序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
21 무인 비행체, 이의 충전 시스템 및 이의 충전 방법 KR1020140098327 2014-07-31 KR1020160015713A 2016-02-15 김정호; 김영우
무인비행체는중앙의몸체부, 복수의구동부들복수의암들및 제1 및제2 착지부재들을포함한다. 중앙의몸체부는상면, 하면및 내부공간을구비한다. 복수의구동부들은비행을위한추력을발생시킨다. 복수의암들은일단은몸체부에연결되고, 타단에는구동부들중 하나가장착된다. 제1 및제2 착지부재들은몸체부의하면에연결되고, 무인비행체가지면에서일정높이로이격되어착지하도록몸체부를지지하며서로대향하도록설치된다. 제1 및제2 착지부재들에는몸체부에설치되는재충전가능배터리를충전하는수신코일들이설치된다.
22 개인용 항공기 KR1020137029347 2011-07-19 KR1020130126756A 2013-11-20 크루,아이란
안전하고, 조용하며, 제어가 용이하고, 효율적이며, 크기가 작은 항공기 구성이 복수의 수직 리프트 로터, 종렬 윙 및 전방 추진 프로펠러의 조합을 통해 가능하다. 전후방 윙과 조합된 수직 리프트 로터는 수직 및 수평 비행시 리프트의 중심과 무게 중심의 균형을 맞춘다. 이러한 윙과 복수의 로터 시스템은 수직 추력 여분을 제공하면서도, 제자리 비행, 전환 비행 또는 순항 비행시 페이로드 중량을 비교적으로 크게 변경할 수 있다. 상기 추진 시스템은 복수의 리프트 로터와 잠재적인 블레이드 타격으로부터 보호될 수 있을 정도로 작은 크기의 추진 프로펠러를 사용하며, 향상된 반응성과 승객에게 진정한 안정성을 제공한다. 독립적인 복수의 로터를 사용하여 여분을 제공할 수 있고, 비행체가 비행시 전혀 작동할 수 없게 되는 단일 지점 고장 모드를 방지할 수 있다.
23 잠자리 비행기 KR2020040028916 2004-10-12 KR200376507Y1 2005-03-10 조용균
동체의 상면에 전후방 주날개 2개를 설치하여 둠으로서 많은 양력을 얻을수 있서며 짧은 거리에서 이륙과 착륙이 용이하며 날개를 2단으로 상반각을 만들어 날개가 기울어졌을때 회복력이 우수하며 전후방 주날개 2개를 가지므로해서 비행시 동체 전후방으로 움지이는 피칭 안정성을 높였다.
24 SEQUENTIAL WING PCT/SK2008000006 2008-06-18 WO2009002279A2 2008-12-31 KALISKY ALEXANDER
The patent is concerned by wing construction for airplanes or wind turbines rotors. Sequential wing is integrated from independent blades (5) located rotating- wise on girders (1), which create, along with sideward positioned aerodynamic traverses (3) and crossbars (2) create a solid traverse girder. The blade (5) creates an automatic angle of start-up of a permanent uplift by the effect of an elastic rod (8) or servomotor (9). Configuration of blades (5) into the sequential wing decreases total weight of bearing or driving surfaces by increasing the total uplift. Utilization is suitable for helicopters, oscillopters, wind turbines and new lifting bodies and it brings effect to production and operational costs and functionality, for example a better diagram of efficiency of the wind system, self-support of rotors, low moment loading of the columns, automatic circulation, protection, change of horizontal flight regime etc.
25 AIRCRAFT WITH SELECTIVELY ATTACHABLE PASSENGER POD ASSEMBLY EP16185727.1 2016-08-25 EP3263445B1 2018-10-17 McCULLOUGH, John Richard; OLDROYD, Paul K.
In some embodiments, an aircraft (10) includes a flying frame (12) having an airframe (26), a propulsion system (34) attached to the airframe (26) and a flight control system (68) operably associated with the propulsion system (34) wherein, the flying frame (12) has a vertical takeoff and landing mode and a forward flight mode. A pod assembly (70) is selectively attachable to the flying frame (12) such that the flying frame (12) is rotatable about the pod assembly (70) wherein, the pod assembly (70) remains in a generally horizontal attitude during vertical takeoff and landing, forward flight and transitions therebetween.
26 AVION A FUSELAGE A CORPS PORTANTS EP15305788.0 2015-05-26 EP3098162B1 2018-07-11 Geneste, Jean-François
27 DRONE COMPORTANT DES AILES PORTANTES EP17176471.5 2017-06-16 EP3260370A1 2017-12-27 LAVAGEN, Gauthier; MARI-MARI, Marc; BENATAR, Yoni; BARSE, Thomas

L'invention concerne un drone à voilure tournante (10) comprenant un corps de drone (12) comprenant une carte électronique contrôlant le pilotage du drone, quatre bras de liaison (16) comprenant fixé solidairement un bloc propulseur (14). Les bras de liaison (16) forment des ailes portantes.

