US145541A - Improvement in windmills - Google Patents

Improvement in windmills Download PDF

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US145541A
US145541A US145541DA US145541A US 145541 A US145541 A US 145541A US 145541D A US145541D A US 145541DA US 145541 A US145541 A US 145541A
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floats
wings
wheel
wind
rods
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B64AIRCRAFT; AVIATION; COSMONAUTICS
    • B64CAEROPLANES; HELICOPTERS
    • B64C11/00Propellers, e.g. of ducted type; Features common to propellers and rotors for rotorcraft
    • B64C11/30Blade pitch-changing mechanisms
    • B64C11/32Blade pitch-changing mechanisms mechanical
    • B64C11/36Blade pitch-changing mechanisms mechanical non-automatic

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  • the nature of this invention consists of a wheel which is composed of two or more annular sections provided with radial wings or floats, so arranged as to operate by means of radial connecting-rods, segment connectingrods, cranks, and a sliding head, so as to throw the floats or wings of each outward succeedmg annular section farther into the wind than its preceding section nearer the center is thrown.
  • the floats or wings of a sectional wheel may, to all practical purposes, conform to the spiral screw, which form is necessary to the successful operation of wind-wheels-that is, the floats or wings nearest the hub should be set more edgewise into the wind than the next outer section, while at the same time these floats or wings can be thrown wholly edgewise into the wind by any suitable governor, and thus stop the wheel.
  • Figure 1 is a broken sectional elevation of my improved windmill; Fig. 2, a broken section of the wheel and its attachments; Fig. 3, a broken view of the periphery of the wheel, looking inward.
  • A represents an ordinary frame-work or stand, which supports the ordinary rotating platform It, said platform, in practice, terminating in a tail or fan, in the usual manner.
  • B represents a horizontal shaft, which rotates in one ormore suitablebearin gs, v, attached to the platform It, and it is driven by the windwheel attached to it; and it may be made to communicate power in any ordinary manner.
  • the hub of the wheel supports any desired number of radial arms C-in this case eight; and to these arms are attached three annular rims, O, W, and X, other rims being added when the size of the wheel is to be increased.
  • the floats or wings F are pivoted to the rims W and X, and they are pivoted, in this case, by elongated ends T, to four segment connectingrods, J.
  • the outer floats or wings E are pivoted to the rims O and W, and, by means of elongated ends S, are pivoted to four segment connecting-rods, J.
  • Four radial connecting-rods, D turn in bearings fastened to the hub and to the rims WV and X, and to these rods are fastened cranks O P, which are pivoted to their respective segment connectvided with a clutch-wheel, K, which is so operated upon by an ordinary clutch-lever, I, and
  • any suitable governor as to move the sliding head L on end M of the main shaft B, so as to cause the connecting-rods a to turn cranks O and connectingrods D, and consequently throw the segment connecting-rods J and J' forward and past the floats or wings into or out of the wind, as the case may be.
  • the floats or wings in Figs. 1 and 3 are in position as when the wheel is rotated; the wings E, as will be seen in Fig. 3, lie flatter or more into the wind than the wings F. This position of wings F is attained by making the cranks 0 longer than the cranks P.
  • annular sections may be attached to the wheel by using longer radial arms, and said additional sections may be provided with floats or wings, which, together with those shown, can be operated by a single movement of the sliding head by lengthening the connecting-rods D, and providing the latter with suitable cranks and connections.
  • the connecting-rods on opposite sides of the wheel may be detached from cranks O, lcavin g the floats they control edgewise in the wind. Insuch a case but little governing power will be required; or, if there be too much wind-surface,.any annular section may have its floats standing edgewise in the wind, and be disconnected with their respective cranks on radial rods D.
  • Wind-wheel composed of two or more stacranks O P 0, arms D rod a, and sliding head tionary annular sections, C, WV, and X, which L b, operated by a suitable governor, as set are provided with radial floats or sails F E, forth. arranged to turn on their axes into and out of the wind by means of segment eonneet- JOHB YHLELER' ing-rods J J when the inner section of sails ⁇ Yitnesses:

