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    • 21. 发明授权
    • Optical pickup device
    • 光学拾取装置
    • US06438090B1
    • 2002-08-20
    • US09443878
    • 1999-11-19
    • Junichi Nakano
    • Junichi Nakano
    • G11B700
    • G11B7/1356G11B7/08G11B7/08564G11B7/12G11B7/122G11B7/1263G11B7/1369G11B7/1378G11B7/1387G11B2007/0013G11B2007/13727
    • An optical pickup device, which records/reproduces information on/from at least one optical medium having a plurality of recording surfaces or a plurality of optical media each having at least one recording surface, comprises a light source for emitting a beam of light, a plurality of optical heads for focusing the beam on a plurality of different recording surfaces, an optical path switching device, positioned between the light source and the optical heads, for changing an optical path for guiding the beam alternatively to one of the optical heads, a first relay lens, positioned between the light source and the optical path switching device, for changing the beam into a convergent beam, second relay lenses, positioned individually between the optical path switching device and the optical heads, for changing a divergent beam, obtained after the convergent beam from the first relay lens is temporarily converged, back into a parallel beam, and a lens drive unit for driving the first relay lens along the its optical axis so as to adjust the respective lengths of optical paths between the first relay lens and the second relay lenses.
    • 一种光拾取装置,其在具有多个记录表面的至少一个光学介质或具有至少一个记录表面的多个光学介质上记录/再现信息,包括用于发射光束的光源, 用于将光束聚焦在多个不同记录表面上的多个光学头,位于光源和光学头之间的光路切换装置,用于改变用于将光束交替地引导到光头之一的光路, 第一中继透镜,位于光源和光路切换装置之间,用于将光束改变成会聚光束,第二中继透镜,分别位于光路切换装置和光学头之间,用于改变发散光束,后者是 来自第一中继透镜的会聚光束被暂时会聚回到平行光束中,以及用于驱动第一相关部分的透镜驱动单元 y透镜沿着其光轴,以便调节第一中继透镜和第二中继透镜之间的光路的相应长度。
    • 23. 发明授权
    • Saddle type vehicle
    • 马鞍型车
    • US08727058B2
    • 2014-05-20
    • US13349956
    • 2012-01-13
    • Junichi Nakano
    • Junichi Nakano
    • B62D61/02B62K11/02
    • B62K11/10B62K2202/00
    • A saddle type vehicle includes a head pipe that steerably supports a steering system including a front wheel, a main frame extending rearwardly downward from the head pipe, left and right lower frames extending substantially in parallel to each other rearward from a lower portion of the main frame, and a storage space provided between the left and right lower frames on the rear side of the main frame. The storage space permits a fuel tank as a vehicle component part to be disposed therein. A front cross frame is connected to a lower end portion of a main frame lower portion and extends in the vehicle width direction. Front end portions of the lower frames are connected to left and right end portions of the front cross frame.
    • 鞍式车辆包括:头管,其可转向地支撑转向系统,转向系统包括前轮,从头管向后向后延伸的主框架,左主框架和右下框架从主体的下部向后相互大致平行地延伸 框架和设置在主框架后侧的左右下框架之间的存储空间。 存储空间允许将燃料箱作为车辆部件放置在其中。 前横框架连接到主框架下部的下端部并沿车宽方向延伸。 下框架的前端部连接到前十字框架的左端部和右端部。
    • 24. 发明申请
    • SADDLE TYPE VEHICLE
    • US20120181783A1
    • 2012-07-19
    • US13349956
    • 2012-01-13
    • Junichi Nakano
    • Junichi Nakano
    • B60P3/22B62D61/02
    • B62K11/10B62K2202/00
    • A saddle type vehicle includes a head pipe that steerably supports a steering system including a front wheel, a main frame extending rearwardly downward from the head pipe, left and right lower frames extending substantially in parallel to each other rearward from a lower portion of the main frame, and a storage space provided between the left and right lower frames on the rear side of the main frame. The storage space permits a fuel tank as a vehicle component part to be disposed therein. A front cross frame is connected to a lower end portion of a main frame lower portion and extends in the vehicle width direction. Front end portions of the lower frames are connected to left and right end portions of the front cross frame.
