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    • 23. 发明授权
    • Cord stowage apparatus
    • 线载装置
    • US4802638A
    • 1989-02-07
    • US79052
    • 1987-07-29
    • Marilyn S. BurgerJohn M. McKee
    • Marilyn S. BurgerJohn M. McKee
    • B65H75/14B65H75/40H02G11/02
    • B65H75/406B65H75/143H02G11/02B65H2701/3919
    • A cord stowage device is provided which includes a spool having a channel through which a cable slidably passes from one side of the spool to the other side of the spool. First and second cup-shaped members are attached to respective ends of the spool. Each cup-shaped member includes a concave surface which faces toward the spool and the other cup-shaped member such that the first and second members grasp the cable as it enters the stowage device and as it exits the stowage device. The stowage device is positioned at the desired position on the cable by sliding the cable therethrough. When the stowage device reached the desired position on the cable, any excess slack cable in wound around the spool of the stowage device.
    • 提供了一种绳索装载装置,其包括具有通道的卷轴,缆索可滑动地从卷轴的一侧传递到卷轴的另一侧。 第一和第二杯形构件附接到卷轴的相应端部。 每个杯形构件包括面向卷轴的凹面和另一杯形构件,使得当第一和第二构件进入装载装置时以及当它们离开装载装置时,第一和第二构件抓住电缆。 通过滑动电缆将载入装置定位在电缆上的期望位置。 当装载装置到达电缆上的所需位置时,任何多余的松弛电缆缠绕在装载装置的卷轴周围。
    • 24. 发明授权
    • Dual mode transducer
    • 双模传感器
    • US4761582A
    • 1988-08-02
    • US27984
    • 1987-03-19
    • John M. McKee
    • John M. McKee
    • G10K9/122H01L41/113H03K17/30H03K17/94H01L41/08
    • H01L41/1138G10K9/122H03K17/305H03K17/94
    • An electroacoustic transducer such as a piezoelectric element transducer includes an output mode for generating an alert signal and an input mode for generating a switching signal. The transducer comprises an actuating means, such as a pushbutton, a resilient member, such as a snap action dome, a housing and a piezoelectric element. In the output mode, voltage is supplied to the piezoelectric element to generate mechanical vibrations which are converted to acoustical energy by a resonant cavity and port in the housing. In the input mode, manual pressure on the pushbutton forces the dome, being interposed between the pushbutton and piezoelectric element to collapse and deform the piezoelectric element. In response, the piezoelectric element generates an electrical signal. A voltage sensing circuit senses the electrical signal and generates an input signal. The circuit distinguishes between the voltage supplied to the piezoelectric element to generate mechanical vibrations and the electrical signal generated by the collapsed dome.
    • 诸如压电元件换能器的电声换能器包括用于产生报警信号的输出模式和用于产生开关信号的输入模式。 换能器包括致动装置,例如按钮,弹性构件,例如卡扣动作圆顶,壳体和压电元件。 在输出模式下,电压被提供给压电元件以产生通过壳体中的谐振腔和端口转换成声能的机械振动。 在输入模式下,按钮上的手动压力迫使穹顶插入按钮和压电元件之间,使压电元件塌陷和变形。 作为响应,压电元件产生电信号。 电压感测电路感测电信号并产生输入信号。 该电路区分提供给压电元件的电压以产生机械振动和由塌陷的圆顶产生的电信号。
    • 27. 发明授权
    • Mechanical acoustic crossover network and transducer therefor
    • 机械声学交叉网络和换能器
    • US6067364A
    • 2000-05-23
    • US989918
    • 1997-12-12
    • Gerald E. BrinkleyJohn M. McKee
    • Gerald E. BrinkleyJohn M. McKee
    • H04R1/10B06B1/04H04R1/00H04R3/12H04R3/14H04R9/02H04R11/02H04R25/00
    • H04R3/14
    • A taut armature reciprocating impulse transducer (100) which typically provides a non-linear hardening spring response is adapted to provide a non-linear softening spring response by the addition of magnetic damping elements (106). Two or more taut armature reciprocating impulse transducers (100) can be utilized to produce a mechanical acoustic crossover network (700) which operates to produce a wide frequency response when at least one of the two taut armature reciprocating impulse transducers (100) is adapted to provide a non-linear softening spring response. The mechanical acoustic crossover network (700) allows multiple taut armature reciprocating impulse transducers (100) to be operated together from a signal input. When the mechanical acoustic crossover network (700) is enclosed in a housing (812), the mechanical acoustic crossover network (700) can be operated as a headphone to deliver an audio output.
