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    • 32. 发明授权
    • Lens forming metal mold, lens forming method and pickup device
    • 透镜成型金属模具,透镜成形方法和拾取装置
    • US08945438B2
    • 2015-02-03
    • US13039587
    • 2011-03-03
    • Shungo HanashiroAkihiro SugiyamaHiroshi Kanazawa
    • Shungo HanashiroAkihiro SugiyamaHiroshi Kanazawa
    • B29D11/00
    • G02B7/025B29C45/00G02B1/041G11B7/12
    • A metal mold including: a first inner metal mold which forms a first lens surface and a first flat surface portion of a lens; a first outer metal mold which forms a second flat surface portion; a second inner metal mold which forms a second lens surface and a third flat surface portion; and a second outer metal mold which forms a fourth flat surface portion, and wherein a first protruded portion which forms a first concaved portion on the lens is formed all around an outer periphery of the first inner metal mold, the first concaved portion serving as clearance for a burr, and a second protruded portion which forms a second concaved portion on the lens is formed all around an outer periphery of the second inner metal mold, the second concaved portion serving as clearance for a burr.
    • 一种金属模具,包括:形成透镜的第一透镜表面和第一平坦表面部分的第一内部金属模具; 形成第二平坦表面部分的第一外部金属模具; 第二内金属模,其形成第二透镜表面和第三平表面部分; 以及形成第四平面部的第二外金属模,并且其中在所述透镜上形成第一凹部的第一突出部分形成在所述第一内金属模的外周周围,所述第一凹部用作间隙 在第二内金属模具的外周围形成有用于毛刺的第二突出部分,并且形成在透镜上的第二凹部,第二凹部用作毛刺的间隙。
    • 33. 发明申请
    • Rotating Electrical Machine
    • 旋转电机
    • US20110163618A1
    • 2011-07-07
    • US12980576
    • 2010-12-29
    • Hiroshi KanazawaShoichi KawamataShinji Sugimoto
    • Hiroshi KanazawaShoichi KawamataShinji Sugimoto
    • H02K19/06
    • H02K21/44
    • This rotating electrical machine includes a stator, a rotor having a plurality of convex portions on its surface that opposes the stator and extending along its direction of rotation, a magnet, and a frame made from magnetic material. The number of poles of the stator is the same as the number of magnetic convex poles of the rotor. The rotor is made from a plurality of plates of magnetic material, superimposed and skewed along the axial direction. A magnetic circuit is set up in the frame so that the magnetic flux of the magnet flows therein from the central portion of the rotor. And the magnet is a permanent magnet shaped as a cylinder, is single-pole magnetized along the radial direction, and is provided between the outer circumferential surface of the stator in the circumferential direction and the inner circumferential surface of the frame in the circumferential direction.
    • 该旋转电机包括定子,转子,其表面上具有与定子相对的多个凸部,沿其旋转方向延伸,磁体和由磁性材料制成的框架。 定子的极数与转子的磁性凸极的数量相同。 转子由多个磁性材料板制成,沿轴向叠加并偏斜。 在框架中设置磁路,使得磁体的磁通量从转子的中心部分流入其中。 磁体是圆柱形的永磁体,是沿径向磁化的单极,并且在圆周方向上的定子的外周面与框架的圆周方向的内周面之间设置有磁体。
    • 34. 发明申请
    • MAGNETIC ALLOY FOR MAGNETIC RECORDING MEDIUM AND MAGNETIC RECORDING AND REPRODUCING APPARATUS USING THE MAGNETIC ALLOY
    • 用于磁记录介质和磁记录的磁合金和使用磁合金的复制装置
    • US20080274378A1
    • 2008-11-06
    • US12112581
    • 2008-04-30
    • Takao SuzukiHiroshi Kanazawa
    • Takao SuzukiHiroshi Kanazawa
    • H01F1/01G11B5/733
    • C22C30/00C22C5/04C22C45/003G11B5/65H01F10/14
    • A magnetic alloy for a magnetic recording medium contains 40 to 60 at % of Pt and 60 to 40 at % of at least three species selected from the group consisting of Fe, Co, Mn and Cr as 3d transition metal elements. The magnetic alloy has a Co content of 10 to 0 at %, has an average of valence electron numbers in the 3d transition metal elements of 7.5 to 8.0 based on compositional proportions and has an order parameter S of 0.5 to 1 that is calculated from: S=[{F(002)2/F(001)2}×{L(002)/L(001)}×{(A(002)/A(001)}×{I(001)/I(002)}]1/2, in which F (plane direction), L (plane direction), A (plane direction) and I (plane direction) represent structure factor, Lorentz factor, sorption factor and integrated intensity as measured through X-ray diffraction (θ/2θ) of the magnetic alloy in a corresponding plane direction, respectively.
