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    • 1. 发明授权
    • Automatic tape threading device
    • 自动胶带穿线装置
    • US4432508A
    • 1984-02-21
    • US338657
    • 1982-01-11
    • Yoichi InoueTakao TerayamaSusumu KasaiTamotsu Tominaga
    • Yoichi InoueTakao TerayamaSusumu KasaiTamotsu Tominaga
    • G11B15/61G11B15/67G11B15/675G11B15/66
    • G11B15/61G11B15/67
    • An automatic tape threading device for a magnetic recording and reproducing system wherein a leading tape member of a width larger than that of a magnetic tape for threading the magnetic tape in a cartridge through a path of travel of the magnetic tape including the outer circumference of a drum mounting a rotary magnetic head includes a joint member connected to one end portion of the magnetic tape in the cartridge and another joint member connected to one end portion of the leading tape member. The two joint members are brought into engagement with each other conjointly with the attaching of the cartridge to the magnetic recording and reproducing system, and then a takeup reel is actuated to withdraw the magnetic tape from the cartridge through the leading tape member, so as to thereby thread the magnetic tape through the path of travel of the magnetic tape.
    • 一种用于磁记录和再现系统的自动带穿线装置,其中宽度大于磁带的引导带构件,用于将盒中的磁带穿过包括外围的磁带的磁带的行进路径 滚筒安装旋转磁头包括连接到盒中的磁带的一个端部的接头部件和连接到引导带部件的一个端部的另一接头部件。 两个接头构件在将盒安装到磁记录和再现系统上时彼此结合,然后启动卷取卷轴以通过引导带构件从盒中取出磁带,以便 从而使磁带穿过磁带的行进路线。
    • 4. 发明授权
    • Image processing device suitable for obtaining the volume and center of
gravity of a three-dimensional binary image
    • 适用于获得三维二值图像的体积和重心的图像处理装置
    • US4975973A
    • 1990-12-04
    • US198442
    • 1988-05-25
    • Akira KasanoYoichi Inoue
    • Akira KasanoYoichi Inoue
    • G06T5/40G06T7/60
    • G06T7/606G06T7/602G06T2207/10081G06T2207/20021
    • A first memory stores a divided three-dimensional binary image as image data j of p bits. A second memory, equal to the first memory in size, stores data k of q bits, representing the section number of a corresponding memory section of the first memory. A histogram computing circuit concatenates data j and data k and obtains a histogram for the concatenated data. A computing unit computes a marginal distribution of the three-dimensional image on the basis of the histogram. A data conversion unit converts the p bit data to a first data image. An adder unit obtains from the first image a second image representing the marginal distribution P(x,y). The computing unit computes a marginal distribution P(x) and a marginal distribution P(y) from the second image, and also computes the volume and center of gravity of the three-dimensional binary image.
    • 第一存储器将分割的三维二进制图像存储为p位的图像数据j。 等于第一存储器大小的第二存储器存储q位的数据k,表示第一存储器的相应存储器部分的段号。 直方图计算电路连接数据j和数据k,并获得连接数据的直方图。 计算单元基于直方图计算三维图像的边际分布。 数据转换单元将p位数据转换为第一数据图像。 加法器单元从第一图像获得表示边际分布P(x,y)的第二图像。 计算单元从第二图像计算边际分布P(x)和边际分布P(y),并且还计算三维二值图像的体积和重心。
    • 5. 发明授权
    • Hot isostatic pressing apparatus
    • 热等静压装置
    • US4629412A
    • 1986-12-16
    • US639065
    • 1984-08-09
    • Yoichi InoueTakahiko Ishii
    • Yoichi InoueTakahiko Ishii
    • B22F3/14B22F3/15B30B11/00C04B35/645F27B17/00B22F3/12
    • B22F3/15B30B11/002Y10S425/026
    • A hot isostatic pressing apparatus having a high pressure vessel, a heat insulating layer and a heater disposed inside the heat insulating layer, the heat insulating layer and the heater being disposed within a high pressure chamber defined by upper and lower covers. The heat insulating layer is composed of at least two inner and outer inverted cup-like casings, the outer casing being metallic and having a hermetic structure and the inner casing having a hermetic structure. A passage is formed in the upper surface of the outer casing and a valve capable of being opened and closed is provided therein. Further, a mechanism for opening and closing the valve is mounted on the upper cover, and a gas passage is formed in the lower portion of the het insulating layer. The above arrangement creates a convection of gas in the cooling step after the HIP treatment whereby a remarkable improvement can be attained in cooling efficiency, cooling time and productivity.
