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    • 1. 发明授权
    • Earphone device
    • 耳机设备
    • US08942405B2
    • 2015-01-27
    • US13867956
    • 2013-04-22
    • Owen JonesLawrence R. Fincham
    • Owen JonesLawrence R. Fincham
    • H04R25/00H04R1/10
    • H04R1/1016H04R25/652H04R25/656
    • An earphone device comprises an inner casing enclosing one or more miniature drive units, and a movable cap or outer casing that moves relative to the inner casing. The inner casing has an extension member, such as a hollow post, terminating in an acoustic output port. A compressible foam bulb at least partially surrounds the extension member, and is decompressed and compressed by actuation of an adjustable member. The adjustable member may take the form, for example, of a pivoting lever, a helical cam, or a push-rod mechanism, among other things. A flange may be disposed around the periphery of the movable cap, in order to provide a seal surrounding the ear canal region. The compressible material may be gripped by the hollow extension member, and abut the movable cap or flange. Through actuation of the adjustable member, the compressible material may be decompressed and thus elongated for insertion into the wearer's ear, and may be compressed and thus widened or expanded to form an adequate seal with the wearer's ear canal region.
    • 耳机装置包括封闭一个或多个微型驱动单元的内壳和相对于内壳移动的活动盖或外壳。 内壳具有延伸构件,例如中空柱,终止于声输出端口。 可压缩的泡沫泡沫至少部分地围绕延伸构件,并且通过可调节构件的致动被减压和压缩。 可调节构件可以采取例如枢转杆,螺旋形凸轮或推杆机构等形式。 可以围绕可移动盖的周边设置凸缘,以便提供围绕耳道区域的密封。 可压缩材料可以由中空延伸构件夹持,并且抵靠活动盖或凸缘。 通过可调节构件的致动,可压缩材料可以被减压并且因此被拉长以便插入佩戴者的耳朵中,并且可以被压缩并因此变宽或膨胀以与佩戴者的耳道区域形成适当的密封。
    • 2. 发明申请
    • EARPHONE DEVICE
    • 耳机设备
    • US20090116677A1
    • 2009-05-07
    • US12263145
    • 2008-10-31
    • Owen JonesLawrence R. Fincham
    • Owen JonesLawrence R. Fincham
    • H04R25/00
    • H04R1/1016H04R25/652H04R25/656
    • An earphone device comprises an inner casing enclosing one or more miniature drive units, and a movable cap or outer casing that moves relative to the inner casing. The inner casing has an extension member, such as a hollow post, terminating in an acoustic output port. A compressible foam bulb at least partially surrounds the extension member, and is decompressed and compressed by actuation of an adjustable member. The adjustable member may take the form, for example, of a pivoting lever, a helical cam, or a push-rod mechanism, among other things. A flange may be disposed around the periphery of the movable cap, in order to provide a seal surrounding the ear canal region. The compressible material may be gripped by the hollow extension member, and abut the movable cap or flange. Through actuation of the adjustable member, the compressible material may be decompressed and thus elongated for insertion into the wearer's ear, and may be compressed and thus widened or expanded to form an adequate seal with the wearer's ear canal region.
    • 耳机装置包括封闭一个或多个微型驱动单元的内壳和相对于内壳移动的活动盖或外壳。 内壳具有延伸构件,例如中空柱,终止于声输出端口。 可压缩的泡沫泡沫至少部分地围绕延伸构件,并且通过可调节构件的致动被减压和压缩。 可调节构件可以采取例如枢转杆,螺旋形凸轮或推杆机构等形式。 可以围绕可移动盖的周边设置凸缘,以便提供围绕耳道区域的密封。 可压缩材料可以由中空延伸构件夹持,并且抵靠活动盖或凸缘。 通过可调节构件的致动,可压缩材料可以被减压并且因此被拉长以便插入佩戴者的耳朵中,并且可以被压缩并因此变宽或膨胀以与佩戴者的耳道区域形成适当的密封。
    • 3. 发明申请
    • EFFICIENT POWER AMPLIFIER
    • 高效功率放大器
    • US20090115531A1
    • 2009-05-07
    • US12253047
    • 2008-10-16
    • Owen JonesLawrence R. Fincham
    • Owen JonesLawrence R. Fincham
    • H03F3/04
    • H03F1/02H03F1/0233H03F1/0255H03F3/20H03F3/68
    • A dynamic power supply for N amplifiers includes first and second power boost circuits which temporarily boost the positive or negative power supply rail, respectively. A control circuit monitors amplifier output signal levels and provides power boost control signals to the power boost circuits, which temporarily raise the positive supply voltage above the nominal voltage level in tandem with the highest output signal from the N amplifiers and lower the negative supply voltage below the nominal voltage level in tandem with the lowest output signal level from the N amplifiers. The power boost circuits each may be coupled to a reservoir capacitor from which current is drawn to provide the power boost. When inactive, the reservoir capacitors charge up from the respective power supply rails. The dynamic power supply is well suited for audio amplification systems.
