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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. 发明授权
    • Drive mechanism of lifting rail for musical instrument and musical instrument including the same
    • 升降机用于乐器和乐器的驱动机构包括相同
    • US08735698B2
    • 2014-05-27
    • US13743771
    • 2013-01-17
    • Yamaha Corporation
    • Yoshiya MatsuoYasuhiko ObaYuji Fujiwara
    • G10C3/00
    • G10C3/26G10C9/00
    • A drive mechanism of a lifting rail for a musical instrument including a lifting rail, the drive mechanism including: a connection member connected to the lifting rail; and a movement-force giving mechanism configured to move the lifting rail via the connection member, wherein the lifting rail includes: a hollow portion opening at one end; and a through-hole formed through an upright wall portion of the lifting rail, wherein the connection member includes: an insertion member having an attachment hole corresponding to the through-hole; a fixing member for connecting the lifting rail and the connection member; and a contact portion configured to come into contact with the one end of the lifting rail when the insertion member is inserted in the hollow portion by a prescribed distance so as to prevent the insertion member from being further inserted in the hollow portion, thereby positioning the attachment hole relative to the through-hole.
    • 一种用于包括提升轨道的乐器的提升轨道的驱动机构,所述驱动机构包括:连接到所述提升轨道的连接构件; 以及移动力赋予机构,其构造成经由所述连接构件移动所述提升轨道,其中所述提升轨道包括:在一端开口的中空部分; 以及通过所述提升轨道的直立壁部形成的通孔,其中,所述连接构件包括:插入构件,其具有与所述通孔对应的附接孔; 用于连接提升轨道和连接构件的固定构件; 以及接触部,其构造成当所述插入部件插入所述中空部中规定距离时与所述提升轨道的一端接触,以防止所述插入部件进一步插入所述中空部, 连接孔相对于通孔。
    • 7. 发明申请
    • METHOD FOR IMPROVING THE SOUND OF MUSICAL INSTRUMENTS
    • 改善音乐仪器声音的方法
    • US20090320666A1
    • 2009-12-31
    • US12439818
    • 2007-08-29
    • Hans-Ulrich Rahe
    • Hans-Ulrich Rahe
    • G10C3/06
    • G10C1/00G10C9/00G10D1/005
    • The invention relates to a method for improving the sound of acoustic musical instruments by decoupling the part of a musical instrument that is directly responsible for producing the primary sound event from the elements and components that are not directly involved in producing the primary sound event. The limitation of the acoustically active part prevents elements (6, 7) that have primarily static or optical functions or serve to produce variety of playing technique from vibrating or emitting sound, since they may lead to interferences and distortions of the primary sound event. According to the invention, an intermediate layer produced from a material (1) that reduces sound conduction is arranged in the connecting zones between the elements.
    • 本发明涉及一种用于通过将直接负责产生主声音事件的乐器的部分从不直接参与产生主声音事件的元件和部件分离来改善声乐器的声音的方法。 声学活动部件的限制防止主要具有静态或光学功能或用于产生各种播放技术的元件(6,7),从振动或发出声音,因为它们可能导致主声音事件的干扰和失真。 根据本发明,在元件之间的连接区域中布置由材料(1)制成的降低声音传导的中间层。