    • 一种具有高压容器,绝热层和布置在隔热层内部的加热器的热等静压装置,隔热层和加热器设置在由上盖和下盖限定的高压室内。 绝热层由至少两个内部和外部倒置的杯状壳体组成,外部壳体是金属的并且具有密封结构,并且内部壳体具有密封结构。 在外壳的上表面形成通道,并且在其中设置能够打开和关闭的阀。 此外,在上盖上安装有用于打开和关闭阀的机构,并且在绝缘层的下部形成气体通道。 上述结构在HIP处理之后的冷却步骤中产生气体的对流,从而在冷却效率,冷却时间和生产率方面可以获得显着的改善。
    • 6. 发明授权
    • Quantitative analyzing method and quantitative analyzer using sensor
    • 定量分析方法和定量分析仪采用传感器
    • US07351323B2
    • 2008-04-01
    • US10466453
    • 2002-01-15
    • Kazuo IketakiYoichi Inoue
    • Kazuo IketakiYoichi Inoue
    • G01N27/327
    • C12Q1/006G01N27/3274
    • A quantitative analyzing method is provided for electrochemically measuring the concentration of a substance in a sample liquid using a sensor including a reagent layer (30) which contains a reagent for reacting with the substance and to which (30) the sample liquid is introduced, and a first electrode (22) and a second electrode (23) for applying a voltage to the reagent layer (30). The method includes a current measuring step for applying a voltage across the first electrode (22) and the second electrode (23) for measuring current flowing between the first and the second electrodes (22,23), a parameter calculating step for calculating a parameter based on the measured current, and a determining step for determining a state of the sample liquid introduced to the reagent layer (30) based on the parameter and at least one predetermined constant.
    • 提供了一种定量分析方法,用于使用包括试剂层(30)的传感器电化学测量样品液体中的物质的浓度,所述试剂层包含用于与所述物质反应的试剂,并且(30)所述样品液体被引入所述试剂层, 用于向试剂层(30)施加电压的第一电极(22)和第二电极(23)。 该方法包括电流测量步骤,用于施加跨越第一电极(22)和第二电极(23)的电压,用于测量在第一和第二电极(22,23)之间流动的电流;参数计算步骤,用于计算参数 基于所测量的电流,以及确定步骤,用于基于所述参数和至少一个预定常数来确定引入所述试剂层(30)的样品液体的状态。
    • 8. 发明授权
    • Apparatus for processing images having desired gray levels including a
three-dimensional frame memory
    • 用于处理具有包括三维帧存储器的期望灰度级的图像的设备
    • US4943937A
    • 1990-07-24
    • US173752
    • 1988-03-25
    • Akira KasanoYoichi Inoue
    • Akira KasanoYoichi Inoue
    • G06F12/00G06F12/06G06T1/60
    • G06T1/60
    • An image processing apparatus includes a 3-dimensional frame memory. The frame memory is made up of a plurality of memory planes which are logically stacked in a depth direction (Z direction) and are accessed independently. The apparatus also includes a memory controller which can access a plurality of memory areas of the frame memory. These memory areas can be located in any desired position in the depth direction, and can each have a desired number of bits in the depth direction, regardless of a bit length of image buses contained in the apparatus and connected to an image processor, and the memory controller. The image processor receives data through the image buses, logically operates the data and outputs it to the image buses. When in read mode, the memory controller converts the data read out from the memory areas of the frame memory into the type of data which can be transferred through the image buses. When in write mode, the memory controller converts the data received from the image buses into data which can be written into the memory areas.
    • 图像处理装置包括3维帧存储器。 帧存储器由在深度方向(Z方向)上逻辑堆叠的多个存储器平面构成,并且被独立地访问。 该装置还包括可访问帧存储器的多个存储区域的存储器控​​制器。 这些存储区域可以位于深度方向上的任何期望位置,并且每个都可以在深度方向上具有期望数量的位,而不管包含在装置中并连接到图像处理器的图像总线的位长度如何,并且 内存控制器 图像处理器通过图像总线接收数据,逻辑操作数据并将其输出到图像总线。 当处于读取模式时,存储器控制器将从帧存储器的存储区域读出的数据转换成可以通过图像总线传送的数据类型。 当处于写入模式时,存储器控制器将从图像总线接收的数据转换为可写入存储区域的数据。