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. 发明申请
    • TRANSDUCERS EMPLOYING BOWED LAMINA
    • 使用BOWED LAMINA的传感器
    • US20130044902A1
    • 2013-02-21
    • US13571618
    • 2012-08-10
    • Richard H. Lyon
    • Richard H. Lyon
    • H04R1/00
    • H04R1/44H04R15/00H04R17/00
    • A new type of sound transducer, with high output capability and compact size employs a motor in combination with a displacement amplification system using curved lamina. The motor may be electrostatic, such as piezoelectric, or electrodynamic, such as magnetostrictive, or balanced armature. Newer forms of driver materials such as PMN-PT and layered PZT or Galfenol or Terfenol-D are examples. The design exhibits high source levels, smooth frequency response and uniform directivity. Although the application described herein relates to a low frequency sound source for underwater use, the design is not restricted to low frequencies or to an underwater sound source. Both sound production and reception may be conducted. Further, diaphragmatic displacement pumps and sensors may be equipped with curved lamina, which experience a change of curvature upon excitation of their edges, and which may generate displacement of their edges due to changes of their curvature.
    • 具有高输出能力和紧凑尺寸的新型声音传感器采用电动机与使用弯曲薄片的位移放大系统结合使用。 电动机可以是静电的,例如压电或电动力,例如磁致伸缩或平衡电枢。 更新的驱动材料如PMN-PT和分层PZT或Galfenol或Terfenol-D是一些例子。 该设计具有较高的电源电平,频率响应平稳和方向性均匀。 虽然本文所述的应用涉及用于水下使用的低频声源,但是该设计不限于低频或水下声源。 可以进行声音制作和接收。 此外,膈位移泵和传感器可以配备有弯曲的层,其在其边缘激发时经历曲率的变化,并且由于其曲率的变化而可能产生其边缘的位移。
    • 4. 发明授权
    • Transducers employing bowed lamina
    • 传感器采用弓形薄片
    • US08855338B2
    • 2014-10-07
    • US13571618
    • 2012-08-10
    • Richard H. Lyon
    • Richard H. Lyon
    • H04R25/00H04R1/44H04R15/00H04R17/00
    • H04R1/44H04R15/00H04R17/00
    • A new type of sound transducer, with high output capability and compact size employs a motor in combination with a displacement amplification system using curved lamina. The motor may be electrostatic, such as piezoelectric, or electrodynamic, such as magnetostrictive, or balanced armature. Newer forms of driver materials such as PMN-PT and layered PZT or Galfenol or Terfenol-D are examples. The design exhibits high source levels, smooth frequency response and uniform directivity. Although the application described herein relates to a low frequency sound source for underwater use, the design is not restricted to low frequencies or to an underwater sound source. Both sound production and reception may be conducted. Further, diaphragmatic displacement pumps and sensors may be equipped with curved lamina, which experience a change of curvature upon excitation of their edges, and which may generate displacement of their edges due to changes of their curvature.
    • 具有高输出能力和紧凑尺寸的新型声音传感器采用电动机与使用弯曲薄片的位移放大系统结合使用。 电动机可以是静电的,例如压电或电动力,例如磁致伸缩或平衡电枢。 更新的驱动材料如PMN-PT和分层PZT或Galfenol或Terfenol-D是一些例子。 该设计具有较高的电源电平,频率响应平稳和方向性均匀。 虽然本文所述的应用涉及用于水下使用的低频声源,但是该设计不限于低频或水下声源。 可以进行声音制作和接收。 此外,膈位移泵和传感器可以配备有弯曲的层,其在其边缘激发时经历曲率的变化,并且由于其曲率的变化而可能产生其边缘的位移。
    • 5. 发明授权
    • Squeeze-stretch driver for earphone and the like
    • 用于耳机的挤压拉伸驱动器等
    • US08208674B2
    • 2012-06-26
    • US11805174
    • 2007-05-22
    • Richard H. Lyon
    • Richard H. Lyon
    • H04R25/00
    • H04R19/013H04R25/456
    • A squeeze-stretch (also called, herein push-pull) loudspeaker or driver, such as an electret, can operate in an active noise reduction (ANR) earplug application. Other embodiments of a squeeze-stretch loudspeaker, such as piezoelectric bimorph and balanced armature, operate in a similar way, although they will differ in detail. Other applications, such as earphones for communication and entertainment, will benefit from the compact arrangement of components in a squeeze-stretch design. The advantages are a greater sound output from a smaller package, a smooth frequency response, and because of the diaphragm arrangement, less sensitivity to vibration.