    • 用于磁记录介质的磁性合金包含40至60at%的Pt和60至40at%的至少三种选自Fe,Co,Mn和Cr作为3d过渡金属元素的物质。 磁性合金的Co含量为10〜0原子%,根据组成比例,3d过渡金属元素中的电子数的平均值为7.5〜8.0,并且由下式计算出的阶数参数S为0.5〜1: S = [{F(002)< 2 / F(001)2×{L(002)/ L(001x {(A(002)/ A 其中F(平面方向),L(平面方向),A(平面方向)和I(平面方向)表示结构因子的{I(001)/ I(002) 洛伦兹因子,吸收因子和在相应平面方向上通过X射线衍射(θ/2θ)测量的积分强度。
    • 38. 发明授权
    • Time series signal recognition with signal variation proof learning
    • 时间序列信号识别与信号变异学习
    • US06178399B1
    • 2001-01-23
    • US08427272
    • 1995-04-24
    • Yoichi TakebayashiHiroshi KanazawaHiroyuki Chimoto
    • Yoichi TakebayashiHiroshi KanazawaHiroyuki Chimoto
    • G10L1500
    • G10L15/20G10L15/063G10L21/0216G10L2015/0631G10L2015/0638G10L2015/088
    • Time series signals are recognized by extracting a multiplicity of candidate feature vectors characterizing an individual time series signal without fixing a boundary for the individual time series signal, and calculating similarity values for each of the multiplicity of candidate feature vectors and the reference patterns stored in the recognition dictionary, from which one reference pattern for which the similarity value is greater than a prescribed threshold value is selected as a recognition result. New reference patterns to be stored in the recognition dictionary are learned by artificially synthesizing signal patterns with variations for learning; extracting feature vectors for learning from the recognition results and the similarity values obtained by the recognizing step from the signal patterns with variations for learning; and obtaining new reference patterns from the feature vectors for learning extracted by the extracting step.
    • 通过提取表征各个时间序列信号的多个候选特征向量而不固定各个时间序列信号的边界来识别时间序列信号,并且计算多个候选特征向量中存储的各个参考模式的相似度值 识别字典,其中相似度值大于规定阈值的一个参考图案被选择作为识别结果。 通过人工合成具有用于学习的变化的信号模式来学习要存储在识别词典中的新参考模式; 从用于学习的变化的信号模式中,从识别结果提取用于学习的特征向量和由识别步骤获得的相似度值; 并从用于通过提取步骤提取的用于学习的特征向量获得新的参考模式。
    • 39. 发明授权
    • Scanning optical device
    • 扫描光学设备
    • US6064504A
    • 2000-05-16
    • US791977
    • 1997-01-31
    • Tadashi MinakuchiMasahiro OonoMitsunori IimaHiroshi Kanazawa
    • Tadashi MinakuchiMasahiro OonoMitsunori IimaHiroshi Kanazawa
    • B41J2/47G02B26/12G02B26/08
    • B41J2/471G02B26/123G02B26/124
    • A scanning optical device includes a light source that emits a light beam; a deflector for deflecting and scanning the light beam from the light source; a scanning lens for converging the deflected light beam onto an image surface; and a mechanism for adjusting the relative position of at least one lens element of the scanning lens with respect to other lens elements of the scanning lens in an auxiliary scanning direction. Preferably, the adjustable lens element of the scanning lens be provided with an anamorphic surface having relatively larger power in the auxiliary scanning direction than in the main scanning direction. Alternatively, the above-mentioned at least one lens element may have the largest absolute value of refractive power of the lenses in the scanning lens. Further alternatively, the above-mentioned at least one lens element may be provided with a surface having the smallest absolute value of radius of curvature of all surfaces in the scanning lens.