Description

UNITED STATES PATENT OEEIoE.
JOHN A. W'HEELER, OF OHIPPEVVA FALLS, MINNESOTA.
IMPROVEMENT IN WINDMILLS.
Specification forming part of Letters Patent No. 145,541, dated December 16, 1873; application filed September 3, 1873.
To all whom it may con-0m:
Be it known that I, JOHN A. WHEELER, of Chippewa Falls, county of Pope and State of Minnesota, have invented an Improvement in lVindmills, of which the following is a specification:
The nature of this invention consists of a wheel which is composed of two or more annular sections provided with radial wings or floats, so arranged as to operate by means of radial connecting-rods, segment connectingrods, cranks, and a sliding head, so as to throw the floats or wings of each outward succeedmg annular section farther into the wind than its preceding section nearer the center is thrown. By this means the floats or wings of a sectional wheel may, to all practical purposes, conform to the spiral screw, which form is necessary to the successful operation of wind-wheels-that is, the floats or wings nearest the hub should be set more edgewise into the wind than the next outer section, while at the same time these floats or wings can be thrown wholly edgewise into the wind by any suitable governor, and thus stop the wheel.
In the drawings, Figure 1 is a broken sectional elevation of my improved windmill; Fig. 2, a broken section of the wheel and its attachments; Fig. 3, a broken view of the periphery of the wheel, looking inward.
A represents an ordinary frame-work or stand, which supports the ordinary rotating platform It, said platform, in practice, terminating in a tail or fan, in the usual manner. B represents a horizontal shaft, which rotates in one ormore suitablebearin gs, v, attached to the platform It, and it is driven by the windwheel attached to it; and it may be made to communicate power in any ordinary manner. The hub of the wheel supports any desired number of radial arms C-in this case eight; and to these arms are attached three annular rims, O, W, and X, other rims being added when the size of the wheel is to be increased. The floats or wings F are pivoted to the rims W and X, and they are pivoted, in this case, by elongated ends T, to four segment connectingrods, J. The outer floats or wings E are pivoted to the rims O and W, and, by means of elongated ends S, are pivoted to four segment connecting-rods, J. Four radial connecting-rods, D, turn in bearings fastened to the hub and to the rims WV and X, and to these rods are fastened cranks O P, which are pivoted to their respective segment connectvided with a clutch-wheel, K, which is so operated upon by an ordinary clutch-lever, I, and
any suitable governor as to move the sliding head L on end M of the main shaft B, so as to cause the connecting-rods a to turn cranks O and connectingrods D, and consequently throw the segment connecting-rods J and J' forward and past the floats or wings into or out of the wind, as the case may be.' The floats or wings in Figs. 1 and 3 are in position as when the wheel is rotated; the wings E, as will be seen in Fig. 3, lie flatter or more into the wind than the wings F. This position of wings F is attained by making the cranks 0 longer than the cranks P. Other annular sections may be attached to the wheel by using longer radial arms, and said additional sections may be provided with floats or wings, which, together with those shown, can be operated by a single movement of the sliding head by lengthening the connecting-rods D, and providing the latter with suitable cranks and connections.
If, when a large wheel is employed, but lit tle power is required, the connecting-rods on opposite sides of the wheel may be detached from cranks O, lcavin g the floats they control edgewise in the wind. Insuch a case but little governing power will be required; or, if there be too much wind-surface,.any annular section may have its floats standing edgewise in the wind, and be disconnected with their respective cranks on radial rods D.
I claim and desire to secure by Letters Patent of the United States-- A Wind-wheel composed of two or more stacranks O P 0, arms D rod a, and sliding head tionary annular sections, C, WV, and X, which L b, operated by a suitable governor, as set are provided with radial floats or sails F E, forth. arranged to turn on their axes into and out of the wind by means of segment eonneet- JOHB YHLELER' ing-rods J J when the inner section of sails \Yitnesses:
is thrown more into the Wind than the outer J H. ELLIOTT,v section, and combined with connecting-rods, JNo. MANUEL.
US145541D Improvement in windmills Expired - Lifetime US145541A (en)

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