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    • 1. 发明申请
    • MOBILE TERMINAL DEVICE
    • 移动终端设备
    • US20110032161A1
    • 2011-02-10
    • US12937934
    • 2008-12-25
    • Hideo NakanishiTakeshi YamaguchiKenji TakagiTsukasa TakahashiYuichi Kashino
    • Hideo NakanishiTakeshi YamaguchiKenji TakagiTsukasa TakahashiYuichi Kashino
    • H01Q1/24
    • H01Q1/243H01Q1/2258H01Q9/16H01Q9/30H04M1/0208H04M1/0214H04M1/0235
    • In a mobile terminal device, a hinge member and a conductive member provided on a chassis and functioning as an antenna are electrically contacted with each other through the slide operation of a chassis and thereby can be configured as an antenna usable in various use situations without providing a separate antenna. Consequently, the mobile terminal device is provided, the manufacture cost of which can be suppressed, the size and thickness of which can be reduced, and which can prevent antenna characteristics from degrading because the antenna is not provided at a portion gripped by a hand. In the device, a first chassis (101) has a radio circuit (112). A second chassis (102) has a ground plate (121) and is attached so as to be freely slidable with respect to the first chassis (101). A tilt hinge member (104a) rotatably connects the first chassis (101) to the second chassis (102), is fed from the radio circuit (112), and functions as an antenna together with the ground plate (121) when the hinge member is electrically contacted with the ground plate (121) through the slide operation of the second chassis (102).
    • 在移动终端装置中,设置在底盘上并用作天线的铰链构件和导电构件通过机架的滑动操作而彼此电接触,从而可以被配置为可用于各种使用情况的天线,而不提供 单独的天线。 因此,提供了移动终端装置,其制造成本可以被抑制,其尺寸和厚度可以减小,并且其可以防止天线特性降低,因为天线没有设置在由手握住的部分。 在该设备中,第一机箱(101)具有无线电电路(112)。 第二底盘(102)具有接地板(121)并被安装成可相对于第一机架(101)自由滑动。 可旋转地连接第一机架(101)到第二机架(102)的倾斜铰链部件(104a)从无线电电路(112)馈送,并且当铰链部件 通过第二机架(102)的滑动操作与接地板(121)电接触。
    • 2. 发明授权
    • Wireless communication system that performs diversity combining of radio signals from mobile terminal received through plurality of relay stations
    • 无线通信系统,其通过多个中继站接收来自移动终端的无线电信号的分集组合
    • US07664458B2
    • 2010-02-16
    • US10582793
    • 2005-03-17
    • Hidenori IshiiKenji Takagi
    • Hidenori IshiiKenji Takagi
    • H04B3/36H04B7/185H04B7/14
    • H04W36/18H04B7/022H04W92/20
    • A table identifying a correspondence between a cell and a main base station accommodating the cell is prepared in a node (wireless network control apparatus or main base station) within a radio access network. When a terminal is moved and enters an overlapped area of cells (a) and (b) from an original cell (a), where a main base station (to which the terminal was connected in the cell (a) can accommodate the cell (b) that the terminal has entered, the sub base station is connected to the main base station, and site diversity is performed in the main base station. When site diversity is performed between main base stations in a radio access network using a base station in which a baseband processing section is separated from a radio transmission/reception section, traffic flowing between the wireless network control apparatus and the base station is reduced.
