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SURFACE TRAVELING FLAW DETECTING DEVICE OF LARGE STEEL STRUCTURE

机译:大型钢结构的表面行进缺陷检测装置

摘要

PROBLEM TO BE SOLVED: To perform the fully automatic flaw detection of welds in a high- temperature large steel structure such as a blast furnace, an air heating furnace with no scaffolds and to perform the fully automatic grinding prior to flaw detecting operation, flaw detection, and the repainting of parts on which flaw detection is performed by one carriage. ;SOLUTION: The magnetic wheel 2 (2a and 2a' (2b and 2b') of a traveling struck A is formed of a ring-shaped magnet 4 provided around the outer peripheral surface of a wheel 3 of non-magnetic material and a wheel 6 of ferromagnetic material in which a heatproof lining 5 is formed on the outer peripheral surface sandwiching the ring-shaped magnet 4. In addition, a driving mechanism to drive the magnetic wheel 2 is formed of a drive motor 7 arranged to the frame 1 of the traveling carriage A via a low heat-conductivity material and a low heat-conductivity shaft coupling to couple the drive motor 7 and a driving shaft. An ultrasonic flaw detecting device C, and grinding device, and painting device are mounted on such a traveling truck A.;COPYRIGHT: (C)1998,JPO
机译:解决的问题:在高温大钢结构(例如高炉,无脚手架的空气加热炉)中对焊缝执行全自动探伤,并在探伤操作,探伤之前执行全自动打磨,以及用一个车架进行探伤的零件的重新喷涂。 ;解决方案:行进行程A的磁轮2(2a和2a'(2b和2b')由环形磁铁4形成,该磁铁围绕非磁性材料的车轮3和车轮的外周表面设置在图6的铁磁材料中,在将环状磁铁4夹在其外周面上形成有耐热衬套5的铁磁材料。另外,驱动磁轮2的驱动机构由配置在框架1上的驱动马达7构成。经由低导热率的材料和低导热率的轴联接而使行驶车A连结,以将驱动马达7与驱动轴连结,在该行驶路上安装有超声波探伤装置C,研磨装置以及涂装装置。卡车A .;版权:(C)1998,JPO

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