    • 通常提供非线性硬化弹簧响应的拉紧电枢往复式脉冲换能器(100)适于通过添加磁阻尼元件(106)来提供非线性软化弹簧响应。 可以使用两个或更多个紧张的电枢往复式脉冲换能器(100)来产生机械声学交叉网络(700),当两个紧张的电枢往复式脉冲换能器(100)中的至少一个适于 提供非线性软化弹簧响应。 机械声学交叉网络(700)允许多个紧固电枢往复脉冲换能器(100)从信号输入一起操作。 当机械声学交叉网络(700)被封装在壳体(812)中时,机械声学交叉网络(700)可以作为耳机操作以传送音频输出。
    • 28. 发明授权
    • Electronic driver for an electromagnetic resonant transducer
    • 用于电磁谐振传感器的电子驱动器
    • US5649020A
    • 1997-07-15
    • US506304
    • 1995-07-24
    • George W. McClurgGary Lee PaceCharles W. MooneyJohn M. McKee
    • George W. McClurgGary Lee PaceCharles W. MooneyJohn M. McKee
    • G08B6/00H04M19/04H04R11/06H04R25/00
    • H04R11/06G08B6/00H04M19/04H04M19/047
    • An electronic driver for use with linear and non-linear transducers includes a voltage controlled oscillator (1630) to generate an output signal (1603) in response to a frequency control signal (1625); a transducer driver (1604), coupled to the voltage controlled oscillator (1630) and to the transducer (600), includes an electromagnetic driver (604) to generate an electromagnetic field in response to the output signal (1603), and a power control circuit (2104, 2106) to suspend generation of the electromagnetic field for a portion of the output signal, the electromagnetic field generating movement of a magnetic motional mass (636) which is transformed into tactile energy; and a tactile energy monitor (1606) coupled to the electromagnetic driver (604) for monitoring a level of tactile energy generated by the movement of the magnetic motional mass (636), and in response thereto generates the frequency control signal (1625) to maximize the level of tactile energy generated.
    • 用于线性和非线性换能器的电子驱动器包括:压控振荡器(1630),用于响应于频率控制信号(1625)产生输出信号(1603); 耦合到压控振荡器(1630)和换能器(600)的换能器驱动器(1604)包括响应于输出信号(1603)产生电磁场的电磁驱动器(604)和功率控制 电路(2104,2106),以暂停所述输出信号的一部分的所述电磁场的产生,所述电磁场产生被转换成触觉能的磁运动质量块(636)的运动; 以及耦合到所述电磁驱动器(604)的触觉能量监视器(1606),用于监视由所述磁性运动质量块(636)的运动产生的触觉能量的水平,并且响应于此产生所述频率控制信号(1625)以使 触觉能量的产生水平。
    • 29. 发明授权
    • Liquid crystal light emitting display system
    • 液晶发光显示系统
    • US4838661A
    • 1989-06-13
    • US141015
    • 1988-01-05
    • John M. McKeeMarilyn S. Burger
    • John M. McKeeMarilyn S. Burger
    • G02F1/1335G02F1/13357
    • G02F1/133528G02B6/0038G02B6/0045G02F1/1336G02F2203/64G02F2203/66
    • A liquid crystal light emitting display (LCLED) device having two modes of operation. In the first mode the LCLED device produces dark symbols on a light background. In the second mode the LCLED device emits light producing light symbols on a dark background. The LCLED includes a LCD cell having an optically active nematic liquid crystal composition interposed between two parallel glass substrates. The glass substrates having transparent electrode indicia on the inner surfaces. Disposed on the outer surfaces of the glass substrates are polarizers having their axes of polarization orthogonal in the first mode, and their axes of polarization parallel in the second mode. A transparent panel having indicia identical to the electrode indicia is disposed on the exterior of one of the polarizers. The transparent panel is comprised of transparent material having fluorescent dye stuff. The transparent panel is optically connected to a light collecting means. In the second mode, the light collecting means absorbs light from an illumination means and internally reflects the light to the transparent panel indicia. The transparent panel indicia is comprised of a plurality of depressions which intercepts the internally reflected light and emits the light in the shape of the transparent panel indicia, through the LCD cell tot he viewer, thus permitting light against a dark background.
    • 一种具有两种操作模式的液晶发光显示器(LCLED)装置。 在第一种模式下,LCLED设备在浅色背景上产生暗色符号。 在第二模式中,LCLED装置在深色背景上发光产生光符号。 LCLED包括在两个平行玻璃基板之间插入光学活性向列型液晶组合物的LCD单元。 玻璃基板在内表面上具有透明电极标记。 设置在玻璃基板的外表面上的偏振器的偏振轴在第一模式中正交,其偏振轴在第二模式下平行。 具有与电极标记相同的标记的透明面板设置在偏振器之一的外部。 透明面板由具有荧光染料的透明材料构成。 透明面板与光收集装置光学连接。 在第二模式中,光收集装置吸收来自照明装置的光,并将光内部反射到透明面板标记。 透明面板标记由多个凹陷构成,该凹陷截取内部反射光,并透过透明面板标记的形状通过LCD单元向观察者发射,从而允许光照暗背景。