28 A FLYING APPARATUS EP15166221.0 2015-05-04 EP3090945A1 2016-11-09 Shchukin, Anton Alexandrovich

The invention relate to aircraft and used for civilian purposes, the delivery of people and freights, also for agricultural and fire-fighting purposes, for military tasks, reconnaissance tasks, for the tasks of air defense and air superiority.

Summary of the invention consists in equipping the aircraft carriers of the aerodynamic surfaces each of which can be independently rotated around the axis of the attachment to the fuselage and each of which has assigned to it the device that creates cravings in plane of the aerodynamic surfaces to achieve high maneuverability and flight ability in any direction at any position of the fuselage.

The proposed aircraft uses innovative aerodynamic scheme and contains four or more independently rotatable around the axis of the attachment to the fuselage aerodynamic surfaces installed on each device, each of which creates cravings in the plane of the aerodynamic surfaces.

In horizontal flight, aerodynamic surfaces create lift aimed vertically, and a traction device creates a force that is aimed horizontally in the direction of flight. This configuration is designed for maximum range as minimum fuel consumption. Aircraft can gain altitude when changing the angle of the front or rear pairs of aerodynamic surfaces, that will make the fuselage, also change the angle of attack. When the front and rear surfaces at the same time is reached maneuverability. If necessary, increase altitude without changing the angle of attack of the fuselage or change by a specified amount can be achieved by changing the angle of attack of both pairs of surfaces - (for example, under special conditions of transportation of cargo or passengers or challenges accompany ground or air targets). Similarly, can implement the vertical climb with horizontally locate the fuselage, as well as horizontal flight with vertically located the fuselage or even flying aft forward. Can ensure the aircraft hangs with arbitrary pitch angle. Can ensure the aircraft hangs with arbitrary pitch angle. The increase in the number of aerodynamic surfaces adds new features: add horizontal surfaces can provide aircraft combined flight mode. Using the power control devices creating reactive thrust could provide rotating in place when moving the fuselage in the horizontal plane and vertical plane.

29 Flugzeugkonfiguration EP14004141.9 2014-12-09 EP2883792A1 2015-06-17 Stückl, Stefan; van Toor, Jan

Ein Flugzeug (1), insbesondere Passagier- oder Frachtflugzeug, mit einem Rumpf (2), weist eine Tandemflügelanordnung auf und sieht zumindest zwei auf der Oberseite der hinteren Tragfläche (4) angeordnete Flugantriebe (5, 6) vor. Hierdurch werden die Nachteile der bekannten Lösungen des Standes der Technik vermieden und eine verbesserte Flugzeugkonfiguration mit verbesserter Aerodynamik, nämlich deutlich reduziertem induzierten Widerstand, zur Verfügung gestellt. Außerdem wird durch die Erfindung ein Ressourcen schonendes und umweltfreundliches Flugzeugkonzept geschaffen, was die Akzeptanz derartiger Flugzeuge bei der Bevölkerung steigert.

30 PERSONAL AIRCRAFT EP11810313 2011-07-19 EP2595882A4 2013-11-13 KROO ILAN
A safe, quiet, easy to control, efficient, and compact aircraft configuration is enabled through the combination of multiple vertical lift rotors, tandem wings, and forward thrust propellers. The vertical lift rotors, in combination with a front and rear wing, permits a balancing of the center of lift with the center of gravity for both vertical and horizontal flight. This wing and multiple rotor system has the ability to tolerate a relatively large variation of the payload weight for hover, transition, or cruise flight while also providing vertical thrust redundancy. The propulsion system uses multiple lift rotors and forward thrust propellers of a small enough size to be shielded from potential blade strike and provide increased perceived and real safety to the passengers. Using multiple independent rotors provides redundancy and the elimination of single point failure modes that can make the vehicle non-operable in flight.
31 AIRPLANE WING EP11827524.7 2011-09-22 EP2619090A1 2013-07-31 Heaton, Clifford D.
An airplane wing configuration includes a first wing positioned above and forward of a second wing on an airplane fuselage. The first wing is operable to direct airflow over an upper surface of the second wing, whereby the first and second wings are capable of generating greater lift than a sum of their individual lifts. The first wing may include an adjustable wing flap that redirects airflow over the upper surface of the second wing, and the second wing may include a rotatable portion that pivots to vary the angle of attack of the second wing independent of the first wing.
32 Lift arrangement for lateral aircraft surfaces EP01500196.9 2001-07-24 EP1176088B1 2003-06-04 Munoz Saiz, Manuel
33 Flugzeug für Personen- und/oder Frachttransport EP98101864.1 1998-02-04 EP0857648B1 2003-01-15 Vassiliev, Anatoli J., Prof. Dr.; Eibel, Karl-Heinz
34 Aircraft lift arrangement EP00500254.8 2000-11-29 EP1104741A1 2001-06-06 Munoz Saiz, Manuel

