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公开(公告)号：KR100648963B1
公开(公告)日：2006-11-27
申请号：KR1020050104662
申请日：2005-11-03
Applicant: 국방과학연구소
IPC: F15B5/00
Abstract: A device for transferring an axial direction load is provided to be easily designed and manufactured by being structurally simple in comparison with a conventional flexure. In a device for transferring an axial direction load, a load applying part(100) applies a load. A load receiving part(200) receives a load generated by the load giving part. The load giving part includes an actuator joint end cab(110) for applying a load, a sliding housing(120) extended to the axial direction from the edge of the actuator joint end cab, and an end cap(130) connected to the actuator joint end cab in parallel. And the load receiving part includes a connector shaft loadcell(210) arranged in parallel with the end cap at a predetermined interval, a plurality of loading plates(220) extended to the load applying unit from one side edge of the connector shaft loadcell, and a two-way ball(240) connected to the loading plates by a plurality of loading round bars(230).
Abstract translation: 提供一种用于传递轴向负载的装置，与传统的挠曲件相比，结构简单，易于设计和制造。 在用于传递轴向负载的装置中，负载施加部（100）施加负载。 负载接收部分（200）接收由负载给定部分产生的负载。 负载施加部件包括用于施加负载的致动器接头端室（110），从致动器接头端室的边缘延伸到轴向方向的滑动壳体（120）以及连接到致动器的端盖（130） 并行连接端部驾驶室。 并且负载接收部分包括以预定间隔与端盖平行布置的连接器轴测力传感器（210），从连接器轴测力传感器的一个侧边缘延伸到负载施加单元的多个装载板（220），以及 通过多个加载圆棒（230）连接到所述加载板的双向球（240）。
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公开(公告)号：KR1020130118024A
公开(公告)日：2013-10-29
申请号：KR1020120040871
申请日：2012-04-19
Applicant: 국방과학연구소
Abstract: PURPOSE: A nonlinear control method of a gas generator is provided to obtain the high performance of control so as to be insensitive to the change of inner space size. CONSTITUTION: A nonlinear control method of a gas generator calculates the difference between an input command (11) and a pressure sensing signal (15) that senses the substantial pressure of the gas generator (10), and uses the calculated difference as the nozzle throat size adjusting valve control signal by applying a control gain (13) to the calculated difference. The control gain is continuously changed by the size of the inner space of the gas generator that is estimated by the pressure sensing signal and a space estimator (16). [Reference numerals] (10) Gas generator; (11) Command; (16) Space estimating
Abstract translation: 目的：提供一种气体发生器的非线性控制方法，以获得高性能的控制，从而对内部空间尺寸的变化不敏感。 构成：气体发生器的非线性控制方法计算输入命令（11）和感测气体发生器（10）的实际压力的压力感测信号（15）之间的差异，并将计算的差用作喷嘴喉 通过对所计算的差施加控制增益（13）来调整大小调节阀控制信号。 通过由压力感测信号估计的气体发生器的内部空间的大小和空间估计器（16），控制增益不断变化。 （附图标记）（10）气体发生器; （11）指挥; （16）空间估计
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公开(公告)号：KR1020080101236A
公开(公告)日：2008-11-21
申请号：KR1020070047729
申请日：2007-05-16
Applicant: 국방과학연구소
Abstract: A correction force applying device and a multi-component force testing device including the device can apply an exact load which is not influenced by the secondary load to a load cell for correction. A multi-component force testing device includes a ride bed(110) in which a propulsion unit is mounted, a fixed bed(120) to which the ride bed is connected, a correction load transmission axis(130) installed at the fixed bed side and delivering the correction load generated in a power source, a correction load applying axis(140) connected to the correction load transmission axis with a load cell for correction and applying the correction load to the ride bed, and a secondary load removing unit(150) interconnecting the correction load transmission axis and correction load applying axis and removing the secondary load generated in the transmission of the correction load.
Abstract translation: 校正力施加装置和包括该装置的多分力测试装置可以将不受次级负载影响的精确负载应用于用于校正的测力传感器。 一种多部件力测试装置，包括其中安装有推进单元的行驶床（110），与所述乘坐车床相连接的固定床（120），安装在所述固定床侧的校正载荷传递轴（130） 并且将用于校正的负载传感器和校正负载施加到乘坐床上，并且传递在电源中产生的校正负载，连接到校正负载传输轴线的校正负载施加轴线（140），并将校正负载施加到乘坐床;以及二次负载移除单元 ），校正负载传输轴和校正负载施加轴相互连接，并且去除在校正负载的传输中产生的次级负载。
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