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    • 33. 发明公开
    • Object recognition device
    • 对象识别装置
    • EP0376547A3
    • 1992-04-01
    • EP89313023.7
    • 1989-12-13
    • SIGMAX KABUSHIKI KAISHA
    • Watanabe, Masaharu c/o Sigmax K.K.
    • G06T7/00
    • G06T7/0004B29C45/842G06T7/73
    • An object recognition device for judging the normality of an object (15) provides a monitor region including a plurality of monitor points superimposed on an image produced by video signal (VD) obtained from the object. Variation in the luminance information obtained from the image with respect to a reference information from the monitor region is monitored. In a case where the position of the monitor region on the video image of the object becomes unsuitable for normality determination, a correction range is set at and around the monitor point and the setting of the monitor point is updated to another one of a plurality of monitor points in the monitor region. The luminance information obtained when the monitor region is moved to the other one of the plurality of monitor points contained in the correction range facilitates the judgement of normality.
    • 用于判断对象(15)的正常性的对象识别装置提供监视区域,该监视区域包括叠加在由对象获得的视频信号(VD)产生的图像上的多个监视点。 监视从图像获得的关于来自监视区域的参考信息的亮度信息的变化。 在对象的视频图像上的监视区域的位置变得不适合于正常判定的情况下,在监视点的周围设置校正范围,将监视点的设定更新为多个 监控区域中的点。 当监视区域移动到包含在校正范围中的多个监视点中的另一个监视点时获得的亮度信息便于正常判断。
    • 37. 发明授权
    • Impeller
    • 叶轮
    • US08033793B2
    • 2011-10-11
    • US11889160
    • 2007-08-09
    • Kazuo IkedaYasutaka OkudaRyouhei AdachiSatoshi MaruyamaSatoshi Hoshino
    • Kazuo IkedaYasutaka OkudaRyouhei AdachiSatoshi MaruyamaSatoshi Hoshino
    • B21D53/78
    • F04D29/20B29C45/14065B29C45/1459B29C45/842B29L2031/08F04D29/026F04D29/2227F05D2300/10F05D2300/44Y10T29/49316Y10T29/49325Y10T29/49329
    • The present invention provides an impeller in which a metallic bush can be inserted correctly into a synthetic resin impeller main body manufactured by resin molding using a die, and a determination as to whether or not the impeller has been manufactured correctly can be made easily. The impeller comprises: a metallic bush comprising a circumferential boss portion having a substantially truncated cone-shaped throttle portion positioned on a front surface axial end side, a periaxial support boss portion positioned in an axial center, and a circumferential protruding portion positioned on a back surface axial end side; and an impeller main body made of synthetic resin and formed with a V-shaped bulging portion that bulges axially in the center of a front surface side of a disk-shaped vane portion fulcrum, in which a plurality of vanes are formed integrally on the periphery of the V-shaped bulging portion. An outer diameter of the circumferential protruding portion of the bush is formed to be smaller than an outer diameter of an axial end location of the throttle portion, the circumferential protruding portion is positioned on a back surface side of the V-shaped bulging portion, and the bush is inserted into the V-shaped bulging portion.
    • 本发明提供一种叶轮,其中可以将金属衬套正确地插入到通过使用模具的树脂成型制造的合成树脂叶轮主体中,并且可以容易地确定是否正确地制造了叶轮。 叶轮包括:金属衬套,其包括周向凸台部分,其具有位于前表面轴向端侧的基本上截头圆锥形的节流部分,位于轴向中心的轴向支撑凸台部分和位于背面的周向突出部分 表面轴向端面; 以及由合成树脂制成的叶轮主体,其形成有V形凸起部,该V形凸出部在圆盘形叶片部支点的前表面侧的中心轴向凸出,其中多个叶片一体地形成在周边 的V形凸出部分。 衬套的周向突出部的外径形成为小于节流部的轴向端部的外径,周向突出部位于V形凸出部的背面侧, 衬套插入到V形凸出部分中。
    • 39. 发明授权
    • Assembling a lead frame between a pair of molding cavity plates
    • 在一对成型腔板之间组装引线框架
    • US5286426A
    • 1994-02-15
    • US861723
    • 1992-04-01
    • Albert V. Rano, Jr.Romeo R. CastroBenjamin O. Tee
    • Albert V. Rano, Jr.Romeo R. CastroBenjamin O. Tee
    • B29C45/14B29C45/84H01L21/56
    • B29C45/14065B29C45/14655B29C45/842H01L21/565H01L24/97H01L2224/48247H01L2224/49171H01L2924/14H01L2924/181
    • In a method for assembling a lead frame between two plate-mold cavity plates, a lead frame that includes a plurality of integrated circuit chips mounted spaced at intervals in a row thereon, is placed on a bottom one of the cavity plates which has a row of cavities spaced apart at the same intervals as the integrated circuit chips, each chip being positioned over a corresponding cavity. The bottom cavity plate is held about horizontal on the base plate of an assembly fixture. Two short guide pins extend upward from the cavity plate, the lead frame having two pilot holes directly above the guide pins. Accurate positioning of the lead frame will permit penetration of the pilot holes by the guide pins. When inaccurate positioning occurs, the lead frame will ride up on the guide pin(s) admitting ambient light into light-detecting holes formed in the bottom cavity plate, and a light detection system in the assembly fixture, including photo-detectors at each hole and a signal generating circuit, will generate a warning signal that may in turn generate a warning light or sound to advise an operator to reposition the lead frame accurately.
    • 在用于在两个板模腔板之间组装引线框架的方法中,包括多个集成电路芯片的引线框架被安置在间隔开的一行中,放置在具有一列的空腔板的底部一个 的腔体以与集成电路芯片相同的间隔间隔开,每个芯片位于相应的腔体上方。 底部腔板在组装夹具的基板上围绕水平保持。 两个短引导销从腔板向上延伸,引线框架具有直接在引导销上方的两个引导孔。 引导框架的精确定位将允许引导孔穿过引导孔。 当发生不准确的定位时,引线框架将在导向引脚上行进,引导环将光线导入到形成在底部腔板中的光检测孔中,以及组装夹具中的光检测系统,包括每个孔处的光电探测器 和信号发生电路将产生警告信号,该警告信号又可产生警告灯或声音,以建议操作者准确地重新定位引线框架。