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    • 21. 发明授权
    • Terminal and system for multimedia communications
    • 终端和多媒体通信系统
    • US06515695B1
    • 2003-02-04
    • US09435465
    • 1999-11-08
    • Jun SatoAkira IrubeNobuhiro InoueYoshihiro KataokaYasunori Arai
    • Jun SatoAkira IrubeNobuhiro InoueYoshihiro KataokaYasunori Arai
    • H04N714
    • H04N7/148H04M1/274508H04N7/147
    • There is disclosed a multimedia communications terminal capable of quickly connecting with the other party with less burden on the exchange station. The terminal has a phone book memory for storing a phone book database and image data. One record consists of a phone book memory number, a phone number, a name, an encrypting flag, a terminal kind number, a send/receive YES/NO flag, a sender information notice flag, and an address at which image data is stored. The terminal further includes a main controller including a CPU, a ROM, and a RAM. The main controller controls all the portions of the terminal to realize the operation of a portable videophone. When an outgoing call is made, the phone book memory is referenced. The outgoing call is made in connection procedures adapted for the kind of the other party.
    • 公开了一种多媒体通信终端,能够以较少的交换站负担与另一方快速连接。 终端具有用于存储电话簿数据库和图像数据的电话簿存储器。 一个记录包括电话簿存储器号码,电话号码,名称,加密标志,终端种类号码,发送/接收是/否标志,发送者信息通知标志和存储图像数据的地址 。 终端还包括具有CPU,ROM和RAM的主控制器。 主控制器控制终端的所有部分以实现便携式可视电话的操作。 当拨打电话时,电话簿内存被引用。 拨出电话是根据对方的连接程序进行的。
    • 23. 发明授权
    • Knocking detecting sensor
    • 敲击检测传感器
    • US5852234A
    • 1998-12-22
    • US826145
    • 1997-03-27
    • Nobuhiro InoueSadamitsu HaradaOsamu Imamura
    • Nobuhiro InoueSadamitsu HaradaOsamu Imamura
    • G01H1/00G01H17/00G01L23/22G01M15/00G10K11/00
    • G10K11/004G01L23/222
    • A knocking detecting sensor for detecting knocking generated in an internal combustion engine includes a vibration detecting element, a terminal, a terminal holder, a casing and a sealing member. The vibration detecting element detects vibrations due to knocking. The terminal having a first and a second ends, the first end being connected to the vibration detecting element so as to take out an output therefrom. The terminal holder integrated with the terminal so as to hold it. The casing houses the vibration detecting element and the terminal holder, the casing having a terminal through-hole for externally protruding the second end of the terminal. The sealing member is arranged so as to surround the terminal between said terminal holder and the casing to prevent fluid from leaking into the inside of the casing from the terminal through-hole. Such a sensor structure assures airtightness of the casing and easiness of wiring the detecting element to the terminal.
    • 用于检测在内燃机中产生的爆震的爆震检测传感器包括振动检测元件,端子,端子保持器,壳体和密封构件。 振动检测元件检测由于敲击引起的振动。 所述端子具有第一端和第二端,所述第一端与所述振动检测元件连接以从其中取出输出。 终端机与终端集成,以便保持它。 壳体容纳振动检测元件和端子保持器,壳体具有用于从端子的第二端突出的端子通孔。 密封构件被布置成围绕端子保持器和壳体之间的端子,以防止流体从端子通孔泄漏到壳体的内部。 这种传感器结构确保了壳体的气密性和将检测元件连接到端子的容易性。
    • 28. 发明授权
    • Gas sensor and gas sensor installation structure
    • 气体传感器和气体传感器的安装结构
    • US08967002B2
    • 2015-03-03
    • US13442741
    • 2012-04-09
    • Makoto KumeNobuhiro Inoue
    • Makoto KumeNobuhiro Inoue
    • G01D21/00G01N27/407F01N13/00F01N13/18
    • G01N27/4078F01N13/008F01N13/1855
    • A sensor (200) includes a sensor element (10), a tubular metallic shell (138), and a tubular mounting member (180) rotatable relative to the metallic shell. The metallic shell has a body (138a) and a flange (138f) provided forward of the mounting member and projecting radially outward beyond the radially inner surface of the mounting member. Further, the radially outer surface of the body and the rearward-oriented surface of the flange are connected by a slant surface (138t). The mounting member is such that a forward-oriented surface (180a) and a radially inner surface (180b) meet at a corner (180e). When a threaded portion (180s) of the mounting member is threadingly engaged with a mounting hole (300h) of a mount body (300), a forward-oriented surface (138f1) of the flange comes into contact with a mounting surface (300r) of the mount body, and the corner comes into contact with the slant surface.
    • 传感器(200)包括传感器元件(10),管状金属外壳(138)和可相对于金属外壳旋转的管状安装构件(180)。 金属壳体具有主体(138a)和设置在安装构件的前方并径向向外突出超过安装构件的径向内表面的凸缘(138f)。 此外,主体的径向外表面和凸缘的向后定向表面通过倾斜表面(138t)连接。 安装构件使得前向取向表面(180a)和径向内表面(180b)在拐角(180e)处相遇。 当安装构件的螺纹部分(180s)与安装体(300)的安装孔(300h)螺纹接合时,凸缘的前向表面(138f1)与安装表面(300r)接触, 并且角部与倾斜表面接触。
    • 29. 发明授权
    • Image processing device and sheet feeding mechanism
    • 图像处理装置和送纸机构
    • US08882373B2
    • 2014-11-11
    • US13444995
    • 2012-04-12
    • Nobuhiro Inoue
    • Nobuhiro Inoue
    • B41J11/00B65H7/12
    • B65H7/125B65H2301/3122B65H2301/321B65H2553/30B65H2701/1912
    • Factory adjustment and repairs are simplified while assuring the accuracy of a multifeed prevention function. A main unit has a conveyance path that conveys sheets, and a processing unit that applies a specific process to the sheets conveyed through the conveyance path, and a multifeed detection unit is removably disposed to the main unit. The multifeed detection unit has a sheet-passing unit disposed contiguously to the conveyance path, an ultrasonic transmitter disposed facing the sheet-passing unit, and an ultrasonic receiver disposed opposite the ultrasonic transmitter with the sheet-passing unit therebetween.
    • 简化了工厂调整和维修工作,同时确保了防止多页进纸功能的准确性。 主单元具有传送纸张的输送路径和对通过输送路径输送的纸张进行特定处理的处理单元和可拆卸地配置到主单元的多页进纸检测单元。 多张进纸检测单元具有与传送路径相邻设置的片材通过单元,与片材通过单元相对设置的超声波发送器,以及与超声波发送器相对设置的超声波接收器,其间具有片材通过单元。