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    • 1. 发明授权
    • Method and device for detecting an overstepping of design loads of the fin of an aircraft
    • 用于检测飞行器翅片的设计载荷超标的方法和装置
    • US07271741B2
    • 2007-09-18
    • US11143704
    • 2005-06-03
    • Franck DelaplaceSylvie MarquierGérard MathieuGennaro Squeglia
    • Franck DelaplaceSylvie MarquierGérard MathieuGennaro Squeglia
    • G08B21/00
    • B64D43/02B64F5/60
    • A method and device for detecting an overstepping of design loads of the fin of an aircraft. The device includes a set of information sources and a section for determining, with the aid of information emanating from the set of information sources, a current bending moment. The device further includes a section for determining, with the aid of information emanating from the set of information sources, a current twisting moment, and a section for carrying out a comparison by comparing the pair formed by the current bending moment and the current twisting moment with a safety envelope representing a chart formed in a plane on the basis of pairs of values of bending and twisting moments and defined so that, for any pair which lies outside the safety envelope, there exists a risk of appearance of permanent deformation on the fin. The device further includes a section for determining whether a structural inspection of the fin has to be performed, at least on the basis of a comparison result provided by the comparison section.
    • 一种用于检测飞行器翅片的设计载荷超标的方法和装置。 该装置包括一组信息源和一个部分,用于借助于从该组信息源发出的信息确定当前的弯矩。 该装置还包括一个部分,用于借助于从该组信息源发出的信息来确定当前的扭转力矩,以及用于通过比较由当前弯矩和当前扭转力矩形成的对来执行比较的部分 其中安全信封代表基于弯曲和扭转力矩值的平面中形成的图表,并且被定义为使得对于位于安全壳体之外的任何一对,存在在翅片上出现永久变形的风险 。 该装置还包括至少基于由比较部分提供的比较结果来确定是否必须执行散热片的结构检查的部分。
    • 6. 发明授权
    • Set of blanks, box and box production method
    • 一套空白,盒子和盒子的制作方法
    • US08777097B2
    • 2014-07-15
    • US12679802
    • 2008-09-04
    • Sébastien JacomelliGérard Mathieu
    • Sébastien JacomelliGérard Mathieu
    • B65D5/32B31B17/00
    • B65D5/328B31B50/20B31B50/25B31B50/28B31B50/72B31B50/81B31B2105/00B31B2105/0022B31B2120/002
    • The invention relates to a set (22) of blanks for forming a packaging box, a method and a corresponding box. The set includes two corrugated board blanks, namely: a first blank (2′) including flaps connected to one another by first fold lines (9′), one side of said blank having no folds; and a second blank (12′) including panels (13′, 14′, 15′, 16′) connected to one another by third fold lines (19′), the panels of the second blank being stacked respectively on the part of the first blank having no folds. Two non-adjacent flaps (3′, 5′) of the first blank are glued to two respective facing panels (13′, 15′) of the second blank, thereby preventing the relative movement thereof during folding or during the formation of the box when the blanks are wound around a volume having pre-determined dimensions. At least two-thirds of the third fold lines (19′) of the second blank are substantially aligned in relation to the first fold lines of the first blank, the lower part (23) of one or more of said third lines including a cut or collapsed portion opposite the corresponding first fold line.
