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    • 1. 发明授权
    • Rotary-wing and fixed-wing aircraft
    • 旋翼和固定翼飞机
    • US08820673B2
    • 2014-09-02
    • US13526899
    • 2012-06-19
    • Bruno Cacciaguerra
    • Bruno Cacciaguerra
    • B64C27/22B64C39/06B64C27/26
    • B64C27/26B64C39/062
    • An aircraft (1) having a fuselage (2), the aircraft (1) comprising a rotary wing (9) above the fuselage (2) and an extra fixed wing (10), the rotary wing (9) being above both the fuselage (2) and the fixed wing (10), said fixed wing (10) comprising at least one closed wing (20) comprising a first half-wing (21) and a second half-wing (22). Each half-wing (21, 22) is provided with a top lift portion (30) and a bottom lift portion (40), said bottom lift portion (40) of a half-wing being arranged in the wake (S) of the top lift portion (30) of that half-wing, the wake (S) being generated by a stream of air (F) coming from said rotary wing (9) and impacting against the top face (30′) of the top lift portion (30) when said aircraft (1) has a forward speed less than a predetermined threshold.
    • 具有机身(2)的飞机(1),飞行器(1)包括在机身(2)上方的旋转翼(9)和额外的固定翼(10),旋转翼(9)在机身上方 (2)和所述固定翼(10),所述固定翼(10)包括至少一个包括第一半翼(21)和第二半翼(22)的封闭翼(20)。 每个半翼(21,22)设置有顶部提升部分(30)和底部提升部分(40),所述半部翼的所述底部提升部分(40)布置在所述尾部的尾部(S)中 所述半翼的顶部提升部分(30),所述尾部(S)由来自所述旋转翼(9)的空气流(F)产生并且撞击所述顶部提升部分的顶面(30') (30)当所述飞行器(1)具有小于预定阈值的前进速度时。
    • 2. 发明申请
    • MONOLITHIC SELF-STIFFENED PANELS
    • 单一自强度面板
    • US20090101756A1
    • 2009-04-23
    • US11996302
    • 2006-07-12
    • Bruno Cacciaguerra
    • Bruno Cacciaguerra
    • B64C1/12
    • B64C25/16B64C1/12B64C2001/0072B64C2001/0081Y02T50/43
    • A composite panel having a first skin forming the outer wall of the panel, known as the lower face (1), and a second skin forming part of the inner wall of the panel. The second skin is formed hollow such as to produce an inner reinforcing frame (2) in the form of a half-box structure (3) which, together with the first skin, forms box parts. The aforementioned frame is equipped with a rim (4a, 4b) for fixing to the first skin, a face known as the upper face (5) and connecting side walls (6, 6a, 6b, 6c, 6d, 6e, 7) between the rim (4a, 4b) and the upper face (5) the first and second skins forming a monolithic self-stiffened panel. The half-box frame (2) has perforated sections (8) which are defined by hollow beam sections forming the half-box frame (2).
    • 一种复合面板,其具有形成面板外壁的第一皮肤,称为下表面(1),以及形成面板内壁部分的第二皮肤。 第二皮肤形成为中空的,以产生半框结构(3)形式的内部加强框架(2),其与第一皮肤一起形成箱体部件。 上述框架配备有用于固定到第一皮肤的边缘(4a,4b),称为上表面(5)的表面和连接侧壁(6,6a,6b,6c,6d,6e,7)之间的边缘 边缘(4a,4b)和上表面(5),第一和第二表皮形成一体的自加强板。 半框框架(2)具有由形成半框框架(2)的中空梁部分限定的穿孔部分(8)。
    • 6. 发明申请
    • ROTARY-WING AND FIXED-WING AIRCRAFT
    • 旋转和固定式飞机
    • US20130175383A1
    • 2013-07-11
    • US13526899
    • 2012-06-19
    • Bruno Cacciaguerra
    • Bruno Cacciaguerra
    • B64C27/26
    • B64C27/26B64C39/062
    • An aircraft (1) having a fuselage (2), the aircraft (1) comprising a rotary wing (9) above the fuselage (2) and an extra fixed wing (10), the rotary wing (9) being above both the fuselage (2) and the fixed wing (10), said fixed wing (10) comprising at least one closed wing (20) comprising a first half-wing (21) and a second half-wing (22). Each half-wing (21, 22) is provided with a top lift portion (30) and a bottom lift portion (40), said bottom lift portion (40) of a half-wing being arranged in the wake (S) of the top lift portion (30) of that half-wing, the wake (S) being generated by a stream of air (F) coming from said rotary wing (9) and impacting against the top face (30′) of the top lift portion (30) when said aircraft (1) has a forward speed less than a predetermined threshold.
