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    • 13. 发明授权
    • Dual illumination apparatus for container inspection
    • 用于集装箱检查的双重照明装置
    • US6061125A
    • 2000-05-09
    • US014052
    • 1998-01-27
    • Alan E. ThomasMichael C. Bagley
    • Alan E. ThomasMichael C. Bagley
    • G01N21/90G01N21/00
    • G01N21/90
    • A container inspection system wherein diffused light and collimated light provide backlighting to image a container (10) by a color camera (18). Light strobed through a ring light (36) and parabolic reflector (39) is diffused at a diffusion laminate (46). Light strobed through a ring light (60) and parabolic reflector (64) is collimated at lens (68) and aligned with the diffused light by reflector laminate (48). Diffused light is filtered by a blue band-pass filter (42) and collimated light is filtered by a red band-pass filter (66) and camera (18) segregates the container image according to blue and red color planes.
    • 一种容器检查系统,其中漫射光和准直光提供背光以通过彩色照相机(18)对容器(10)成像。 通过环形光(36)和抛物面反射器(39)选通的光在扩散层压板(46)处扩散。 通过环形光(60)和抛物面反射器(64)选通的光在透镜(68)处被准直,并与反射层叠体(48)与漫射光对准。 扩散光被蓝色带通滤光器(42)滤波,并且准直光被红色带通滤光器(66)滤光,照相机(18)根据蓝色和红色平面分离容器图像。
    • 14. 发明授权
    • Method and system for performing thermal and power management for a
computer
    • 用于对计算机执行热和电源管理的方法和系统
    • US5974557A
    • 1999-10-26
    • US914299
    • 1997-08-18
    • C. Douglass ThomasAlan E. Thomas
    • C. Douglass ThomasAlan E. Thomas
    • G06F1/20G06F1/32
    • G06F1/324G06F1/206G06F1/3203Y02B60/1217Y02B60/1275
    • Novel techniques for controlling a processor's clock frequency and/or fan so as to prevent overheating are disclosed. The invention attempts to maximize the processing speed of the processor while preventing overheating or to reduce power consumption. In a preferred embodiment, the invention monitors a processor's activity and its temperature. When there is no activity for the processor, a slowed clock frequency is used, thereby saving power and lowering the thermal heat produced by the processor. On the other hand, when there is activity for the processor, a fast clock frequency is used. However, when prolonged activity (i.e., sustained fast clock frequency) causes the processor's temperature to become dangerously high for proper operation, the clock frequency is reduced and/or a fan is activated so as to prevent overheating. The invention may be implemented as an apparatus or a method.
    • 公开了用于控制处理器的时钟频率和/或风扇以防止过热的新技术。 本发明试图使处理器的处理速度最大化,同时防止过热或降低功耗。 在优选实施例中,本发明监测处理器的活动及其温度。 当处理器没有活动时,使用减慢的时钟频率,从而节省功率并降低处理器产生的热量热。 另一方面,当处理器有活动时,使用快速的时钟频率。 然而,当延长的活动(即,持续的快速时钟频率)导致处理器的温度变得危险地高以适当的操作时,降低时钟频率和/或激活风扇以防止过热。 本发明可以实现为装置或方法。
    • 15. 发明授权
    • Object to be inspected including small diameter bottle
    • 检查对象包括小直径瓶
    • US07552814B1
    • 2009-06-30
    • US11999842
    • 2007-12-07
    • Alan E. ThomasRichard B. Otto
    • Alan E. ThomasRichard B. Otto
    • B65G37/00
    • G01N21/90B65G47/82B65G2201/0261
    • A machine for inspecting a container having a vertical axis has an inspection station including an inspection device for carrying out an inspection on a transparent container relative to a vertical inspection axis. The bottle is delivered to the inspection station by a conveyor, which includes structure for engaging the sidewall of the bottle. The invention is an object to be inspected by such an inspection machine, which includes a container like adaptor having a vertical axis, and configured for handling by the conveyor structure so that when the container like adaptor engages the structure, the conveyor will deliver the container like adaptor to the inspection station. The container like adaptor has a horizontal top surface and a vertical axis, and a magnet is mounted in the top surface having a centering axis coincident with the vertical axis of the container like adaptor. The object to be inspected additionally includes a transparent bottle located on top of the magnet having metallic material in the bottom portion thereof so that the magnet will operate on the metallic material to locate the axis of the transparent bottle coincident with the centering axis of the magnet.
    • 用于检查具有垂直轴的容器的机器具有检查站,该检查站包括用于相对于垂直检查轴线对透明容器进行检查的检查装置。 瓶子通过输送机输送到检验站,输送机包括用于接合瓶子侧壁的结构。 本发明是由这种检查机检查的目的,该检查机包括具有垂直轴线的容器式适配器,并且构造成用于由输送机结构处理,使得当容器相似的适配器接合结构时,输送机将输送容器 像适配器到检验站。 容器式适配器具有水平顶面和垂直轴线,并且磁体安装在顶表面中,该中心轴线与容器相似的适配器的垂直轴线重合。 待检查的对象还包括位于磁体顶部的透明瓶,该底部具有金属材料,使得磁体将在金属材料上操作,以使透明瓶的轴线与磁体的定心轴线重合 。
    • 20. 发明授权
    • Tracking system
    • 跟踪系统
    • US4832181A
    • 1989-05-23
    • US33057
    • 1987-04-01
    • David A. RugabMichael E. OrtmannAlan E. Thomas
    • David A. RugabMichael E. OrtmannAlan E. Thomas
    • B07C5/34B07C5/36
    • B07C5/3408B07C5/3412B07C5/361
    • The cavity tracking system employs a tracking station adjacent a screw feed with closely spaced sensors which operate on a first-in first-out memory manner. When a container passes the first sensor the actual encoder "count" obtained at that time is compared with the list of cavity numbers and associated calculated "counts" in the store and the cavity number associated with the actual count is fed to the first memory zone. When the container passes the second sensor, the cavity number is erased from the first zone and passed on to the next zone and so on. Upon passing the last sensor, the cavity number is fed to the read-out and/or further processed.
    • 空腔跟踪系统采用跟螺丝进给相邻的跟踪站,其间距传感器具有先进先出的存储方式。 当容器通过第一传感器时,将在该时间获得的实际编码器“计数”与存储器中的腔号和相关联的计算“计数”列表进行比较,并将与实际计数相关联的腔号馈送到第一存储区 。 当容器通过第二传感器时,腔体号从第一区域擦除并传递到下一个区域等等。 在通过最后一个传感器时,将空腔编号送入读出和/或进一步处理。