    • N放大器的动态电源包括分别临时提升正或负电源轨的第一和第二功率升压电路。 控制电路监视放大器输出信号电平并向功率升压电路提供功率升压控制信号,这些信号暂时将正电源电压提高到额定电压电平以上,并与N个放大器的最高输出信号并联,并将负电源电压降至低于 额定电压电平与N个放大器的最低输出信号电平一起。 功率升压电路各自可以耦合到储存电容器,电容器从该电容器被拉出以提供功率提升。 当不活动时,储存电容器从相应的电源轨充满电。 动态电源非常适合音频放大系统。
    • 4. 发明授权
    • Power converter with low ripple output
    • 低纹波输出功率转换器
    • US08576592B2
    • 2013-11-05
    • US12845631
    • 2010-07-28
    • Owen JonesLawrence R. Fincham
    • Owen JonesLawrence R. Fincham
    • H02M7/04
    • H02M3/22H02M1/14H02M3/07H02M7/10
    • A power supply includes two or more input waveforms being shaped or selected so that after being separately level-shifted and rectified, their additive combination results in a DC output waveform with substantially no ripple. The power supply may comprise a waveform generator, a level conversion stage for step up or down conversion, a rectification stage, and a combiner. The waveform generator may generate complementary waveforms, preferably identical but phase offset from each other, such that after the complementary waveforms are level-converted, rectified and additively combined their sum will be constant, thus requiring no or minimal smoothing for generation of a DC output waveform. The level conversion may be carried out using transformers or switched capacitor circuits. Feedback from the DC output waveform may be used to adjust the characteristics of the input waveforms.
    • 电源包括两个或更多个输入波形进行整形或选择,使得在被单独电平移位和整流之后,它们的相加组合导致基本上没有纹波的直流输出波形。 电源可以包括波形发生器,用于升压或降压转换的电平转换级,整流级和组合器。 波形发生器可以产生互补波形,优选地彼此相同但相位偏移,使得在互补波形被电平转换,整流和相加组合之后,它们的和将是恒定的,因此不需要或最小化平滑以产生DC输出 波形 电平转换可以使用变压器或开关电容器电路来执行。 来自直流输出波形的反馈可用于调整输入波形的特性。
    • 6. 发明申请
    • POWER SUPPLY
    • 电源
    • US20110075454A1
    • 2011-03-31
    • US12845631
    • 2010-07-28
    • Owen JonesLawrence R. Fincham
    • Owen JonesLawrence R. Fincham
    • H02M7/04
    • H02M3/22H02M1/14H02M3/07H02M7/10
    • A power supply includes two or more input waveforms being shaped or selected so that after being separately level-shifted and rectified, their additive combination results in a DC output waveform with substantially no ripple. The power supply may comprise a waveform generator, a level conversion stage for step up or down conversion, a rectification stage, and a combiner. The waveform generator may generate complementary waveforms, preferably identical but phase offset from each other, such that after the complementary waveforms are level-converted, rectified and additively combined their sum will be constant, thus requiring no or minimal smoothing for generation of a DC output waveform. The level conversion may be carried out using transformers or switched capacitor circuits. Feedback from the DC output waveform may be used to adjust the characteristics of the input waveforms.