    • 扬声器(也称为推挽式)扬声器或驱动器(如驻极体)可以在主动降噪(ANR)耳塞应用中工作。 挤压拉伸扬声器的其他实施例,例如压电双晶片和平衡电枢,以类似的方式操作,尽管它们将不同。 其他应用,例如用于通信和娱乐的耳机,将受益于挤压拉伸设计中组件的紧凑布置。 优点是从较小的封装产生更大的声音输出,频率响应平稳,并且由于隔膜布置,对振动的敏感度较低。
    • 6. 发明授权
    • Method and apparatus for sound transduction with minimal interference from background noise and minimal local acoustic radiation
    • 用于声音传导的方法和装置,具有背景噪声和最小局部声辐射的最小干扰
    • US07477751B2
    • 2009-01-13
    • US10553774
    • 2004-04-22
    • Richard H. LyonDavid L. BowenGladys L. Unger
    • Richard H. LyonDavid L. BowenGladys L. Unger
    • H04R3/00
    • H04R23/00H04R3/005H04R2201/403
    • A transducer senses sounds produced by a talker or other source and measures acceleration of air. Enhancement of acceleration is accompanied by reduction of the portion of the sound energy that escapes from the regions around the transducer. The result is a high sensitivity transducer, with increased privacy for use in communication systems, especially cell phones and in a multi-person environment. A pressure sensor array with a weighted output is sensitive to sound from a source talker only, and not to acoustic background noise, and not to a local loudspeaker. The weighted signal is a source sum pressure signal. The array produces a signal (using a different weighting) that corresponds to an estimate of a derivative of pressure. The derivative signal is proportional to the volume velocity fluctuations produced by the source. This signal is enhanced, rather than reduced. A local loudspeaker is driven to make the source sum pressure signal as small as desired. The loudspeaker is driven to produce volume velocity fluctuations approximately equal and opposite to those produced by the source. No compression of air arises due to the talker, and no sound is radiated into the far field. All happens because the system is driven to reduce the source pressure sum signal to below a desired threshold. It is not necessary to directly measure the volume velocity fluctuations of the talker source.
    • 传感器检测由讲话者或其他来源产生的声音,并测量空气的加速度。 加速度的增强伴随着从换能器周围的区域逸出的声能的一部分的减少。 结果是一个高灵敏度的传感器,增加了在通信系统,特别是手机和多人环境中使用的隐私。 具有加权输出的压力传感器阵列仅对来自源讲话者的声音敏感,而不对声学背景噪声敏感,而不对本地扬声​​器敏感。 加权信号是源和压力信号。 阵列产生对应于压力导数的估计的信号(使用不同的加权)。 导数信号与源产生的体积速度波动成比例。 这个信号是增强的,而不是减少。 驱动本地扬声器使源和压力信号根据需要变小。 扬声器被驱动以产生与源产生的体积速度波动大致相等和相反的音量。 由于讲话者没有压缩空气,没有声音辐射到远场。 所有这一切都是因为系统被驱动以将源压力和信号减小到低于所需阈值。 不需要直接测量扬声器源的音量速度波动。
    • 7. 发明授权
    • Impedance matches mass damper
    • 阻力匹配大型阻尼器
    • US5127498A
    • 1992-07-07
    • US465034
    • 1990-01-16
    • Richard H. LyonCraig Gardner
    • Richard H. LyonCraig Gardner
    • F16F7/104
    • F16F7/104
    • Damping structural vibrations by applying a multiplicity of discrete untuned passive dampers to a structure. Each passive damper includes a damping element and a damping mass, and the damping element provides damping generally in proportion to the relative velocity occurring between the mass and a point of attachment of the damper to the structure. The damping coefficients of the damping elements are selected so that the dampers increase the effective loss factor of the structure. The passive dampers each have a damping mass which is supported such that the dampers experience an undamped natural frequency below the resonant frequencies and the frequency range of the structure.
