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    • 3. 发明申请
    • AIRCRAFT EQUIPPED WITH ROTARY PISTON AND CONTRA-ROTATING PROPELLER PISTON JET ENGINES
    • 装有旋转活塞和旋转螺旋桨活塞喷气发动机的飞机
    • WO1998025821A1
    • 1998-06-18
    • PCT/FR1996001987
    • 1996-12-12
    • DELMOTTE, Didier
    • B64D27/02
    • B64D27/08B64D27/06
    • Aircraft equipped with pod-mounted rotary piston and contra-rotating propeller jet engines. One aspect of the invention consists in the adaptation of the rotary piston and contra-rotating propeller piston jet engines (3) to any aircraft cell by replacing the currently installed traction systems: the reciprocating engines (1), an example of which is shown in figure 1; the rotary piston and ducted propeller piston jet engines (2) shown in figure 2. A second aspect of the invention consists in moving the engine masses of the two pod-mounted rotary piston and contra-rotating propeller piston jet engines (3) forwards and backwards with respect to a point of reference on either side of the aircraft body, as shown in figures 3 and 4, thereby aligning the aircraft centering.
    • 飞机装有荚式旋转活塞和反转螺旋桨喷气发动机。 本发明的一个方面在于通过更换当前安装的牵引系统来将旋转活塞和反转螺旋桨活塞喷射发动机(3)适应于任何飞行器单元:往复式发动机(1),其示例如 图1; 旋转活塞和管道螺旋桨活塞喷气发动机(2),如图2所示。本发明的第二方面在于将两个荚果安装的旋转活塞和反转螺旋桨活塞喷射发动机(3)的发动机质量向前移动, 如图3和图4所示,相对于飞行器主体的任一侧上的参考点向后,从而使飞行器居中对准。
    • 6. 发明申请
    • AIRCRAFT HYBRID PROPULSION
    • 飞机混合推进
    • WO2010020199A1
    • 2010-02-25
    • PCT/CZ2009/000102
    • 2009-08-19
    • VYCITAL, JiriMORAVEC, Tomas
    • VYCITAL, JiriMORAVEC, Tomas
    • B64D27/08B64D27/14B64D27/24
    • B64D27/08B64D27/24B64D2027/026Y02T50/64
    • The invention relates to the aircraft hybrid propulsion, consisting of two propeller propulsion units, one of which is based on the principle of an internal combustion engine (1). with a propeller and the second one on the principle of an electric motor (2) with a propeller characterized in that the propulsion units are installed without an interdependent mechanical coupling in the push-pull configuration in the direction of flight on the aircraft fuselage, so that one of the propulsion units (1, 2) is located in the forward fuselage and generates a propulsion effect using a tractor propeller and the second one of the propulsion units (1, 2) is located in the rear fuselage and generates a propulsion effect using a pusher propeller and the batteries supplying the energy to the electric motor are rechargeable by recuperation during flight. From the electric motor with a propeller (2) and/or from a generator installed on the internal combustion engine (1).
    • 本发明涉及由两个螺旋桨推进装置组成的飞机混合动力推进装置,其中之一是基于内燃机(1)的原理。 具有推进器,第二个是具有螺旋桨的电动机(2)的原理,其特征在于,推进装置在飞行器机身上的飞行方向上的推拉构造中没有相互依赖的机械联接而安装,因此 推进单元(1,2)中的一个位于前机身中并且使用拖拉机螺旋桨产生推进效果,并且第二推进单元(1,2)位于后机身中并且产生推进效应 使用推动螺旋桨,并且向电动机供应能量的电池可以通过在飞行期间的恢复来充电。 从具有螺旋桨(2)的电动机和/或来自安装在内燃机(1)上的发电机。
    • 8. 发明申请
    • IMPACT RESISTANT AIRCRAFT FUSELAGE
    • 防撞飞机熔接
    • WO2009068638A1
    • 2009-06-04
    • PCT/EP2008/066400
    • 2008-11-28
    • AIRBUS ESPAÑA S.L.VERDE PRECKLER, Jorge Pablo
    • VERDE PRECKLER, Jorge Pablo
    • B64C1/00B64D27/02B64D29/04B64D27/14
    • B64C1/12B64C1/068B64C2001/0072B64D27/08B64D27/14Y02T50/43
    • The invention relates to a structural configuration of the rear fuselage (4) of an aircraft with propeller engines (1) comprising propellers (23) formed in turn by blades (3), the mentioned propeller engines (1) being located at the rear part of the aircraft and the empennage (5) of the aircraft in turn being located behind the plane of the propellers (23), characterized in that the structural configuration of the rear fuselage (4) comprises an outer skin (6) and an inner skin (7), both skins (6, 7) being joined by means of radial elements (13) configuring cells (14), such that the obtained structural configuration maximizes the torsional strength of the rear fuselage (4) of the aircraft in the event of damage of the mentioned rear fuselage (4) due to the detachment of one of the blades (3) of the propeller engines (1).
    • 本发明涉及具有螺旋桨发动机(1)的飞行器的后机身(4)的结构构造,所述螺旋桨发动机(1)包括由叶片(3)依次形成的螺旋桨(23),所述螺旋桨发动机(1)位于后部 的飞机和后轮(5)又位于螺旋桨(23)的平面之后,其特征在于后机身(4)的结构构造包括外皮(6)和内皮 (7)中,两个外壳(6,7)通过配置电池(14)的径向元件(13)连接,使得所获得的结构构造在事件中使飞行器的后机身(4)的扭转强度最大化 由于螺旋桨发动机(1)的一个叶片(3)的分离,所述后部机身(4)的损坏。