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公开(公告)号:US5629966A
公开(公告)日:1997-05-13
申请号:US629307
申请日:1996-04-08
摘要: A real time radiographic test system comprises a protective housing and a conveyor for conveying articles to be tested through the housing. A real time radiographic test instrument is located in the housing for performing a real time radiographic test on the article. The real time radiographic test instrument includes X-ray equipment disposed for directing an X-ray beam within the housing in a direction which does not intersect the conveyor. An article-handling actuator is located in the housing for repositioning an article from the conveyor to a position in registry with the X-ray beam, for maintaining the article in registry with the X-ray beam while the real time radiographic test is performed on the article and thereafter returning the article to the conveyor. The article-handling actuator and the X-ray equipment are designed such that each article to be tested is positioned substantially identically relative to the X-ray beam.
摘要翻译: 实时射线照相测试系统包括保护壳体和用于通过壳体输送待测试物品的输送机。 实时射线照相测试仪器位于外壳中,用于对该物品进行实时射线照相测试。 实时放射线检测仪器包括设置用于将X射线束引导到壳体内的X射线设备在不与输送机相交的方向上。 物品处理致动器位于壳体中,用于将物品从输送机重新定位到与X射线束对准的位置,用于将物品保持与X射线束对准,同时进行实时射线照相测试 该物品然后将物品返回到输送机。 物品处理致动器和X射线设备被设计成使得待测试的每个物品相对于X射线束基本相同地定位。
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公开(公告)号:US5615244A
公开(公告)日:1997-03-25
申请号:US450452
申请日:1995-05-25
申请人: Kerry R. Dykster , Jeffrey P. England , Philip M. Ealy , Michael Furman , Kim R. Merritt , Ronda R. Devereaux
发明人: Kerry R. Dykster , Jeffrey P. England , Philip M. Ealy , Michael Furman , Kim R. Merritt , Ronda R. Devereaux
摘要: A real time radiographic test system comprises a protective housing and a conveyor for conveying articles to be tested through the housing. A real time radiographic test instrument is located in the housing for performing a real time radiographic test on the article. The real time radiographic test instrument includes X-ray equipment disposed for directing an X-ray beam within the housing in a direction which does not intersect the conveyor. An article-handling actuator is located in the housing for repositioning an article from the conveyor to a position in registry with the X-ray beam, for maintaining the article in registry with the X-ray beam while the real time radiographic test is performed on the article and thereafter returning the article to the conveyor. The article-handling actuator and the X-ray equipment are designed such that each article to be tested is positioned substantially identically relative to the X-ray beam.
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