    • 本发明涉及一种用于形成包装盒的坯料(22),方法和相应的盒子。 该组件包括两个波纹板坯件,即:第一坯件(2'),包括通过第一折叠线(9')彼此连接的折翼,所述坯料的一侧不具有折痕; 和包括通过第三折线(19')彼此连接的面板(13',14',15',16')的第二坯料(12'),第二坯料的板分别堆叠在 第一个空白没有折叠。 第一坯料的两个不相邻的折板(3',5')被胶合到第二坯料的两个相应的相对面板(13',15'),从而防止在折叠期间或在形成盒子期间的相对移动 当坯料围绕具有预定尺寸的体积缠绕时。 第二坯料的第三折线(19')的至少三分之二相对于第一坯料的第一折线基本上对准,一条或多条所述第三条线的下部(23)包括切割 或与相应的第一折线相对的折叠部分。
    • 9. 发明申请
    • SET OF BLANKS, BOX AND BOX PRODUCTION METHOD
    • 一套空白,盒子和盒子生产方法
    • US20100264200A1
    • 2010-10-21
    • US12679802
    • 2008-09-04
    • Sébastien JacomelliGérard Mathieu
    • Sébastien JacomelliGérard Mathieu
    • B65D5/32B31B17/00
    • B65D5/328B31B50/20B31B50/25B31B50/28B31B50/72B31B50/81B31B2105/00B31B2105/0022B31B2120/002
    • The invention relates to a set (22) of blanks for forming a packaging box, a method and a corresponding box. The set includes two corrugated board blanks, namely: a first blank (2′) including flaps connected to one another by first fold lines (9′), one side of said blank having no folds; and a second blank (12′) including panels (13′, 14′, 15′, 16′) connected to one another by third fold lines (19′), the panels of the second blank being stacked respectively on the part of the first blank having no folds. Two non-adjacent flaps (3′, 5′) of the first blank are glued to two respective facing panels (13′, 15′) of the second blank, thereby preventing the relative movement thereof during folding or during the formation of the box when the blanks are wound around a volume having pre-determined dimensions. At least two-thirds of the third fold lines (19′) of the second blank are substantially aligned in relation to the first fold lines of the first blank, the lower part (23) of one or more of said third lines including a cut or collapsed portion opposite the corresponding first fold line.
    • 本发明涉及一种用于形成包装盒的坯料(22),方法和相应的盒子。 该组件包括两个波纹板坯件,即:第一坯件(2'),包括通过第一折叠线(9')彼此连接的折翼,所述坯料的一侧不具有折痕; 和包括通过第三折线(19')彼此连接的面板(13',14',15',16')的第二坯料(12'),第二坯料的板分别堆叠在 第一个空白没有折叠。 第一坯料的两个不相邻的折板(3',5')被胶合到第二坯料的两个相应的相对面板(13',15'),从而防止在折叠期间或在形成盒子期间的相对移动 当坯料围绕具有预定尺寸的体积缠绕时。 第二坯料的第三折线(19')的至少三分之二相对于第一坯料的第一折线基本上对准,一条或多条所述第三条线的下部(23)包括切割 或与相应的第一折线相对的折叠部分。
    • 10. 发明授权
    • System for automatically controlling lift-augmentation devices of an aircraft during take-off
    • 起飞时自动控制飞机起升装置的系统
    • US06643568B2
    • 2003-11-04
    • US09988264
    • 2001-11-19
    • Dominique ChatrenetGérard MathieuFernando AlonsoMartine Cart-Lamy
    • Dominique ChatrenetGérard MathieuFernando AlonsoMartine Cart-Lamy
    • G06F1900
    • G05D1/0661G05D1/0077
    • A system for automatically controlling lift augmentation devices of an aircraft, during a phase of take-off by the aircraft, includes a controllable actuator that shifts the lift-augmentation devices, and a control unit for generating control demands to control the actuator to bring the lift-augmentation devices into a defined position. The control unit further includes a detector that detects actual take-off by the air craft and, if appropriate, signals such detection to the control unit. At start of the take-off phase, the lift-augmentation device are brought into a first position, in which they are deployed. The control unit generates, at least when the detector signals the actual take-off, a control demand making it possible to bring the lift-augmentation devices into a second position, in which the lift-augmentation devices are retracted by comparison with the first position.
    • 一种用于在飞行器起飞阶段期间自动控制升降机增强装置的系统,包括可升降增加装置移动的可控致动器,以及用于产生控制要求以控制致动器带动 升降装置进入限定位置。 控制单元还包括检测器,其检测飞行器的实际起飞,并且如果适当的话,将这种检测信号发送到控制单元。 在起飞阶段开始时,提升装置进入其展开的第一位置。 控制单元至少在检测器发出实际的起飞时产生控制要求,从而使提升增加装置能够进入第二位置,在第二位置,提升增加装置与第一位置相比缩回 。