Integrated turbine generator

Claim 2

An integrated power unit apparatus, said apparatus comprising: a stationary central casing having circular arrays of stationary blades disposed along said central casing in an axial direction, said blades extending in a radial manner from said central casing; a hollow, substantially cylindrical rotor including magnetic pole piece means about the outer periphery thereof, said rotor being circumferentially disposed about said central casing and said stationary blades; said rotor including circular arrays of rotatable blades disposed along said rotor in an axial direction, said blades extending in a radial direction toward said central casing, the stationary blade arrays of said central casing and said rotatable blade arrays of said rotor being interdigitated in the axial direction; an outer casing spaced from said central casing, said rotor being rotatably supported therein and said arrays of blades being interdigitated in the space between said central casing and said rotor; said outer casing further including stator windings surrounding said rotor and disposed in said outer casing.

Claim 3

The apparatus of claim 1 operable in a first arrangement when pressurized fluid is applied to said arrays of blades to cause said rotor to rotate and generate electrical power in said windings.

Claim 4

The apparatus of claim 2 operable in a second arrangement when electrical power is applied to said windings to cause said rotor to rotate and pump or compress fluid through said space between said central casing and said rotor.

Claim 5

The apparatus as specified in claim 1 wherein said rotor is rotatably supported in the outer casing by bearing means.

Claim 6

The apparatus as specified in claim 4 wherein said bearing means include magnetic thrust and journal bearing means.

Claim 7

The apparatus as specified in claim 5 wherein said bearing means further include backup roller bearings acting in cooperation with said magnetic journal bearing means.

Claim 8

An integrated turbine generator apparatus, said apparatus comprising: a first stationary casing means, said casing means including first stator windings means disposed adjacent one end of said casing and within and about the periphery of said casing at said one end; a first rotor means disposed radially inwardly of said first casing and rotatably supported thereby, said first rotor means including pole piece means adjacent said first windings at said one end, said first rotor means further including at the other end thereof first plural circular arrays of rotatable blades disposed in an axial direction, said blades also extending in a radial direction away from the said first rotor means; a second outer casing means disposed in a spaced circumferential relationship to the said other end of said first rotor means to form a fluid path therebetween, said second casing means including second stator winding means disposed within and about the periphery of said second casing means; a second hollow rotor means including pole piece means adjacent said second stator winding means, said second rotor means disposed circumferentially between said second stator winding means and said first rotor means, said second rotor means rotatably supported by said second outer casing means and including second plural circular arrays of rotatable blades disposed along said first rotor means in an axial direction, said blades also extending in a radially inward direction, and said first and second plural arrays of rotatable blades being arranged in an interdigitated manner in the axial direction.

Claim 9

An integrated turbine generator apparatus, said apparatus comprising: a first stationary casing means, said casing means including first stator windings means disposed adjacent one end of said casing and within and about the periphery of said casing at said one end; a first rotor means disposed radially inwardly of said first casing and rotatably supported thereby, said first rotor means including pole piece means adjacent said first windings at said one end, said first rotor means further including at the other end thereof first plural circular arrays of rotatable blades disposed in an axial direction, said blades also extending in a radial direction away from the said first rotor means; a second outer casing means disposed in a spaced circumferential relationship to the said other end of said first rotor means to form a fluid path therebetween, said second casing means including second stator winding means disposed within and about the periphery of said second casing means; a second hollow rotor means including pole piece means adjacent said second stator winding means, said second rotor means disposed circumferentially between said second stator winding means and said first rotor means, said second rotor means rotatably supported by said second outer casing means and including second plural circular arrays of rotatable blades disposed along said first rotor means in an axial direction, said blades also extending in a radially inward direction, and said first and second plural arrays of rotatable blades being arranged in an interdigitated manner in the axial direction.

Claim 10

The apparatus of claim 7 wherein the first and second rotor means are caused to counter rotate when pressurized fluid is applied to said arrays of blades.

Claim 11

The apparatus of claim 7 wherein said first and second rotor means are supported for rotation by magnetic bearing means.

Claim 12

The apparatus of claim 9 wherein said bearing means include magnetic thrust and journal bearing elements.

Claim 13

The apparatus of claim 10 wherein said bearing means further include backup roller bearings acting in cooperation with said magnetic journal bearing elements.