会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Simulated piano action apparatus for electronic keyboard
    • 用于电子键盘的模拟钢琴动作装置
    • US5866831A
    • 1999-02-02
    • US969076
    • 1997-11-12
    • Thomas E. Kimble
    • Thomas E. Kimble
    • G10H1/34G10C3/12
    • G10H1/346
    • An electronic keyboard key apparatus includes a longitudinally extending key pivotally mounted on a supporting base and a simulated hammer assembly including a simulated hammer mounted on a hammer shank that is independently pivotally mounted with respect to the key on the base. A jack means is mounted on the key for striking and pivoting the hammer assembly when the key is struck and a preferably flexible bridle for controlling the hammer assembly connects the hammer assembly to the key. A spring is connected between a back end of the key and the base for quickly returning the key to its at rest position. The bridle may be a flexible strap. The simulated hammer may be a metallic cylinder disposed about a first distal end of the hammer shank. A butt is attached to a second distal end of the shank and the butt has a butt end that is bifurcated to form two hinge lugs that are hinged to a single hinge lug of a lug mount fixedly connected to the base. The shank and the butt may be constructed as a single integral member and made of wood as can be the lug mount. The simulated hammer assembly may be mounted above the key and the lug mount is mounted above the key on a first rail. A hammer cushioning means for cushioning and resting the simulated hammer is mounted to the base beneath the simulated hammer and a hammer stop is disposed above the hammer cushioning means such that the simulated hammer engages the stop when the key is struck causing the hammer shank to pivot upwards. The hammer stop may be a U-shaped stop cushion with a circularly bent end, legs extending away from the bent end, and the stop cushion mounted to a stop bar by a clamp channel that clamp the legs between the channel and the stop bar.
    • 电子键盘按键装置包括一个可枢转地安装在支撑底座上的纵向延伸键和一个模拟锤组件,它包括安装在锤柄上的模拟锤,它相对于基座上的钥匙独立地枢转地安装。 当钥匙被敲击时,插入装置安装在钥匙上以便敲击和枢转锤组件,并且用于控制锤组件的优选柔性绳将锤组件连接到钥匙上。 弹簧连接在钥匙的后端和基座之间,用于快速将钥匙返回到其静止位置。 襟翼可以是柔性带。 模拟锤可以是围绕锤柄的第一远端设置的金属圆柱体。 臀部附接到柄的第二远端,并且踵具有对接端,其分叉以形成两个铰链凸耳,其铰接到固定地连接到基座的凸耳安装架的单个铰链凸耳。 柄和臀部可以构造为单个整体构件,并且可以是作为凸耳安装件的木材制成。 模拟的锤组件可以安装在键的上方,并且凸耳安装件安装在钥匙上方的第一轨道上。 用于缓冲和静止模拟锤的锤缓冲装置安装在模拟锤下面的基座上,并且锤锤止动件设置在锤缓冲装置上方,使得当钥匙被撞击时模拟锤与止动件接合,导致锤柄枢转 向上。 锤子止动器可以是具有圆形弯曲端部的U形止动垫,远离弯曲端部延伸的腿部,并且止动杆通过将通道夹紧在通道和止动杆之间的夹紧通道固定到止动杆上。
    • 2. 发明授权
    • Parallel motion linkage for the sliding keyboard cover of a piano
    • 钢琴滑动键盘盖平行运动联动
    • US4387623A
    • 1983-06-14
    • US301384
    • 1981-09-11
    • Thomas E. Kimble
    • Thomas E. Kimble
    • E05D13/00G10C3/02
    • G10C3/02E05D13/00Y10T74/18928
    • A parallel motion linkage is taught for the sliding keyboard cover of a piano to assure that the sliding keyboard cover, when shifted between its open (key exposing) position and its closed (key covering) position will remain perpendicular to the direction of its motion and will not skew or jam between the sides of the piano case. The structure comprises a pair of bell cranks rotatively mounted to the underside of the sliding keyboard cover near the ends thereof. The bell cranks each have a first short arm, which arms are joined together by a tie rod pivotally connected thereto. The bell cranks each have a long arm to which one end of a connecting rod is pivotally mounted. The free end of each connecting rod is detachably and adjustably affixed to a bracket mounted on its respective side of the piano case.
