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    • 31. 发明授权
    • Image stabilization apparatus and image pickup apparatus
    • 图像稳定装置和图像拾取装置
    • US08339466B2
    • 2012-12-25
    • US12790072
    • 2010-05-28
    • Goro NotoShinichi Masuda
    • Goro NotoShinichi Masuda
    • H04N5/228
    • H04N5/23248G03B5/00G03B2205/0007G03B2217/005H04N5/23258
    • An image stabilization apparatus has an angular velocity detector detecting an angular velocity applied thereto and outputting the angular velocity, an acceleration detector detecting an acceleration applied to the image stabilization apparatus and outputting the acceleration, a principal point calculation unit calculating a principal point position of a shooting optical system, an rotation angular velocity calculation unit calculating a rotation angular velocity component about the principal point of the shooting optical system based on an output of the angular velocity detector, a revolution angular velocity calculation unit calculating a revolution angular velocity component about an object based on the output of the acceleration detector and a calculation result of the rotation angular velocity calculation unit and correcting the calculated revolution angular velocity component according to the principal point position, and a controlling unit performing image stabilization control based on a difference between the rotation and corrected revolution angular velocity components.
    • 图像稳定装置具有角速度检测器,其检测施加到其上的角速度并输出角速度,加速度检测器检测施加到图像稳定装置的加速度并输出加速度;主点计算单元,计算一个主点位置 拍摄光学系统,旋转角速度计算单元,基于角速度检测器的输出来计算围绕拍摄光学系统的主点的旋转角速度分量;旋转角速度计算单元,计算关于物体的旋转角速度分量 基于所述加速度检测器的输出和所述旋转角速度计算单元的计算结果,并根据所述主点位置校正所计算出的旋转角速度分量,以及控制单元,执行图像稳定控制 基于旋转角和正确旋转角速度分量之间的差。
    • 32. 发明授权
    • Zoom lens control apparatus and optical instrument
    • 变焦镜头控制装置和光学仪器
    • US08031257B2
    • 2011-10-04
    • US11372999
    • 2006-03-09
    • Shinichi Masuda
    • Shinichi Masuda
    • H04N5/232H04N5/262
    • G03B17/02G02B7/282G03B3/02G03B13/36
    • A zoom lens control apparatus, which moves a first lens group and a second lens group positioned behind the first lens group on the optical axis of the first lens group with respect to a photographic subject in the optical axis direction when performing a zoom operation, converts a photographic subject optical image entering through the first and the second lens groups into image data at preset time intervals, calculates a focus evaluation value indicating the state of focus based on the acquired image data, and moves the first and the second lens groups so that the calculated focus evaluation value approaches its maximum. The second lens group is moved in a preset optical axis direction from the beginning to the end of focusing control, and the first lens group is moved in the preset optical axis direction at the end of focusing control.
    • 一种变焦透镜控制装置,当进行变焦操作时,相对于拍摄对象在光轴方向上移动位于第一透镜组的光轴上的第一透镜组和第二透镜组的变焦透镜控制装置, 通过第一和第二透镜组进入图像数据的摄影对象光学图像以预定的时间间隔,基于获取的图像数据计算指示焦点状态的焦点评估值,并移动第一和第二透镜组,使得 计算出的焦点评估值接近其最大值。 第二透镜组从聚焦控制的开始到结束在预设的光轴方向上移动,并且在聚焦控制结束时第一透镜组在预设的光轴方向上移动。
    • 33. 发明申请
    • IMAGE STABILIZATION APPARATUS AND IMAGE PICKUP APPARATUS
    • 图像稳定装置和图像拾取装置
    • US20100315520A1
    • 2010-12-16
    • US12790072
    • 2010-05-28
    • Goro NotoShinichi Masuda
    • Goro NotoShinichi Masuda
    • H04N5/228
    • H04N5/23248G03B5/00G03B2205/0007G03B2217/005H04N5/23258
    • An image stabilization apparatus has an angular velocity detector detecting an angular velocity applied thereto and outputting the angular velocity, an acceleration detector detecting an acceleration applied to the image stabilization apparatus and outputting the acceleration, a principal point calculation unit calculating a principal point position of a shooting optical system, an rotation angular velocity calculation unit calculating a rotation angular velocity component about the principal point of the shooting optical system based on an output of the angular velocity detector, a revolution angular velocity calculation unit calculating a revolution angular velocity component about an object based on the output of the acceleration detector and a calculation result of the rotation angular velocity calculation unit and correcting the calculated revolution angular velocity component according to the principal point position, and a controlling unit performing image stabilization control based on a difference between the rotation and corrected revolution angular velocity components.
