Descent

This wiki has 37 patents in category "Descent". Other techtypes related to Descent: CPC B64D19/02, USPC 114/54

Patents in category Descent

• Patent FR-1891-211521 (English title: metallic aerostat self-directing by its force of ascension and descent, and by mechanical means, Inventors: François Gouettes, Filing date: 1891-02-12)
• Patent FR-1892-211521.1 (English title: metallic aerostat self-directing by its force of ascension and descent, and by mechanical means, Inventors: François Gouettes, Supplementary to patent: Patent FR-1891-211521, Filing date: 1892-02-01)
• Patent FR-1902-317598.1107 (English title: New Air-Ship featuring the specifics of gas control via articulated tubes all aiding in acsension and descent, Inventors: Frédéric Malfait, Supplementary to patent: Patent FR-1902-317598, Filing date: 1902-01-07)
• Patent FR-1902-323137 (English title: A dirigible of compressed air and based on the principle of the heavier than air, Inventors: Émile Charlier, Filing date: 1902-05-15)
• Patent FR-1902-327983 (English title: New balloon, Inventors: Adrien Baudin, Filing date: 1902-06-05)
• Patent FR-1902-323137.997 (English title: a dirigible of compressed air and based on the principle of the heavier than air, Inventors: Émile Charlier, Supplementary to patent: Patent FR-1902-323137, Filing date: 1902-06-05)
• Patent FR-1903-331199 (English title: Aircraft heavier-than-air "the bird", Inventors: Laurent Giroud, Filing date: 1903-01-17)
• Patent FR-1904-341582 (English title: Aviation apparatus, Inventors: Simon Lewin • Adolf Jacob, Filing date: 1904-03-24)
• Patent GB-1904-16752 (English title: Improvements in Balloons, Inventors: Count Wladimir Skorzewski, Supplementary to patent: Patent FR-1904-344907, Filing date: 1904-07-29)
• Patent FR-1907-394126 (English title: Device for airplane, actually a helicopter, Inventors: Jules Collomb, Filing date: 1907-11-18)
• Patent FR-1908-407090 (English title: Helicoplane-parachute, Inventors: Charles Wolf, Filing date: 1908-12-21)
• Patent FR-1909-400167 (English title: Monoplane helicopter with variable surface, Inventors: Michel Laplace, Filing date: 1909-01-30)
• Patent FR-1909-407090.11560 (English title: Helicoplane-parachute, Inventors: Charles Wolf, Supplementary to patent: Patent FR-1908-407090, Filing date: 1909-03-24)
• Patent FR-1909-407090.11561 (English title: Helicoplane-parachute, Inventors: Charles Wolf, Supplementary to patent: Patent FR-1908-407090, Filing date: 1909-04-28)
• Patent FR-1909-407090.11562 (English title: Helicoplane-parachute, Inventors: Charles Wolf, Supplementary to patent: Patent FR-1908-407090, Filing date: 1909-06-26)
• Patent FR-1909-407496 (English title: Depth rudder device for airplanes, Inventors: Charles-Alexandre de Lambert, Filing date: 1909-09-30)
• Patent US-1909-1067559 (English title: Aeroplane, Inventors: Joseph Allison Steinmetz, Filing date: 1909-11-09)
• Patent FR-1910-411227 (English title: Parachute airplane with special propeller that can also be applied to dirigible balloons, Inventors: Edmond-Émile Marchand, Filing date: 1910-01-03)
• Patent FR-1910-421192 (English title: Airplane, Inventors: Paul Dherbès, Filing date: 1910-04-25)
• Patent US-1911-1010324 (English title: Airship, Inventors: Josiah Sparks, Filing date: 1911-05-06)
• Patent FR-1911-430602 (English title: Movable-wing aeroplane with two horizontal four-blade propellers oscillating in their hubs along the longitudinal axis, Inventors: Charles-François Gillot, Filing date: 1911-06-03)
• Patent FR-1911-432760 (English title: Improvements in propellers, Inventors: Heinrich Hildebrand, Filing date: 1911-07-29)
• Patent US-1912-1050921 (English title: Airship, Inventors: James Darche, Filing date: 1912-05-22)
• Patent DE-1913-270303 (English title: Timed balloon vent, Filing date: 1913-04-06, Applicant firm: Gummiwarenfabrik S. Saul)
• Patent GB-1913-8180 (English title: Improvements in airplanes, Inventors: Joseph Allison Steinmetz, Filing date: 1913-04-07)
• Patent BE-1914-266541 (English title: Apparatus for indicating the ascent and descent of balloons, Inventors: H. Apelt, Filing date: 1914-04-09)
• Patent FR-1915-491188 (English title: Dirigible, Inventors: René-Joseph-Ghislain Straunard, Filing date: 1915-06-16)
• Patent FR-1915-502520 (English title: Improvements in Flying Machines with Revolving Wings, Inventors: Alexis Beurrier • Édouard-Jean Bigourdan • Louis Lacoin, Filing date: 1915-11-06)
• Patent GB-1915-102154 (English title: Improvements in Flying Machines with Revolving Wings, Inventors: Alexis Beurrier • Édouard-Jean Bigourdan • Louis Lacoin, Supplementary to patent: Patent FR-1915-502520, Filing date: 1916-11-06)
• Patent FR-1916-491840 (English title: Device for controlling the elevation rudder of airplanes and other aerial devices, Inventors: Gaston Madeira, Filing date: 1916-05-03)
• Patent FR-1916-502520.22245 (English title: Rotary wing aircraft, Inventors: Alexis Beurrier • Édouard-Jean Bigourdan • Louis Lacoin, Supplementary to patent: Patent FR-1915-502520, Filing date: 1916-11-02)
• Patent HU-1916-80546 (English title: Procedure and handling of descending parachutes for aircraft, Inventors: Käthe Paulus, Supplementary to patent: Patent 1915-11-05 Käthe Paulus, Filing date: 1916-11-21)
• Patent FR-1916-503124 (English title: Weight recovery device, based on the re-cooling of air, applicable especially to airships, Inventors: René-Joseph-Ghislain Straunard, Filing date: 1916-12-20)
• Patent DE-1917-375592 (English title: Device for reducing control work on aircraft and watercraft, Inventors: Anton Flettner, Filing date: 1917-09-22)
• Patent DE-1918-344591 (English title: Parachute, Inventors: August Riedinger, Filing date: 1918-10-23, Applicant firm: Ballonfabrik Augsburg A.G.)
• Patent FR-1918-503185 (English title: Aerial apparatus having the ability to fly without a motor, Inventors: Henri Liurette, Filing date: 1918-12-18)
• Patent GB-1920-148293 (English title: Auxiliary steering gear for aircraft, Inventors: Anton Flettner, Supplementary to patent: Patent DE-1917-375592, Filing date: 1920-07-09)