An aircraft lift arrangement that consists of fine fins (2) which are parallel among themselves and slightly curved, arranged attached along the sides of the aircraft fuselage (3), beginning at the front and running downward toward the rear, with a positive angle of attack and with the additional of small thin wings to provide lateral stability and to carry the engines, flaps and ailerons.

35 DISPOSITIF DE COMMANDE DE GOUVERNES D'UN AERONEF ET AERONEF EQUIPE DE CE DISPOSITIF EP98920565.3 1998-04-03 EP0971840A1 2000-01-19 Mignet, Pierre
The invention concerns a control device for the rudder units of an aircraft comprising a fuselage (10), a motor (12) and a propeller (14), a rudder unit (26), and a front wing (18) mounted pivoting about a pivot pin (20) passing substantially through the maximum lift axis and a fixed rear wing (22), means for controlling the mobile elements. The invention is characterised in that it comprises at least a servo-tab arranged on the front wing (18) trailing edge, and at least a control unit for manoeuvring at least the servo-tab upwards or downwards so as to modify the front wing (18)incidence angle by rotation about its pivot pin (20).
36 Flugzeug für Personen- und/oder Frachttransport EP98101864.1 1998-02-04 EP0857648A3 1999-11-24 Vassiliev, Anatoli J., Prof. Dr.; Eibel, Karl-Heinz

Flugzeug für Personen- und/oder Frachttransport auf Basis eines bekannten Flugzeugbaumusters mit einem Rumpf mit Nasensektion, Mittelsektion und Schwanzsektion und an der Mittelsektion nahe des Schwerpunktes des Flugzeuges angebrachten und entsprechend des erforderlichen Auftriebs berechneten Tragflächen und im Bereich der Schwanzsektion angeordneten Höhen- und/oder Seitenleitwerken zur Erzeugung von Stabilisierungs- und Steuermomenten, wobei zur Vergrößerung der Transportkapazität des Flugzeuges ausgehend vom vorgegebenen bekannten Flugzeugbaumuster der Rumpf desselben mittels einer zwischen der Nasensektion und dem Schwerpunkt des Flugzeugbaumusters eingefügten Zusatzsektion verlängert ist und die Zusatzsektion in Flugrichtung gesehen vor den als Haupttragflächen dienenden Tragflächen des Flugzeugbaumusters mit als Zusatztragflächen dienenden Tragflächen ausgerüstet ist, wobei als Zusatztragflächen durchkonstruierte und berechnete Tragflächen geeigneter Größe eines bekannten Flugzeugbaumusters eingesetzt sind.

37 FLUGTRANSPORTER MIT MEHREREN TRAGFLÄCHEN DIE IM ABSTAND VON MEHR ALS EINER TRAGFLÄCHENBREITE AUSEINANDER LIEGEN; AUSGERÜSTET MIT BREMSSPOILERN ALS ZUSATZSEITENLEITWERK EP83901898.0 1982-11-15 EP0126076A1 1984-11-28 HEINCKE, Erich Jakob
L'invention a pour but d'utiliser l'énergie de manière plus économique. Le jet du groupe propulseur entraînant une cale d'air chaud dans l'air statique, respectivement se déplaçant peu, agit de manière entraînante sur l'air ambiant de telle façon que l'air est dirigé depuis le dessus des surfaces portantes vers le bas parallèlement au jet. Il en résulte une réduction de la vitesse du jet du groupe propulseur provoquant une augmentation de la pression d'air sous la grande aile et l'aile cruciforme. La poursuite de l'aspiration de l'air sur les surfaces portantes accélère la vitesse de l'air à cet endroit et abaisse ainsi la dépression. Malgré tout, la portance reste une perte d'avancement. Elle doit être la plus économique possible avant tout lors d'un vol de croisière. Ce qui vaut pour la construction navale "la longueur fait la vitesse", la longueur est économique, vaut également pour la construction aéronautique. Le rapport charge utile/combustible augmente également avec des dimensions plus importantes. "Hypothèse: on ne perd aucune force, ou alors seulement une force peu importante, indispensable à l'avancement et à la portance".
38 TRANSPORTATION SYSTEM AND METHOD FOR POD ASSEMBLY SELECTIVELY ATTACHABLE TO AIRCRAFT EP18186939.7 2016-08-25 EP3418187A1 2018-12-26 McCULLOUGH, John Richard; OLDROYD, Paul K.