    • 图像稳定装置具有角速度检测器,其检测施加到其上的角速度并输出角速度,加速度检测器检测施加到图像稳定装置的加速度并输出加速度;主点计算单元,计算一个主点位置 拍摄光学系统,旋转角速度计算单元,基于角速度检测器的输出来计算围绕拍摄光学系统的主点的旋转角速度分量;旋转角速度计算单元,计算关于物体的旋转角速度分量 基于所述加速度检测器的输出和所述旋转角速度计算单元的计算结果,并根据所述主点位置校正所计算出的旋转角速度分量,以及控制单元,执行图像稳定控制 基于旋转角和正确旋转角速度分量之间的差。
    • 34. 发明申请
    • IMAGE STABILIZATION APPARATUS AND OPTICAL APPARATUS
    • 图像稳定装置和光学装置
    • US20070172220A1
    • 2007-07-26
    • US11626505
    • 2007-01-24
    • Shinichi Masuda
    • Shinichi Masuda
    • G03B17/00
    • G03B5/00G02B27/646G03B2205/0007G03B2205/0069
    • An image stabilization apparatus is disclosed which can provide enhanced accuracy of image stabilization. The apparatus includes a movable member movable relative to a fixed member of the apparatus, plural flexible members which movably support the movable member at least in a direction orthogonal to the optical axis, a portion of each of the flexible members on one end side in a direction along the optical axis being fixed to the fixed member, a portion of each of the flexible members on the other end side being fixed to the movable member, and an actuator which drives the movable member. The flexural rigidity of at least one of the plural flexible members in the direction orthogonal to the optical axis is different from that of the other at least one flexible member in that direction so as to suppress rotation of the movable member driven by the actuator.
    • 公开了可以提供增强的图像稳定精度的图像稳定装置。 所述装置包括可相对于所述装置的固定构件移动的可移动构件,至少在与所述光轴正交的方向上可移动地支撑所述可动构件的多个柔性构件,所述柔性构件的一端侧的一部分在 沿着光轴的方向被固定到固定构件,另一端侧的每个柔性构件的一部分固定到可动构件,以及驱动可动构件的致动器。 多个柔性构件中的至少一个在与光轴正交的方向上的弯曲刚度与另一个柔性构件在该方向上的弯曲刚度不同,以便抑制由致动器驱动的可动构件的旋转。
    • 36. 发明授权
    • Lens barrel and camera
    • 镜筒和相机
    • US06771897B2
    • 2004-08-03
    • US10620223
    • 2003-07-15
    • Shinichi Masuda
    • Shinichi Masuda
    • G03B1503
    • G03B9/24G02B7/102
    • The present invention discloses a lens apparatus that can switch the aperture diameter of the light-blocking member using a body structural member constituting a portion of the lens apparatus. The lens apparatus includes a lens unit that is moved in a direction of an optical axis, a light-blocking unit having a plurality of light-blocking members forming an aperture portion through which light passes, and a body structural member. The light-blocking unit and the body structural member move relative to one another in the direction of the optical axis according to a movement of the lens unit, and an aperture diameter of the aperture portion is switched by moving the body structural member between a first position in which the light-blocking members are prevented from opening beyond a predetermined aperture diameter, and a second position in which the light-blocking members are allowed to open beyond a predetermined aperture diameter.
