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    • 74. 发明申请
    • A COLLISION TEST DEVICE AND A METHOD OF BREAKING A COLLISION TEST DEVICE
    • 冲击测试装置和断开测试装置的方法
    • WO2004046677A1
    • 2004-06-03
    • PCT/SE2003/001795
    • 2003-11-18
    • ABB ABLINDQVIST, Håkan
    • LINDQVIST, Håkan
    • G01M7/08
    • G01M17/0078
    • A collision test device, comprising a tow rope (3), a means (9-14) for driving the tow rope (3), and a means (20) for connecting the tow rope to an object (1) that is to be accelerated by means of the moving tow rope (3) and subjected to a collision test. The collision test device further comprises a second means (21, 22) for connecting the tow rope (3) to said object (1) and operating as a brake device for subsequent deceleration of the object (1), and the second connecting means (21, 22) comprises a trolley (21) that is attached to the tow rope (3), to be able to conduct a pre-crash deceleration impact test.
    • 一种碰撞试验装置,包括拖绳(3),用于驱动拖绳(3)的装置(9-14),以及用于将拖绳连接到将要被牵引的物体(1)的装置(20) 通过移动的牵引绳(3)加速并进行碰撞试验。 碰撞试验装置还包括用于将拖绳(3)连接到所述物体(1)并作为制动装置操作以用于物体(1)的后续减速的第二装置(21,22),并且所述第二连接装置 21,22)包括附接到所述拖绳(3)的手推车(21),以能够进行预碰撞减速冲击试验。
    • 75. 发明申请
    • METHOD AND APPARATUS FOR TESTING VEHICLE COMPONENTS
    • 用于测试车辆部件的方法和装置
    • WO02057735A1
    • 2002-07-25
    • PCT/GB2002/000232
    • 2002-01-18
    • G01M7/08G01M17/007
    • G01M7/08G01M17/0078
    • Impact testing apparatus comprises a support member (34) which comprises a sacrificial energy absorber (14) housed under a metal shell (12). The support member (34) is configured to have impact characteristics which mimic those of a predetermined vehicle part (e.g. car roof). A vehicle component (16) which is entented to be used with the predetermined vehicle part is placed on the support member (34) and impact tested with impactor (18). The arrangement simulates impact testing of the vehicle component in situ with the predetermined vehicle part.
    • 冲击试验装置包括支撑构件(34),该支撑构件包括容纳在金属壳体(12)下方的牺牲能量吸收体(14)。 支撑构件(34)构造成具有模拟预定车辆部件(例如车顶)的冲击特性的冲击特性。 将与预定车辆部件一起使用的车辆部件(16)放置在支撑部件(34)上并用冲击器(18)进行冲击试验。 该装置模拟车辆部件与预定车辆部件原位的冲击试验。
    • 77. 发明申请
    • METHOD FOR CONDUCTING CRASH TESTS USING A CARRIAGE AND CORRESPONDING DEVICE
    • 程序崩溃SLED TRY及其装置的实现
    • WO00079236A1
    • 2000-12-28
    • PCT/EP2000/004139
    • 2000-05-09
    • G01M7/08F15B11/04G01M17/007
    • G01M17/0078
    • The invention relates to a method for conducting crash tests using a carriage, especially for simulating the collision of a motor vehicle with an obstacle, whereby the deceleration forces of an actual collision are simulated by accelerating a crash-test carriage (9) in accordance with the actual deceleration curve, whereby a force is exerted on the crash-test carriage (9) in the direction of acceleration (II) to avoid calibration tests during the test, said force being greater than the force required for acceleration in accordance with the real deceleration curve. In order to achieve the desired acceleration curve in the crash-test carriage (9) or in a device (7) driving the latter, a brake force is exerted in the direction opposite to the direction of acceleration (II), said force being so great that the resulting force accelerates the carriage (9) in accordance with the desired acceleration curve.
    • 用于进行碰撞滑架测试中,尤其是用于模拟一机动车辆与障碍物的影响,其中的一个实际影响该减速力是模拟在根据实际减速曲线碰撞托架(9)被加速的方法,由此避免 校准尝试是在碰撞支架(9)上,一方面在实验过程中施加,在加速方向上的力(II),其是比对应于真实的减速曲线,分别必要的强度的加速度越大,并且,为实现碰撞滑架的期望加速度曲线 (9)或到驱动(7)另一方面,加速度的(II)相对的制动力的方向施加,这是如此之大,所得到的力加速(9)根据所希望的加速度曲线中的滑架的装置。
    • 79. 发明申请
    • PYROTECHNICAL TEST STAND
    • PYROTECHNICAL测试台
    • WO99001735A1
    • 1999-01-14
    • PCT/FR1998/001417
    • 1998-07-02
    • G01M7/08G01M17/007G01N3/30
    • G01N3/313G01M7/08G01M17/0078
    • The invention concerns a pyrotechnical test stand for producing acceleration and deceleration with simple or complex spectra, characterised in that the test bench consists of a launch tube (2) or a mobile equipment damper (6), whereof the internal pressure levels are generated and modulated by the programmed ignition of pyrotechnical gas generators (15) and by the opening of gas-ejecting vents (18) with adjustable surfaces and positions and programmed apertures. The characteristics of the gas generators and vents are pre-computed by means of simulation software to obtain the required acceleration and deceleration law.
    • 本发明涉及一种用简单或复杂光谱产生加速和减速的烟火测试台,其特征在于测试台由发射管(2)或移动设备阻尼器(6)组成,其内部压力水平产生和调制 通过烟火气体发生器(15)的编程点火和通过可调节的表面和位置以及编程的孔口打开气体喷射口(18)。 气体发生器和通风口的特性通过仿真软件预先计算,以获得所需的加速和减速定律。
    • 80. 发明申请
    • WEGAUFNEHMERANORDNUNG SOWIE CRASHTEST-DUMMY
    • WEGAUFNEHMERANORDNUNG和碰撞测试假人
    • WO2017008778A1
    • 2017-01-19
    • PCT/DE2016/000271
    • 2016-07-13
    • PFEIFER, Gerhard
    • PFEIFER, Gerhard
    • G01B5/14
    • G01B5/14G01B3/06G01M17/0078G09B23/32
    • Beschrieben werden eine Wegaufnehmeranordnung (2, 2') zur Messung von Intrusionen in einem Crashtest-Dummy, mit einer ersten Aufhängung (4) und einer zweiten Aufhängung (6), wobei ein Abstand zwischen erster Aufhängung (4) und zweiter Aufhängung (6) veränderlich ist, wobei ein Wegaufnehmer (20, 38) zur Messung des Abstandes (D) zwischen erster Aufhängung (4) und zweiter Aufhängung (6) vorgesehen ist, wobei erste Aufhängung (4) und zweite Aufhängung (6) über eine Scherenhubmechanik (8) miteinander verbunden sind. Desweiteren wird ein Crashtest-Dummy beschrieben.
    • 描述了一种Wegaufnehmeranordnung(2,2“),用于入侵在碰撞测试假人的测量中,包括第一悬挂装置(4)和第二悬浮液(6),其中,所述第一悬浮液(4)和所述第二悬浮液之间的距离(6) 是可变的,其中,所述用于测量所述第一悬浮液(4)和所述第二悬架之间的距离(D)的换能器(20,38)(6)设置有经由Scherenhubmechanik第一悬挂装置(4)和第二悬挂装置(6)(8 )被连接在一起。 此外,碰撞测试假人进行说明。