    • 鞍式车辆包括:头管,其可转向地支撑转向系统,转向系统包括前轮,从头管向后向后延伸的主框架,左主框架和右下框架从主体的下部向后相互大致平行地延伸 框架和设置在主框架后侧的左右下框架之间的存储空间。 存储空间允许将燃料箱作为车辆部件放置在其中。 前横框架连接到主框架下部的下端部并沿车宽方向延伸。 下框架的前端部连接到前十字框架的左端部和右端部。
    • 26. 发明授权
    • Method of making a fabric and a fabric obtained therefrom
    • 制造织物和由其获得的织物的方法
    • US06135161A
    • 2000-10-24
    • US334880
    • 1999-06-17
    • Junichi NakanoTomomichi FujiyamaMasao SekiKiyokazu Minami
    • Junichi NakanoTomomichi FujiyamaMasao SekiKiyokazu Minami
    • B60R21/16D03D1/02D03D51/00D03C13/00
    • D03D51/007D03C5/02D03D1/02D03D13/008D03D51/02D10B2331/02D10B2505/124
    • A method for producing a fabric, by a loom equipped with healds, a reed and a back roller, characterized by using synthetic filament yarns as the warp yarns and the weft yarns to be supplied to the loom, using a drive system having a cam for the shedding and closing motions of the healds, and keeping the dwell angle of the healds in a range from 85 to 120 degrees. The back roller is equipped with a positive easing mechanism, and the easing quantity by the easing mechanism is adjusted in a range from about 5 to about 15 mm. Where the warp yarns positioned in the selvages of the fabric among the warp yarns are called selvage yarns and the warp yarns additionally added to the selvage yarns are called insert yarns, then the number of insert yarns per 10 selvage yarns is in a range of from 1 to 10, and one selvage yarn each and one insert yarn each are guided through each dent of the reed.
    • 一种织物的制造方法,通过配备有综丝的织布机,筘和后辊,其特征在于使用合成长丝纱线作为经纱,将纬纱供给到织机,使用具有凸轮的驱动系统 治疗者的脱落和闭合动作,以及将治疗者的停留角度保持在85至120度的范围内。 后辊具有正的缓和机构,并且通过缓和机构的减速量调节在约5至约15mm的范围内。 在经纱中定位在织物的边缘中的经纱称为纱线纱线,另外添加到纱线纱线中的经纱称为插入纱线,则每10条纱线的插入纱线数量在 如图1至图10所示,每根纱线和一根纱线各自被引导穿过筘的每个凹痕。
    • 27. 发明授权
    • Mark edge recorded signal reproducing device for use in optical disk
apparatus
    • 用于光盘装置的标记边缘记录信号再现装置
    • US5745468A
    • 1998-04-28
    • US579149
    • 1995-12-27
    • Junichi Nakano
    • Junichi Nakano
    • G11B7/005G11B11/105G11B20/10G11B7/00G11B5/09
    • G11B20/10009G11B11/1053G11B11/10515G11B7/005
    • A signal reproducing device for use in an optical disk apparatus adapted to irradiate an optical disk with light beams and detect a reproduction signal associated with a mark formed on the optical disk from light beams reflected by the optical disk and reproduce data recorded thereon on the basis of the reproduction signal. This signal reproducing device is provided with a first clock generating unit for generating a first clock corresponding to a leading edge of the mark, a second clock generating unit for generating a second clock corresponding to a trailing edge of the mark, a first sampling unit for sampling the reproduction signal according to the first clock, a second sampling unit for sampling the reproduction signal according to the second clock and a selection unit for selecting one of outputs of the first and second sampling unit. Thereby, reproduction signals can be sampled with optimum timing at all times.
