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    • 51. 发明申请
    • POWER SUPPLY CONTROL DEVICE AND METHOD, PROGRAM, AND RECORDING/PLAYBACK APPARATUS
    • 电源控制装置和方法,程序和记录/播放装置
    • US20070083776A1
    • 2007-04-12
    • US11469707
    • 2006-09-01
    • Masaki MatsushitaYoshio Nakamura
    • Masaki MatsushitaYoshio Nakamura
    • G06F1/00
    • G06F1/26
    • A power supply control device includes a first signal output unit that outputs a re-power signal and an off-ready signal, the re-power signal being a signal for turning off the power supply of an apparatus for a predetermined period of time and then turning on the power supply of the apparatus, the off-ready signal indicating that the power supply of the apparatus is ready to be turned off; a second signal output unit that outputs a power-off enable signal for turning off the power supply of the apparatus to a power supply unit when the re-power signal and the off-ready signal are supplied to the second signal output unit; and a holding unit that holds the power-off enable signal for the predetermined period of time.
    • 电源控制装置包括:第一信号输出单元,其输出再功率信号和就绪不足的信号,所述再功率信号是用于在预定时间段内关闭装置的电源的信号,然后 打开设备的电源,指示设备的电源准备关闭的关闭就绪信号; 第二信号输出单元,当所述再供电信号和所述关闭就绪信号被提供给所述第二信号输出单元时,输出用于将所述设备的电源关闭到电源单元的断电使能信号; 以及在所述预定时间段内保持所述断电使能信号的保持单元。
    • 53. 发明申请
    • Active noise cancellation system
    • 主动噪声消除系统
    • US20050053244A1
    • 2005-03-10
    • US10936600
    • 2004-09-09
    • Masahide OnishiYoshio NakamuraToshio InoueAkira Takahashi
    • Masahide OnishiYoshio NakamuraToshio InoueAkira Takahashi
    • G01H3/00A61F11/06B60R11/02G10K11/16G10K11/178H03B29/00H03H17/02H03H21/00
    • G10K11/17883G10K2210/128G10K2210/3046
    • In an active noise cancellation system having an adaptive filter that outputs a control signal, first and second speakers that emit a canceling signal generated based on the control signal, a microphone that detects an error signal, a correction filter that corrects the base signal by a correction value to generate a reference signal and a filter coefficient updater that successively updates the adaptive filter coefficient based on the error signal and reference signal such that the error signal is minimized, the correction value of the correction filter is set to a sum obtained by adding the transfer characteristic from the first speaker to the microphone, and a product obtained by multiplying the transfer characteristic from the second speaker to the microphone by the prescribed value, thereby enabling to reduce the number of microphones and avoid the increase in parts, the amount of work to provide complicated wiring to the microphones, and the computational load involved in updating the adaptive filter coefficient, while enabling to maintain an area in which noise can be reduced to the same level as that obtained before reducing the number of microphones.
    • 在具有输出控制信号的自适应滤波器的有源噪声消除系统中,发射基于控制信号生成的消除信号的第一和第二扬声器,检测误差信号的麦克风,校正基本信号的校正滤波器, 用于产生参考信号的校正值和基于误差信号和参考信号连续更新自适应滤波器系数的滤波器系数更新器,使得误差信号最小化,校正滤波器的校正值被设置为通过加法获得的和 从第一扬声器到麦克风的传送特性,以及通过将来自第二扬声器的传送特性与麦克风相乘规定值获得的乘积,由此能够减少麦克风的数量并避免部件的增加, 努力为麦克风提供复杂的布线,以及更新中涉及的计算负荷 g的自适应滤波器系数,同时使得能够将噪声降低到与减少麦克风数量之前获得的相同水平的区域。
    • 55. 发明授权
    • Abrasive machine
    • 磨料机
    • US06692341B2
    • 2004-02-17
    • US10136578
    • 2002-04-25
    • Hiromi KishidaYoshio NakamuraSusumu Onishi
    • Hiromi KishidaYoshio NakamuraSusumu Onishi
    • B24B722
    • B24B45/00B24B7/228
    • The abrasive machine of the present invention is capable of controlling a shape of an abrasive face of a small abrasive plate. The abrasive machine comprises: a plate holder holding an abrasive plate; a fixed engaging member being fixed to the plate holder and engaging with the abrasive plate; a first O-ring being provided between the fixed engaging member and the abrasive plate; a second O-ring being provided between the plate holder and the abrasive plate; and a fluid supply-discharge mechanism for supplying a fluid to and discharging the same from a zone enclosed by the abrasive plate, the plate holder and the second O-ring. An outer circumferential face of the abrasive plate is separated from an inner circumferential face of the fixed engaging member.
