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    • 81. 发明申请
    • TUNER
    • 调音台
    • US20100214494A1
    • 2010-08-26
    • US12609298
    • 2009-10-30
    • Katsumasa YOKOUCHIHiroshi TakahashiSeiichi Sato
    • Katsumasa YOKOUCHIHiroshi TakahashiSeiichi Sato
    • H04N5/50
    • H04N5/455H04N5/64
    • A small tuner for a receiver, for example, a TV receiver is provided which requires a reduced area for mounting on a main signal board. A tuner board is disposed perpendicularly to a connector, for example, an F connector so as to allow an output signal of the tuner board to be outputted downwardly and thereby reduce the area required to mount the tuner. With the tuner made smaller and more immune to noise, a portion facing the tuner board of the shield case for the tuner is removed and a ground pattern is formed over the tuner board surface facing the removed portion of the tuner case. The core line of the F connector is bent to be connected to an end portion of the tuner board so as to facilitate laying out the tuner board.
    • 提供了用于接收机的小型调谐器,例如电视接收机,其需要减小的面积来安装在主信号板上。 调谐器板垂直于诸如F连接器的连接器设置,以便允许向下输出调谐器板的输出信号,从而减小安装调谐器所需的面积。 随着调谐器变得越来越小,并且更免于噪声,去除了用于调谐器的屏蔽壳的面向调谐器板的部分,并且在面向调谐器壳体的去除部分的调谐器板表面上形成接地图案。 F连接器的芯线被弯曲以连接到调谐器板的端部,以便于布置调谐器板。
    • 85. 发明授权
    • Liquid crystal display device
    • 液晶显示装置
    • US06888609B2
    • 2005-05-03
    • US10449193
    • 2003-06-02
    • Tetsuya IizukaNobuko FukuokaYasuyuki HanazawaSeiichi Sato
    • Tetsuya IizukaNobuko FukuokaYasuyuki HanazawaSeiichi Sato
    • G02F1/1339G02F1/1333G02F1/1335G02F1/13357G02F1/1343G20F1/1333
    • G02F1/133555G02F1/133371G02F1/13394G02F2001/133388
    • A liquid crystal display device includes a thin film transistor (TFT) array substrate 10, a counter substrate 22 provided opposite to the TFT array substrate 10 and a liquid crystal layer 28 held between the TFT array and counter substrates 10 and 22. The TFT array substrate 10 has display and frame areas 31 and 32. There are pixel electrodes in the display area 31 which each have reflective and transparent portions 33 and 34 with convex and concave portions 29 and 30, respectively. Convex and concave portions 36 and 37 are also provided in the frame area 32 which are substantially the same in shape as convex and concave portions 29 and 30 in the display area 31. The surface of a photoresist coating film in the display area 31 shown by a dotted line 39 is substantially the same in configuration as that in the frame area 32 to make the column-like spacers 27 and 38 substantially the same in height. A cell gap between the TFT array and counter substrates 10 and 22 is made thereby substantially uniform.
    • 液晶显示装置包括薄膜晶体管(TFT)阵列基板10,与TFT阵列基板10相对设置的对置基板22和保持在TFT阵列和对置基板10和22之间的液晶层28. TFT阵列 衬底10具有显示器和框架区域31和32.显示区域31中有像素电极,每个像素电极分别具有反射和透明部分33和34,其具有凸凹部分29和30。 凸部36和37也设置在框架区域32中,其在显示区域31中与凸部29和凹部30基本相同。显示区域31中的光致抗蚀剂涂膜的表面由 虚线39在框架区域32中的构造基本相同,以使柱状间隔件27和38的高度基本相同。 由此,TFT阵列和对置基板10和22之间的单元间隙基本上均匀。
    • 86. 发明授权
    • Method of applying bonding paste
    • 粘贴膏的方法
    • US06460756B2
    • 2002-10-08
    • US09904548
    • 2001-07-16
    • Mitsuru OzonoSeiichi SatoNobuyuki Suefuji
    • Mitsuru OzonoSeiichi SatoNobuyuki Suefuji
    • B23K3102
    • H01L21/6715B23K3/0607H01L24/743H01L2224/743H01L2924/00
    • A method of applying a bonding paste efficiently and uniformly by discharging the bonding paste from an application nozzle is presented. For applying the paste along a drawing pattern including a cross shape pattern composed of crossing plural application lines, the nozzle moves from the center of the cross shape to an end point along one application line, turns to a reverse direction at the end point, and moves to an end point at opposite side of the application line. Then, the nozzle returns from the end point to the center of the cross shape. The nozzle repeats this unit application line drawing operation for each application line. As a result, the nozzle stops less frequently near the center, has a shortened cycle time, and applies the paste uniformly.
    • 提出了一种通过从施加喷嘴排出粘合膏而有效且均匀地施加粘合膏的方法。 为了沿着包括由多条涂布线交叉的十字形图案的拉丝图案涂布浆料,喷嘴沿着一条涂布线从十字形的中心移动到终点,在端点处转向相反方向, 移动到应用程序行对面的终点。 然后,喷嘴从终点返回到十字形的中心。 喷嘴对每个应用行重复本单元应用程序绘图操作。 结果,喷嘴在中心附近停止的频率较低,循环时间缩短,均匀地涂抹。
    • 90. 发明授权
    • Automotive engine control system with rotary encoder indexing
    • 带旋转编码器索引的汽车发动机控制系统
    • US5212380A
    • 1993-05-18
    • US882176
    • 1992-05-11
    • Seiichi SatoKazuo YamaguchiYoshi KurosawaAtsushi UedaMasami Matsumura
    • Seiichi SatoKazuo YamaguchiYoshi KurosawaAtsushi UedaMasami Matsumura
    • G01D5/245H03M1/30
    • G01D5/2457H03M1/308
    • An automotive engine control system is provided for an automobile having a variable rotation speed engine which has a plurality of spark plugs served by respective spark plugs. The system includes an optical rotary encoder having a rotatable pulse scale having a row of code pattern with specific light-permeable or light-deflection slits each for outputting a reference position signal and other light-permeable or light-reflection slits each adapted to reduce the amount of light for outputting an angular signal, both of the optical signals being photoelectronically converted and the waveform of the resultant electric signals being shaped based on threshold voltages into electric pulse signals indicative of a reference angle of 0.degree. and the accumulated angle of rotation, in which the circumferential width of each specific reference slit is made narrower than that of other slit so that the pulse width for angular position-indicating of the angular pulse signal is always equal and constant for ensuring more accurate detection of the angle of rotation. As the engine rotation speed is sensed to speed up and slow down, by a sensor that is operatively connected with the engine, the optical rotary encoder varies igniting of the spark plugs.
    • 为具有可变转速发动机的汽车提供汽车发动机控制系统,该变速发动机具有由各个火花塞所服务的多个火花塞。 该系统包括光学旋转编码器,该光学旋转编码器具有可转动的脉冲刻度,该旋转脉冲刻度具有一列具有特定光透射或光偏转狭缝的编码图案,每个狭缝均用于输出基准位置信号和其他可透光或光反射狭缝, 用于输出角度信号的光量,将光信号转换的光信号和基于阈值电压的所得电信号的波形形成为表示参考角度0°和累积旋转角度的电脉冲信号, 其中每个特定参考狭缝的周向宽度比其他狭缝的圆周宽度窄,使得角度脉冲信号的角位置指示的脉冲宽度总是相等和恒定的,以确保更准确地检测旋转角度。 当通过与发动机可操作地连接的传感器感测到发动机转速被加速和减速时,光学旋转编码器随着火花塞点燃而变化。