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    • 1. 发明专利
    • Spray-coating film control apparatus
    • 喷涂胶片控制装置
    • JPS59189955A
    • 1984-10-27
    • JP6591683
    • 1983-04-14
    • Masao Kawamura
    • KAWAMURA MASAO
    • B05B12/08
    • PURPOSE: To enable the control of a spray-coating film, by starting the operation of the control mechanism for controlling the flowing pressure or the flow amount of a spray coating apparatus by the operation of a setting circuit for setting the upper limit value and the lower limit value of a spray concn.
      CONSTITUTION: The light emitting element 2 and the light receiving element 3 of an infrared ray monitor apparatus are provided in an opposed relation to each other so as to be opposed to the jet spray of the injected coating liquid from a spray gun for spray coating a coating liquid having a solid lubricant mixed therein. The element 3 is connected to spray concn. displaying digital voltometer circuit 18 of a panel through an amplifier 14 and upper limit setting circuits 19, 20 and lower limit setting circuits 21, 22 of the concn. of a spray coating liquid are separately connected to said circuit 18 in parallel to said amplifier 14 while alarm circuit 36, 38 operated when a spray concn. exceeds a set value are respectively connected to said circuits through comparators 32, 33. In addition, the comparators 32, 33 are separately connected to a control circuit 34 operated by the circuits 19, 20, 21, 22 and a control mechanism 7 for controlling the flowing pressure or flow amount of the spray coating liquid is started by the circuit 34.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:为了控制喷涂膜,通过开始通过操作设定上限值的设定电路来控制喷涂装置的流动压力或流量的操作, 喷雾浓度下限值 构成:红外线监视器装置的发光元件2和受光元件3以相对的关系设置成与来自用于喷涂的喷枪的喷射喷射喷射相对 具有固体润滑剂的涂布液混合在其中。 元件3连接到喷雾室。 通过放大器14和浓度计的上限设定电路19,20和下限设定电路21,22来显示面板的数字体积计电路18。 喷涂液体分别与所述电路18并联连接到所述放大器14,同时报警电路36,38在喷雾浓缩时被操作。 超过设定值分别通过比较器32,33连接到所述电路。此外,比较器32,33分别连接到由电路19,20,21,22操作的控制电路34和用于控制的控制机构7 喷涂液的流动压力或流量由电路34开始。
    • 2. 发明申请
    • SURFACE INSPECTION APPARATUS
    • 表面检查装置
    • US20100066998A1
    • 2010-03-18
    • US12595699
    • 2008-04-25
    • Yoshinori HayashiMasao KawamuraHideki Mori
    • Yoshinori HayashiMasao KawamuraHideki Mori
    • G01N21/00
    • G01N21/9503
    • [Problem] To provide a surface inspection apparatus able to suitably inspect the outer circumference edge part of a semiconductor wafer or other plate-shaped member.[Technical Solution] A semiconductor wafer inspection apparatus 10 has a camera lens 22 arranged facing an outer circumference edge part 101 of a semiconductor wafer 100, an imaging surface 24 arranged facing an outer circumference end face of a semiconductor wafer 100 via the camera lens 22, a mirror 12 forming an image of a first outer circumference bevel surface 101b of the semiconductor wafer 100 on the imaging surface 24 via the camera lens 22, a mirror 14 forming an image of a second outer circumference bevel surface 101c of the semiconductor wafer 100 on the imaging surface 24 via the camera lens 22, a correction lens 26 forming an image of an outer circumference end face 101a of the semiconductor wafer 100 on the imaging surface 24 via the center part of the camera lens 22, and an illumination light guide lamp part 18 illuminating surfaces so that, compared with the outer circumference end face 101a, the first outer circumference bevel surface 101b and second outer circumference bevel surface 101c become brighter.
    • [问题]提供一种能够适当地检查半导体晶片或其他板状部件的外周缘部的表面检查装置。 技术方案半导体晶片检查装置10具有面向半导体晶片100的外周缘部101配置的摄像透镜22,经由照相机镜头22配置成与半导体晶片100的外周端面相对配置的摄像面24 ,通过照相机镜头22在成像面24上形成半导体晶片100的第一外周斜面101b的图像的反射镜12,形成半导体晶片100的第二外周斜面101c的图像的反射镜 通过照相机镜头22在成像表面24上,通过照相机镜头22的中心部分在成像表面24上形成半导体晶片100的外周端面101a的图像的校正透镜26和照明光导 灯部18照射表面,使得与外周端面101a相比,第一外周斜面101b和第二外圆周面 斜面101c变得更亮。
    • 3. 发明申请
    • ARTICLE MANAGEMENT SYSTEM AND ARTICLE MANAGEMENT METHOD
    • 文章管理系统与文章管理方法
    • US20090251294A1
    • 2009-10-08
    • US12295564
    • 2007-03-30
    • Masao KawamuraKou TakesakiKentaro Yamasaki
    • Masao KawamuraKou TakesakiKentaro Yamasaki
    • H04Q5/22
    • G06Q10/087
    • As an assembly 50 of articles of management targets, a serial number that becomes a consecutive number is recorded in each of RFID tags 1, 2, . . . , 12 attended to cardboard boxes 31, 32, . . . , 42 in which articles are stored and a flag, by which the total number of articles that becomes a management target of articles can be calculated, is recorded in at least one of RFID tags. For example, the serial numbers are consecutive numbers starting from one, and the total number of articles is recorded in the flags of all of the RFID tags, or an end flag indicating the last is recorded in the flag of the last RFID tag. The serial numbers are consecutive numbers starting an arbitrary number, a start flag indicating the first is recorded in the flag of the first RFID tag and an end flag indicating the last is recorded in the flag of the last RFID tag, or the total number is recorded in the flag of the last RFID tag.
    • 作为管理目标的组件50,在每个RFID标签1,2中记录成为连续数的序列号。 。 。 ,12人出席了纸箱31,32。 。 。 42,其中存储有物品,并且可以计算成为物品的管理目标物品的总数的标志,记录在至少一个RFID标签中。 例如,序列号是从1开始的连续数字,并且总数量记录在所有RFID标签的标志中,或者表示最后的标签的结束标记记录在最后的RFID标签的标志中。 序列号是从任意数字开始的连续数字,表示第一个的起始标志记录在第一RFID标签的标志中,表示最后一个的结束标志记录在最后一个RFID标签的标志中,或者总数是 记录在最后一个RFID标签的旗帜上。