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    • 31. 发明授权
    • Information processing apparatus and information processing method
    • 信息处理装置和信息处理方法
    • US08024307B2
    • 2011-09-20
    • US11946006
    • 2007-11-27
    • Satoshi ImaiKen Kuroda
    • Satoshi ImaiKen Kuroda
    • G06F7/00
    • G06F17/30109
    • This invention has as its object to easily verify alterations etc. of files stored in a folder. To achieve this object, an information processing method of this invention is a method of applying hash processing to files stored in a folder, which includes a designation step of designating a folder; a first generation step (steps S601 and S602) of generating hash data for each of files included in the folder designated in the designation step; a second generation step (steps S603 to S609) of generating one multiplexed hash data by repeating multiplexing each of the hash data generated in the first generation step in turn according to a predetermined order; and a step (step S610) of storing the multiplexed hash data in association with the folder designated in the designation step.
    • 本发明的目的是容易地验证存储在文件夹中的文件的改变等。 为了实现该目的,本发明的信息处理方法是对存储在文件夹中的文件应用哈希处理的方法,其包括指定文件夹的指定步骤; 生成包括在指定步骤中指定的文件夹中的每个文件的散列数据的第一代步骤(步骤S601和S602) 第二代步骤(步骤S603至S609),通过根据预定顺序反复复用在第一代步骤中生成的散列数据中的每一个来产生一个多路复用的散列数据; 以及与指定步骤中指定的文件夹相关联地存储多路复用散列数据的步骤(步骤S610)。
    • 32. 发明授权
    • Camera module
    • 相机模块
    • US07978969B2
    • 2011-07-12
    • US12312110
    • 2007-10-17
    • Atsushi HoridanSatoshi ImaiMitsuru IchikawaTakahiro OkabeFujio Kanai
    • Atsushi HoridanSatoshi ImaiMitsuru IchikawaTakahiro OkabeFujio Kanai
    • G03B13/34
    • G02B7/10G02B13/0015G02B13/009H04N5/2251H04N5/2257
    • A camera module (22) that is advantageous in increasing the endurance and impact resistance is provided. The camera module (22) includes a barrel unit (66), a lens holding unit (68), springs (70), an image pickup element (29), and a driving unit (72). The barrel unit (66) includes a front barrel (78) and a rear barrel (80). The driving unit (72) moves the lens holding unit (68) along an optical axis of an imaging optical system (34), and includes magnets (74) and coils (76). The two magnets (74) are disposed on the lens holding unit (68) at positions having the optical axis therebetween and extend parallel to a single imaginary plane which passes through the optical axis. The coils (76) are respectively disposed on the barrel unit (66) at two positions where the coils (76) face the magnets (74).
    • 提供了有利于提高耐久性和耐冲击性的相机模块(22)。 相机模块(22)包括镜筒单元(66),透镜保持单元(68),弹簧(70),图像拾取元件(29)和驱动单元(72)。 枪管单元(66)包括前筒(78)和后筒(80)。 驱动单元(72)沿着成像光学系统(34)的光轴移动透镜保持单元(68),并且包括磁体(74)和线圈(76)。 两个磁体(74)在其间具有光轴的位置处设置在透镜保持单元(68)上,并且平行于穿过光轴的单个假想平面延伸。 在线圈(76)面对磁体(74)的两个位置处,线圈(76)分别设置在枪管单元(66)上。
    • 35. 发明授权
    • Image pickup apparatus and mobile phone
    • 摄像设备和手机
    • US07719601B2
    • 2010-05-18
    • US11728979
    • 2007-03-27
    • Atsushi HoridanSatoshi Imai
    • Atsushi HoridanSatoshi Imai
    • H04N5/225
    • H04N5/2254H04N5/23212
    • An image pickup apparatus may include an imaging optical system operative to adjust a focal position of images corresponding to light incident from a lens, a frame arranged movably in an optical axial direction of light incident to the imaging optical system for fixing the imaging optical system by covering the periphery of the imaging optical system, a drive unit operative to move the frame in the optical axial direction to an arbitrary position within a predetermined range, an image pickup device operative to receive light incident through the imaging optical system so as to output a signal corresponding to the received light, and an urging unit inserted between a pedestal base having the image pickup device attached thereto and the frame for urging the frame in the optical axial direction as well as in a direction remote from the image pickup device.