    • 对于钢琴的滑动键盘盖,教导了平行运动连杆,以确保滑动键盘盖在其打开(钥匙暴露)位置与其闭合(钥匙盖)位置之间移动时将保持垂直于其运动方向, 不会在钢琴盒的两侧之间扭曲或卡住。 该结构包括一对钟形曲柄,其旋转地安装在滑动键盘盖的靠近其端部的下侧。 钟形曲柄分别具有第一短臂,该臂通过与其枢转连接的拉杆连接在一起。 钟形曲柄每个都具有长臂,连杆的一端可枢转地安装在该长臂上。 每个连杆的自由端可拆卸地可调节地固定在安装在钢琴盒的相应侧上的支架上。
    • 4. 发明授权
    • Combined acoustic and electronic piano in which the acoustic action is
disabled when played in the electronic mode
    • US5539142A
    • 1996-07-23
    • US474743
    • 1995-06-07
    • George F. EmersonThomas E. Kimble
    • George F. EmersonThomas E. Kimble
    • G10C3/16G10C5/00G10D15/00
    • G10C3/16G10C5/00
    • An improved combination acoustic-mode and electronic-mode piano is provided which includes a hammer shank stop rail that intercepts the hammer shank, when in the electronic mode, so that the hammer cannot complete its normal travel and cannot strike its corresponding string(s) when its piano key is actuated. The hammer shank stop rail is actuated by an intermediate crank that, in turn, is actuated by a pedal dowel attached to one of the pedals of the piano. When operated in the acoustic mode, the stop rail occupies a position that will not interfere with the hammer shank's movements, and when in the electronic mode, the stop rail intercepts the hammer shank so that its associated hammer will not be able to travel all the way into contact with their associated string. A second embodiment operates the stop rail by use of a cable and cam mechanism. A third embodiment uses a hand-actuator to operate the stop rail via a dowel and intermediate crank. In a fourth embodiment, a fluid-actuated hammer shank stop rail is located in a position similar to the mechanical hammer shank stop rail described hereinabove. The fluid-actuated hammer shank stop rail includes a rigid portion that provides support across the width of the piano and an expandable portion that is resilient and can be enlarged by the use of an internal fluid pressure, which intercepts the hammer shank before the associated hammer can strike their associated string. A fifth embodiment of a combination dual-mode piano is provided that utilizes a spring-loaded wippen-disabler to prevent the wippen from being actuated by the key tail when the associated key is struck. When placed into the electronic mode, the wippen-disabler is rotated into a position in which one of its extended members is forced against the bottom portion of the wippen and raises the wippen high enough into a position so that the capstan screw of the key tail cannot come into contact with the bottom surface of the wippen. In addition, a different portion of the wippen-disabler is rotated so that its associated spring comes into contact with the top of the key tail, thereby providing the person playing the piano with some mechanical feedback that will approximate the feel of a standard key action.
    • 8. 发明授权
    • Means for improving the repetition characteristics of an upright piano
action
    • 提高立式钢琴动作重复特性的手段
    • US4119008A
    • 1978-10-10
    • US766881
    • 1977-02-09
    • Thomas E. Kimble
    • Thomas E. Kimble
    • G10C3/16G10C3/18
    • G10C3/163
    • Means for improving the repetition characteristics of an upright piano action of the type having a hammer for each key, the butt of the hammer being pivotally mounted on a main action rail so that the hammer can be projected from an at-rest position toward a string striking position, a wippen pivotally attached to the main action rail and operatively connected to the key, a jack pivotally connected to the wippen for transmitting the action of the key and wippen to the hammer via the hammer butt to cause the hammer to strike the string when the key is forcibly depressed and a back check serving as an oscillation damper for the hammer. The means for improving the repetition characteristics comprises an adjustable spring and linkage assembly attached at its ends to positions of substantially equal operating displacement on the wippen and the hammer butt. The spring and linkage assembly is adjusted such that, when the hammer is at its at-rest position and during movement of the hammer, wippen and jack to the point of escapement of the jack from beneath the hammer butt, the spring and linkage assembly is substantially unloaded. After escapement of the jack from beneath the hammer butt, relative movement of the wippen and hammer butt loads the spring and linkage assembly to render it capable of supporting the weight of the hammer, so that if the key is partially released and the hammer comes out of check the spring and linkage assembly will support the hammer in an intermediate position permitting the jack to return to its operating position beneath the hammer butt without full release of the key.
