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    • 71. 发明授权
    • Focus detection apparatus and focusing control apparatus utilizing photoelectric converting element output
    • 利用光电转换元件输出的聚焦检测装置和聚焦控制装置
    • US07916206B2
    • 2011-03-29
    • US10818985
    • 2004-04-05
    • Takayuki Kikuchi
    • Takayuki Kikuchi
    • H04N13/00H04N5/232
    • H04N5/23212
    • A focus detection apparatus is disclosed which enables accurate AF operations without a focusing judgment performed in an out-of-focus state even when taking an image including a high-luminance object. The focus detection apparatus generates luminance information of each pixel by using an output from a plurality of pixels of a photoelectric converting element which photoelectrically converts an object image formed by an optical system, and enumerates the number of at least one of pixels whose luminance information is higher than a predetermined luminance and pixels whose luminance information is lower than a predetermined luminance. And, information according to the enumerated result is outputted as the focusing information. The predetermined luminance is set based on the luminance information.
    • 公开了一种焦点检测装置,即使在拍摄包括高亮度物体的图像时,也能够在不进行聚焦判断的情况下进行精确的AF操作。 焦点检测装置通过使用光电转换由光学系统形成的对象图像的光电转换元件的多个像素的输出来生成每个像素的亮度信息,并且列举亮度信息为 高于预定亮度,亮度信息低于预定亮度的像素。 并且,将根据枚举结果的信息作为聚焦信息被输出。 基于亮度信息设定预定亮度。
    • 72. 发明授权
    • Gyro module
    • 陀螺仪模块
    • US07849741B2
    • 2010-12-14
    • US12000282
    • 2007-12-11
    • Mitsuhiro TateyamaTakayuki Kikuchi
    • Mitsuhiro TateyamaTakayuki Kikuchi
    • G01P9/04G01C19/56
    • G01C19/5607
    • A gyro module includes: two gyro element pieces outputting a signal, the signal being obtained by combining a signal of an angular velocity of a first detection axis and a signal of an angular velocity of a second detection axis; and an arithmetic circuit for performing an addition and a subtraction with respect to the signal outputted from the two gyro element pieces. The two gyro element pieces are a first gyro element piece and a second gyro element piece. The first and second gyro element pieces are arranged such that a detection sensitivity polarity of the first detection axis of the first gyro element piece is same as that of the second gyro element piece, and a detection sensitivity polarity of the second detection axis of the first gyro element piece and that of the second gyro element piece are inverted.
    • 陀螺仪模块包括:输出信号的两个陀螺仪元件,所述信号是通过组合第一检测轴的角速度的信号和第二检测轴的角速度的信号获得的; 以及用于对从两个陀螺仪元件输出的信号执行加法和减法的运算电路。 两个陀螺元件是第一陀螺元件和第二陀螺元件。 第一和第二陀螺元件被布置成使得第一陀螺元件的第一检测轴的检测灵敏度极性与第二陀螺元件的检测灵敏度极性相同,并且第一和第二陀螺元件的第二检测轴的检测灵敏度极性 陀螺元件与第二陀螺元件的陀螺元件相反。
    • 73. 发明申请
    • Rfid Tag Substrate For Metal Component
    • 用于金属部件的Rfid标签基板
    • US20100219252A1
    • 2010-09-02
    • US12087780
    • 2007-02-22
    • Takayuki KikuchiKen SotobayashiMasayuki Mori
    • Takayuki KikuchiKen SotobayashiMasayuki Mori
    • G06K19/077
    • G06K19/0723B65D2203/10G06K19/07749G06K19/07771H01Q1/2225H01Q1/38H01Q15/00H01Q15/14
    • The present invention provides an RFID tag substrate in which communication characteristics of an RFID tag do not vary by an influence of contents in a container, the communication characteristics of the RFID tag are not deteriorated even if a metal container is used, the communication characteristics of the RFID tag can be excellently maintained irrespective of a material or contents of a container, and the tag can be reduced in thickness/size, and which can use a general-purpose RFID tag as it is and is suitable for a microwave type RFID tag that uses a UHF band or a frequency band of, e.g., 2.45 GHz in particular.There is provided an RFID tag substrate 10 on which an RFID tag 20 that performs wireless communication with a reader/writer is disposed, comprising: a substrate layer 11; and a functional layer 12 formed of a high-dielectric-constant layer 12a and a high-permeable layer 12b having different characteristics, wherein the functional layer having predetermined relative dielectric constant and relative permeability is provided, and a product of the relative dielectric constant and the relative permeability is not smaller than 250.
    • 本发明提供一种RFID标签基板,其中RFID标签的通信特性不受容器内容物的影响而变化,即使使用金属容器,RFID标签的通信特性也不会劣化, RFID标签可以与容器的材料或内容物无关地维持,标签可以减小厚度/尺寸,并且可以使用通用RFID标签,并且适用于微波型RFID标签 其特别地使用UHF频带或例如2.45GHz的频带。 提供了一种RFID标签基板10,其上设置有与读取器/写入器进行无线通信的RFID标签20,包括:基板层11; 以及由具有不同特性的高介电常数层12a和高透过层12b形成的功能层12,其中提供了具有预定的相对介电常数和相对磁导率的功能层,其相对介电常数和 相对渗透率不小于250。
    • 76. 发明授权
    • Conveyor device
    • 输送装置
    • US07568571B2
    • 2009-08-04
    • US10592352
    • 2005-03-17
    • Yoshio OgimuraTakayuki KikuchiKazuya YugeYoshinobu Ishikawa
    • Yoshio OgimuraTakayuki KikuchiKazuya YugeYoshinobu Ishikawa
    • B66B23/02
    • B66B23/022B65G21/22B66B23/026
    • In order to suppress speed irregularity of step rollers (5) in a passenger conveyor, a bent section (17) is formed in a step guide rail (3) and a restraining member (18) is provided upstream thereof, the shape of the height of the bent section (17) and the restraining member (18) is corrected beforehand by the amount of the compression of resilient members of the step rollers (5), which are formed with such resilient members around their shafts, by the compressive force acting between the bent section (17) and restraining member (18). Thus generation of speed irregularity of the steps (4) is suppressed and passenger comfort is improved. Also, by providing a recess (3aa) in the step guide rail (3), gripping of the step rollers (5) as they execute rolling movement along the undersurface of the restraining member (18) from below can be avoided, thereby preventing damage to the step rollers (5), restraining member (18) and step guide rail (3).
