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    • 3. 发明授权
    • Kinetic measurement of piano key mechanisms for inertial properties and keystroke characteristics
    • 钢琴关键机构的动力学测量惯性特性和击键特性
    • US08865989B1
    • 2014-10-21
    • US13795428
    • 2013-03-12
    • Hugh Richard Voit, II
    • Hugh Richard Voit, II
    • G10C3/12G10C9/00
    • G10C9/00
    • Important new descriptors (Down Force Slope and Up Force Slope), which more fully and meaningfully characterize the continuous Down Force and Up Force are revealed. Similar descriptors are also created to more fully characterize the Balance Force and Frictional Force curves. The invention also discloses various methods and means for accurately testing, measuring and determining other parameters (including the position of the at-rest key, key sluggishness, and others characterizing the “let-off” event) in an accurate and efficient manner. Methods of quantifying and measuring the actual inertia of a key action—in a non-invasive manner—are also disclosed, with several inertial parameters being defined. Methods for quantifying and measuring the actual inertia of the major individual components of a key action are also detailed, along with parameters and methods for expressing their contribution “at the key”. All of the various measurement methods of the current invention are performed in a “controlled, kinetic and continuous” manner.
    • 揭示了更加充分和有意义地表现不断下降力和上升力的重要新描述符(“强力倾斜和上升力斜率”)。 还创建了类似的描述符,以更全面地表征平衡力和摩擦力曲线。 本发明还公开了以精确和有效的方式准确地测试,测量和确定其他参数(包括休息键的位置,关键迟滞以及表征“发出”事件的其他参数)的各种方法和装置。 还公开了以非侵入性方式量化和测量关键作用的实际惯性的方法,其中定义了几个惯性参数。 还详细说明了量化和测量关键行动主要单个组成部分的实际惯性的方法,以及表达其“关键”贡献的参数和方法。 本发明的所有各种测量方法都以“受控,动态和连续”的方式进行。
    • 4. 发明申请
    • Shank flange for piano
    • 钢琴法兰
    • US20050045016A1
    • 2005-03-03
    • US10850410
    • 2004-05-21
    • Kenji Yoshisue
    • Kenji Yoshisue
    • G10C3/18G10C3/00G10C9/00G10H3/18
    • G10C3/18
    • A shank flange for use in a piano for supporting a hammer which makes a pivotal movement in response to depression on a key. The shank flange comprises a molding made of thermosetting resin containing long fibers for reinforcement. The molding is molded by a long-staple method. The long fibers are carbon fibers. The shank flange excels in homogeneity and dimension stability, and has a high rigidity which can assure a smooth and stable action of the hammer. Also, dust and the like can be prevented from sticking to the shank flange and its surroundings, thus maintaining a precise action of the hammer and an aesthetically good appearance around the shank flange.
    • 一种用于钢琴的用于支撑锤子的柄法兰,其响应于钥匙上的凹陷而产生枢转运动。 柄凸缘包括由热塑性树脂制成的模制件,其包含用于加强的长纤维。 模制品通过长纤维方法成型。 长纤维是碳纤维。 柄凸缘的均匀性和尺寸稳定性优异,并且具有高刚性,可以确保锤的平稳和稳定的作用。 而且,可以防止灰尘等粘附到柄凸缘及其周围,从而保持锤的精确作用,并且在柄凸缘周围具有美观的外观。
    • 6. 发明授权
    • Piano construction
    • PIANO建筑
    • US3675527A
    • 1972-07-11
    • US3675527D
    • 1970-07-17
    • GEORGE H REEDER JR
    • REEDER GEORGE H JR
    • G10C9/00G10C3/02
    • G10C9/00
    • A fold-out light structure for illuminating the music rack of a piano and having an L-shaped support structure disposed in front of the music rack and comprising a portion of the piano shelf when in the closed position. The support structure has a light mounted on one of the interior walls thereof and is pivotably connected to the vertical portion of the shelf which extends upwardly from the rear of the keyboard, whereby the support structure is pivotably movable outwardly away from the shelf to permit the light to illuminate the music rack located adjacent the rear of the shelf. A switch is preferably disposed for energizing the light, which switch may be automatically actuated when the support is moved to the open position.
    • 折叠光结构,其用于照亮钢琴的音乐架并且具有设置在音乐架前面的L形支撑结构,并且当处于关闭位置时包括钢琴架的一部分。 支撑结构具有安装在其内壁之一上的光,并且可枢转地连接到从键盘的后部向上延伸的搁架的垂直部分,由此支撑结构可从支架向外可枢转地移动,以允许 光照亮位于架子后部附近的音乐架。 优选地设置开关用于激励光,当支撑件移动到打开位置时,该开关可以被自动地启动。