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    • 82. 发明授权
    • Microphone array
    • 麦克风阵列
    • US08976977B2
    • 2015-03-10
    • US12905415
    • 2010-10-15
    • Enzo De SenaHüseyin Hacihabibo{hacek over (g)}luZoran Cvetković
    • Enzo De SenaHüseyin Hacihabibo{hacek over (g)}luZoran Cvetković
    • H04R3/00
    • H04R3/005H04R2201/401H04R2430/21H04S2400/15
    • A microphone array, comprising N microphones, wherein N is greater than or equal to 3 is provided. The microphones are substantially equiangularly arranged over a circular arc subtending an angle ε, wherein ε is less than or equal to 2π, with the directional axes of the N microphones facing substantially radially outwards. Each of the N microphones have a substantially common directivity function Γ(θ) defining the directional response of the microphone, wherein θ=0 is the directional axis, and the directivity function Γ(θ) is arranged such that a sound source in acoustical free field is effectively captured by no more than two consecutive microphones in the array. By arranging the directivity function in this manner crosstalk between non-adjacent microphones can be minimized, which has been shown to improve auditory localization performance.
    • 提供了包括N个麦克风的麦克风阵列,其中N大于或等于3。 麦克风基本上等角地布置在对着角度的圆弧上,其中, 小于或等于2&pgr; N个麦克风的方向轴面向大致径向向外。 N个麦克风中的每一个具有定义麦克风的方向响应的基本上共同的方向性函数&G;(& t),其中& t = 0是方向轴,并且方向性函数&Ggr;(&Theta)被布置成使得 在声学自由场中的声源被阵列中不超过两个连续的麦克风有效地捕获。 通过以这种方式布置方向性函数,可以使非相邻麦克风之间的串扰最小化,这已经显示出改善听觉定位性能。
    • 83. 发明申请
    • Methods for Screening Inhibitors of Tau Phosphorylation By Casein Kinase I
    • 筛选酪蛋白激酶Tau磷酸化抑制剂的方法I
    • US20150051097A1
    • 2015-02-19
    • US14339538
    • 2014-07-24
    • Proteome Sciences PLCKing's College London
    • Brian AndertonDiane HangerMalcolm WardHelen Byers
    • G01N33/573C12Q1/42G01N33/68C12Q1/48
    • G01N33/573C12Q1/42C12Q1/485G01N33/6896G01N2333/4709G01N2333/9121G01N2500/02
    • Methods of screening for candidate compounds capable of inhibiting activity of fyn in phosphorylating tau protein at Y394 or binding to fyn to inhibit interaction with tau protein at Y394, including determining whether, and optionally the extent, the candidate compounds have these capabilities under conditions where fyn has these capabilities in the absence of the candidate compound. Methods of screening for substances capable of promoting dephosphorylation of tau protein by a phosphatase at a site of tau protein including contacting a candidate substance, the tau protein and a phosphatase capable of dephosphorylating the tau protein under conditions where the phosphatase is capable of dephosphorylating the site in absence of the candidate substance, where the kinase is fyn; determining whether, and optionally the extent, the candidate substance promotes dephosphorylation of the tau protein at the site; and selecting the candidate substance which promotes dephosphorylation of the tau protein the sites.
    • 筛选能够抑制Y39磷酸化tau蛋白的活性的候选化合物的方法或结合Fyn以抑制与Y394​​的tau蛋白相互作用的候选化合物的方法,包括确定候选化合物在任何条件下是否具有这些能力 在没有候选化合物的情况下具有这些能力。 筛选能够通过磷酸酶促进tau蛋白的位点促进tau蛋白去磷酸化的物质的方法,包括使候选物质,tau蛋白和能够使磷酸酶脱磷酸化的磷酸酶在磷酸酶能够使磷酸化位点脱磷的条件下接触 在没有候选物质的情况下,激酶是fyn; 确定候选物质是否促进tau蛋白的去磷酸化以及任选的程度; 并选择促进tau蛋白去磷酸化位点的候选物质。
    • 84. 发明授权
    • Electronic device with digital reverberator and method
    • 具有数字混响器和方法的电子设备
    • US08908875B2
    • 2014-12-09
    • US13364998
    • 2012-02-02
    • Enzo De SenaZoran CvetkovicHuseyin Hacihabiboglu
    • Enzo De SenaZoran CvetkovicHuseyin Hacihabiboglu
    • H03G3/00
    • G10K15/12H04S7/305
    • Electronic devices having digital reverberators are disclosed, together with a method of reproducing sound for a user with the digital reverberator. The digital reverberator uses digital surface absorption filters positioned in the reverberator to simulate absorption of energy as digital audio data samples are reflected from virtual surfaces. The position of the digital surface absorption filters enables known frequency-dependent surface absorption characteristics of real materials to be directly implemented using the filter coefficients of each digital surface absorption filter. This enables virtual acoustic spaces to be designed quickly without the need for the digital reverberator to be manually tuned for each space.
    • 公开了具有数字混响器的电子设备,以及用数字混响器再现用户声音的方法。 数字混响器使用位于混响器中的数字表面吸收滤光器来模拟吸收能量,因为数字音频数据采样从虚拟表面反射。 数字表面吸收滤光片的位置可以使用每个数字表面吸收滤光片的滤光系数直接实现真实材料的已知频率相关表面吸收特性。 这使得能够快速设计虚拟声学空间,而不需要为每个空间手动调谐数字混响器。