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    • 3. 发明授权
    • Generation of customised three dimensional sound effects for individuals
    • 为个人生成定制的三维音效
    • US07542574B2
    • 2009-06-02
    • US11736553
    • 2007-04-17
    • Craig JinPhilip LeongJohahn LeungSimon CarlileAndre Van Schaik
    • Craig JinPhilip LeongJohahn LeungSimon CarlileAndre Van Schaik
    • H04R5/00
    • H04S1/00A61B5/1077A61B5/7232G01B21/04G01B21/20H04S2420/01
    • A system for customising the synthesis and generation of spatial hearing in virtual auditory space (VAS) for individual listeners includes a measuring ruler (12) and a digital processing unit (DPU) (14) to which the ruler (12) is connected. The ruler (12) is used for measuring various physical dimensions of the morphology of a person's external auditory periphery (16). The ruler (12) comprises a base (18) insertable into an ear canal (20) of the person's ear. A robotic measuring arm (22) extends from the base (18) and has a measuring tip (24) to enable the ruler (12) to record the Cartesian (x,y,z) coordinates of the tip (24) relative to the base (18). By suitable manipulation of the robotic arm (22), the tip (24) can be positioned at desired locations on the person's external auditory periphery (16) to enable the morphological measurements of the person's external auditory periphery (16) to be effected. The ruler (12) is electrically connected via a lead (26) to the DPU (14) which is programmed to compute either head related transfer function (HRTF) filter coefficients or HRTF spectral weights. Functional relationships may thus be used to generate, by means of the DPU (28), HRTFs at any location for any individual listener given an encoding of the individual listener's morphological measurements.
    • 用于定制用于各个听众的虚拟听觉空间(VAS)中的空间听觉的合成和生成的系统包括尺子(12)连接到的测量尺(12)和数字处理单元(DPU)(14)。 尺(12)用于测量人的外耳道形态学的各种物理尺寸(16)。 标尺(12)包括可插入人耳部的耳道(20)中的基座(18)。 机器人测量臂(22)从基座(18)延伸并具有测量头(24),以使标尺(12)能够记录尖端(24)的笛卡尔坐标(x,y,z)相对于 基地(18)。 通过对机械手臂(22)的适当操纵,尖端(24)可以被定位在人的外部听觉周边(16)上的期望位置处,以使得人的外部听觉周边(16)的形态学测量得以实现。 标尺(12)经由引线(26)与DPU(14)电连接,DPU(14)被编程为计算头部相关传递函数(HRTF)滤波器系数或HRTF频谱权重。 因此,功能关系可以用于通过DPU(28)在给定个体听众的形态学测量的编码的情况下为任何单独的听众在任何位置生成HRTF。
    • 4. 发明授权
    • Generation of customized three dimensional sound effects for individuals
    • 为个人生成定制的三维音效
    • US07209564B2
    • 2007-04-24
    • US10181648
    • 2001-01-16
    • Graig JinPhilip LeongJohahn LeungSimon CarlileAndre Van Schaik
    • Graig JinPhilip LeongJohahn LeungSimon CarlileAndre Van Schaik
    • G05B11/01
    • H04S1/00A61B5/1077A61B5/7232G01B21/04G01B21/20H04S2420/01
    • A system for customising the synthesis and generation of spatial hearing in virtual auditory space (VAS) for individual listeners includes a measuring ruler (12) and a digital processing unit (DPU) (14) to which the ruler (12) is connected. The ruler (12) is used for measuring various physical dimensions of the morphology of a person's external auditory periphery (16). The ruler (12) comprises a base (18) insertable into an ear canal (20) of the person's ear. A robotic measuring arm (22) extends from the base (18) and has a measuring tip (24) to enable the ruler (12) to record the Cartesian (x,y,z) coordinates of the tip (24) relative to the base (18). By suitable manipulation of the robotic arm (22), the tip (24) can be positioned at desired locations on the person's external auditory periphery (16) to enable the morphological measurements of the person's external auditory periphery (16) to be effected. The ruler (12) is electrically connected via a lead (26) to the DPU (14) which is programmed to compute either head related transfer function (HRTF) filter coefficients or HRTF spectral weights. Functional relationships may thus be used to generate, by means of the DPU (28), HRTFs at any location for any individual listener given an encoding of the individual listener's morphological measurements.
    • 用于定制用于各个听众的虚拟听觉空间(VAS)中的空间听觉的合成和生成的系统包括尺子(12)连接到的测量尺(12)和数字处理单元(DPU)(14)。 尺(12)用于测量人的外耳道形态学的各种物理尺寸(16)。 标尺(12)包括可插入人耳部的耳道(20)中的基座(18)。 机器人测量臂(22)从基座(18)延伸并具有测量头(24),以使标尺(12)能够记录尖端(24)的笛卡尔坐标(x,y,z)相对于 基地(18)。 通过对机械手臂(22)的适当操纵,尖端(24)可以被定位在人的外部听觉周边(16)上的期望位置处,以使得人的外部听觉周边(16)的形态学测量得以实现。 标尺(12)经由引线(26)与DPU(14)电连接,DPU(14)被编程为计算头部相关传递函数(HRTF)滤波器系数或HRTF频谱权重。 因此,功能关系可以用于通过DPU(28)在给定个体听众的形态学测量的编码的情况下为任何单独的听众在任何位置生成HRTF。
    • 5. 发明申请
    • Tire pressure system
    • 轮胎压力系统
    • US20070069876A1
    • 2007-03-29
    • US11237592
    • 2005-09-27
    • Philip LeongWen Li
    • Philip LeongWen Li
    • B60C23/02
    • B60C23/0408B60C23/0496
    • A pressure system for monitoring the pressure in tires and other pressurized devices, is mounted in a position to receive pressure. A tire monitoring device structure is provided in which an average user can attach to the tire pressure stem. Internal pressure is monitored and transmitted to a receiver which is programmable to receive the signal and utilize it to provide information and warnings to the vehicle operator should the tire pressure (1) attain a value outside tolerance limits, or (2) become unmatched beyond relative tolerance limits.
    • 用于监测轮胎和其他加压装置中的压力的​​压力系统被安装在承受压力的位置。 提供轮胎监视装置结构,其中普通用户可以附接到轮胎压力杆。 监测内部压力并将其传输到可接收信号的接收器,如果轮胎压力(1)达到超出公差范围的值,或(2)超出相对位置的超越范围,则可将其信息和警告提供给车辆操作者 公差极限