    • 具有机身(2)的飞机(1),飞行器(1)包括在机身(2)上方的旋转翼(9)和额外的固定翼(10),旋转翼(9)在机身上方 (2)和所述固定翼(10),所述固定翼(10)包括至少一个包括第一半翼(21)和第二半翼(22)的封闭翼(20)。 每个半翼(21,22)设置有顶部提升部分(30)和底部提升部分(40),所述半部翼的所述底部提升部分(40)布置在所述尾部的尾部(S)中 所述半翼的顶部提升部分(30),所述尾部(S)由来自所述旋转翼(9)的空气流(F)产生并且撞击所述顶部提升部分的顶面(30') (30)当所述飞行器(1)具有小于预定阈值的前进速度时。
    • 7. 发明申请
    • UNDERCARRIAGE, AN AIRCRAFT INCLUDING SAID UNDERCARRIAGE, AND A METHOD OF LANDING SAID AIRCRAFT
    • 航空公司,航空公司,包括所谓的航空公司,以及登陆飞机的方法
    • US20120080558A1
    • 2012-04-05
    • US13240817
    • 2011-09-22
    • André BarbieriBruno Cacciaguerra
    • André BarbieriBruno Cacciaguerra
    • B64C25/18
    • B64C25/00B64C25/14B64C2025/125B64C2025/325
    • An undercarriage (6) provided with an undercarriage leg (10) and a shock absorber (20), said undercarriage (6) including an actuator-shock absorber (30), said undercarriage leg (10) comprising both a first element (11) carrying contact means (13) and a second element (12), which elements are hinged to each other. The undercarriage (6) includes pivot means (40) enabling said undercarriage leg (10) to pivot firstly in a first direction (S1) in order to retract said undercarriage leg (10) into said housing (4) under drive from said actuator-shock absorber (30), and secondly, during an emergency landing, in a second direction (S2) opposite to the first direction (S1) in order to move said undercarriage leg (10) away from said housing (4) while stressing said actuator-shock absorber (30).
    • 一种具有起落架脚架(10)和减震器(20)的起落架(6),所述起落架(6)包括致动器减振器(30),所述起落架腿部(10)包括第一元件(11) 承载接触装置(13)和第二元件(12),所述元件彼此铰接。 起落架(6)包括枢转装置(40),其使得所述起落架腿(10)首先在第一方向(S1)枢转,以便在所述致动器(10)的驱动下将所述起落架腿(10)缩回到所述壳体(4) 减震器(30),其次,在紧急着陆期间,在与所述第一方向(S1)相反的第二方向(S2)上移动所述起落架腿(10)以远离所述壳体(4),同时将所述致动器 - 减震器(30)。
    • 10. 发明授权
    • Aircraft undercarriage
    • 飞机起落架
    • US09033275B2
    • 2015-05-19
    • US13240817
    • 2011-09-22
    • André BarbieriBruno Cacciaguerra
    • André BarbieriBruno Cacciaguerra
    • B64C25/18B64C25/00B64C25/14B64C25/12B64C25/32
    • B64C25/00B64C25/14B64C2025/125B64C2025/325
    • An undercarriage (6) provided with an undercarriage leg (10) and a shock absorber (20), said undercarriage (6) including an actuator-shock absorber (30), said undercarriage leg (10) comprising both a first element (11) carrying contact means (13) and a second element (12), which elements are hinged to each other. The undercarriage (6) includes pivot means (40) enabling said undercarriage leg (10) to pivot firstly in a first direction (S1) in order to retract said undercarriage leg (10) into said housing (4) under drive from said actuator-shock absorber (30), and secondly, during an emergency landing, in a second direction (S2) opposite to the first direction (S1) in order to move said undercarriage leg (10) away from said housing (4) while stressing said actuator-shock absorber (30).
    • 一种具有起落架脚架(10)和减震器(20)的起落架(6),所述起落架(6)包括致动器减振器(30),所述起落架腿部(10)包括第一元件(11) 承载接触装置(13)和第二元件(12),所述元件彼此铰接。 起落架(6)包括枢转装置(40),其使得所述起落架腿(10)首先在第一方向(S1)枢转,以便在所述致动器(10)的驱动下将所述起落架腿(10)缩回到所述壳体(4) 减震器(30),其次,在紧急着陆期间,在与所述第一方向(S1)相反的第二方向(S2)上移动所述起落架腿(10)以远离所述壳体(4),同时将所述致动器 - 减震器(30)。