when in the contact position to actuate said first switch means, 4. a support rod on said disc, 5. a weight slidably shiftable on said rod in a first direction from a rest position to a contact position by centrifugal force, 6. a second switch means located to be contacted by said weight when in the contact position to actuate said second switch means, said second switch means being operatively connected to said first switch means and said electrically operable device so that said electrically operable device can be energized when said first and second switch means have been actuated.

Claim 33

a disc operatively associated with said main shaft and being rotatable therewith, 2. a weighted shiftable member hingedly mounted on said disc and being biased in a first direction from a rest position to a contact position by centrifugal force, 3. a first switch means also operatively associated with said disc and being operatively connected to said electrically operable device, said first switch means being located to be contacted by said shiftable member when in the contact position to actuate said first switch means, 4. a support rod on said disc, 5. a weight slidably shiftable on said rod in a first direction from a rest position to a contact position by centrifugal force, 6. a second switch means located to be contacted by said weight when in the contact position to actuate said second switch means, said second switch means being operatively connected to said first switch means and said electrically operable device so that said electrically operable device can be energized when said first and second switch means have been actuated.

Claim 34

A prime mover dynamo plant comprising a rotatable main shaft to provide a source of power, a plurality of rotatable drive shaft members operatively connected to said main shaft to drive said main shaft and which driven shaft members are rotatable in response to an external force, a plurality of externally powered drive members, each one of said externally powered drive members being respectively associated with and operatively connected to each one of said plurality of driven shaft members to drive said main shaft, a shiftable element operatively mounted on and being slidable on each of said driven shaft members and being biased in a first direction in response to centrifugal force created by rotation of said plurality of externally powered drive members, a relatively rigid biasing element operatively connected to the shiftable element associated with each one of said driven shaft members and being operatively connected to a next adjacent of said driven shaft members to rotate the next adjacent of said driven shaft members and the drive member associated therewith in response to the shiftable movement of the shiftable element on the first named driven shaft member to thereby control the maximum speed of rotation of said rotatable main shaft in such manner that the shiftable elements on each one of said driven shaft members rotate the next adjacent one of said driven shaft members in response to the movement of shiftable elements to control the speed of rotation of said rotatable main shaft, each of said driven shaft members being rotatable about its longitudinal axis independent of the shiftable element mounted on and slidable therealong, an electrically operable device energizably controlled in response to a speed of rotation of said main shaft, a disc operatively associated with said main shaft and being rotatable therewith, a weighted shiftable member hingedly mounted on said disc and being biased in a first direction from a rest position to a contact position by centrifugal force, a first switch means also operatively associated with said disc and being operatively connected to said electrically operable device, said first switch means being located to be contacted by said shiftable member when in the contact position to actuate said first switch means, a support rod on said disc, a weight slidably shiftable on said rod in a first direction from a rest position to a contact position by centrifugal force, a second switch means located to be contacted by said weight when in the contact position to actuate said second switch means, said second switch means being operatively connected to said first switch means and said electrically operable device so that said electrically operable device can be energized when said first and second switch means have been actuated.

Claim 35

A prime mover dynamo plant comprising a rotatable main shaft to provide a source of power, a plurality of rotatable drive shaft members operatively connected to said main shaft to drive said main shaft and which driven shaft members are rotatable in response to an external force, a plurality of externally powered drive members, each one of said externally powered drive members being respectively associated with and operatively connected to each one of said plurality of driven shaft members to drive said main shaft, a shiftable element operatively mounted on and being slidable on each of said driven shaft members and being biased in a first direction in response to centrifugal force created by rotation of said plurality of externally powered drive members, a relatively rigid biasing element operatively connected to the shiftable element associated with each one of said driven shaft members and being operatively connected to a next adjacent of said driven shaft members to rotate the next adjacent of said driven shaft members and the drive member associated therewith in response to the shiftable movement of the shiftable element on the first named driven shaft member to thereby control the maximum speed of rotation of said rotatable main shaft in such manner that the shiftable elements on each one of said driven shaft members rotate the next adjacent one of said driven shaft members in response to the movement of shiftable elements to control the speed of rotation of said rotatable main shaft, each of said driven shaft members being rotatable about its longitudinal axis independent of the shiftable element mounted on and slidable therealong, an electrically operable device energizably controlled in response to a speed of rotation of said main shaft, a disc operatively associated with said main shaft and being rotatable therewith, a weighted shiftable member hingedly mounted on said disc and being biased in a first direction from a rest position to a contact position by centrifugal force, a first switch means also operatively associated with said disc and being operatively connected to said electrically operable device, said first switch means being located to be contacted by said shiftable member when in the contact position to actuate said first switch means, a support rod on said disc, a weight slidably shiftable on said rod in a first direction from a rest position to a contact position by centrifugal force, a second switch means located to be contacted by said weight when in the contact position to actuate said second switch means, said second switch means being operatively connected to said first switch means and said electrically operable device so that said electrically operable device can be energized when said first and second switch means have been actuated.