    • 本发明的研磨机能够控制小型研磨板的研磨面的形状。 研磨机包括:保持研磨板的板夹; 固定的接合构件固定到所述板保持器并与所述研磨板接合; 第一O形环设置在固定接合构件和研磨板之间; 第二O形环设置在板支架和研磨板之间; 以及流体供给 - 排出机构,用于从由研磨板,板保持器和第二O形环包围的区域提供流体并将其排出。 研磨板的外周面与固定接合构件的内周面分离。
    • 56. 发明授权
    • Vehicle-mounted acoustic system
    • 车载声学系统
    • US06687378B1
    • 2004-02-03
    • US09786051
    • 2001-06-05
    • Yoshio Nakamura
    • Yoshio Nakamura
    • H04B100
    • H04S3/00H04R5/02H04R2499/13
    • A car-borne sound system that reproduces a recorded multi-channel music source in the 5. 1 system or the like system into a natural sound environment in a room of an automobile. Conventionally, at a driver's seat or at a front passenger seat, a sound image of vocal sounds (singing voice) was locating deviated from the natural placement. The present sound system eliminates such unnatural sound image positioning. A front center signal and a front right and a front left signals, which include much of the vocal components, are added on to a rear right and a rear left signals so that rear speakers (106 and 107) also reproduce the vocal components. Thus the vocal sound image is placed and fixed in the central place to provide a natural listening environment.
    • 一种汽车音响系统,其将5.1系统或类似系统中记录的多声道音乐源再现为汽车房间内的自然声音环境。 通常,在司机座位或前排乘客座位,声音(声音)的声像被放置偏离自然位置。 本声音系统消除了这种不自然的声像定位。 包括大部分声部分的前中心信号和前左左信号被添加到后右后和左后信号,使得后扬声器(106和107)也再现声部分。 因此,声音图像被放置并固定在中心位置以提供自然的聆听环境。
    • 57. 发明授权
    • Reel for embossed carrier tape
    • US06575398B2
    • 2003-06-10
    • US09910560
    • 2001-07-20
    • Yoshio NakamuraHaruo UmedaLi Xiao
    • Yoshio NakamuraHaruo UmedaLi Xiao
    • B65H7514
    • B65H75/22B65H2701/1942B65H2701/5112
    • A pair of flanges (12, 12) which have through-holes (17) for a rotating shaft, and a shaft part which connects the central parts of these flanges (12, 12) at a specified spacing, are formed from cardboard plates; furthermore, the above-mentioned shaft part is formed so that this shaft part is foldable. For example, flaps (13) which extend in the radial direction, and which have base ends (13a) on the side of the central part of the corresponding flange (12) are formed by stamping in each of the pair of flanges (12, 12) and slits (14) which extend in the circumferential direction of each flange (12) are formed on a circle that is concentric with the flange (12), and which includes the base ends (13a) of the flaps (13). The flaps (13) of the respective flanges (12) are pulled into upright positions, and the projecting parts (13b) of the flaps (13) of one of the flanges (12) are inserted into the slits (14) of the other flange (12), thus fastening the flanges (12) to each other, so that a reel (11) is formed. A reel formed as described is not bulky during shipping, and requires no separation of parts when the reel is discarded.