    • 电源包括两个或更多个输入波形进行整形或选择,使得在被单独电平移位和整流之后,它们的相加组合导致基本上没有纹波的直流输出波形。 电源可以包括波形发生器,用于升压或降压转换的电平转换级,整流级和组合器。 波形发生器可以产生互补波形,优选地彼此相同但相位偏移,使得在互补波形被电平转换,整流和相加组合之后,它们的和将是恒定的,因此不需要或最小化平滑以产生DC输出 波形 电平转换可以使用变压器或开关电容器电路来执行。 来自直流输出波形的反馈可用于调整输入波形的特性。
    • 9. 发明授权
    • Efficient power amplifier
    • 高效功率放大器
    • US08723605B2
    • 2014-05-13
    • US13365861
    • 2012-02-03
    • Owen JonesLawrence R. Fincham
    • Owen JonesLawrence R. Fincham
    • H03F3/04H03F1/02
    • H03F1/02H03F1/0233H03F1/0255H03F3/20H03F3/68
    • A dynamic power supply for N amplifiers includes first and second power boost circuits which temporarily boost the positive or negative power supply rail, respectively. A control circuit monitors amplifier output signal levels and provides power boost control signals to the power boost circuits, which temporarily raise the positive supply voltage above the nominal voltage level in tandem with the highest output signal from the N amplifiers and lower the negative supply voltage below the nominal voltage level in tandem with the lowest output signal level from the N amplifiers. The power boost circuits each may be coupled to a reservoir capacitor from which current is drawn to provide the power boost. When inactive, the reservoir capacitors charge up from the respective power supply rails. The dynamic power supply is well suited for audio amplification systems.
    • N放大器的动态电源包括分别临时提升正或负电源轨的第一和第二功率升压电路。 控制电路监视放大器输出信号电平并向功率升压电路提供功率升压控制信号,这些信号暂时将正电源电压提高到额定电压电平以上,并与N个放大器的最高输出信号并联,并将负电源电压降至低于 额定电压电平与N个放大器的最低输出信号电平一起。 功率升压电路各自可以耦合到储存电容器,电容器从该电容器被拉出以提供功率提升。 当不活动时,储存电容器从相应的电源轨充满电。 动态电源非常适合音频放大系统。
    • 10. 发明申请
    • EARPHONE DEVICE
    • 耳机设备
    • US20140097033A1
    • 2014-04-10
    • US13867956
    • 2013-04-22
    • Owen JonesLawrence R. Fincham
    • Owen JonesLawrence R. Fincham
    • H04R1/10
    • H04R1/1016H04R25/652H04R25/656
    • An earphone device comprises an inner casing enclosing one or more miniature drive units, and a movable cap or outer casing that moves relative to the inner casing. The inner casing has an extension member, such as a hollow post, terminating in an acoustic output port. A compressible foam bulb at least partially surrounds the extension member, and is decompressed and compressed by actuation of an adjustable member. The adjustable member may take the form, for example, of a pivoting lever, a helical cam, or a push-rod mechanism, among other things. A flange may be disposed around the periphery of the movable cap, in order to provide a seal surrounding the ear canal region. The compressible material may be gripped by the hollow extension member, and abut the movable cap or flange. Through actuation of the adjustable member, the compressible material may be decompressed and thus elongated for insertion into the wearer's ear, and may be compressed and thus widened or expanded to form an adequate seal with the wearer's ear canal region.
    • 耳机装置包括封闭一个或多个微型驱动单元的内壳和相对于内壳移动的活动盖或外壳。 内壳具有延伸构件,例如中空柱,终止于声输出端口。 可压缩的泡沫泡沫至少部分地围绕延伸构件,并且通过可调节构件的致动被减压和压缩。 可调节构件可以采取例如枢转杆,螺旋形凸轮或推杆机构等形式。 可以围绕可移动盖的周边设置凸缘,以便提供围绕耳道区域的密封。 可压缩材料可以由中空延伸构件夹持,并且抵靠活动盖或凸缘。 通过可调节构件的致动,可压缩材料可以被减压并且因此被拉长以便插入佩戴者的耳朵中,并且可以被压缩并因此变宽或膨胀以与佩戴者的耳道区域形成适当的密封。