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    • 2. 发明授权
    • Method, apparatus and program for automatically routing semiconductor integrated circuit
    • 自动路由半导体集成电路的方法,装置和程序
    • US07500212B2
    • 2009-03-03
    • US11348340
    • 2006-02-07
    • Katsunori Shirai
    • Katsunori Shirai
    • G06F17/50
    • G06F17/5077
    • Disclosed is an apparatus for performing automatic routing of a semiconductor integrated circuit, including an automatic routing and search processing unit for outputting post-routing layout data upon receiving inputs of post-routing layout data, circuit data and differential-signal information. The automatic routing and search processing unit includes: a differential-signal routing setting unit for designating a signal specified by the differential-signal information from the circuit data, generating dummy terminals, searching for a guide wiring of large line width and performing layout; a wiring path search unit for performing all signal routing inclusive of normal routing while avoiding a power supply wiring and a wiring-inhibited area; a large-to-small line width converter for reducing the line width only of enlarged line width guide wirings specified by differential signals; a differential-signal routing unit for routing differential signals in parallel along locations where the line width of the guide wiring of enlarged line width has been reduced; and a shield routing unit for performing shield routing.
    • 公开了一种用于执行半导体集成电路的自动路由的装置,包括自动路由和搜索处理单元,用于在接收到路由后布局数据,电路数据和差分信号信息的输入之后输出路由后布局数据。 自动路由搜索处理单元包括:差分信号路由设置单元,用于从电路数据指定由差分信号信息指定的信号,生成虚拟终端,搜索大线宽的引导线并执行布局; 布线路径搜索单元,用于在避免电源布线和布线禁止区域的同时执行包括正常路由的所有信号路由; 一个大到小的线宽转换器,用于减小仅由差分信号指定的放大线宽导向布线的线宽; 差分信号路由单元,用于沿着放大的线宽的引导线的线宽已经减小的位置并行地路由差分信号; 以及用于执行屏蔽路由的屏蔽路由单元。
    • 4. 发明授权
    • Illumination device and display device
    • 照明装置和显示装置
    • US09046255B2
    • 2015-06-02
    • US14117640
    • 2012-05-11
    • Katsunori Shirai
    • Katsunori Shirai
    • F21V29/02F21V33/00G02F1/1335
    • F21V29/60F21V33/0052G02F1/133603G02F1/133608G02F2001/133612G02F2001/133628G02F2201/36G02F2201/54
    • A backlight unit 20 that radiates light toward a display panel 4 includes LEDs 22, a backlight chassis 21 that includes a rear surface side wall portion 21a that supports the LEDs 22, an insulating frame body 24 that forms a space covering a surface of the rear surface side wall portion 21a on the side opposite to the side on which the LEDs 22 are supported, a partition portion 24a that partitions a space inside the insulating frame body 24 into a plurality of regions, intake ports 24c that cause air to flow inside the insulating frame body 24, and exhaust ports 24d that cause air inside the insulating frame body 24 to be discharged, the intake ports 24c and the exhaust ports 24d being provided on the insulating frame body 24 so as to correspond to each of the regions partitioned by the partition portion 24a.
    • 向显示面板4照射光的背光单元20包括LED 22,包括支撑LED22的后表面侧壁部21a的背光源底座21,形成覆盖后方的表面的空间的绝缘框体24 在与支撑LED22的一侧相反的一侧的表面侧壁部21a,隔着绝缘框体24内的空间分隔成多个区域的分隔部24a,使空气在内部流动的进气口24c 绝缘框架体24以及使隔热框体24内的空气排出的排气口24d,进气口24c和排气口24d设置在绝缘框体24上,以对应于由 分隔部24a。
    • 5. 发明申请
    • INPUT DEVICE USING TOUCH PANEL
    • 使用触摸面板的输入设备
    • US20090085892A1
    • 2009-04-02
    • US12280731
    • 2007-02-02
    • Kenichiro IshikuraSeiji SatoTomohiko NishimuraKatsunori ShiraiMinoru Mayumi
    • Kenichiro IshikuraSeiji SatoTomohiko NishimuraKatsunori ShiraiMinoru Mayumi
    • G06F3/044
    • G06F3/044B60K35/00B60K37/06B60K2370/143G06F3/0488
    • There is provided an input device using a touch panel allowing input operations to be performed without viewing an input surface. The input device includes a transparent capacitance-type touch panel (12) formed in the shape of a dome, and a liquid crystal panel (14a) disposed on the back side of the touch panel. The position detection processing portion (20) applies predetermined voltage to four terminals (T1 to T4) of the touch panel, and detects current flowing via each terminal to detect the coordinates of a point on the touch panel operated by the operator's finger (100) based on the detected current value. The data processing portion (30) causes a liquid crystal display device (14) to display an operation screen, including graphics, symbols, etc., which correspond to inputtable operations, based on a status signal Sst from electronic equipment in which the input device is used, and the data processing portion determines the content of an input operation performed by the finger pressing the touch panel, based on a position signal Spos indicating the coordinates of the operation point and the status signal Sst. The present invention is suitable for input devices using a touch panel.
    • 提供了使用触摸面板的输入装置,其允许在不观察输入表面的情况下执行输入操作。 输入装置包括形成为圆顶形状的透明电容型触摸面板(12)和设置在触摸面板背面的液晶面板(14a)。 位置检测处理部(20)对触摸面板的四个端子(T1〜T4)施加规定的电压,检测经由各端子流过的电流,检测由操作者的手指(100)操作的触摸面板上的点的坐标, 基于检测到的当前值。 数据处理部(30)根据电子设备的状态信号Sst,使液晶显示装置(14)显示与输入操作对应的图形,符号等的操作画面,其中输入装置 并且数据处理部分基于指示操作点的坐标的位置信号Spos和状态信号Sst来确定由手指按压触摸面板执行的输入操作的内容。 本发明适用于使用触摸面板的输入装置。
    • 8. 发明申请
    • ILLUMINATION DEVICE AND DISPLAY DEVICE
    • 照明装置和显示装置
    • US20140085866A1
    • 2014-03-27
    • US14117640
    • 2012-05-11
    • Katsunori Shirai
    • Katsunori Shirai
    • F21V29/02F21V33/00
    • F21V29/60F21V33/0052G02F1/133603G02F1/133608G02F2001/133612G02F2001/133628G02F2201/36G02F2201/54
    • A backlight unit 20 that radiates light toward a display panel 4 includes LEDs 22, a backlight chassis 21 that includes a rear surface side wall portion 21a that supports the LEDs 22, an insulating frame body 24 that forms a space covering a surface of the rear surface side wall portion 21a on the side opposite to the side on which the LEDs 22 are supported, a partition portion 24a that partitions a space inside the insulating frame body 24 into a plurality of regions, intake ports 24c that cause air to flow inside the insulating frame body 24, and exhaust ports 24d that cause air inside the insulating frame body 24 to be discharged, the intake ports 24c and the exhaust ports 24d being provided on the insulating frame body 24 so as to correspond to each of the regions partitioned by the partition portion 24a.
    • 向显示面板4照射光的背光单元20包括LED 22,包括支撑LED22的后表面侧壁部21a的背光源底座21,形成覆盖后方的表面的空间的绝缘框体24 在与支撑LED22的一侧相反的一侧的表面侧壁部21a,隔着绝缘框体24内的空间分隔成多个区域的分隔部24a,使空气在内部流动的进气口24c 绝缘框架体24以及使隔热框体24内的空气排出的排气口24d,进气口24c和排气口24d设置在绝缘框体24上,以对应于由 分隔部24a。