Method
The keyword method used to describe the principle involved in the technology of an invention, on this wiki ; it has to do with application of said reasoning to the physical exigencies of aeronautics-aviation, and sometimes to the production of the physical components involved.
The term here is part of a typology whose other elements are whole and subsystem. "Method" and "Subsystem" may be especially prone to conceivably overlapping usage within this typology. There will almost invariably be a physical component, in the patent or even in references made within a publication. The word "method" may or may not be featured in the title of the patent, or of the publication, with the matter in question still being relevant, and said word usage, when applicable, will, to varying degrees, legitimately approach our use of "method" within this typology. Again, there will almost invariably be a physical component involved, the means of the component's production, for instance, offering a segue to industry, the design specifics intrinsic to a particular component, or the integration of some component or components into an aircraft or type of aircraft. Method may for instance also be applied to many cases of infracture.
Method is somewhat like "means", in all of the above senses, with the words often being used within one patent title. We will be talking about applied technology, with "method" perhaps often serving as a shade of emphasis to be tracked.
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This wiki has 42 patents in category "Method".
Other techtypes related to Method: DE 12, USPC 33/232
Patents in category Method
- Patent GB-1856-2993 (English title: Flying machine, Inventors: Godwin Meade Pratt Swift, Viscount of Carlingford, Filing date: 1856)
- Patent FR-1857-32008 (English title: Aerial Chariot, Inventors: Godwin Meade Pratt Swift, Viscount of Carlingford, Filing date: 1857-05-05)
- Patent GB-1892-5035 (English title: Life-Saving Appliances, Inventors: R. L. Tapscott, Filing date: 1892-03-15)
- Patent US-1893-510758 (English title: Method of Photogrammetry, Inventors: Cornele Berrien Adams, Filing date: 1893-02-09)
- Patent GB-1897-9734 (English title: Wings and Aeroplanes, Inventors: John Marshall, Supplementary to patent: Patent GB-1895-10239, Filing date: 1897-04-17)
- Patent DE-1901-132472 (English title: Method for efficient cutting of balloon hull (pieces), Inventors: Sebastian Finsterwalder, Supplementary to patent: Patent DE-1901-125058, Filing date: 1901-12-10)
- Patent DE-1902-155358 (English title: Procedure for steering flying machines without rudder, by adjusting the wings in the equilibrium position, Inventors: Fritz Robitzsch, Filing date: 1902-11-26)
- Patent FR-1903-323654.1532 (English title: New steering method, of aerostats, submarines and other ships, Inventors: Raffaele Ronco fu Riccardo, Supplementary to patent: Patent FR-1902-323654, Filing date: 1903-02-26)
- Patent AT-1903-31973 (English title: Procedure for producing accurate layer-maps: maps and military plans of the ground from kite or balloon photographs, as well as artificial photographics from aboard a ship, Inventors: Theodor Scheimpflug, Filing date: 1903-10-23)
- Patent GB-1904-26500 (English title: Method of Preventing and Curing Consumption, Inventors: John Pugh, Filing date: 1904-12-05)
- Patent DE-1905-171274 (English title: Method for functional inflation of toy balloons with hydrogen, Inventors: Herman Rebenstorff, Filing date: 1905-09-05)
- Patent DE-1908-222386 (English title: Procedure for producing accurate layer-maps from photographs, Inventors: Theodor Scheimpflug, Supplementary to patent: Patent AT-1903-31973, Filing date: 1908-01-30)
- Patent AT-1909-40986 (English title: Method from protecting balloons from explosions, Inventors: Johannes Schilling, Supplementary to patent: Patent DE-1908-221549, Filing date: 1908-08-14)
- Patent DE-1909-247139 (English title: Balloon filling technique, Inventors: Marie Erdmann, Filing date: 1909-02-26)
- Patent DE-1909-226609 (English title: Method of producing gas consisting mainly of hydrogen, for the purpose of filling aircraft balloons, Inventors: Oskar Nauss, Filing date: 1909-03-30)
- Patent GB-1909-11934 (English title: Balloons, Air-ships and the like, Inventors: Johannes Schilling, Supplementary to patent: Patent DE-1908-220975, Filing date: 1909-05-20)
- Patent CA-1909-120910 (English title: Balloon, Inventors: Johannes Schilling, Supplementary to patent: Patent GB-1909-11934, Filing date: 1909-05-29)
- Patent GB-1909-18578 (English title: Improvements in Screw Propellers and Method of Manufacturing the same, Inventors: Spencer Heath, Filing date: 1909-08-12)
- Patent FR-1909-406102 (English title: Process of compensating pour aerostat gas loss, Inventors: Johannes Schilling, Supplementary to patent: Patent DE-1908-220975, Filing date: 1909-08-13)