    • 为了抑制乘客输送机中的步进辊(5)的速度不规则性,在台阶导轨(3)中形成有弯曲部(17),在上游设置有限制部件(18),高度 弯曲部分(17)和限制部件(18)之间的压缩力被预先校正了由这些弹性部件围绕它们的轴形成的阶梯辊(5)的弹性部件的压缩量 在弯曲部分(17)和约束件(18)之间。 因此,抑制了步骤(4)的速度不规则性的产生,并提高了乘客舒适性。 此外,通过在台阶导轨(3)上设置凹部(3aa),能够避免在从下方沿着限制构件(18)的下表面进行滚动移动时夹持台阶滚子(5),从而防止损坏 到台阶辊(5),限制构件(18)和台阶导轨(3)。
    • 77. 发明申请
    • Gyro-module
    • 陀螺仪模块
    • US20080178673A1
    • 2008-07-31
    • US12000280
    • 2007-12-11
    • Mitsuhiro TateyamaTakayuki Kikuchi
    • Mitsuhiro TateyamaTakayuki Kikuchi
    • G01P15/14
    • G01C19/5607
    • A gyro-module includes: a first gyro element component having a first detection axis and a second detection axis, and outputting at least a signal that is based on angular velocity around the first detection axis and the second detection axis; a second gyro element component having a first detection axis and a second detection axis, and outputting at least a signal that is based on angular velocity around the first detection axis and the second detection axis; a third gyro element component having a first detection axis; a first operation circuit conducting an operation of an output signal from the first gyro element component and an output signal from the third gyro element component; and a second operation circuit conducting an operation of an output signal from the second gyro element component and an output signal from the third gyro element component.The first gyro element component, the second gyro element component and the third gyro element component are arranged in such a way that the first detection axis of the first gyro element component, the first detection axis of the second gyro element component and the first detection axis of the third gyro element component extend in a same direction and a direction in which the second detection axis of the first gyro element component is extended crosses with a direction in which the second detection axis of the second gyro element component is extended.
    • 陀螺仪模块包括:第一陀螺仪元件,具有第一检测轴和第二检测轴,并且至少输出基于围绕第一检测轴和第二检测轴的角速度的信号; 具有第一检测轴和第二检测轴的第二陀螺元件部件,并且至少输出基于围绕第一检测轴和第二检测轴的角速度的信号; 具有第一检测轴的第三陀螺元件部件; 第一操作电路,对来自第一陀螺元件部件的输出信号和来自第三陀螺元件部件的输出信号进行操作; 以及第二操作电路,其执行来自第二陀螺元件部件的输出信号的操作和来自第三陀螺仪元件部件的输出信号。 第一陀螺元件部件,第二陀螺元件部件和第三陀螺元件部件被配置成使得第一陀螺元件部件的第一检测轴,第二陀螺元件部件的第一检测轴和第一检测轴 所述第三陀螺元件部件的延伸方向相同,并且所述第一陀螺元件部件的所述第二检测轴的延伸方向与所述第二陀螺元件部件的所述第二检测轴的延伸方向相交。
    • 79. 发明授权
    • Vibrators and vibratory gyroscopes
    • 振动器和振动陀螺仪
    • US07043986B2
    • 2006-05-16
    • US10770367
    • 2004-02-02
    • Takayuki KikuchiYukihisa Osugi
    • Takayuki KikuchiYukihisa Osugi
    • G01P9/00G01C19/00G01D21/00G01M7/00H01L41/08
    • G01C19/5607
    • A vibrator for generating a signal for measuring a physical quantity using a vibrator is provided, including at least one bending vibration arm vibrating in bending mode along a specified plane and having a first end, an opposed second end, and first and second main faces that are substantially parallel with each other. A base portion is provided at the first provided at the first end of the bending vibration arm, a weight portion is provided at the second end of the bending vibration arm, and grooves are formed on the first and second main faces. The vibrator further includes driving means for exciting a driving vibration in the vibrator, and detecting means provided on one of the bending vibration arms for detecting an output signal based on detection vibrations induced in the vibrator responsive to the physical quantity to be measured.
    • 提供了一种用于产生用于使用振动器测量物理量的信号的振动器,其包括沿着特定平面以弯曲模式振动的至少一个弯曲振动臂,并且具有第一端,相对的第二端以及第一和第二主面, 基本上彼此平行。 在弯曲振动臂的第一端处设置有第一基部,在弯曲振动臂的第二端设有配重部,在第一主面和第二主面上形成有槽。 振动器还包括用于激励振动器中的驱动振动的驱动装置和设置在一个弯曲振动臂上的检测装置,用于响应于待测量的物理量,基于在振动器中感应的检测振动来检测输出信号。