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    • 71. 发明授权
    • Guided missile with ram jet drive
    • 导弹与喷气式喷射机
    • US5904319A
    • 1999-05-18
    • US919982
    • 1997-08-28
    • Walter Hetzer
    • Walter Hetzer
    • F42B10/64F02K7/10
    • F42B10/64
    • A guided missile with ram jet drive, with an engine occupying the airframe cross section, with two outer air intakes in the lower area of the airframe, which lead to the tail with wake shafts, with a tail plane including four separately pivotable vanes in the form of a diagonal cross. A rigid wing arrangement is provided in or in front of the center of the missile. One drive unit with linear movement is provided for each vane. Two of the drive units are arranged longitudinally offset in the longitudinal and circumferential directions of the guided missile in each wake shaft. A kinematic connection from the drive unit to the lower vane is formed by a coupling rod each with joints at both ends. A kinematic connection from the drive unit to the upper vane is formed by a pivotable double lever each and a coupling rod with ball joints at both ends.
    • 具有喷射式喷射驱动的导弹,其中引擎占据机身横截面,机身下部区域具有两个外部进气口,其中尾部带有尾流轴,尾翼包括四个可分离的枢转叶片 对角十字架的形式。 导弹中心内或前面设有一个刚性翼结构。 为每个叶片提供一个具有线性运动的驱动单元。 两个驱动单元沿每个尾轴中的导弹的纵向和圆周方向纵向偏移地布置。 从驱动单元到下叶片的运动学连接由两端具有接头的连接杆形成。 从驱动单元到上叶片的运动学连接由可枢转的双杠杆和两端具有球接头的联接杆形成。
    • 73. 发明授权
    • Wall structure for fuel-cooled rocket engine walls
    • 燃油冷却火箭发动机墙壁结构
    • US5899060A
    • 1999-05-04
    • US787389
    • 1997-01-22
    • Gunther Schmidt
    • Gunther Schmidt
    • F02K9/64F02K9/97F02K99/00F02K11/00
    • F02K9/64
    • A wall structure for fuel-cooled engine walls, with a cooling structure having an inner wall to which hot gas is admitted; an outer wall located at a spaced location therefrom; as well as a plurality of webs, which connect the two walls and divide the intermediate space between the walls into cooling channels (19), and with a support structure in the form of at least one stable outer jacket. The cooling structure is slotted from the outside in the area of each web, wherein the slots (22) pass through the outer walls and the centers of the webs into the area of the inner wall. The support structure is designed as an elastically nonrigid support structure at least in the area joining the cooling structure and/or is located at a spaced location from the cooling structure.
    • 用于燃料冷却的发动机壁的壁结构,具有冷却结构,其具有允许热气体的内壁; 位于其间隔开的位置的外壁; 以及连接两个壁并且将壁之间的中间空间分成冷却通道(19)并且具有至少一个稳定的外护套形式的支撑结构的多个腹板。 冷却结构从每个腹板区域的外侧开槽,其中槽(22)穿过外壁和腹板的中心进入内壁的区域。 支撑结构至少在连接冷却结构的区域和/或位于与冷却结构间隔开的位置处被设计为弹性非刚性支撑结构。
    • 74. 发明授权
    • Releasing means
    • 释放手段
    • US5865207A
    • 1999-02-02
    • US734828
    • 1996-10-22
    • Arno VoitGunter Langel
    • Arno VoitGunter Langel
    • B64G1/40B64G1/64F02K9/58F16K17/16
    • B64G1/402B64G1/645F02K9/58Y10S137/91Y10T137/1699Y10T137/1744Y10T137/1752
    • A releasing device for rocket fuel lines, arranged between a tank outlet and a shutoff valve, which releases the flow path at a defined, tank-side overpressure, with a piston-like bursting element. A disk is provided with a predetermined breaking point and with a clamping flange, as well as a guide rod that is rigidly attached to the disk, and a catching basket that is permeable to flow and fixes the disk in a positive-locking manner after rupture and axial movement. The bursting element is assembled by welding from two parts, namely, the disk with the clamping flange and the predetermined breaking point as one part, and the guide rod with the disk seat as the other part, the disk with the clamping flange is manufactured by machining from a cold-worked, weldable plate material with low breaking strength, the guide rod is manufactured by machining from the rod stock of which the disk was made or of a weldable material having a higher strength, and the predetermined breaking point is manufactured by machining as a one-sided notch on the side of the bursting element facing away from the tank.