- Patent IT-1909-104242 (English title: Method of replacing lost gas in aerostatic balloons, Inventors: Johannes Schilling, Supplementary to patent: Patent DE-1908-220975, Filing date: 1909-08-13)
- Patent CH-1909-49511 (English title: Method for replacing gas lost during flight by airships with combustion engines, Inventors: Johannes Schilling, Supplementary to patent: Patent DE-1908-220975, Filing date: 1909-08-13)
- Patent RU-1909-40646 (English title: Method for attaining stability in airplanes automatically, Inventors: A. Gorokhov, Filing date: 1909-09-15)
- Patent FR-1909-418560 (English title: Method and device for making it possible to modify the curvature of active surfaces, such as for example airfoils, of airplanes and the like during the journey, Inventors: Louis Blériot, Filing date: 1909-09-30)
- Patent FR-1909-418936 (English title: Method and mechanism for creating ascensional force in heavier-than-air apparatus, Inventors: Marcel Belin • Barthélemy Jabouley • Paul Guery, Filing date: 1909-10-13)
- Patent FR-1909-418936.13067 (English title: Method and mechanism for creating ascensional force in heavier-than-air apparatus, Inventors: Marcel Belin • Barthélemy Jabouley • Paul Guery, Supplementary to patent: Patent FR-1909-418936)
- Patent FR-1910-411779 (English title: Process of preparation of a gas oriented to dirigible inflation, Inventors: Oskar Nauss, Supplementary to patent: Patent DE-1909-226609, Filing date: 1910-01-21)
- Patent RU-1910-20878 (English title: Method of preparing gas for airships, Inventors: Oskar Nauss, Supplementary to patent: Patent DE-1909-226609, Filing date: 1910-01-25)
- Patent FR-1910-423883 (English title: Method and devices for remedying breakdowns of engines used for purposes such as air navigation and of engines used for the control of the thruster of airplanes especially, Inventors: Louis Blériot • François-Bernard-Marie Baudot, Filing date: 1910-02-26)
- Patent FR-1910-418936.14556 (English title: Method and mechanism for creating ascensional force in heavier-than-air apparatus, Inventors: Marcel Belin • Barthélemy Jabouley • Paul Guery, Supplementary to patent: Patent FR-1909-418936, Filing date: 1910-10-19)
- Patent FR-1912-434452 (English title: Process for producing water for water-ballast on board aeronats, Inventors: Otto Zimmermann, Filing date: 1910-11-26)
- Patent US-1912-1084831 (English title: Speed and Direction Indicator for Airships, Inventors: Melvin Vaniman, Filing date: 1912-02-08)
- Patent FR-1912-440087 (English title: Method and viewing apparatus for evaluating aircraft speed relative to the ground, Inventors: Angel-Félix Philiponeau • Marie-Joseph-Adrien-Maurice de Brisson de Laroche, Filing date: 1912-02-12)
- Patent US-1912-1047584 (English title: Speed-finder for Moving Bodies, Inventors: Charles Semmes Stanworth, Filing date: 1912-05-08)
- Patent FR-1912-444692 (English title: device for maintaining a telescope in a vertical line of aiming on a graduated sector carried by a moving vehicle, such as an aeroplane or other aircraft, Inventors: Riley Estel Scott, Supplementary to patent: Patent FR-1911-429878, Filing date: 1912-06-06)
- Patent GB-1912-18338 (English title: Attachment of Draw Ropes to Fabric Surfaces, Filing date: 1912-08-09, Applicant firm: Siemens-Schuckert Werke GmbH)
- Patent US-1914-1274622 (English title: Speed and Direction Indicator for Aircraft, Inventors: Elmer A. Sperry, Filing date: 1914-05-12, Applicant firm: Sperry Gyroscope Company)
- Patent DE-1915-306635 (English title: Method and apparatus for automatically reckoning the course deviation of airplanes and airships, Inventors: Melli Beese-Boutard, Filing date: 1915-10-15)
- Patent AT-1915-77845 (English title: Way of making wood hulls for airplanes, Filing date: 1915-12-18, Applicant firm: Ungarische Lloyd Flugzeug und Motorenfabrik AG)
- Patent US-1916-1217657 (English title: Method of aircraft destruction, Inventors: Joseph Allison Steinmetz, Filing date: 1916-04-11)
- Patent DE-1916-304367 (English title: Method and apparatus of aerial topographic land-surveying for map production..., Inventors: Max Gasser, Filing date: 1916-12-16)
- Patent FR-1918-503180 (English title: Method and devices for breaking a trajectory into a movement of slowed uniform translation and uniform rotation about an axis of fixed direction, Inventors: Charles-Augustin Carlier, Filing date: 1918-04-29)
- Patent DE-1919-324428 (English title: Pressing-process for hollow metal bodies, especially aerial propellers, Inventors: Eugen Ludwig Müller, Filing date: 1919-06-12)
Publications referring to Method
- Methode, 1819, Methode. Luftbälle zu steuern (Simple title: Method. To control air balloons, Journal: Mech. Mag. Mus. Reg. Journ.)
- Publication 2430, 1826, Method of steering balloons (Simple title: Method of steering balloons, Journal: Mech. Mag. Mus. Reg. Journ. Gaz.)
