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    • 21. 发明授权
    • Stringed instrument
    • 弦乐器
    • US08981198B2
    • 2015-03-17
    • US13862741
    • 2013-04-15
    • Toru Nakatani
    • Toru Nakatani
    • G10H3/18G10H3/26G10H3/24
    • G10H1/18G10H1/16G10H1/20G10H3/185G10H3/24G10H2230/095
    • A stringed instrument includes a body, a string, a string exciting device and a bridge. The body supports the string, the string exciting device and the bridge. The string has a scale length determined by a distance between a first support point and a second support point. The string exciting device is designed to be driven by an electrical signal having a certain frequency and vibrate the string by applying an excitation signal having a frequency corresponding to the frequency of the electrical signal. The bridge has the first support point and a surface located between the first support point and the second support point and designed to come into contact with the string during vibration of the string.
    • 弦乐器包括一个主体,一个琴弦,弦乐器和一个桥。 身体支撑弦乐,琴弦激发装置和桥梁。 弦具有由第一支撑点和第二支撑点之间的距离确定的刻度长度。 串激励装置被设计为由具有一定频率的电信号驱动,并通过施加具有对应于电信号的频率的频率的激励信号来振荡该串。 桥具有第一支撑点和位于第一支撑点和第二支撑点之间的表面,并被设计成在弦的振动期间与弦接触。
    • 22. 发明申请
    • Taking lens system and image capturing apparatus
    • 拍摄镜头系统和摄像设备
    • US20060140606A1
    • 2006-06-29
    • US11319872
    • 2005-12-27
    • Mamoru TeradaKenshi NabetaToru Nakatani
    • Mamoru TeradaKenshi NabetaToru Nakatani
    • G03B17/00
    • G02B15/173
    • A taking lens system is provided with, from the side of the object to be photographed, a first lens unit (G1) having positive optical power, a second lens unit (G2) having negative optical power, a third lens unit (G3) having positive optical power and a fourth lens unit (G4) having positive optical power. Zooming is performed by moving the first to fourth lens units (G1) to (G4), and focusing is performed by moving the fourth lens unit (G4). When the distance from the most object-to-be-photographed side surface (r1) of the first lens unit (G1) to the imaging surface at the wide angle end is TLw, the overall focal length of the taking lens system at the telephoto end is ft, the overall focal length of the taking lens system at the wide angle end is fw, and the focal length of the first lens unit (G5) is fl, relationships 0.5≦TLw/ft≦1.0 and 6.0≦fl/fw≦20.0 are satisfied.
    • 摄影镜头系统从被摄体的侧面设置具有正光焦度的第一透镜单元(G 1),具有负光焦度的第二透镜单元(G 2),第三透镜​​单元(G 3)和具有正光焦度的第四透镜单元(G 4)。 通过将第一至第四透镜单元(G 1)移动到(G 4)来执行变焦,并且通过移动第四透镜单元(G 4)来进行聚焦。 当从第一透镜单元(G 1)的最被摄体侧面(r 1)到广角端的成像面的距离为TLw时,摄影镜头系统的整体焦距为 长焦端为ft,广角端的拍摄镜头系统的整体焦距为fw,第一镜头单元(G 5)的焦距为fl,关系为0.5 <= TLw / ft <= 1.0, 6.0 <= fl / fw <= 20.0。
    • 23. 发明授权
    • Variable magnification optical system
    • 变倍光学系统
    • US07068440B1
    • 2006-06-27
    • US11114772
    • 2005-04-25
    • Toru NakataniMamoru Terada
    • Toru NakataniMamoru Terada
    • G02B15/14G02B17/00
    • G02B15/173G02B5/04G02B15/161
    • The present invention provides a variable magnification optical system for forming an optical image of an object on the light-receiving surface of an image sensor with a variable magnification. The variable magnification optical system includes an optical construction comprising, from an object side, a first reflective surface, a first movable unit, a second reflective surface, and a second movable unit. The optical axis is bent at substantially ninety degrees by the first reflective surface and is further bent by the second reflective surface, and, during magnification variation from the wide-angle end to the telephoto end, the first and second reflective surfaces are kept in fixed positions with respect to the image surface, and the first and second movable units move along the optical axis. The variable magnification optical system fulfills a prescribed conditional formula.
    • 本发明提供了一种用于在可变放大倍率的图像传感器的光接收表面上形成物体的光学图像的可变放大率光学系统。 可变放大率光学系统包括从物体侧起第一反射表面,第一可移动单元,第二反射表面和第二可移动单元的光学结构。 光轴由第一反射面弯曲大致九十度,并被第二反射面进一步弯曲,并且在从广角端到远摄端的放大变化期间,第一和第二反射面保持固定 相对于图像表面的位置,并且第一和第二可移动单元沿着光轴移动。 可变放大光学系统满足规定的条件公式。