    • 在无线接入网络内的节点(无线网络控制装置或主基站)中准备识别小区和容纳小区的主基站之间的对应关系的表。 当终端被移动并且从原始小区(a)进入小区(a)和(b)的重叠区域时,其中主基站(小区(a)中的终端连接到主基站)可以容纳小区 b)终端已经进入,子基站连接到主基站,并且在主基站中进行站点分集,当使用基站的无线接入网中的主基站之间进行站点分集时 基带处理部与无线发送接收部分离,能够减少在无线网络控制装置与基站之间流动的业务。
    • 3. 发明申请
    • IMAGE FORMING APPARATUS
    • 图像形成装置
    • US20090129797A1
    • 2009-05-21
    • US12355233
    • 2009-01-16
    • Akimichi SuzukiHideo NanatakiKenji WatanabeKenji Takagi
    • Akimichi SuzukiHideo NanatakiKenji WatanabeKenji Takagi
    • G03G15/00
    • G03G15/657G03G2215/00616G03G2215/00721G03G2215/00945
    • An image forming apparatus is provided, which prevents occurrence of conveying malfunction or image failure due to variation of conveying speed caused by endurance of a fixing unit or a conveying unit, variation of using environment, or a type of a recording material. The image forming apparatus includes: a fixing unit for heating and fixing a toner image on a recording sheet (P); a secondary transferring portion for conveying the recording sheet (P) to the fixing unit; a loop sensor for detecting a degree of a loop of the recording sheet (P) generated according to a speed difference between a conveying speed of the fixing unit and a conveying speed of the secondary transferring portion; a CPU for controlling the conveying speed of the fixing unit; a fixing deliver sensor for detecting a used amount of the fixing unit; and an EEPROM for storing information on the used amount of the fixing unit detected by the fixing deliver sensor. The CPU controls the conveying speed of the fixing unit based on the information of the used amount of the fixing unit stored in the EEPROM and a detection result of the loop sensor.
    • 提供了一种图像形成装置,其防止由于定影单元或输送单元的耐久性的变化引起的输送故障或图像故障的发生,使用环境的变化或记录材料的类型的发生。 图像形成装置包括:用于在记录纸(P)上加热和定影调色剂图像的定影单元; 用于将记录纸(P)输送到定影单元的二次转印部分; 环路传感器,用于检测根据所述定影单元的输送速度与所述二次转印部分的输送速度之间的速度差产生的所述记录纸张(P)的回路程度; 用于控制定影单元的输送速度的CPU; 用于检测定影单元的使用量的定影传送传感器; 以及用于存储由定影传送传感器检测到的定影单元的使用量的信息的EEPROM。 CPU基于存储在EEPROM中的定影单元的使用量的信息和环路传感器的检测结果来控制定影单元的传送速度。
    • 4. 发明申请
    • Radio Base Station Device, Radio Control System, and Operation Control Method
    • 无线基站装置,无线电控制系统和操作控制方法
    • US20070258360A1
    • 2007-11-08
    • US11629288
    • 2005-03-18
    • Satoshi SengaHidenori IshiiKenji Takagi
    • Satoshi SengaHidenori IshiiKenji Takagi
    • H04J3/14H04Q7/00
    • H04W24/00H04W24/04H04W92/12
    • A radio base station device (3) comprises: a call processing control unit for transferring a signaling control signal, and transmitting a failure detection packet to a plurality of transmission paths (5) connected to a radio network controller so as to detect failure of each of the transmission paths (5); a baseband signal processing unit for transferring a user data control signal; a channel management table storing a currently set up channel and a transmission path used by the channel, as being associated with each other; and a channel management control unit for, in response to detection of failure of a transmission path (5) by the call processing control unit, receiving information indicating a state of each of the transmission paths from the call processing control unit, changing a currently set up channel to a transmission path (5) having no failure detected, and notifying the call processing control unit and the baseband signal processing unit of an address related to the transmission path (5) to which the currently set up channel is changed. Consequently, upon failure of an IP transmission path, the IP transmission path can be changed without interruption of voice and disconnection of a call at the time of failure.
