US1037651A - Automatic-balancing aeroplane. - Google Patents

Automatic-balancing aeroplane. Download PDF

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Publication number
US1037651A
US1037651A US58187610A US1910581876A US1037651A US 1037651 A US1037651 A US 1037651A US 58187610 A US58187610 A US 58187610A US 1910581876 A US1910581876 A US 1910581876A US 1037651 A US1037651 A US 1037651A
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United States
Prior art keywords
wings
aeroplane
balancing
automatic
rudder
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US58187610A
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Robert Mcmullen
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Individual
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B64AIRCRAFT; AVIATION; COSMONAUTICS
    • B64CAEROPLANES; HELICOPTERS
    • B64C13/00Control systems or transmitting systems for actuating flying-control surfaces, lift-increasing flaps, air brakes, or spoilers
    • B64C13/24Transmitting means

Definitions

  • a and 1) denote the companion wings which as a whole are axially secured by the sleeves or bosses a to the back bone 0.
  • the outer edges of these wings ca the hinged blades as d and 0 whose function is to prevent side slide to the monoplane as they automatically present their faces to the air currents and thus actas shields to either the upper or lower surfaces of the wings and thereby prevent the wind currents from being exerted on said surfaces that is to say when the wing a is in the raised position as seen in the drawing its blade d is depressed and thereby shielding the lower surface of the said wing while the reverse action and result holds good-for the-other wing b.
  • the axis of said blades (1 and e carry a double armed lever as f whose upper terminals are rigidly secured to the mast head 9 by the stay ropes g and g while said levers are also connected at their lower ends by the rope h which passes over the runnerlt said runner being mounted at the bottom end of the swinging frame 7' which is pivoted at 7" to' the underside of the car 1'.
  • These double arms f act as the a cuts for raising or lowering the wing bfiides as d and e.
  • the wings are stayed together by the roof rope I: running on the wheel 11: mounted in the mast 9 said wings being also stayed by the lower r0 es m and m and which are rigidly made ast at m underside of the car.
  • the rudder stem carries a post p placed in front of the rudder pivot ,and upon-this post radiates the tiller or lever 7) and on the sleeve a of the wings is rigidly attached an upstanding rod p having its upper end bifurcated and engaged by the tiller and by the axial motion of the wings the rudder is actuated by means of the rod 7; and the tiller To a the tiller is secured the tiller ropes 1'.
  • the rudder follows or leans to the rising wing as seen in the drawing therefore having the tendency to bring the wings automatically to a position of equipOiSe.
  • the rudder may he mannally operated in the usual Humor.
  • a backbone running longitudinally of the same andlizivin w mounted to axially move on the said bac bone to rise and fall, a transverse axis upon which said aeroplane is pivoted to rmit it to be tilted fore and aft, a control ever for necting ropes for the said. backbone and wings.

