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A wind energy conversion apparatus comprising a supporting structure including a number of spokes, which is rotatably journalled on a horizontal main shaft, wherein auxilliary rotors having an at least substantially circular plane of inflow are mounted on the ends of the spokes, wherein each of the

A wind energy conversion apparatus comprising a supporting structure including a number of spokes, which is rotatably journalled on a horizontal main shaft, wherein auxilliary rotors having an at least substantially circular plane of inflow are mounted on the ends of the spokes, wherein each of the auxilliary rotors has a plane of inflow which includes an acute angle with the central axis of the main shaft and which intersects the central axis upstream of the main shaft, and wherein the auxilliary rotors are made up of rotors including rotor blades or of conical bodies having a large apex angle, whose base is directed towards the oncoming wind.

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1. A wind energy conversion apparatus comprising a supporting structure including a number of spokes (2), which is rotatably journalled on a horizontal main shaft (1), wherein wind capturing means (3) having an at least substantially circular plane (5) are mounted on the ends of said spokes, charact

1. A wind energy conversion apparatus comprising a supporting structure including a number of spokes (2), which is rotatably journalled on a horizontal main shaft (1), wherein wind capturing means (3) having an at least substantially circular plane (5) are mounted on the ends of said spokes, characterized in that each of said wind capturing means has a plane (5) which includes an acute angle ( .varies.) with the central axis of the main shaft (1), such that the wind capturing means move over the circumferential surface of a truncated cone upon rotation of the supporting structure, which acute angle ( .varies.) intersects (6) said main shaft upstream and wherein the diameter of the truncated cone on the inflow side is thereby at least substantially half as large as the diameter on the outflow side. 2. A wind energy conversion apparatus according to claim 1, characterized in that each of the wind capturing means consists of a rotor having at least two rotor blades (3), wherein each rotor is mounted on a rotor shaft, which is rotatably journalled on the end of an associated spoke (2) in such a manner that the plane (5) in which the rotor blades lie includes an acute angle ( .varies.) with the central axis of the main shaft (1) and intersects (6) said main shaft upstream, wherein the rotor shaft of each rotor is coupled with means (4), such as a generator, for converting rotation energy into electric energy. 3. A wind energy conversion apparatus according to claim 1, characterized in that said wind capturing means are conical bodies (20), whose base (21) is directed towards the oncoming wind (7), which conical bodies are connected to the ends of their associated spokes (2) in such a manner that the base of each conical body includes an acute angle ( .varies.) with the central axis of the main shaft (1) of the supporting structure, intersecting (6) said main shaft upstream. 4. A wind energy conversion apparatus according to claim 1, characterized in that a number of spokes (2) of the supporting structure carry a rotor (3) and in that a number of spokes have a conical body (20) mounted thereon. 5. A wind energy conversion apparatus according to claim 1, characterized in that the main shaft (1) of the supporting structure comprises means (26) for rotating the same. 6. A wind energy conversion apparatus according to claim 1, characterized in that the acute angle that the aforesaid wind capturing means include with the central axis of the main shaft is adjustable between 80° and 10°.