    • 一种用于火箭燃料管线的释放装置,布置在罐出口和截止阀之间,其在限定的罐侧过压下释放流路,并具有活塞式爆破元件。 盘具有预定的断裂点,并且具有夹紧凸缘,以及刚性地附接到盘的导向杆,以及在破裂之后可以以积极锁定方式流动和固定盘的捕获篮 和轴向运动。 爆破元件通过焊接从两部分组装,即具有夹紧法兰的盘和作为一部分的预定断裂点,并且具有作为另一部分的盘座的导杆,具有夹紧凸缘的盘由 通过具有低断裂强度的冷加工可焊接板材进行加工,导杆通过从制造圆盘的棒料或具有较高强度的可焊接材料加工而制造,并且预定断裂点由 在爆破元件的背离油箱的一侧作为单面槽口加工。
    • 76. 发明授权
    • Propulsion plant operating on the basis of catalytic and/or chemical
decomposition of a propellant
    • 在推进剂的催化和/或化学分解的基础上运行的推进装置
    • US5787702A
    • 1998-08-04
    • US726083
    • 1996-10-04
    • Peter TiedtkeJosef Wiener
    • Peter TiedtkeJosef Wiener
    • B64G1/24F02K9/52F02K9/68F02K9/02
    • F02K9/52
    • A propulsion plant operating on the basis of a catalytic and/or chemical decomposition of a liquid propellant, is equipped with a so-called aspirator ring (19) that covers the exit openings of the injection pipes (11), thereby screening these openings toward the decomposition chamber. The aspirator ring (19) is further enclosed by an aspirator screen (19A). The aspirator ring is constructed as a vaulted channel (20) in which the discharge bores (21) are arranged in a pattern that assures a uniform distribution of the propellant into the catalyst bed in the decomposition chamber. The aspirator screen (19A) is also formed with a channel and both the channel in the screen (19A) and the channel in the aspirator ring (19) preferably have a semicircular cross-section. The catalyst bed is divided into two separate beds so that the respective housing can also be divided so that subassemblies of the thruster may be built separately and then assembled. One subassembly includes the injection components and one catalyst bed in a first housing section (5) and the other subassembly includes a second catalyst bed in a respective housing section (6) and an expansion nozzle (13) connected to the second housing section (6).
    • 基于液体推进剂的催化和/或化学分解操作的推进装置配备有覆盖喷射管(11)的出口的所谓的吸气环(19),从而将这些开口朝向 分解室。 吸气器环(19)进一步被吸气器筛(19A)封闭。 抽吸器环被构造为拱形通道(20),其中排放孔(21)以确保推进剂均匀分布到分解室中的催化剂床中的图案布置。 抽吸器筛网(19A)还形成有通道,筛网(19A)中的通道和抽吸器环(19)中的通道两者优选具有半圆形横截面。 催化剂床分成两个独立的床,使得相应的壳体也可以分开,使得推进器的子组件可以单独构建并且然后组装。 一个子组件包括在第一壳体部分(5)中的注射部件和一个催化剂床,另一个子组件包括在相应的壳体部分(6)中的第二催化剂床和连接到第二壳体部分(6)的膨胀喷嘴(13) )。
    • 78. 发明授权
    • Warhead
    • 弹头
    • US5750917A
    • 1998-05-12
    • US489921
    • 1990-02-26
    • Joachim SecklerKlaus-Peter Geiss
    • Joachim SecklerKlaus-Peter Geiss
    • F42B12/18
    • F42B12/18
    • In a tandem warhead, the preliminary shaped charge (5) is arranged at the front end of a spacer (9) which is displaceable toward the front in a guide (12) provided in the preliminary structure (13) of the warhead. Shearing pins (14) are provided for fixing the spacer (9) in the pushed in position. A pyrotechnical element (16) is fastened at the spacer (9). The spacer (9) is provided at its rear end with an annular element (28) which contacts the lining (3) of the main charge (1) in the pushed in position. A pressure space (32) is accordingly formed, so that a high pressure is achieved when the pyrotechnical element (16) is fired, whereupon a recoil occurs due to the propellant gases of the pyrotechnical element (14) flowing out through nozzles (25), which recoil ensures a gentle starting of the spacer (9) into the moved out position.
    • 在串联弹头中,预备成形装置(5)布置在间隔件(9)的前端,该间隔件可在设置在弹头的初步结构(13)中的引导件(12)中向前移动。 提供剪切销(14)用于将间隔件(9)固定在被推入就位。 烟火元件(16)紧固在间隔件(9)处。 间隔件(9)在其后端处设置有环形元件(28),该环形元件(28)在被推入就位时接触主电荷(1)的衬里(3)。 因此,形成压力空间(32),使得当烟火元件(16)被点燃时获得高压,于是由于烟火元件(14)的喷射气体通过喷嘴(25)流出而发生反冲, ,这种反冲确保了将间隔件(9)轻轻地启动到移出位置。