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    • 42. 发明授权
    • System for controlling signal transfer between a plurality of devices
    • 用于控制多个装置之间的信号传送的系统
    • US5805601A
    • 1998-09-08
    • US624790
    • 1996-03-27
    • Shinichi TakedaHiroya EgoshiYoshinobu Matsukawa
    • Shinichi TakedaHiroya EgoshiYoshinobu Matsukawa
    • H04J3/00H04J3/08H04Q9/00H04J3/06
    • H04J3/085
    • A system for controlling signal transfer between a plurality of devices, for controlling the transfer of signals between a main device having processors packaged therein and a subsidiary device having units packaged therein, includes a multiplexer section on the main device side for multiplexing signals from a control system processor and a monitor system processor of the main device; a demultiplexer section on a subsidiary side for demultiplexing the multiplex signal from the multiplexer section on the main device side and distributing it to the units of the subsidiary device; a multiplexer section on the subsidiary device side for multiplexing the signals from the units of the subsidiary device; and a demultiplexer section on the main device side for demultiplexing the multiplex signal from the multiplexer section on the subsidiary device side and distributing it to the control system processor and the monitor system processor. The multiplexer section on the main device side executes bit-stuffing and multiplexing in such a manner as to correspond to the phase or frequency difference between clock signals from clock generators and transfers the signal to the subsidiary device through a cable.
    • 一种用于控制多个设备之间的信号传送的系统,用于控制在其中封装有处理器的主设备和其中封装有单元的辅助设备之间的信号传输,包括在主设备侧的多路复用器部分,用于复用来自控制器 系统处理器和主设备的监控系统处理器; 辅助侧的解复用器部分,用于从主设备侧的多路复用器部分解复用多路复用信号并将其分配到辅助设备的单元; 辅助设备侧的复用器部分,用于复用来自辅助设备的单元的信号; 以及主设备侧的解复用器部分,用于对来自辅助设备侧的多路复用器部分的多路复用信号进行解复用,并将其分配到控制系统处理器和监视器系统处理器。 主设备侧的复用器部分以与来自时钟发生器的时钟信号之间的相位或频率差相对应的方式执行位填充和复用,并通过电缆将信号传送到辅助设备。
    • 43. 发明授权
    • Photoelectric conversion device with dual insulating layer
    • 具有双重绝缘层的光电转换装置
    • US5591963A
    • 1997-01-07
    • US512698
    • 1995-08-08
    • Shinichi TakedaHidemasa MizutaniNoriyuki KaifuIsao Kobayashi
    • Shinichi TakedaHidemasa MizutaniNoriyuki KaifuIsao Kobayashi
    • H01L27/146H01J40/14
    • H01L27/14676H01L27/14609H01L27/14643
    • A photoelectric conversion device comprising, on a substrate, a photoelectric conversion element having in lamination, a first electrode layer, a first insulating layer for blocking carriers of first conduction type and second conduction type from passing therethrough, a photoelectric conversion semiconductor layer, a second insulating layer for blocking carriers of first conduction type and second conduction type from passing therethrough, and second electrode layers and a switch element having laminated a gate electrode layer, a third insulating layer, a semiconductor layer, an ohmic contact layer, a pair of first and second main electrode layers, and a wiring layer for electrically connecting first or second electrode layer of photoelectric conversion element to first main electrode layer of the switch element can be provided with high SN ratio and at lower cost without providing the injection blocking layer.
    • 一种光电转换装置,在基板上包括层叠的光电转换元件,第一电极层,用于阻挡第一导电型和第二导电型的载流子的第一绝缘层,通过其中的光电转换半导体层,第二 用于阻挡第一导电类型和第二导电类型的载流子的绝缘层,以及第二电极层和具有层叠栅电极层,第三绝缘层,半导体层,欧姆接触层,一对第一导电类型的开关元件 和第二主电极层,并且用于将光电转换元件的第一或第二电极层与开关元件的第一主电极层电连接的布线层可以以较低的成本提供高SN比,而不需要提供注入阻挡层。
    • 45. 发明授权
    • Process for producing aromatic carboxylic acids and methyl esters thereof
    • 芳族羧酸及其甲酯的制备方法
    • US4398037A
    • 1983-08-09
    • US319770
    • 1981-11-09
    • Shinichi TakedaMasao NonobeKenji IshidaYorihiko OmotoTatsuro Anno
    • Shinichi TakedaMasao NonobeKenji IshidaYorihiko OmotoTatsuro Anno
    • C07C51/255C07C51/265C07C67/39C07C67/08
    • C07C51/265C07C51/255C07C67/39
    • Disclosed is an improvement in the process for making an aromatic carboxylic acid or its methyl ester from an aromatic compound having at least one methyl or formyl group bonded directly to a nuclear carbon atom of the aromatic ring. The process comprises effecting oxidation of said compound in the liquid phase with molecular oxygen or a gas containing the same with a catalyst comprising a heavy metal compound, and in the substantial absence of an aliphatic carboxylic acid as a solvent, whereby a reaction mixture comprising the acid is formed. If the ester is desired, the acid then is esterified with methanol. The improvement comprises carrying out the oxidation in the co-presence of a lithium compound at a concentration of 0.1-10 moles per mole of heavy metal compound. The lithium compound is at least partly soluble in the reaction mixture or reacts with an acid component of the reaction mixture to form a lithium compound soluble in the reaction mixture.
    • 从具有至少一个与芳环的核碳原子键合的甲基或甲酰基的芳族化合物制备芳族羧酸或其甲酯的方法的改进。 该方法包括用含有重金属化合物的催化剂和基本上不存在脂肪族羧酸作为溶剂的分子氧或含有该化合物的气体在液相中进行氧化,由此将包含 形成酸。 如果需要酯,酸然后用甲醇酯化。 改进之处在于每摩尔重金属化合物在0.1-10摩尔浓度的锂化合物的共存下进行氧化。 锂化合物至少部分地可溶于反应混合物中或与反应混合物的酸组分反应形成可溶于反应混合物的锂化合物。