    • 扫描光学装置包括发射光束的光源; 偏转器,用于偏转和扫描来自光源的光束; 用于将偏转的光束会聚到图像表面上的扫描透镜; 以及用于调整扫描透镜的至少一个透镜元件相对于扫描透镜的其它透镜元件在辅助扫描方向上的相对位置的机构。 优选地,扫描透镜的可调节透镜元件设置有在辅助扫描方向上比在主扫描方向上具有相对较大功率的变形表面。 或者,上述至少一个透镜元件可以具有扫描透镜中的透镜的屈光力的绝对值的最大值。 此外,上述至少一个透镜元件可以设置有扫描透镜中所有表面的曲率半径绝对值最小的表面。
    • 40. 发明授权
    • Positioning a magnetic head base of a magneto-optical disk drive
    • 定位磁光盘驱动器的磁头基座
    • US5995333A
    • 1999-11-30
    • US50928
    • 1998-03-31
    • Hiroshi KanazawaShimpei ShinozakiIsao OkudaSuguru Takishima
    • Hiroshi KanazawaShimpei ShinozakiIsao OkudaSuguru Takishima
    • G11B11/105G11B17/04G11B5/54
    • G11B17/0438G11B11/10558G11B11/10573
    • A magneto-optical disk drive incorporates: a structure to mount a front panel to a frame using a cartridge loading system, using a set of linearly movable control cam plates, to draw a cartridge into a cartridge holder and then to move the cartridge holder to an operating position; a timing control system for the cartridge loading system, which includes a unitary encoder cam gear including a drive gear portion to move the cam plates to lift and lower the cartridge holder, a cam groove portion to draw a cartridge into the cartridge holder, and timing encoders portions to interrupt photo sensors; a shutter mechanism to fully close a cartridge slot with a shutter, both when the drive holds a cartridge and when empty; a magnetic head vertical positioning system to position a magnetic head base against fixed reference surfaces below and a set of resilient members above; a magnetic head horizontal positioning system to first fix the magnetic head base to rotate horizontally about a point, and then to resiliently hold the base from rotating against a rigid member; a magnetic head carriage lock mechanism to hold a magnetic head carriage in its outermost radial position; and a control system for quickly synchronizing magnetic head movement and optical head movement by first moving both heads to an outermost radial position.
    • 磁光盘驱动器包括:使用一组线性可移动控制凸轮板将盒前端面板安装到框架的结构,使用一组可线性移动的控制凸轮板将盒子拉入盒架中,然后将盒架移动到 经营职位; 一种用于盒装载系统的定时控制系统,其包括一个整体编码器凸轮齿轮,其包括用于移动凸轮板以提升和降低盒保持器的驱动齿轮部分,将盒子拉入盒保持器的凸轮槽部分, 编码器部分来中断光传感器; 一个快门机构,用于在驱动器固定墨盒时和空时完全关闭带有快门的墨盒槽; 磁头垂直定位系统,用于将磁头基座定位在下面固定的参考表面和一组上面的弹性构件; 一个磁头水平定位系统,用于首先将磁头基座固定在水平方向绕一个点旋转,然后弹性地将基座旋转抵靠刚性构件; 用于将磁头托架保持在其最外径位置的磁头托架锁定机构; 以及用于通过首先将两个头移动到最外径位置来快速地使磁头移动和光头移动同步的控制系统。