    • 用于改善具有用于每个键的锤的立式钢琴作用的重复特性的装置,锤的对接装置枢转地安装在主作用导轨上,使得锤可以从静止位置朝向弦 撞击位置,枢转地附接到主动作轨道并且可操作地连接到钥匙的摇摆,枢轴连接到摇摆的千斤顶,用于通过锤子踵将钥匙和摇摆的动作传递到锤子,以使锤子撞击绳 当钥匙被强制按压时,后退检查用作锤的振动阻尼器。 用于改善重复特性的装置包括可调节的弹簧和连杆组件,其在其端部附接到在摇臂和锤子踵上基本相等的作用位移的位置。 调整弹簧和连杆组件,使得当锤子处于其静止位置时,并且在锤,摇臂和千斤顶移动到千斤顶的擒纵点之前,锤子对接点处的弹簧和连杆组件是 基本卸载 在千斤顶从锤子踵下方擒纵之后,蹄片和锤子对接物的相对运动加载了弹簧和连杆组件,使其能够支撑锤子的重量,使得如果钥匙被部分释放并且锤子出来 检查弹簧和连杆组件将支撑锤在中间位置,允许千斤顶在没有完全释放钥匙的情况下返回到锤槌下方的操作位置。
    • 10. 发明授权
    • Combination acoustic and electronic piano in which the acoustic action
is disabled when played in the electronic mode
    • US5945613A
    • 1999-08-31
    • US104261
    • 1998-06-24
    • Thomas E. Kimble
    • Thomas E. Kimble
    • G10H1/34G10D15/00
    • G10H1/344
    • A combination acoustic mode and electronic mode grand piano is provided including a hammer shank stop rail that intercepts the hammer shank when operating in its electronic mode, so that the hammer cannot complete its normal travel to strike its corresponding string(s) when its key is actuated. The positioning of the hammer shank stop rail is actuated by a user-operated control that, when placed into the "acoustic" mode, raises the hammer shank stop rail to a non-engaged position that does not interfere with the normal movements of the hammer shank. When in the "electronic" mode, the control lowers the hammer shank stop rail into an engaged position where it intercepts the hammer shanks of the piano, thereby preventing each hammer head from striking its respective string(s). When in the engaged position, the wire cam also causes an "early escapement rail" to be moved into a location such that flexible "early escapement tabs" are moved into positions just beneath the letoff button of each of the key actions, thereby preventing a harsh "feel" or "touch" as perceived by the human player of the piano. In a second embodiment of a combination dual-mode piano, a hammer head stop rail is provided for an upright piano which intercepts the hammer head when in the electronic mode. When placed into the acoustic mode, the hammer head stop rail is rotated to a non-engaged position that is not within the normal path of the hammer travel. When operated in the electronic mode, the actuating arm is rotated such that the hammer head stop rail becomes positioned directly in the path of travel of the hammer heads of the upright piano where they will impact directly against the stop rail. In the illustrated embodiment, the stop rail comprises a deflectable member that is coated with a sound and vibration absorbing material, such that when the hammer head impacts the stop rail, the deflectable member somewhat displaces, as the hammer head impacts against this member. The hammer head stop rail also includes a sound and vibration absorbing pad that is brought into position against the strings of the piano, thereby tending to dampen any acoustic vibration that may otherwise become induced in the strings.