    • 一种用于光盘装置中的信号再现装置,其适于用光束照射光盘,并且由光盘反射的光束检测与形成在光盘上的标记相关联的再现信号,并基于该光盘再现其上记录的数据 的再现信号。 该信号再现装置设置有用于产生对应于标记的前沿的第一时钟的第一时钟产生单元,用于产生对应于标记的后沿的第二时钟的第二时钟产生单元,用于 根据第一时钟对再现信号进行采样,第二采样单元,用于根据第二时钟对再现信号进行采样;以及选择单元,用于选择第一和第二采样单元的输出之一。 因此,可以始终以最佳定时对再现信号进行采样。
    • 28. 发明授权
    • Reproducing waveform correction circuit for optical information
recording/reproducing system
    • 再现用于光信息记录/再现系统的波形校正电路
    • US5570335A
    • 1996-10-29
    • US443442
    • 1995-05-18
    • Takashi OgataJunichi Nakano
    • Takashi OgataJunichi Nakano
    • G11B7/005G11B11/105G11B20/10G11B7/00
    • G11B20/10009G11B11/10515G11B7/005
    • According to an aspect, to realize a transient correction circuit capable of performing a high-speed operation without being affected by low-frequency noise and allow to remove only the low-frequency noise without changing a reproducing waveform, an output from a HPF for removing the low-frequency noise of a reproduced signal is supplied to a waveform correction circuit for correcting the transient of the reproduced signal, which is generated by the HPF. The waveform correction circuit is constituted by a LPF, an adder for adding an output from the LPF and the output from the HPF, and a quantization circuit for quantizing an output from the adder. The HPF and the LPF have the same time constant. According to another aspect, to precisely compensate a DC component necessary for signal reproduction, which is lost by capacitive coupling, in reproduction of a signal recorded by high-density or high-transfer recording, the low-frequency component of the reproduced signal is removed by a HPF corresponding to a coupling capacitor. A comparison circuit compares an output from the HPF with a predetermined reference level by a comparator, thereby generating a binary output. A LPF performs time integration of the binary output through a gain adjustment circuit. An output whose sag is corrected is calculated by an operational amplifier according to the output from the LPF and the HPF.
    • 根据一个方面,为了实现能够进行高速运行而不受低频噪声影响的瞬态校正电路,并且仅在不改变再现波形的情况下仅移除低频噪声,则从用于去除的HPF的输出 再现信号的低频噪声被提供给用于校正由HPF产生的再现信号的瞬态的波形校正电路。 波形校正电路由LPF,用于将来自LPF的输出和HPF的输出相加的加法器和用于量化来自加法器的输出的量化电路构成。 HPF和LPF具有相同的时间常数。 根据另一方面,为了在由高密度或高转印记录记录的信号的再现中精确地补偿由电容耦合丢失的信号再现所需的DC分量,则再现信号的低频分量被去除 通过对应于耦合电容器的HPF。 比较电路通过比较器将来自HPF的输出与预定的参考电平进行比较,从而生成二进制输出。 LPF通过增益调整电路执行二进制输出的时间积分。 根据LPF和HPF的输出,通过运算放大器计算其下垂的校正的输出。
    • 30. 发明授权
    • Workpiece feeding apparatus
    • 工件给料装置
    • US07137769B2
    • 2006-11-21
    • US10484616
    • 2002-07-24
    • Tetsuharu KomatsuTakaji MukumotoSatoshi KanbayashiJunichi NakanoNaoya Matsunaga
    • Tetsuharu KomatsuTakaji MukumotoSatoshi KanbayashiJunichi NakanoNaoya Matsunaga
    • B61B3/00B61J1/06
    • B65G35/06B65G47/901B65G2201/02
    • A plurality of working blocks (A, B) are connected by rails (18). A branched transporting mechanism (100) is disposed at the intersections of the rails (18). A transportation vehicle (300) of non-self-propelled type moves on the rails (18) by the driving power of a wire (20). A placement table (450) is positioned in the vicinity of the working blocks (A, B). The placement table (450) moves up and down with a workpiece placed thereon between the transportation vehicle (300) and the working blocks (A, B). Transfer of work is effected by moving the placement table (450) up and down, and adjusting the height of the placement table (450) to the height of the transportation vehicle (300) or to the height of the working blocks (A, B). Further, the transportation vehicle (300) has a wire gripping mechanism (350) for gripping the wire (20), and workpiece placement plates (326a, 326b) for placing the workpiece thereon.
    • 多个工作块(A,B)通过轨道(18)连接。 在轨道(18)的交叉处设置有分支运送机构(100)。 非自走式的运输车辆(300)通过线(20)的驱动力在轨道(18)上移动。 放置台(450)位于工作块(A,B)附近。 放置台(450)在搬运车辆(300)和工作块(A,B)之间的工件上下移动。 通过上下移动放置台(450)并将放置台(450)的高度调整到运输车辆(300)的高度或者将工作块(A,B)的高度 )。 此外,运送车辆(300)具有用于夹持线(20)的线夹持机构(350)和用于将工件放置在其上的工件放置板(326a,326b)。