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    • 62. 发明授权
    • Semiconductor device with improved planarity and reduced parasitic
capacitance
    • 具有改善的平面性和降低的寄生电容的半导体器件
    • US06153918A
    • 2000-11-28
    • US138017
    • 1998-08-21
    • Hiroshi KawashimaMasakazu OkadaKeiichi YamadaKeiichi Higashitani
    • Hiroshi KawashimaMasakazu OkadaKeiichi YamadaKeiichi Higashitani
    • H01L21/762H01L21/8234H01L29/00
    • H01L21/76237H01L21/823475
    • In a semiconductor device and a method of manufacturing the same, a dummy region which can suppress occurrence of a parasitic capacity can be provided for reducing a difference in level without increasing manufacturing steps in number. A semiconductor substrate is provided at its main surface with an isolation region formed by a trench, and a dummy region leaving the main surface is formed in the isolation region for the purpose of reducing an influence by the difference in level in a later step. The dummy region includes p- and n-type impurity regions each extending a predetermined depth from the surface. Since a pn junction occurs at the bottom of the impurity region, a depletion layer spreads in the pn junction, and thereby reduces a parasitic capacity between the dummy region and a conductive interconnection located in a crossing direction at a higher position. The impurity regions and source/drain regions of p- and n-channel transistors in active regions are simultaneously formed by impurity implantation.
    • 在半导体器件及其制造方法中,可以提供能够抑制寄生电容的发生的虚拟区域,以减少水平差而不增加数量的制造步骤。 半导体衬底在其主表面上设置有由沟槽形成的隔离区域,并且在隔离区域中形成了离开主表面的虚拟区域,以便减少后续步骤中的电平差的影响。 虚拟区域包括各自从表面延伸预定深度的p型和n型杂质区。 由于在杂质区域的底部发生pn结,所以在pn结中扩散耗尽层,从而降低位于较高位置处的交叉方向上的虚设区域和导电配线之间的寄生电容。 有源区中的p沟道晶体管和n沟道晶体管的杂质区和源/漏区同时由杂质注入形成。
    • 63. 发明授权
    • Network system
    • 网络系统
    • US5497370A
    • 1996-03-05
    • US197535
    • 1994-02-16
    • Takuji HamadaMasakazu OkadaHiroshi Tomizawa
    • Takuji HamadaMasakazu OkadaHiroshi Tomizawa
    • H04L12/28H04L12/64H04J3/16H04L12/56
    • H04L12/64H04L12/28
    • A network system includes a transmission line including a plurality of transmission channels, a plurality of transmission equipment connected to the transmission line to effect the transmission and reception of information between each other, and a plurality of devices connected to each of the transmission equipment, thereby effecting the transmission of information between the devices connected to the plurality of transmission equipment. Each of the transmission equipment includes a demultiplexing unit for separating an input signal from the transmission line into a plurality of receiving transmission channels, a channel switch unit for receiving the plurality of receiving transmission channels, outputting designated one of the transmission channels to one of the devices connected to the transmission equipment in question, and receiving transmitting information to form an information transmitting channel and combining it with other channels to be passed to form a plurality of sending transmission channels, and a multiplexing unit for receiving the plurality of sending transmission channels from the channel switch unit to multiplex and output the plurality of sending transmission channels.
    • 网络系统包括:包括多个传输信道的传输线,连接到传输线的多个传输设备,以实现彼此之间的信息的发送和接收;以及连接到每个传输设备的多个设备,由此 在连接到多个传输设备的设备之间进行信息传输。 每个传输设备包括:一个解复用单元,用于将来自传输线的输入信号分离成多个接收传输信道;一个信道切换单元,用于接收多个接收传输信道,将指定的一个传输信道输出到 连接到所述传输设备的设备,并且接收发送信息以形成信息发送信道并将其与待传送的其他信道组合以形成多个发送传输信道,以及复用单元,用于从多个发送传输信道中接收多个发送传输信道 所述信道切换单元复用并输出所述多个发送传输信道。
    • 64. 发明授权
    • Method of correcting a measured image formed by a television camera
    • 校正由电视摄像机形成的测量图像的方法
    • US5353053A
    • 1994-10-04
    • US015167
    • 1993-02-11
    • Tetsu NishiokaTetsuhisa MinamiMasakazu OkadaMasao KawamuraMunehiro OhshiroManabu Ishikawa
    • Tetsu NishiokaTetsuhisa MinamiMasakazu OkadaMasao KawamuraMunehiro OhshiroManabu Ishikawa
    • G01J3/28G01N21/35G01N21/359H04N5/232H04N5/33H04N7/18H04N9/04
    • H04N5/332H04N5/33H04N7/18
    • Spectral image signals simultaneously provided by two CCD television cameras for an R-image and an IR-image are selected by a visual controller and are sent sequentially to a sending parabolic antenna where two spectral radiometers provided with photosensors measure the amounts of radiation energy of light rays of wavelengths around a wavelength corresponding to the R-image and light rays of wavelengths around a wavelength corresponding to the IR-image to obtain spectral radiation data representing the amounts of spectral radiation energy, respectively. The measured spectral radiation data is integrated and recorded by a data logger and sent through a modem and a connection box to a sending parabolic antenna, and spectral image signals representing the R-image and the IR-image received by a receiving antenna are applied to an image processing unit and the spectral radiation data received by the receiving parabolic antenna is transferred through a connection box and a modem to a computer where an image processing unit calculates a spectral reflection ratio IR/R, where IR is a corrected spectral reflectance of light rays corresponding to the IR-image and R is a corrected spectral reflectance of light rays corresponding to the R-image, and the reflectance ratio IR/R is displayed on a television monitor.