    • 图像拾取装置可以包括:成像光学系统,其可操作以调整与从透镜入射的光对应的图像的焦点位置;框架,其以入射到成像光学系统的光的光轴方向可移动地布置,用于通过 覆盖成像光学系统的周边;驱动单元,用于将框架在光轴方向上移动到预定范围内的任意位置;图像拾取装置,用于接收通过成像光学系统入射的光,以便输出 信号,以及插入在其上安装有图像拾取装置的底座基座和用于沿光轴方向推动框架的框架之间的推压单元以及远离图像拾取装置的方向。
    • 36. 发明申请
    • CAMERA MODULE
    • 相机模块
    • US20100046935A1
    • 2010-02-25
    • US12312110
    • 2007-10-17
    • Atsushi HoridanSatoshi ImaiMitsuru IchikawaTakahiro OkabeFujio Kanai
    • Atsushi HoridanSatoshi ImaiMitsuru IchikawaTakahiro OkabeFujio Kanai
    • G03B3/10
    • G02B7/10G02B13/0015G02B13/009H04N5/2251H04N5/2257
    • A camera module (22) that is advantageous in increasing the endurance and impact resistance is provided. The camera module (22) includes a barrel unit (66), a lens holding unit (68), springs (70), an image pickup element (29), and a driving unit (72). The barrel unit (66) includes a front barrel (78) and a rear barrel (80). The driving unit (72) moves the lens holding unit (68) along an optical axis of an imaging optical system (34), and includes magnets (74) and coils (76). The two magnets (74) are disposed on the lens holding unit (68) at positions having the optical axis therebetween and extend parallel to a single imaginary plane which passes through the optical axis. The coils (76) are respectively disposed on the barrel unit (66) at two positions where the coils (76) face the magnets (74).
    • 提供了有利于提高耐久性和耐冲击性的相机模块(22)。 相机模块(22)包括镜筒单元(66),透镜保持单元(68),弹簧(70),图像拾取元件(29)和驱动单元(72)。 枪管单元(66)包括前筒(78)和后筒(80)。 驱动单元(72)沿着成像光学系统(34)的光轴移动透镜保持单元(68),并且包括磁体(74)和线圈(76)。 两个磁体(74)在其间具有光轴的位置处设置在透镜保持单元(68)上,并且平行于穿过光轴的单个假想平面延伸。 在线圈(76)面对磁体(74)的两个位置处,线圈(76)分别设置在枪管单元(66)上。
    • 37. 发明申请
    • Electronic Device
    • 电子设备
    • US20080294598A1
    • 2008-11-27
    • US12124366
    • 2008-05-21
    • Satoshi Imai
    • Satoshi Imai
    • G06F17/30
    • G06F17/30168
    • An application makes a processor issue a first file access command to a middleware in order to access a file. In response to the first file access command, the middleware makes the processor periodically determine whether file access operation having a higher priority level than file access operation involved with the first file access command is being performed and, in the case where an affirmative determination is made, issue a second file access command corresponding to the first file access command within redundant bandwidth obtained by subtracting guaranteed bandwidth of the high-priority file access from the maximum bandwidth available for accessing the file storage.
    • 应用程序使处理器向中间件发出第一个文件访问命令以访问文件。 响应于第一文件访问命令,中间件使处理器周期性地确定正在执行具有比第一文件访问命令涉及的文件访问操作更高的优先级的文件访问操作,并且在进行肯定确定的情况下 在通过从可用于访问文件存储的最大带宽中减去高优先级文件访问的保证带宽而获得的冗余带宽内,发出与第一文件访问命令对应的第二文件访问命令。
    • 38. 发明授权
    • Optical component retaining device, optical component and housing
    • 光学部件保持装置,光学部件和壳体
    • US07312938B2
    • 2007-12-25
    • US11044277
    • 2005-01-28
    • Satoshi Imai
    • Satoshi Imai
    • G02B7/02
    • G03B17/02G03B13/06
    • The present invention provides an optical component retaining device which includes an eyepiece lens 15 having a pair of rib portions 15b and 15c and a housing 16 having a slit portion 28 made of a tapered groove where the pair of rib portions are inserted and retains the eyepiece lens in the housing by holding the pair of rib portions in the slit portion. First to third planar surfaces 31b through 33b to be reference surfaces are arranged at three locations on one side surface of the pair of rib portions 15b and 15c in the light axis direction of the eyepiece lens 15 and convex portions 34 and 35 to be pressing portions are arranged at a plurality of locations on the other side surface of the pair of rib portions in the light axis direction. Further, first to third reception surfaces 47a through 79b to be first supporting surfaces are arranged at three locations on one side surface of the slit portion 28 corresponding to the reference surfaces of three locations and convex portion reception surfaces 47b and 49c to be second supporting surfaces are arranged at a plurality of locations on the other side surface of the slit portion.
