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    • 4. 发明授权
    • Method for increasing the shape and effective thickness of the neck of a stringed musical instrument
    • 增加弦乐器颈部形状和有效厚度的方法
    • US09530392B2
    • 2016-12-27
    • US14553145
    • 2014-11-25
    • Mark L. Anderson
    • Mark L. Anderson
    • G10G5/00A41D19/00G10D1/08
    • G10G5/005A41D19/00A41D19/0037G10D1/08
    • A method of adjusting the effective thickness and/or shape of the neck of a string instrument involves use of spacer device consisting of a precisely molded or shaped material such as wood, metal, or plastic that covers the palm of the hand between the thumb and index finger including the web, thenar compartment, central compartment and hypothenar compartment as well as distal and proximal palmer area used to precisely thicken and modify the shape of the neck of a stringed musical instrument. The spacer device may be bonded to a holder such as the palm area of a fingerless glove or to a strap device covering the palm of the hand using hook and loop bonding material or an adhesive. Alternatively the device may be directly attached to the neck of the instrument or attached to the palm of the hand or held in place by the pressure of the palm on the neck of the instrument. The wooden spacer has a low enough coefficient of friction to slide freely along the neck of a string instrument.
    • 一种调节弦乐器的颈部有效厚度和/或形状的方法包括使用由精密模制或成形材料(例如木材,金属或塑料)组成的间隔装置,所述材料覆盖拇指和手指之间的手掌 食指包括腹板,后室,中央隔室和小海湾隔室,以及用于精确增厚和改变弦乐器颈部形状的远端和近端的帕尔默区域。 间隔装置可以结合到诸如手指手指的手掌区域的保持器或者使用钩环结合材料或粘合剂覆盖手掌的带状装置。 或者,该装置可以直接附接到仪器的颈部或附接到手掌上,或者通过手掌在仪器的颈部上的压力保持在适当位置。 木制隔板具有足够低的摩擦系数,可以沿弦乐器的颈部自由滑动。
    • 6. 发明申请
    • Method for Increasing the Shape and Effective Thickness of the Neck of a Stringed Musical Instrument
    • 增加弦乐器颈部形状和有效厚度的方法
    • US20160148603A1
    • 2016-05-26
    • US14553145
    • 2014-11-25
    • Mark L. Anderson
    • Mark L. Anderson
    • G10G5/00A41D19/00
    • G10G5/005A41D19/00A41D19/0037G10D1/08
    • A method of adjusting the effective thickness and/or shape of the neck of a string instrument involves use of spacer device consisting of a precisely molded or shaped material such as wood, metal, or plastic that covers the palm of the hand between the thumb and index finger including the web, thenar compartment, central compartment and hypothenar compartment as well as distal and proximal palmer area used to precisely thicken and modify the shape of the neck of a stringed musical instrument. The spacer device may be bonded to a holder such as the palm area of a fingerless glove or to a strap device covering the palm of the hand using hook and loop bonding material or an adhesive. Alternatively the device may be directly attached to the neck of the instrument or attached to the palm of the hand or held in place by the pressure of the palm on the neck of the instrument. The wooden spacer has a low enough coefficient of friction to slide freely along the neck of a string instrument.
    • 一种调节弦乐器的颈部有效厚度和/或形状的方法包括使用由精密模制或成形材料(例如木材,金属或塑料)组成的间隔装置,该材料覆盖拇指和手指之间的手掌 食指包括腹板,后室,中央隔室和小海湾隔室,以及用于精确增厚和改变弦乐器颈部形状的远端和近端的帕尔默区域。 间隔装置可以结合到诸如手指手指的手掌区域的保持器或者使用钩环结合材料或粘合剂覆盖手掌的带状装置。 或者,该装置可以直接附接到仪器的颈部或附接到手掌上,或者通过手掌在仪器的颈部上的压力保持在适当位置。 木制隔板具有足够低的摩擦系数,可以沿弦乐器的颈部自由滑动。