The present disclosure relates to a transportation system and services method including receiving, at a transportation services provider system, a request for transportation of a pod assembly (170) having a current location and a destination; uploading a flight plan to a flight control system of a flying frame (112) including an airframe and a propulsion system; dispatching the flying frame (112) to the current location of the pod assembly (170); coupling the flying frame (112) to the pod assembly (170) at the current location of the pod assembly (170); transporting the pod assembly (170) by air from the current location of the pod assembly (170) to the destination of the pod assembly (170); and decoupling the pod assembly (170) from the flying frame (112) at the destination of the pod assembly (170).

39 A FLYING APPARATUS EP15166221.0 2015-05-04 EP3090945B1 2018-04-18 Shchukin, Anton Alexandrovich
The invention relate to aircraft and used for civilian purposes, the delivery of people and freights, also for agricultural and fire-fighting purposes, for military tasks, reconnaissance tasks, for the tasks of air defense and air superiority. Summary of the invention consists in equipping the aircraft carriers of the aerodynamic surfaces each of which can be independently rotated around the axis of the attachment to the fuselage and each of which has assigned to it the device that creates cravings in plane of the aerodynamic surfaces to achieve high maneuverability and flight ability in any direction at any position of the fuselage. The proposed aircraft uses innovative aerodynamic scheme and contains four or more independently rotatable around the axis of the attachment to the fuselage aerodynamic surfaces installed on each device, each of which creates cravings in the plane of the aerodynamic surfaces. In horizontal flight, aerodynamic surfaces create lift aimed vertically, and a traction device creates a force that is aimed horizontally in the direction of flight. This configuration is designed for maximum range as minimum fuel consumption. Aircraft can gain altitude when changing the angle of the front or rear pairs of aerodynamic surfaces, that will make the fuselage, also change the angle of attack. When the front and rear surfaces at the same time is reached maneuverability. If necessary, increase altitude without changing the angle of attack of the fuselage or change by a specified amount can be achieved by changing the angle of attack of both pairs of surfaces - (for example, under special conditions of transportation of cargo or passengers or challenges accompany ground or air targets). Similarly, can implement the vertical climb with horizontally locate the fuselage, as well as horizontal flight with vertically located the fuselage or even flying aft forward. Can ensure the aircraft hangs with arbitrary pitch angle. Can ensure the aircraft hangs with arbitrary pitch angle. The increase in the number of aerodynamic surfaces adds new features: add horizontal surfaces can provide aircraft combined flight mode. Using the power control devices creating reactive thrust could provide rotating in place when moving the fuselage in the horizontal plane and vertical plane.
40 TILTROTOR WITH DOUBLE MOBILE WING EP16724108.2 2016-02-26 EP3261925A1 2018-01-03 FREDIANI, Aldo; CIPOLLA, Vittorio; OLIVIERO, Fabrizio; RIZZO, Emanuele; CAVALLARO, Rauno
A convertiplane structure (100), having a longitudinal axis x and a plane n orthogonal to it, comprises a main wing (120) arranged to rotate about at least one transversal rotation axis y, an auxiliary wing (130), which is located back with respect to main wing (120), and arranged to rotate about at least one transversal rotation axis y', at least two main propellers (220) located on the main wing (120), and at least two auxiliary propellers (230) located on the auxiliary wing (130). The auxiliary wing (130) is located at a vertical height higher than main wing (120). Two vertical wings (140) are also provided located in such a way that the projections on the plane n of the main wing (120), of the auxiliary wing (130) and of the vertical wings (140) shape a closed polygon, thus reducing the induced drag and increasing the overall aerodynamic efficiency.
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