- Munro, 1836, Mode of preserving the gas of balloons. Carbonic acid for ballast (Simple title: Mode of preserving the gas of balloons. Carbonic acid for ballast, Journal: Mech. Mag. Mus. Reg. Journ.)
- Publication 8068, 1840, Marsh and Ranwell's proposed method of aerial navigation (Simple title: Marsh and Ranwell's proposed method of aerial navigation, Journal: Mech. Mag. Mus. Reg. Journ. Gaz.)
- Laharpe, 1877, Recherche des centres de gravité des figures par la méthode des surfaces réduites et le planimètre polaire (Simple title: Finding the centers of gravity of the figures using the reduced surface method and the polar planimeter, Journal: L'Aéronaute)
- Marey, 1878, La méthode graphique dans les sciences expérimentales et partic. en physiologie et en médecine (Simple title: The graphical method in the experimental sciences and partic. in physiology and medicine)
- Sarkady, 1880, A new method of aerial locomotion (Simple title: A new method of aerial locomotion, Journal: Scient. Amer. Suppl.)
- Marey, 1884, Développement de la méthode graphique par l'emploi de la photographie (Simple title: Development of the graphic method by the use of photography)
- Labrousse, 1889, Ancre aéronautique. Nouveau mode d'étalingure (Simple title: Aeronautical anchor. New method of etching, Journal: L'Aéronaute)
- Loessl, 1894, Experimentelles Verfahren zur messung von Luftwiderständen (Simple title: Experimental method for measuring air resistance, Journal: Zeitschr. Oest. Ing. Arch. Ver.)
- Loessl, 1894, Ein neues experimentelles Verfahren zur Messung von Luftwiderständen (Simple title: A new experimental method for measuring air resistance)
- Loessl, 1894, Nouveau procédé expérimental pour la mesure de la résistance de l'air (Simple title: New experimental method for the measurement of air resistance, Journal: L'Aéronaute)
- Caulkins, 1895, Aërial navigation; the best method (Simple title: Aërial navigation; the best method)
- Nipher, 1898, A method of measuring the pressure at any point on a structure, due to wind blowing against that structure (Simple title: A method of measuring the pressure at any point on a structure, due to wind blowing against that structure, Journal: Trans. Acad. Sci.)
- Dines, 1903, The method of kite flying from a steam vessel, and meteorological observations obtained thereby off the west coast of Scotland (Simple title: The method of kite flying from a steam vessel, and meteorological observations obtained thereby off the west coast of Scotland, Journal: Quart. Journ. Roy. Meteor. Soc.)
- Publication 9310, 1905, Nuovo metodo di arresto automatico, e fissaggio delle registrazioni meteorografiche (Simple title: New method of automatic shutdown, and fixing of meteorographic records, Journal: Boll. Soc. Aer. Ital.)
- Publication 8367, 1906, Metodo Eiffel di registrazioni meteorologiche (Simple title: Eiffel method of meteorological recordings, Journal: Boll. Soc. Aer. Ital.)
- Merrill, 1906, A new method of experimenting with gliding flights (Simple title: A new method of experimenting with gliding flights, Journal: Aër. Journ.)
- Quervain, 1907, Sur une nouvelle méthode de détérminer les courants de la haute atmosphère, par le moyen des ballons-sondes et ballons-pilotes (Simple title: On a new method to determine the currents of the upper atmosphere, by means of balloons-probes and pilot-balloons, Journal: Proc. Ver. Séances et Mém. Cinq. Conf. Comm. Int. Aer. Scien.)
- Sée, 1909, A propos d'une methode de calcul de M. Witzig (Simple title: About a method of calculating Mr. Witzig, Journal: L'Aérophile)
- Publication 8365, 1909, Une Methode d'essai des aéroplanes (Simple title: A test method for airplanes, Journal: Cosmos)
- Publication 11748, 1909, Teaching the young idea another method (Simple title: Teaching the young idea another method, Journal: Flight)
- Fonvielle, 1909, Nouvelle méthode altimétrique applicable en ballon (Simple title: New balloon altimetry method, Journal: L'Aérophile)
- Buchanan, 1910, The Buchanan method of plane making (Simple title: The Buchanan method of plane making, Journal: Aircraft)
- Publication B2p0664e09, 1910, New method for generating hydrogen for balloons (Simple title: New method for generating hydrogen for balloons, Journal: Scient. Amer. Suppl.)
- Arnsouval, 1910, Hydrogen for airships (Simple title: Hydrogen for airships, Journal: Flight)
- Chassis, 1911, A new method of springing chassis (Simple title: A new method of springing chassis, Journal: Aër. Journ)
- Merrill, 1912, A method of computing the efficiency of lateral control systems (Simple title: A method of computing the efficiency of lateral control systems, Journal: Aircraft)
- Publication B2p1432e24, 1912, A flying machine that folds its wings. Ingenious method of reducing the spread of an aeroplane (Simple title: A flying machine that folds its wings. Ingenious method of reducing the spread of an aeroplane, Journal: Scient. Amer.)
- Wilcox, 1912, A new method of lateral balance (Simple title: A new method of lateral balance, Journal: Aircraft)