Description

R. MOMULLEN. AUTOMATIC BALANCING AEROPLANE.
APPLICATION FILED SEPT. 13, 1910.
1,037,65 1 Patented Sept. 3, 1912.
UNITED STATES PATENT OFFICE.
- ROBERT McMULLEN, or FBEMANTLE, WESTEB'N aus'rnama, AUSTRALIA.
Specification of Letters Yatent.
AUTOMATIC-BALANCING AEBOPLAN E.
Patented Sept. 3, 1912.
Application filcd.September 1a, 1910; Serial No. 581,876.
one of great value and advantage resides inthe ease of detachability of the operative parts.
The construction will now be explained by the aid of the attached diagrammatic and perspective drawing as looking from the rear of the machine and said drawing shows the novel features of my monoplane as a whole.
In same a and 1) denote the companion wings which as a whole are axially secured by the sleeves or bosses a to the back bone 0. The outer edges of these wings ca the hinged blades as d and 0 whose function is to prevent side slide to the monoplane as they automatically present their faces to the air currents and thus actas shields to either the upper or lower surfaces of the wings and thereby prevent the wind currents from being exerted on said surfaces that is to say when the wing a is in the raised position as seen in the drawing its blade d is depressed and thereby shielding the lower surface of the said wing while the reverse action and result holds good-for the-other wing b. The axis of said blades (1 and e carry a double armed lever as f whose upper terminals are rigidly secured to the mast head 9 by the stay ropes g and g while said levers are also connected at their lower ends by the rope h which passes over the runnerlt said runner being mounted at the bottom end of the swinging frame 7' which is pivoted at 7" to' the underside of the car 1'. These double arms f act as the a cuts for raising or lowering the wing bfiides as d and e. The wings are stayed together by the roof rope I: running on the wheel 11: mounted in the mast 9 said wings being also stayed by the lower r0 es m and m and which are rigidly made ast at m underside of the car.
.the medium of the rope to the swinging frame or arm j. This radially swinging frame is provided with cushion springs m interposed between it and the The function of said springs is to cushion the Wings at each end of their pendulum like movement through It attached to the blades and engaging. the runner at the'botto m end of the swinging frame 7'. The wings have an axial movement on the backbone in unison and in a mutually dependent manner.
To the stern of the back bone at the point pis hingeably secured the rudder or governor and this rudder is automatically eontro led by and immediately responds to the raising or lowering of the wings in manner as follows: The rudder stem carries a post p placed in front of the rudder pivot ,and upon-this post radiates the tiller or lever 7) and on the sleeve a of the wings is rigidly attached an upstanding rod p having its upper end bifurcated and engaged by the tiller and by the axial motion of the wings the rudder is actuated by means of the rod 7; and the tiller To a the tiller is secured the tiller ropes 1'. passing over the runners 1 on the wings and then made finally fast at the point r on the rudder stem. The rudder follows or leans to the rising wing as seen in the drawing therefore having the tendency to bring the wings automatically to a position of equipOiSe. To modify the direction of the travel of the monoplane the rudder may he mannally operated in the usual Humor. The back bone as c is pivoted at c to llnmost- 7 and the fore and aft radial moii-=n is imparted thereto by the manual control lever c and its ropes and a said ropes being respectively made fast to the front and stern ends of the back bone. These ropes pass over the runners as a and the swinging frame is made with the open slot as I)" so as to give freedom of movement for the stern rope c. The lever is pivoted at a: and works on the notched qnmlranhm so as to hold the lever as desired. By means of this fore and aft radial movement the monoplane is enabled to safely parachute or zip, zag when descending as any desired cant, or incline is efi'ccted by the throw over of the lever c on its pivot so that the aviator can easily maintain the horizontal or other de sired plane or level. By .way of example in the event of a break down of the engine or wings to propeller the aviator would safely descend by operating the lever c and so counteract or oppose the inclination of the monoplane to sllde either backward or forward in other words he would always maintain a level operating the backbone,
plane.
What I claim as m invention and desire to secure by Letters atent is 1. In an aeroplane, a backbone running longitudinally of the same and having rising and falling wings mounted thereon, a trans verse axis upon which said parts are pivdted to permit the aeroplane to be tilted fore and aft, a control lever for tilting the aeroplane, the wings having outer hinged blades one 'of said blades being raised when the other is depressed upon the rise or fall of the prevent side slide, each of said blades having lever arms, a swinging sprin cushion frame having a runner mounted thereon, flexible devices connecting said levers, for operatin the said hinged blades, the connecting flexible devices passing over therunn'er of the cushion frame.
2. In an aeroplane, a backbone running longitudinally of the same andlizivin w mounted to axially move on the said bac bone to rise and fall, a transverse axis upon which said aeroplane is pivoted to rmit it to be tilted fore and aft, a control ever for necting ropes for the said. backbone and wings.
3. In an aeroplane, a backbone running longitudinall of the same and having wings axially mova le thereon, a transverse axis on which said aeroplane is pivoted to permit tilting movement of the latter bot-h fore and aft, a fulcrum operativel said wings, a pivoted rud er provided with a tiller, and; means for connecting the rudder and the wings and actuated by said fulcrum. In testimony whereof I have signed my name to this specification in the presence of two subscribin witnesses.
R BERT McMULLEN. Witnesses:
RICHARD SPARROW, VIc'roR DEVERELL.
Copieiot this patont'my be obtained for he cents each, by addressing the "Commissioner oi latents,
Washington, D. 0.
and'operating con-- associated with
US58187610A 1910-09-13 1910-09-13 Automatic-balancing aeroplane. Expired - Lifetime US1037651A (en)

Priority Applications (1)

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US58187610A US1037651A (en) 1910-09-13 1910-09-13 Automatic-balancing aeroplane.

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