    • 通过将多个离散的未调谐无源阻尼器应用于结构来阻尼结构振动。 每个被动阻尼器包括阻尼元件和阻尼块,并且阻尼元件通常以与阻尼器与结构件的质量和连接点之间出现的相对速度成比例地提供阻尼。 选择阻尼元件的阻尼系数,使阻尼器增加结构的有效损耗因子。 无源阻尼器各自具有被支撑的阻尼质量,使得阻尼器在谐振频率和结构的频率范围之下经历无阻尼的固有频率。
    • 8. 发明授权
    • Apparatus and method for jet drop printing
    • 喷墨打印的设备和方法
    • US4090205A
    • 1978-05-16
    • US785059
    • 1977-04-06
    • Harold W. HuffmanRichard H. LyonDavid G. HolmesJohn W. Donahue
    • Harold W. HuffmanRichard H. LyonDavid G. HolmesJohn W. Donahue
    • B41J2/505G01D15/18G01D15/24
    • B41J2/505G01D15/18
    • A jet drop printer prints graphic information upon an oscillating printing medium. The printer has a row of jet forming nozzles which produce a row of spaced drop streams. The drops in the streams are selectively charged, deflected and caught, so that uncharged drops produce intelligible graphic information on the printing medium. The spacing between the jets is such that they cannot print contiguous traces upon an ordinary transported printing medium. Contiguous printing is accomplished by lateral oscillation of the printing medium. The oscillation of the printing medium causes each jet to be directed at a plurality of lateral printing positions on a sequential basis, and data representing printing information for the different printing positions is multiplexed into the drop switching system in synchronism with the oscillation of the printing medium.Oscillation of the printing medium may be accomplished by a web transport system including a cylindrical roller and an axially driven oscillator connected thereto. The roller has an internal cavity large in diameter at the midpoint of the roller and relatively small in diameter at the support points of the roller. This causes an axially varying roller cross-sectional area which reduces roller distortion at the relative high axial vibration frequency.
    • 喷墨滴打印机在振动打印介质上打印图形信息。 打印机具有一排喷射形成喷嘴,其产生一排间隔的液滴流。 流中的液滴被选择性地充电,偏转和捕获,使得不带电的液滴在打印介质上产生可理解的图形信息。 射流之间的间距使得它们不能在普通的运送打印介质上打印连续的轨迹。 连续打印是通过打印介质的横向振荡来实现的。 打印介质的振荡使得每个喷射器在顺序的基础上指向多个横向打印位置,并且表示不同打印位置的打印信息的数据与打印介质的振荡同步地复合到液滴切换系统 。
    • 9. 发明申请
    • Apparati and methods for sound transduction with minimal interference from background noise and minimal local acoustic radiation
    • 具有最小的背景噪声和最小局部声辐射干扰的声音转换的设计和方法
    • US20090154715A1
    • 2009-06-18
    • US12319599
    • 2009-01-09
    • Richard H. LyonDavid L. BowenGladys L. Unger
    • Richard H. LyonDavid L. BowenGladys L. Unger
    • H04R29/00H04M1/00
    • H04R23/00H04R3/005H04R2201/403
    • A transducer senses sounds produced by a talker or other source and measures acceleration of air. Enhancement of acceleration is accompanied by reduction of the portion of the sound energy that escapes from the regions around the transducer. The result is a high sensitivity transducer, with increased privacy for use in communication systems, especially cell phones and in a multi-person environment. A pressure sensor array with a weighted output is sensitive to sound from a source talker only, and not to acoustic background noise, and not to a local loudspeaker. The weighted signal is a source sum pressure signal. The array produces a signal (using a different weighting) that corresponds to an estimate of a derivative of pressure. The derivative signal is proportional to the volume velocity fluctuations produced by the source. This signal is enhanced, rather than reduced. A local loudspeaker is driven to make the source sum pressure signal as small as desired. The loudspeaker is driven to produce volume velocity fluctuations approximately equal and opposite to those produced by the source. No compression of air arises due to the talker, and no sound is radiated into the far field. All happens because the system is driven to reduce the source pressure sum signal to below a desired threshold. It is not necessary to directly measure the volume velocity fluctuations of the talker source.
    • 传感器检测由讲话者或其他来源产生的声音,并测量空气的加速度。 加速度的增强伴随着从换能器周围的区域逸出的声能的一部分的减少。 结果是一个高灵敏度的传感器,增加了在通信系统,特别是手机和多人环境中使用的隐私。 具有加权输出的压力传感器阵列仅对来自源讲话者的声音敏感,而不对声学背景噪声敏感,而不对本地扬声​​器敏感。 加权信号是源和压力信号。 阵列产生对应于压力导数的估计的信号(使用不同的加权)。 导数信号与源产生的体积速度波动成比例。 这个信号是增强的,而不是减少。 驱动本地扬声器使源和压力信号根据需要变小。 扬声器被驱动以产生与源产生的体积速度波动大致相等和相反的音量。 由于讲话者没有压缩空气,没有声音辐射到远场。 所有这一切都是因为系统被驱动以将源压力和信号减小到低于所需阈值。 不需要直接测量扬声器源的音量速度波动。