Publications referring to Descent

• Meusnier, 1784, Mémoire sur l'équilibre des machines aérostatiques et divers moyens de les monter et les abaisser, d'effectuer des manœuvres sans ballast et sans gaz, en mettant dans le ballon une capacité de confinement de l'air (Simple title: Memoir on the balance of the aerostatic machines, on the various means of raising and lowering them, and especially on that of executing his maneuvers without throwing ballast and without gas, by putting in the balloon a special capacity intended to enclose air)
• Augustin, 1817, Relation de 32e voyage aérien et de la descent en parachute de l'aéronaute Augustin, à Lyon (Simple title: Relation of the 32nd aerial journey and the descent in parachute of the aeronaut Augustin, in Lyon)
• Bright, 1867, Aerial carriage with opposing fans, available for controlling the ascent and descent of balloons by mechanical means (Simple title: Aerial carriage with opposing fans, available for controlling the ascent and descent of balloons by mechanical means, Journal: Annual Report of the Aëronautical Society of Great Britain)
• La Gorce, 1871, Note sur la force nécessarie à la propulsion des ballons et sur la vitesse de descension des parachutes (Simple title: Note on the force required for the propulsion of balloons and the speed of descent of parachutes, Journal: L'Aéronaute)
• Jobert, 1874, Un moyen faire monter et descendre à volonté les ballons sans ouvrir la soupape et sans jeter de lest (Simple title: A means to raise and lower the balloons at will without opening the valve and without throwing ballast, Journal: L'Aéronaute)
• Loessl, 1895, Die Luftwiderstandsgesetze, der Fall durch die Luft und der Vogelflug (Simple title: The air resistance laws, the fall through the air and the bird flight)
• Loessl, 1899, Letzte Erwiderung auf die kritischen Bemerkungen in Betreff der Sinkformel (Simple title: Last reply to the critical remarks concerning the sinking formula, Journal: Zeitschr. Oest. Ing. Arch. Ver.)
• Loessl, 1899, Der aërodynamische Schwebezustand einer dünnen Platte und deren Sinkgeschwindigkeit nach der Formel (Simple title: The aerodynamic levitation state of a thin plate and its rate of descent according to the formula, Journal: Zeitschr. Luftsch.)
• Loessl, 1900, Aërodynamische Betrachtung über das Verhalten einer in wagrechter Stellung durch die Luft fallenden dünnen Platte (Simple title: Aerodynamic analysis of the behavior of a thin plate falling through the air in a vertical position)
• Ranza, 1907, Gettito di zavorra per la discesa (Simple title: Ballast receipts for the descent, Journal: Boll. Soc. Aer. Ital.)
• Laboccetta, 1908, Il Principio della Conservazione dell' Energia applicato allo studio del movimento verticale del corpi immersi nei fluidi con particolare riguardo agli aerostati ed ai battelli sottomarini (1) (Simple title: The Principle of Energy Conservation applied to the study of the vertical movement of bodies immersed in fluids with particular regard to aerostats and submarine vessels (1), Journal: Boll. Soc. Aer. Ital.)
• Publication 4313, 1908, Falling with a wrecked airship (Simple title: Falling with a wrecked airship, Journal: Pop. Mech.)
• Laboccetta, 1909, Il Principio della Conservazione dell' Energia applicato allo studio del movimento verticale dei corpi immersi nei fluidi con particolare riguardo agli aerostati ed ai battelli sottomarini (2) (Simple title: The Principle of Energy Conservation applied to the study of the vertical movement of bodies immersed in fluids with particular regard to aerostats and submarine vessels (2), Journal: Riv. Techn. Aer. e Boll. Soc. Aer. Ital.)
• Viktorov, 1910, Organs of the rise and of the descent of aeroplanes (Simple title: Organs of the rise and of the descent of aeroplanes)
• Reber, 1912, An outline of the theory of ballooning (Simple title: An outline of the theory of ballooning, Journal: Journ. Frankl. Inst.)
• Villasana, 1916, El para del motor en aeroplano y el descenso en 'vol-plane' (Simple title: The stop of the engine in airplane and the descent in 'vol-plane', Journal: Tohtli)

Enclosing categories	Aerial navigation, Aerodynamics
Subcategories
Keywords	Braking, LTA
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