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    • 55. 发明申请
    • Electro-optical device, electronic apparatus, and mounting structure
    • 电光装置,电子装置和安装结构
    • US20060020656A1
    • 2006-01-26
    • US11159701
    • 2005-06-23
    • Kenichi HasegawaAtsunari Tsuda
    • Kenichi HasegawaAtsunari Tsuda
    • G06E3/00
    • G06E3/005
    • An electro-optical device includes a first substrate that holds an electro-optical material, a first IC that is mounted on the first substrate and that has a plurality of first terminals, a plurality of second terminals that are formed on the first substrate to be connected to the plurality of first terminals, respectively, a plurality of wiring lines formed on the first substrate, first connection state diagnostic terminals that are included in the plurality of first terminals and that are used for diagnosing connection states between the first terminals and the second terminals, second connection state diagnostic terminals that are included in the plurality of second terminals and that are connected to the first connection state diagnostic terminals, respectively, a connection state diagnostic unit that is provided in the first IC to diagnose whether the first and second connection state diagnostic terminals are electrically connected to each other, and a connection state diagnosis result output unit that is provided in the first IC and that outputs a diagnosis result obtained by the connection state diagnostic unit.
    • 电光装置包括保持电光材料的第一基板,安装在第一基板上并具有多个第一端子的第一IC,形成在第一基板上的多个第二端子, 分别与多个第一端子连接,形成在第一基板上的多条布线,包括在多个第一端子中的第一连接状态诊断端子,用于诊断第一端子与第二端子之间的连接状态 端子,第二连接状态诊断端子,分别包括在多个第二端子中并且连接到第一连接状态诊断端子;连接状态诊断单元,设置在第一IC中,用于诊断第一和第二连接 状态诊断终端彼此电连接,连接状态诊断r 所述输出单元设置在所述第一IC中,并输出由所述连接状态诊断单元获得的诊断结果。
    • 56. 发明申请
    • Display holding device
    • 显示保持装置
    • US20050224682A1
    • 2005-10-13
    • US11067674
    • 2005-03-01
    • Takashi IshizakiKenichi Hasegawa
    • Takashi IshizakiKenichi Hasegawa
    • F16M13/00F16C11/06F16C11/10F16M11/04F16M11/14G09F9/00H04N5/64A47G1/24
    • F16C11/106F16C11/0661F16M11/14F16M11/2085Y10S248/917
    • Disclosed is a display holding device which retains one or more displays in such a way that they move laterally and smoothly. The display holding device, which is installed between at least one display and a supporting body supporting the display, includes (1) a guide mechanism secured to the supporting body, and (2) at least one holding mechanism for transmitting, to the guide mechanism, a moment due to weight of the display, and being secured to the display. In addition, the guide mechanism includes (a) a guide portion spanning laterally, and (b) a stopper placed along the guide portion. The holding mechanism includes (c) a slider mating with the guide portion in a slidable manner, and (d) a contact portion facing the stopper. The stopper blocks the contact portion from being displaced in the direction of the moment, and allows it to be displaced in the opposite direction.
    • 公开了一种保持一个或多个显示器的显示保持装置,使得它们横向和平滑地移动。 安装在至少一个显示器和支撑显示器的支撑体之间的显示保持装置包括:(1)固定到支撑体的引导机构,以及(2)至少一个保持机构,用于将导向机构 ,由于显示器的重量而产生的时刻,并被固定在显示器上。 此外,引导机构包括(a)横向跨越的引导部分和(b)沿引导部分放置的止动件。 保持机构包括(c)以滑动方式与引导部配合的滑块,(d)面向止动件的接触部。 止动器阻止接触部分沿着该方向移动,并允许其沿相反方向移位。
    • 60. 发明授权
    • Image processor
    • 图像处理器
    • US4635292A
    • 1987-01-06
    • US682321
    • 1984-12-17
    • Toshiki MoriHaruyasu YamadaKenichi HasegawaKunitoshi Aono
    • Toshiki MoriHaruyasu YamadaKenichi HasegawaKunitoshi Aono
    • G06T5/20G06F9/28G06F15/66G06K9/36
    • G06T5/20
    • This invention provides parallel partial image processing such as spatial convolution or non-linear neighbor arithmetic operation using an image processor which can easily be formed as a large-scale integrated circuit and can be used for various purposes. The image processor has an adder-subtractor, a multiplier, a reciprocal number memory in which the reciprocal of an address and the amount of shift are stored at each address, and a shift register. The processor therefore is capable of high-speed dividing operations by multiplying a multiplicant by the reciprocal of a multiplier and by shifting the result of the multiplication. Also, by switching the inputs to the adder-subtractor and to the multiplier rapidly under program control, it is possible to perform arbitrary addition, subtraction, multiplication and division on partial image data of m rows and n columns stored in a partial image memory of the image processor.
    • 本发明提供并行部分图像处理,例如使用可以容易地形成为大规模集成电路并可用于各种目的的图像处理器的空间卷积或非线性相邻算术运算。 图像处理器具有加法器 - 减法器,乘法器,互易数存储器,其中地址的倒数和移位量存储在每个地址处,以及移位寄存器。 因此,处理器能够通过将乘数乘以乘法器的倒数并通过移位乘法结果来进行高速分频操作。 此外,通过在程序控制下将输入切换到加法器 - 减法器和乘法器,可以对存储在部分图像存储器中的m行和n列的部分图像数据执行任意加法,减法,乘法和除法 图像处理器。