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    • 1. 发明申请
    • AUTOMATIC ANALYZER AND SUPPORT SYSTEM THEREFOR
    • 自动分析仪及其支持系统
    • US20110259129A1
    • 2011-10-27
    • US13141882
    • 2009-12-04
    • Sumiko MurataSatoshi ShibuyaKazuhiro Nakamura
    • Sumiko MurataSatoshi ShibuyaKazuhiro Nakamura
    • G01D7/00
    • G01N35/00693G01N35/00732
    • With a conventional automatic analyzer, when a standard solution sample or quality control sample that require subjecting to reanalysis is identified during analysis to prepare for subsequent analysis, it will take time until the sample in question is identified.An automatic analyzer according the present invention includes display means for displaying identification information by which measurement status of a standard solution sample or a quality control sample can be identified. The display means includes a function of selectively displaying the identifier following a change in measurement status for each sample. Thus an operator can immediately recognize a sample having been used for analysis, leading to shortening the time duration up to subsequent analysis.
    • 使用传统的自动分析仪,当在分析过程中识别需要进行再分析的标准溶液样品或质量控制样品以准备进行后续分析时,需要时间才能确定所述样品。 根据本发明的自动分析装置包括显示装置,用于显示可以识别标准溶液样品或质量控制样品的测量状态的识别信息。 显示装置包括在每个样本的测量状态改变之后选择性地显示标识符的功能。 因此,操作者可以立即识别已经用于分析的样品,导致缩短直至后续分析的持续时间。
    • 5. 发明授权
    • Strip coiling method
    • 剥线卷取法
    • US06301946B1
    • 2001-10-16
    • US09673954
    • 2000-12-04
    • Taichi KukizakiYasuo IchiiToshio ImazekiSatoshi ShibuyaKiyoshi UedaItaru HishinumaHideyuki Nikaidoh
    • Taichi KukizakiYasuo IchiiToshio ImazekiSatoshi ShibuyaKiyoshi UedaItaru HishinumaHideyuki Nikaidoh
    • B21C4700
    • B21C47/003
    • In order to prevent a preceding strip from being oversupplied on a delivery side of a coiling pinch rolls and to prevent a leading end of the following material from being over supplied on an entrance side of the coiling pinch rolls, to provide a strip coiling method in which a strip sent from a rolling mill is cut to a predetermined length by a strip shear (102), and a cut strip is coiled by a mandrel (107) of a coiler (104) via a coiling pinch rolls (105) disposed on a delivery side of a strip shear (102), characterized in that after a tail end of the strip coiled by the mandrel (107) via the coiling pinch rolls (105) is cut by the strip shear (102), a circumferential speed of the coiling pinch rolls (105) is higher than a transfer speed of the following material immediately after the cutting operation and lower than a coiling speed of the strip coiled by the mandrel (107).
    • 为了防止先前的条带在卷取夹送辊的输送侧被过度供给,并且防止随后的材料的前端在卷取夹送辊的入口侧被过度供给,以提供带状卷绕方法 通过带式剪切机(102)将从轧机送出的条带切割成预定长度,并且通过卷取机(104)的心轴(107)经由卷绕机(104)的卷取夹送辊(105)将切割条卷绕 带状剪切(102)的输送侧,其特征在于,在通过所述卷取夹送辊(105)由所述心轴(107)卷绕的所述带的尾端由所述带状剪切(102)切割后,圆周速度 卷取夹送辊(105)比紧接切割操作之后的以下材料的转印速度高,并且低于由芯棒(107)卷绕的带材的卷取速度。
    • 6. 发明授权
    • Optical deflector and adjusting method thereof
    • 光偏转器及其调节方法
    • US5963353A
    • 1999-10-05
    • US40844
    • 1998-03-18
    • Satoshi ShibuyaMasao ItohNaoji Kamimura
    • Satoshi ShibuyaMasao ItohNaoji Kamimura
    • G02B26/12G02B26/08
    • G02B26/121
    • In an assembling method of an optical deflection apparatus in which a polygonal mirror is fixed on an outer ring of a radial bearing and an optical scanning is conducted by a rotation of an inner ring of the radial bearing, the assembling method includes the steps of placing the polygonal mirror on the outer ring of the radial bearing wherein the polygonal mirror and the outer ring of the radial bearing have an engagement portion including an adhering portion with a gap having a distance between the polygonal mirror and the outer ring of the radial bearing; adjusting a tilt angle of the polygonal mirror with respect to the outer ring of the radial bearing; and filling an adhesive in the gap of the adhering portion under the adjusted condition, thereby integrally fixing the polygonal mirror and the outer ring of the radial bearing.
    • 在其中多面镜固定在径向轴承的外圈上并且通过径向轴承的内圈的旋转进行光学扫描的光学偏转装置的组装方法中,组装方法包括以下步骤: 所述径向轴承的外圈上的多面镜,其中所述多角镜和所述径向轴承的外圈具有接合部分,所述接合部分包括具有在所述多角镜和所述径向轴承的外圈之间具有间隔的间隙的粘附部分; 调节所述多面镜相对于所述径向轴承的外圈的倾斜角度; 并且在调节状态下在粘合部分的间隙中填充粘合剂,从而整体固定多角镜和径向轴承的外圈。
    • 8. 发明授权
    • Projection-type display apparatus and multiscreen display apparatus
    • 投影式显示装置和多屏显示装置
    • US07543944B2
    • 2009-06-09
    • US11312763
    • 2005-12-21
    • Manabu SuginobuSatoshi ShibuyaMitsuru Oki
    • Manabu SuginobuSatoshi ShibuyaMitsuru Oki
    • G03B21/20
    • H04N9/3194H04N5/58H04N9/3147H04N9/3182
    • The projection type display apparatus according to the present invention includes a light source (20), display devices (29, 34, 42) for forming an optical image by demodulating light from the light source in response to a drive voltage, a projection lens (15) for enlarging and projecting the optical image on the display device, a detector (5) for detecting the light from the projection lens, and a control circuit (11) for controlling the drive control in response to an output from the detector. The detector is arranged at a position close to an external periphery of a light flux emitted from the projection lens, and detects a portion of light from the projection lens (diffuse light) reaching outside of an effective area of a screen.
    • 根据本发明的投影型显示装置包括光源(20),用于响应于驱动电压解调来自光源的光来形成光学图像的显示装置(29,34,42),投影透镜 15),用于在显示装置上放大和投影光学图像,用于检测来自投影透镜的光的检测器(5),以及用于响应于来自检测器的输出来控制驱动控制的控制电路(11)。 检测器配置在靠近从投影透镜发出的光束的外周的​​位置,并检测来自投影透镜的光的一部分(漫射光)到达屏幕的有效区域的外侧。