    • 无线基站装置(3)包括:呼叫处理控制单元,用于传送信令控制信号,并将故障检测分组发送到连接到无线电网络控制器的多个传输路径(5),以便检测每个 的传输路径(5); 用于传送用户数据控制信号的基带信号处理单元; 存储当前建立的信道和由信道使用的传输路径的信道管理表彼此相关联; 以及信道管理控制单元,用于响应于由呼叫处理控制单元检测到传输路径(5)的故障,从呼叫处理控制单元接收指示每个传输路径的状态的信息,改变当前设置 向没有检测到故障的传输路径(5)发送上行信道,并且向呼叫处理控制单元和基带信号处理单元通知与当前建立的信道所改变的传输路径(5)有关的地址。 因此,在IP传输路径故障的情况下,IP传输路径可以在不中断语音和故障时断开呼叫的情况下进行改变。
    • 6. 发明授权
    • Method for welding by magnetically driven arc
    • 磁力驱动电弧焊接方法
    • US4511784A
    • 1985-04-16
    • US485184
    • 1983-04-15
    • Hideaki MiyamoriKenji TakagiShigeru SatoFujio TakahashiMikio Ozawa
    • Hideaki MiyamoriKenji TakagiShigeru SatoFujio TakahashiMikio Ozawa
    • B23K9/08
    • B23K9/08
    • A method for welding by a magnetically driven arc, which comprises placing two objects of welding in butt formation with a small gap between the end edges thereof to form a welding line; parallelly connecting a first electric circuit comprising the two objects of welding and a cable arranged on the surface side of the two objects of welding and a second electric circuit comprising the two objects of welding and another cable arranged on the back side of the two objects of welding to a welding power source; flowing a welding current through the first and second electric circuits to produce an arc in the small gap; moving the arc along the welding line under the effect of an electromagnetic force in the direction of the welding line, the electromagnetic force being produced by the magnetic flux of magnetizing coils provided near the end edges of the two objects of welding and welding current flowing through the arc; and changing the amount of welding current flowing through the first and second electric circuits to control the electromagnetic force in the thickness direction of the two objects of welding; thereby continuously moving the arc in the thickness direction of the two objects of welding, thus uniformly heating the end edge of the two objects of welding to a welding temperature by the heat of the moving arc.
    • 一种用于通过磁力驱动的电弧进行焊接的方法,其特征在于,将两个焊接对象焊接在其端缘之间的小间隙处,形成焊接线; 平行连接包括两个焊接对象的第一电路和布置在两个焊接对象的表面侧上的电缆,以及包括两个焊接对象的第二电路和布置在两个焊接对象的背面的另一个电缆 焊接焊接电源; 使焊接电流流过第一和第二电路以在小间隙中产生电弧; 在焊接线下沿着电磁力沿着焊接线的方向沿着焊接线移动电弧,电磁力由设置在两个焊接对象的端部边缘附近的磁化线圈的磁通和流过的焊接电流产生 电弧 并且改变流过第一和第二电路的焊接电流量,以控制两个焊接对象的厚度方向上的电磁力; 从而在两个焊接对象的厚度方向上连续地移动电弧,从而通过移动电弧的热量将两个焊接对象的端部边缘均匀地加热到焊接温度。
    • 7. 发明授权
    • Cleaning unit and image forming apparatus
    • 清洁单元和成像设备
    • US08750749B2
    • 2014-06-10
    • US13428196
    • 2012-03-23
    • Akimichi SuzukiShinsuke KobayashiKenji Takagi
    • Akimichi SuzukiShinsuke KobayashiKenji Takagi
    • G03G21/10G03G15/16
    • G03G15/168G03G2215/0132
    • An image forming apparatus includes a rotatable member-to-be-cleaned having elasticity; a cleaning member, having elasticity, for removing a deposited matter deposited on the member-to-be-cleaned; and a supporting portion for supporting the cleaning member so that the cleaning member swings around a swing fulcrum. The swing fulcrum of the supporting portion is provided so that a force exerted from the member-to-be-cleaned onto the cleaning member with respect to a direction along a tangential line where the cleaning member and the member-to-be-cleaned contact each other during movement of the member-to-be-cleaned has a vector component in a direction in which the cleaning member is moved away from the member-to-be-cleaned.
