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    • 13. 发明公开
    • REUSABLE BOOSTER FOR THE FIRST STAGE OF A LAUNCHER
    • 威尼斯的ZUSATZRAKETEFÜRDIE ERSTE STUFE EINERTRÄGERRAKETE
    • EP1162139A1
    • 2001-12-12
    • EP00970361.2
    • 2000-10-13
    • Gosudarstvenny Kosmichesky Naucho-Proizvodstvenny Tsentr IM. M.V. Khrunicheva
    • KISELEV, Anatoly IvanovichMEDVEDEV, Alexandr AlexeevichTRUFANOV, Jury NikolaevichRADUGIN, Igor SergeevichKUZNETSOV, Jury LeonidovichPANKEVICH, Alexandr AlexandrovichNABOISCHIKOV, Gennady FedorovichUSHAKOV, Vladimir Mikhailovich
    • B64G1/14F02K9/78
    • F02K9/78B64G1/002B64G1/14B64G1/401
    • A booster comprises a body including tanks for an oxidizer and fuel, a nose compartment with a dome, a between-tank section and an afterbody, a rocket engine installation, an all-moving wing with a unit for turning it and fixing in a position along the axis of the booster during the ascension step and in a position turned by 90° during the return flight, horizontal and vertical fin assemblies, a triple-point support landing gear, aerodynamic control organs and units for jointing to the second stage of the launch vehicle. The booster is provided with an air-feed jet engine installation, comprising two engines with air intakes mounted in the nose compartment, and with gas-line extensions with exhaust nozzles extending beyond the bypasses of the external contours of the nose compartment, and a propellant system with propellant tanks in the wing, working and balancing tanks in the nose compartment. A wing is mounted on the upper surface of the booster body in the area of the between-tank section. Horizontal and vertical fins are mounted on the afterbody and are made respectively in the form of a stabilizer consisting of two all-moving consoles with a small negative V-shaped angle, and a fin with a yaw rudder. The dome of the nose compartment is made in the form of a portion of a sphere and has two inlet apertures for the aforesaid air intakes, closed by one turning plug. 6 dependent claims, 11 drawings.
    • 助推器包括一个主体,包括用于氧化剂和燃料的罐,具有圆顶的舱室,箱体间部分和后箱体之间的主体,火箭发动机装置,具有用于转动并固定在其上的单元的全动翼 在升降步骤期间沿助力器的轴线,在返回飞行期间在90度的位置,水平和垂直翅片组件,三点支撑起落架,空气动力学控制机构和用于连接到第二阶段的单元 运载火箭。 增压器设置有空气进料喷射发动机装置,其包括两个引擎,其具有安装在鼻部隔室中的进气口,以及具有延伸超过鼻部隔室的外部轮廓的旁路的排气喷嘴的气体管线延伸部,以及推进剂 在机翼中有推进剂罐的系统,鼻腔中的工作和平衡罐。 机翼安装在助推器主体的上表面之间的槽间区域。 水平和垂直翅片安装在后身上,并分别制成由两个具有小V形角度的全移动控制台组成的稳定器和具有偏航舵的翅片。 鼻部隔室的圆顶以球体的一部分的形式制成,并且具有用于上述进气口的两个入口孔,由一个转动塞封闭。 6个从属权利要求,11个图纸。
    • 14. 发明公开
    • LOW EARTH ORBIT PAYLOAD LAUNCH SYSTEM
    • ERDNAHEN轨道,STARTSYSTEM
    • EP0925223A4
    • 1999-12-15
    • EP97942518
    • 1997-09-15
    • WURST STEPHEN GSCOTT HARRY
    • WURST STEPHEN GSCOTT HARRY
    • B64C37/02B64D5/00B64G1/14B64G1/64B64G1/40
    • B64G1/14B64D5/00
    • The orbital launch system is a three stage vehicle to launch orbital payloads. The system uses a turbofan powered aircraft (2) as the first stage with an aerospacecraft (3) attached by an under wing pylon (8) at an aircraft engine mount (7) for carriage. The aerospacecraft (3) is the second stage and is powered by ejector ramjet engines (27). The aerospacecraft has a cargo bay (6) with cargo bay doors (35) in its midsection. A booster rocket (5) with the payload (9) is launched from the cargo bay (6) by use of an ejection system. The payload (9) is mounted on the booster to be placed in the proper orbit. The orbital launch system may also have a parachute drop recovery system (13) to recover the booster rocket (5) after it deorbits.
    • 轨道发射系统是发射轨道有效载荷的三级载体。 该系统使用涡轮风扇动力飞机(2)作为第一级,其中航空器(3)通过飞机发动机支架(7)处的下翼式挂架(8)附接以用于运输。 航空航天器(3)是第二级,由喷射式冲压喷气发动机(27)提供动力。 航空航天器在其中部具有货舱(6)和货舱门(35)。 具有有效载荷(9)的助推器火箭(5)通过使用弹出系统从货舱(6)发射。 有效载荷(9)安装在助推器上,放置在合适的轨道上。 轨道发射系统也可以具有降落伞下降回收系统(13),以便在其解吸后回收增压火箭(5)。
    • 16. 发明授权
    • SPACECRAFT WITH AN ESCAPE SYSTEM FOR THE CREW
    • WITH A救援体系TEAMS航天器
    • EP0631931B1
    • 1998-02-18
    • EP94914254.1
    • 1993-08-04
    • MESTON, Vyacheslav Alexandrovich
    • MESTON, Vyacheslav Alexandrovich
    • B64G1/14B64G1/62B64C29/00B64C39/00
    • B64G1/14B64G1/62
    • The spacecraft comprises: a fuselage (1), a wing (2), a motor unit comprising two liquid fuel launch rocket motors (3), two liquid fuel booster rocket motors (4), six transverse thrust rockets (5) mounted in the fuselage on a rotatable ring (6), solid fuel rocket motors (7 and 8) to provide emergency braking and additional acceleration respectively, a payload compartment (9), the crew's compartment (10), and a tail assembly with two vertical struts (11), a lower stabilizer (12) and an upper stabilizer (13). The fuselage (1) is provided with a movable central conical element (14). The spacecraft chassis is provided with a rotatable rear wheel (21). The crew's compartment (10) is situated between the two upright struts (11) below the upper stabilizer (13). The spacecraft is provided with an orbital manoeuvering system whose final control elements are low thrust motors (22, 23) and gyrodines. The escape system comprises a separate compartment (24) designed as a ballistic re-entry capsule and secured to the aft end of the fuselage. The capsule (24) is linked to the crew's compartment (10) by means of a passage (25) which is provided with a system for getting the crew from their compartment (10) into the capsule (24). The capsule (24) is provided with hatches at the front and rear ends, an aerodynamic braking system and a parachute system. The front part of the capsule (24) is provided with a heat-resistant protective layer (36). The capsule's centre of gravity is displaced towards its forward end.