Tow flaw apparatus wherein the flaw vibrates a pivoted element between a light source and photocell

• 1. 管式紫外线光源荧光探伤仪 [P] . 中国专利： CN87216832U . 1988-11-09
• 2. 振动探伤仪性能参数获得方法及装置 [P] . 中国专利： CN109613117B . 2021.11.09
• 3. APPARATUS FOR DETECTING FLAWS IN LIGHT TRANSMISSIVE TUBING INCLUDING A PLURALITY OF DIAMETRICALLY OPPOSED LIGHT SOURCES [P] . 美国专利： US3565536A . 1971-02-23

  机译： 用于检测光透射管中的瑕疵的装置，其中包括多个直径相对的光源

• 4. ULTRAVIOLET RAY IRRADIATING LIGHT SOURCE APPARATUS FOR OPTICAL FIBER TYPE AUTOMATIC FLUORESCENT MAGNETIC POWDER FLAW DETECTION [P] . 日本专利： JPS63149556A . 1988-06-22

  机译： 光纤型自动荧光磁粉探伤用紫外光照射光源装置

• 5. FILM EXAMINING APPARATUS FOR DETECTING FLAWS IN A CONTINUOUSLY MOVING FILM WEB IN WHICH A DELAY CIRCUIT IS USED TO PERMIT DERIVING BOTH THE BLANKING SIGNAL AND THE INSPECTION SIGNAL FROM A SINGLE LIGHT SOURCE [P] . 美国专利： US3515488A . 1970-06-02

  机译： 用于检测连续移动电影网上的瑕疵的电影检查设备，该电路用于从单个光源得出空白信号和检查信号

• 1. A rapid scheduling method with resource selection by flaw analysis for a rectangular cutting stock problem against flawed and connectable resources [C] . Chujo, H., Shono, . 2004
• 2. Flaw detection in multi-layer, multi-material composites by resonance imaging: Utilizing Air-coupled Ultrasonics and Finite Element Modeling [D] . Livings, Richard Andrew 2011
• 3. Medicare payment data for spine reimbursement; important but flawed data for evaluating utilization of resources [O] . Richard P. Menger, Michael E. Wolf, Sunil Kukreja, 2015
• 4. A Rapid Scheduling Method by Analysis of Effective flaw Avoidance for a Two-Dimensional Orthogonal Guillotine Cutting Stock Problem for Flawed and Connectable Resources [O] . Yuji Shono, Yoshitomo Ikkai, Norihisa Komoda 2005
• 5. OR-FLAW: A Finite Element Program for Direct Evaluation of K-Factors for User-Defined Flaws in Plates, Cylinders and Pressure-Vessel Nozzle Corners. [R] . Atluri, S. N., Bass, B. R., Bryson, J. W., 1982

• 1. 充电携带式旋转磁场探伤仪 [C] . Li Bo ,李博 ,Tang source . 2014远东无损检测新技术论坛 . 2014