    • 本发明公开了一种透镜装置,其可以使用构成透镜装置的一部分的主体结构构件来切换遮光构件的开口直径。 透镜装置包括沿光轴方向移动的透镜单元,具有形成光通过的孔部的多个遮光构件的遮光单元和主体结构构件。 遮光单元和主体结构构件根据透镜单元的运动在光轴方向上相对移动,并且通过使主体结构构件在第一 防止遮光构件开口超过预定孔径的位置和允许遮光构件打开超过预定孔径的第二位置。
    • 37. 发明授权
    • Clock distributing circuit
    • 时钟分配电路
    • US5732249A
    • 1998-03-24
    • US578432
    • 1995-12-26
    • Shinichi MasudaKazuya Ishihara
    • Shinichi MasudaKazuya Ishihara
    • G06F1/10H03K5/15H03K19/0175G06F1/04
    • G06F1/10
    • To improve the clock delay time and skew. A first resistance body (R1) and a second resistance body (R2) are provided at a terminal end node (N5) of a clock trunk line (1) composed of a doped polysilicon film or the like. Their elements (R1), (R2) are composed of the same film as the clock trunk line (1). Their resistance ratio is set so that the clamp level may be an inverted threshold of first and second local drivers (D2, D3), and the resistance values of both resistance bodies (R1, R2), and the value of interconnection resistance (R) of the clock trunk line (1) are set so that an amplitude of a clock signal at each of the nodes (N3, N4, N5) may be a potential corresponding to 1/2 of its peak-to-peak voltage at the same time. The amplitude of the clock signal from a start end node (N3) to a terminal end node (N5) decreases, and the delay time from an output of a clock driver (D1) to outputs of the local drivers (D2, D3) shaped in waveform is much shorter, and hence the clock skew of the outputs hardly occurs.
    • 提高时钟延迟时间和偏移。 在由掺杂多晶硅膜等构成的时钟主干线(1)的终端节点(N5)上设置有第一电阻体(R1)和第二电阻体(R2)。 它们的元件(R1),(R2)由与时钟主干线(1)相同的膜组成。 设置它们的电阻比,使得钳位电平可以是第一和第二局部驱动器(D2,D3)的反相阈值,并且两个电阻体(R1,R2)的电阻值和互连电阻值(R) 时钟中继线(1)的时钟信号的幅度被设置为使得每个节点(N3,N4,N5)处的时钟信号的幅度可以是对应于+ E的电位,其峰值的频率为1/2 + EE -peak电压同时。 从起始端节点(N3)到终端节点(N5)的时钟信号的幅度减小,并且从时钟驱动器(D1)的输出到本地驱动器(D2,D3)的输出的延迟时间成形 波形较短,因此几乎不发生输出的时钟偏移。
    • 38. 发明授权
    • Address pointer generating and using a coincidence signal in a
semiconductor memory device and method of generating an address
    • 在半导体存储器件中产生和使用重合信号的地址指针以及产生地址的方法
    • US5448530A
    • 1995-09-05
    • US305985
    • 1994-09-19
    • Shinichi MasudaMasatoshi KimuraTetsuya Matsumura
    • Shinichi MasudaMasatoshi KimuraTetsuya Matsumura
    • G11C8/04G11C11/401G11C8/00
    • G11C8/04
    • A counter counts clock signals. When a count thereof coincides with the number of rows or columns in a memory cell array, a row or column count coincidence signal is generated and applied to a shift input of a row or column address pointer formed of shift registers. The row or column address pointer is responsive to the clock signals to sequentially shift the count coincidence signal applied to the shift input, so that row or column selecting lines in the memory cell array are sequentially set in the selected state. Since the outputs at final stages in the row and column address pointers are not fed back to the inputs at the first stage thereof, signal delay in a feed back path is not caused, and thus operations for selecting rows and columns are performed at high speed. Also, respective shift register stages in the row and column address pointers have the same construction, and thus regularity thereof is maintained.
    • 计数器计数时钟信号。 当其计数与存储单元阵列中的行或列的数量一致时,生成行或列计数符合信号并将其应用于由移位寄存器形成的行或列​​地址指针的移位输入。 行或列地址指针响应于时钟信号以顺序地移动施加到移位输入的计数符合信号,使得存储单元阵列中的行或列选择线被顺序地设置为选择状态。 由于在行和列地址指针的最后阶段的输出在其第一阶段不被反馈到输入,所以不会引起反馈路径中的信号延迟,因此用于选择行和列的操作以高速执行 。 此外,行和列地址指针中的各个移位寄存器级具有相同的结构,因此保持其规律性。