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    • 114. 发明申请
    • SELF-RIGHTING FRAME AND AERONAUTICAL VEHICLE
    • 自拍框和航空汽车
    • US20160176494A1
    • 2016-06-23
    • US14977546
    • 2015-12-21
    • Gaofei YANJames DEES
    • Gaofei YANJames DEES
    • B64C1/06B64C1/08A63H15/06A63H27/00A63H30/04B64C27/10B64C17/00
    • B64C1/061A63H15/06A63H27/12A63H30/04A63H33/005B64C1/00B64C1/08B64C17/00B64C27/10
    • An aeronautical vehicle that rights itself from an inverted state to an upright state has a self-righting dome shaped vehicle body has an apex/protrusion preferably at a top of a central vertical axis. The apex/protrusion provides initial instability to begin a self-righting process when the vehicle is inverted on a surface. A lift and stabilization panel extends across an upper portion of said frame to provide lift, drag and/or stability. A propulsion system can be located within a central void of the frame assembly and oriented to provide a lifting force. An electronics assembly is also carried by the self-righting body for receiving remote control commands and is communicatively interconnected to the power supply for remotely controlling the aeronautical vehicle to take off, to fly, and to land on a supporting surface. The body provides self-righting functionality and protection of elements carried therein.
    • 将自身从颠倒状态维持到直立状态的航空车辆具有优选地在中心垂直轴的顶部的顶角/突出部。 当车辆在表面上倒置时,顶点/突起提供初始的不稳定性,以开始自我矫正过程。 电梯和稳定板横跨所述框架的上部延伸以提供升力,阻力和/或稳定性。 推进系统可以位于框架组件的中心空隙内并且被定向成提供提升力。 电子组件也由自动矫正机构承载,用于接收遥控命令,并且通信地互连到电源,用于远程控制航空车辆起飞,飞行和着陆在支撑表面上。 身体提供自我矫正的功能和保护其中所携带的元素。
    • 115. 发明授权
    • Support structure for a cargo aircraft
    • 货机支撑结构
    • US08387917B1
    • 2013-03-05
    • US12731261
    • 2010-03-25
    • Robert Erik GripBlaine Knight Rawdon
    • Robert Erik GripBlaine Knight Rawdon
    • B64C1/00
    • B64C1/08B64C1/22
    • A method and apparatus for transporting containers in an aircraft. A number of containers is loaded into the aircraft. The aircraft is comprised of first and second outer planar structures, a number of planar structures located between the first outer planar structure and the second outer planar structure, a wing, and a support structure. The first outer planar structure, the second outer planar structure, and the number of planar structures are substantially parallel to each other, are coupled to each other to form a fuselage structure, and are configured to receive the number of containers. The support structure connects the wing to a first bottom end of the first outer planar structure, a second bottom end of the second outer planar structure, and a number of bottom ends of the number of planar structures. The aircraft is operated to transport the number of containers to a destination.
    • 一种用于在飞机上运输集装箱的方法和装置。 飞机上装有许多集装箱。 飞行器由第一和第二外部平面结构构成,位于第一外部平面结构和第二外部平面结构之间的多个平面结构,翼和支撑结构。 第一外平面结构,第二外平面结构和平面结构的数量基本上彼此平行,彼此耦合以形成机身结构,并且被配置为接收多个容器。 支撑结构将翼连接到第一外平面结构的第一底端,第二外平面结构的第二底端和多个平面结构的多个底端。 该飞机经营运送集装箱到目的地的数量。
    • 116. 发明授权
    • Wing-fuselage section of an aircraft
    • 飞机机翼部分
    • US08322656B2
    • 2012-12-04
    • US12597250
    • 2008-04-21
    • Günter Pahl
    • Günter Pahl
    • B64C1/00
    • B64C1/08B64C3/22
    • A wing-fuselage section of an aircraft, which wing-fuselage section comprises a wing root at which the wing of the aircraft is connected to the fuselage, a fuselage region with fuselage frame elements that extent across the longitudinal direction of the aircraft, and a wing region with spars that extend in the direction of the wingspan. According to the invention, the spars of the wing region and the fuselage frame elements of the fuselage region form part of an integral assembly that extends at least over a middle part of the wing and the fuselage region, including the wing roots.
    • 飞机的机翼部分,机翼部分包括机翼,飞机的机翼与机身相连,机身区域具有横跨飞行器的纵向延伸的机身框架元件,以及 翼展区域与翼展的方向延伸。 根据本发明,机翼区域的翼梁和机身区域的机身框架元件形成整体组件的一部分,其至少在机翼和机身区域的中间部分延伸,包括机翼根部。
    • 117. 发明申请
    • STRUCTURAL PANEL WITH INTEGRATED STIFFENING
    • 具有整体结构的结构面板
    • US20120009372A1
    • 2012-01-12
    • US13162920
    • 2011-06-17
    • Cedric MEYERJocelyn GAUDIN
    • Cedric MEYERJocelyn GAUDIN
    • B32B3/06
    • B64C1/08B29D99/0014B29L2031/3082Y10T428/195
    • The invention relates to the field of structural panels, more specifically, but not exclusively, to the field of aircraft fuselage panels.The invention concerns a stiffened panel (10) comprising at least one stiffener (4), known as a longitudinal stiffener, extending substantially from one extremity of the panel to the other and whose trace on the surface of said panel's skin (1) follows a path having non-zero geodesic curvature between the two extremities of said stiffener.This configuration makes it possible to optimize both the panel's stiffness and its resistance to the force flow to which it is subjected in operation by minimizing its mass through an optimum definition of the orientation of the stiffeners relative to said force flow.
    • 本发明涉及结构面板领域,更具体但非唯一地涉及飞机机身面板领域。 本发明涉及一种加强板(10),其包括至少一个称为纵向加强件的加强件(4),该加强件(4)基本上从板的一个端部延伸到另一个,并且其在所述面板的皮肤(1)的表面上的痕迹遵循 路径在所述加强件的两个末端之间具有非零的测地曲率。 这种构造使得可以通过对加强件相对于所述力流的取向的最佳定义来最小化其质量来优化面板刚度及其在操作中所受到的力流的阻力。