Abstract This invention relates to a windmotor as a windbreak fence. The windmotor serves as a shelter from the wind by converting part of the windenergy into useful energy and part of it into whirling movements. The windmotor looks similar to a conveyor as used for a skier's chairlift. The chairlift has one closed cable, with chairs attached, running from the one end to the other end of the lift. The conveyor type windmotor has additionally another cable running at a lower level parallel to the upper cable. Both cables run at the same velocity in same direction over a pair of wheels at each end of the windmotor. Upper and lower cables, on windside and leeside, are interconnected by a number of vanes in such a manner that the wind blowing on these vanes will force the windside cables with the vanes to move in one direction and the leeside cables with the vanes in the opposite direction, whereby generating a rotational movement of the wheels. When a vane goes over a pair of wheels then the vane will change automatically the pitch angle to the cable from windside pitch to leeside pitch and vice versa. In areas where strong unidirectional winds predominate, the new windmotor has the dual purpose of being a windbreak fence and a source of useful energy.
A belt conveyor type windmotor, moving horizontally and consisting of two synchronized endless cables, wheels for supporting said cables, vanes attached to said cables as a belt of vanes, means for wind operated control of the pitch angle of said vanes so that said vanes are taking up the motion energy from the wind and said wheels are taking up the motion energy from said cables for transfer to a generator, wherein the improvement comprises, means for supporting and synchronizing sagged cables of said belt of vanes consisting of following structural elements in combination, sheaves of variable diameter to compensate for elongation of cables and to support said cables, notches in the grooves of said sheaves for the rods attached to the cables to prevent shifting of cables in the grooves in order to ensure synchronization, means for self-alignment of said sheaves to sagged cables so that sagged cables are running tangentially into the grooves of said sheaves, thereby reducing wear between cables and grooves.
Claim 2
Dependent Claim
165 words
A belt conveyor type windmotor, moving horizontally and consisting of two synchronized endless cables, wheels for supporting said cables, vanes attached to said cables as a belt of vanes, means for wind operated control of the pitch angle of said vanes so that said vanes are taking up the motion energy from the wind and said wheels are taking up the motion energy from said cables for transfer to a generator, wherein the improvement comprises, means for supporting and synchronizing sagged cables of said belt of vanes consisting of following structural elements in combination, sheaves of variable diameter to compensate for elongation of cables and to support said cables, notches in the grooves of said sheaves for the rods attached to the cables to prevent shifting of cables in the grooves in order to ensure synchronization, means for self-alignment of said sheaves to sagged cables so that sagged cables are running tangentially into the grooves of said sheaves, thereby reducing wear between cables and grooves.