    • 59. 发明授权
    • Semiconductor devices utilizing silicide reaction
    • 利用硅化物反应的半导体器件
    • US6051851A
    • 2000-04-18
    • US917675
    • 1997-08-26
    • Tadahiro OhmiMamoru MiyawakiYoshio NakamuraHiroshi SuzukiTakeo Yamashita
    • Tadahiro OhmiMamoru MiyawakiYoshio NakamuraHiroshi SuzukiTakeo Yamashita
    • H01L21/82G11C17/16H01L23/525H01L27/10H01L31/0328H01L31/0336H01L31/072H01L31/109
    • H01L27/112G11C17/16H01L23/5252H01L27/11206H01L2924/0002H01L2924/3011
    • Cheap semiconductor memory devices are provided so as to enable high-speed writing and reading but rarely to malfunction, thus being high in reliability. In a semiconductor device which comprises a plurality of cells each having a semiconductor layer between a pair of conductors, at least one of the pair of conductors is made of a metal, and the semiconductor layer comprises an amorphous silicon that can form a silicide region with the metal as reacting at a reaction rate of not less than 10 m/sec. Another device is characterized in that the semiconductor layer is an amorphous silicon, in that at least one of the pair of conductors is made of a metal silicide-reacting with the amorphous silicon, and in that the silicide region formed is conic. Another device is characterized in that the semiconductor layer is an amorphous silicon, in that at least one of the pair of conductors is formed of a metal silicide-reacting with the amorphous silicon, and in that a film-formed surface is produced without being exposed to an oxide atmosphere, between a step of forming the amorphus silicon and a step of forming the metal.
    • 提供廉价的半导体存储器件,以便能够进行高速写入和读取,但很少发生故障,因此可靠性高。 在包括多个单元的半导体器件中,每个单元各自在一对导体之间具有半导体层,所述一对导体中的至少一个导体由金属制成,并且所述半导体层包括可形成硅化物区域的非晶硅, 金属以不小于10m /秒的反应速率反应。 另一种器件的特征在于,半导体层是非晶硅,其中该对导体中的至少一个导体由与非晶硅反应的金属硅化物制成,并且形成的硅化物区域是圆锥形。 另一种器件的特征在于,半导体层是非晶硅,其中该对导体中的至少一个导体由与非晶硅反应的金属硅化物形成,并且由此形成膜形成表面而不暴露 在氧化物气氛之间,形成无定形硅的步骤和形成金属的步骤。
    • 60. 发明授权
    • Spot welding machine
    • 点焊机
    • US5831234A
    • 1998-11-03
    • US895454
    • 1997-07-16
    • Yoshio NakamuraShigenobu ArimaShinichi Kitaguchi
    • Yoshio NakamuraShigenobu ArimaShinichi Kitaguchi
    • B23K11/24B23K11/11B23K11/31B23K11/10
    • B23K11/317B23K11/318
    • In opposition to a lower electrode (31) fixed to a frame (3), an upper electrode (29) is carried by an upper pressing base (23), which is engaged with a vertical guide rail (25) and joined by a resilient slide mechanism to a piston rod (35L) of a hydraulic cylinder (35) connected to a hydraulic circuit operable for an increased distance (L3) between electrode shanks (15, 7) and fastened at a head end thereof to a lower pressing base (33), which is engaged with the guide rail and joined to a piston rod (37L) of an air cylinder (37) fastened at a head end thereof to the frame and connected to a pneumatic circuit operable for supplying a balancing pressure to have the piston rod (37L) thereof contracted to stand with a total load and for relieving the pressure when a mechanical valve (85) is operated with a pedal arm (49) stepped down for starting a welding, while the pneumatic circuit is changed over by a limit switch (57) to force down the lower pressing base.
    • 与固定于框架(3)的下部电极(31)相对,上部电极(29)由与上述垂直导轨(25)卡合的上部按压基座(23)承载, 滑动机构连接到连接到液压回路的液压缸(35)的活塞杆(35L),液压回路可操作以在电极杆(15,7)之间增加距离(L3),并将其头端紧固到下压制基座 33),其与导轨接合并且连接到气缸(37)的活塞杆(37L),气缸(37)的头端紧固在框架上并连接到气动回路,气动回路可用于提供平衡压力以使 活塞杆(37L)以总负载收缩而放置,当机械阀(85)在踏板臂(49)下降以启动焊接的情况下操作时减轻压力,同时气动回路由 限位开关(57)迫使下压底座。