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SYSTEM AND METHOD FOR NON-INVASIVE FULL INSPECTION OF AIRPLANE

机译:飞机非侵入式全检的系统和方法

摘要

This invention relates to a scanning method and system for non-invasive testing, by performing radiographs of inspected airplanes from at least two different views. The system in accordance with the present invention consists of a mobile device for towing at least two scanning frames, with each frame containing a source of penetrating radiation and an array of detectors located on opposite sides of the scanned aircraft and a mobile control station, all components being made with the ability to attach and load on the mobile chassis in the transport mode. A complete scanning system for non-invasive testing of aircraft, in accordance with the present invention, is a mobile non-invasive scanning kit with installation on the chassis (1) of a vehicle, on which there is an additional chassis, add-on (2), on which a deformable profile is fixed in the form of a parallelogram, on which a mechanical boom (4) is installed at a variable angle into a double connection (5), supporting a source of penetrating radiation at the end (6). A hinged boom (7) with a connection (8) with one degree of freedom is installed along the superstructure (2), the boom is equipped with an array of detectors (9). The scanning system for non-invasive testing includes a mobile device (15) for towing and attaching to the front landing gear of the aircraft in order to pull the aircraft under test at a constant speed through the scanning frames. The mobile unit (22) of the control is outside the restricted area a and is controlled via wireless or wired communication.
机译:通过至少从两个不同的角度对被检查飞机进行射线照相的方法,本发明涉及一种用于非侵入性测试的扫描方法和系统。根据本发明的系统包括用于拖曳至少两个扫描框架的移动设备,其中每个框架包含穿透辐射源以及位于被扫描飞机和移动控制站的相对侧的检测器阵列,所有组件能够以运输模式连接并装载到移动机箱上。根据本发明,一种用于飞机的非侵入式测试的完整扫描系统是一种移动式非侵入式扫描套件,其安装在车辆的底盘(1)上,附加了一个附加的底盘。 (2),可变形轮廓以平行四边形的形式固定在其上,机械臂(4)以可变角度安装在双连接(5)中,在末端支撑穿透辐射源( 6)。沿上部结构(2)安装了带有一个具有一个自由度的连接件(8)的铰接式吊杆(7),该吊杆配备了一系列探测器(9)。用于非侵入式测试的扫描系统包括移动设备(15),该移动设备用于拖曳并附接至飞机的前起落架,以便以恒定的速度将待测飞机拉动通过扫描框架。控制器的移动单元(22)在限制区域a之外并且通过无线或有线通信来控制。

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