    • 本发明提供一种光学部件保持装置,其包括具有一对肋部15b和15c的目镜15,以及具有狭缝部28的壳体16,该狭缝部28由一对肋部插入并保持的锥形槽 通过将狭缝部中的一对肋部保持在壳体内的目镜。 在目镜透镜15的光轴方向和凸部34,35的一对肋部15b,15c的一个侧面的三个位置配置作为基准面的第一至第三平面31b〜33b 被按压部分布置在光轴方向上的一对肋部的另一侧表面上的多个位置处。 此外,作为第一支撑面的第一至第三接收表面47a至79b被布置在对应于三个位置的参考表面和凸部接收表面47b和49c的狭缝部28的一个侧表面上的三个位置处, 第二支撑表面布置在狭缝部分的另一侧表面上的多个位置处。
    • 39. 发明申请
    • Image pickup apparatus and mobile phone
    • 摄像设备和手机
    • US20070263115A1
    • 2007-11-15
    • US11728979
    • 2007-03-27
    • Atsushi HoridanSatoshi Imai
    • Atsushi HoridanSatoshi Imai
    • H04N5/225
    • H04N5/2254H04N5/23212
    • An image pickup apparatus may include an imaging optical system operative to adjust a focal position of images corresponding to light incident from a lens, a frame arranged movably in an optical axial direction of light incident to the imaging optical system for fixing the imaging optical system by covering the periphery of the imaging optical system, a drive unit operative to move the frame in the optical axial direction to an arbitrary position within a predetermined range, an image pickup device operative to receive light incident through the imaging optical system so as to output a signal corresponding to the received light, and an urging unit inserted between a pedestal base having the image pickup device attached thereto and the frame for urging the frame in the optical axial direction as well as in a direction remote from the image pickup device.
    • 图像拾取装置可以包括:成像光学系统,其可操作以调整与从透镜入射的光对应的图像的焦点位置;框架,其以入射到成像光学系统的光的光轴方向可移动地布置,用于通过 覆盖成像光学系统的周边;驱动单元,用于将框架在光轴方向上移动到预定范围内的任意位置;图像拾取装置,用于接收通过成像光学系统入射的光,以便输出 信号,以及插入在其上安装有图像拾取装置的底座基座和用于沿光轴方向推动框架的框架之间的推压单元以及远离图像拾取装置的方向。
    • 40. 发明申请
    • Rotor drive controlling unit and an image formation apparatus
    • 转子驱动控制单元和图像形成装置
    • US20070122194A1
    • 2007-05-31
    • US11594159
    • 2006-11-08
    • Satoshi Imai
    • Satoshi Imai
    • G03G15/00
    • G03G15/757G03G15/0194G03G15/5008G03G2215/0008G03G2215/0141G03G2221/1657
    • A rotor drive controlling unit and an image formation apparatus therewith are disclosed. The rotor drive controlling unit includes: a motor; a transfer device for transferring a rotational force of the motor; a rotor connected to the transfer device and rotated by the rotational force of the motor; at least three elements-to-be-detected arranged on a periphery centered on a rotation axle of the rotor; a detector for detecting the elements-to-be-detected; a passage time detecting unit for detecting an interval between adjacent elements-to-be-detected passing the detector based on detecting signals generated by the detector; an amplitude/phase generating unit for generating an amplitude and a phase of a rotation period fluctuation of a desired period of the rotor based on the interval detected by the passage time detecting unit; a rotation controlling unit for controlling rotation of the motor based on the amplitude and the phase generated by the amplitude/phase generating unit and for reducing the rotation period fluctuation; and a control reference updating unit for updating the phase, at which updated phase a rotation control of the motor is started, based on the phase generated by the amplitude/phase generating unit with reference to the elements-to-be-detected when widths of the at least three elements-to-be-detected mutually differ.
    • 公开了一种转子驱动控制单元及其图像形成装置。 转子驱动控制单元包括:马达; 用于传递电动机的旋转力的传送装置; 连接到传送装置并通过电动机的旋转力旋转的转子; 至少三个要被检测的元件布置在以转子的旋转轴为中心的周边上; 用于检测待检测元件的检测器; 通过时间检测单元,用于基于由检测器产生的检测信号,检测通过检测器的要检测的相邻元件之间的间隔; 幅度/相位产生单元,用于基于由通过时间检测单元检测的间隔,产生转子期望周期的旋转周期波动的振幅和相位; 旋转控制单元,用于基于振幅/相位产生单元产生的振幅和相位来控制马达的旋转,并且用于减小旋转周期波动; 以及控制基准更新单元,用于基于由幅度/相位产生单元产生的相位参考待检测元件的宽度来更新相位的更新阶段,马达的旋转控制开始, 所述至少三个要被检测的元件彼此不同。