    • 由两个CCD电视摄像机同时提供的用于R图像和IR图像的光谱图像信号由视觉控制器选择,并被顺序发送到发射抛物面天线,其中两个光谱辐射计提供光电传感器测量光的辐射能量 在与R图像对应的波长附近的波长的光线和与IR图像相对应的波长周围的波长的光线分别获得表示光谱辐射能量的光谱辐射数据。 测量的光谱辐射数据由数据记录器整合并记录,并通过调制解调器和连接盒发送到发送抛物面天线,并且将表示由接收天线接收的R图像和IR图像的光谱图像信号应用于 图像处理单元和由接收抛物面天线接收的光谱辐射数据通过连接盒和调制解调器传送到计算机,其中图像处理单元计算光谱反射率IR / R,其中IR是光的校正光谱反射率 对应于IR图像的光线,R是对应于R图像的光线的校正光谱反射率,并且反射率IR / R显示在电视监视器上。
    • 65. 发明授权
    • Data communication method and apparatus
    • 数据通信方法和设备
    • US5090029A
    • 1992-02-18
    • US345580
    • 1989-05-01
    • Toshifumi YamamotoMitsuro TakakuraHiromasa YamaokaMasakazu Okada
    • Toshifumi YamamotoMitsuro TakakuraHiromasa YamaokaMasakazu Okada
    • H04L12/43
    • H04L12/43
    • A method and apparatus for transmission of data among computers or peripherals along a loop transmission line includes a master system which provides signals along the transmission line for establishing a series of data frames of equivalent length. Each data frame is assigned a frame number, and is allotted a preselected amount of available space for placement of data. Subsequent computers or peripherals are preprogramed with a series of frame numbers which identify those data frames into which they may write data, or from which data is to be read. The allotment of preselected frame numbers for placement and reception of data by the respective devices provides for equivalent sharing of the available data transmission capability of the loop transmission system.
    • 沿着环路传输线在计算机或外围设备之间传输数据的方法和装置包括:主系统,其沿着传输线提供信号,以建立一系列具有等效长度的数据帧。 每个数据帧都被分配一个帧号,并且分配预置的可用空间量用于放置数据。 随后的计算机或外围设备用一系列帧号进行预编程,这些帧号码标识他们可以写入数据的数据帧,或从哪个数据读取数据帧。 由各个设备分配用于放置和接收数据的预选帧号提供了循环传输系统的可用数据传输能力的等效共享。
    • 66. 发明授权
    • Multi-slot access system
    • 多时隙接入系统
    • US4949336A
    • 1990-08-14
    • US218130
    • 1988-07-13
    • Takuji HamadaMasahiro TakahashiKatsuhiko YonedaMasakazu Okada
    • Takuji HamadaMasahiro TakahashiKatsuhiko YonedaMasakazu Okada
    • H04L12/43
    • H04L12/43
    • In an annular transmitting system including a ring-like transmission path realized by interconnecting serially a plurality of transmission stations in an annular form, at least one of the transmissions stations generating repetitively a transmitting frame constituted by a plurality of transmission units referred to as time slots, the frame being circulated along the transmission path, wherein transmission of information among transmission stations is performed in such a manner in which each of the transmission stations having a request to send information inserts the information in the slots by dividing the information, which information is ultimately fetched by the transmission station destined to receive that information, a multi-slot access system in which each of the time slots is provided with an area indicating whether the associated time slot is "free" or "busy", wherein the transmission station having a request to send information determines that the sending of the information is enabled when it is detected that one time slot located at a particular position within the transmitting frame is "free" or when it is detected that the time slot succeeding immediately to the "busy" slot is "free", to thereby set successively those usable time slots which succeed to the detected "free" time slot to the "busy" state and insert the information in these usable time slots.