    • 图像形成装置包括具有弹性的可旋转待清洗构件; 清洁构件,具有弹性,用于去除沉积在待清洗构件上的沉积物; 以及用于支撑清洁构件的支撑部分,使得清洁构件绕摆动支点摆动。 支撑部分的摆动支点被设置成使得从待清洁部件施加到清洁部件上的力相对于沿清洁部件和被清洁部件的切线的方向 在要清洁的构件的移动期间彼此相对的方向上的向量分量沿着清洁构件移动远离待清洁构件的方向。
    • 8. 发明授权
    • Handoff method comprising network control apparatus that receives data packets from both the core network and the other network control apparatus wherein said received data packets will be transformed into wireless data
    • 切换方法包括从核心网络和另一个网络控制装置接收数据分组的网络控制装置,其中所述接收的数据分组将被转换成无线数据
    • US07751820B2
    • 2010-07-06
    • US11628046
    • 2005-03-17
    • Hidenori IshiiKenji Takagi
    • Hidenori IshiiKenji Takagi
    • H04W36/00
    • H04W36/10H04W92/14H04W92/22
    • There are a wireless access network comprising a radio network gateway apparatus (101), radio access network control apparatus (102a), (102b) and a base stations (103a), (103b) and a terminal (104) accommodated in the wireless access network and when the terminal (104) enters into a new cell B, a packet data is transmitted from the source radio access network control apparatus (102a) to the target radio access network control apparatus (102b). Further, when the terminal (104) switches the radio access network control apparatus (102) with which the terminal (104) communicates, the target radio access network control apparatus (102b) switches a transmission line of a data to be transmitted to the terminal (104) from a wireless data to a packet data in the source radio access network control apparatus (102a), and from the source packet data to a target packet data in a synchronized manner at each timing. This reduces traffic which occurs when switching a radio access network control apparatus to be communicated while the terminal moves between cells and prevent packet interruption in a wireless access network providing packet transmission service.
    • 存在无线接入网络,包括无线网络网关装置(101),无线接入网络控制装置(102a),(102b)以及基站(103a),(103b)和容纳在无线接入中的终端 网络,并且当终端(104)进入新小区B时,从源无线接入网络控制装置(102a)向目标无线接入网络控制装置(102b)发送分组数据。 此外,当终端(104)切换与终端(104)通信的无线接入网络控制装置(102)时,目标无线接入网络控制装置(102b)将要发送的数据的传输线切换到终端 (104)从无线数据到源无线接入网络控制装置(102a)中的分组数据,并且在每个定时以同步的方式从源分组数据到目标分组数据。 这减少了当终端在小区之间移动时切换要通信的无线接入网络控制装置发生的业务,并且防止在提供分组传输服务的无线接入网络中的分组中断。
    • 9. 发明申请
    • IMAGE FIXING APPARATUS
    • 图像固定装置
    • US20090028590A1
    • 2009-01-29
    • US12179077
    • 2008-07-24
    • Hideo NanatakiTakashi NomuraKenji Takagi
    • Hideo NanatakiTakashi NomuraKenji Takagi
    • G03G15/20
    • G03G15/2042
    • A fixing apparatus includes a control circuit which controls the electrifying to a first heater so that a temperature detected by a first temperature detection portion reaches a first target temperature and controls the electrifying to a second heater so that a temperature detected by a second temperature detection portion reaches a second target temperature, when warm-up is initiated, and, when the warm-up initiated, if an initial temperature of a rotary member is below a predetermined temperature, the control circuit sets the first target temperature to a temperature value greater than the first target temperature set when the initial temperature of the rotary member is greater than the predetermined temperature and sets the second target temperature to a temperature value greater than the second target temperature set when the initial temperature of the rotary member is greater than the predetermined temperature. In this way, hot offset and poor fixing can be prevented and a pre-heating operation time can be prevented from extending excessively.
    • 定影装置包括:控制电路,其控制对第一加热器通电,使得由第一温度检测部分检测的温度达到第一目标温度,并控制向第二加热器通电,使得由第二温度检测部分检测的温度 当预热开始时达到第二目标温度,并且当预热启动时,如果旋转构件的初始温度低于预定温度,则控制电路将第一目标温度设定为大于 当所述旋转构件的初始温度大于所述预定温度时设定的所述第一目标温度,并且将所述第二目标温度设定为大于当所述旋转构件的初始温度大于所述预定温度时设定的所述第二目标温度的温度值 。 这样,能够防止热偏移和固定不良,能够防止预热运转时间过度延长。