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    • 1. 发明授权
    • Dynamic volume control system
    • 动态音量控制系统
    • US6088461A
    • 2000-07-11
    • US938046
    • 1997-09-26
    • Kun LinJonathan MayerJames Martin Nohrden
    • Kun LinJonathan MayerJames Martin Nohrden
    • H03G3/00
    • H03G3/002H03G3/001
    • A dynamic volume control system in an audio processor uses gain and delay signals from a digital signal processor to dynamically control the user-selected volume of the audio processor. The digital signal processor executes audio signal processing operations that affect the gain applied to the audio signal so that the signal gain inherent in the signal processing path is known. The digital signal processor transfers the known gain and a predicted group delay signal to the dynamic volume control system to dynamically adjust the user-selected volume of the system. The digital signal processor is integrated with a digital-to-analog converter (DAC) in a dynamic volume control system that exploits the known gain and group delay to perform DAC volume control.
    • 音频处理器中的动态音量控制系统使用来自数字信号处理器的增益和延迟信号来动态地控制音频处理器的用户选择的音量。 数字信号处理器执行影响施加到音频信号的增益的音频信号处理操作,使得信号处理路径中固有的信号增益是已知的。 数字信号处理器将已知的增益和预测的组延迟信号传送到动态音量控制系统以动态调整系统的用户选择的音量。 数字信号处理器与动态音量控制系统中的数模转换器(DAC)集成,利用已知的增益和组延迟来执行DAC音量控制。
    • 2. 发明授权
    • Reduced-memory early reflection and reverberation simulator and method
    • 减少记忆早期反射和混响模拟器和方法
    • US6091824A
    • 2000-07-18
    • US938813
    • 1997-09-26
    • Kun LinJames Martin Nohrden
    • Kun LinJames Martin Nohrden
    • G10H1/00G10K15/12H03G3/00
    • G10K15/12G10H1/0091G10H2210/285G10H2250/115G10H2250/531G10H2250/611G10H2250/621
    • Early reflection and reverberation processing using a decimating filter simulates the high frequency attenuation of an actual physical and acoustical environment and advantageously reduces the memory storage and computational burden of the early reflection and reverberation processing method. A method of generating a reverberation effect in a sound signal includes decimating the sound signal in the sound signal path and forming an early reflection sound signal from the decimated sound signal. The early reflection sound signal has a reduced sample rate an attenuated high frequency components in comparison to the sound signal. The method further includes decimating the early reflection sound signal, recirculating the decimated early reflection sound signal in a plurality of iterations with a delay and a gain imposed between the iterations to form a reverberated sound signal, interpolating the early reflection sound signal and the reverberated sound signal, and accumulating the reverberated sound signal, the early reflection sound signal, and the sound signal to form a reflection and reverberation-enhanced sound signal. An audio signal processor processes a sound signal supplied to a sound signal path. The audio signal processor includes an early reflection processor connected to the sound signal path to receive the sound signal and simulate an early reflection signal, a reverberator connected to the early reflection processor to receive the early reflection signal and simulate a reverberation signal, and a summer connected to the sound signal path, the early reflection processor, and the reverberator. The early reflection processor and reverberator include a decimator for decimating the incoming signal.
    • 使用抽取滤波器的早期反射和混响处理模拟实际物理和声学环境的高频衰减,有利地降低了早期反射和混响处理方法的存储器存储和计算负担。 在声音信号中产生混响效果的方法包括对声音信号路径中的声音信号进行抽取,并从抽取的声音信号形成早期的反射声音信号。 与声音信号相比,早期反射声音信号具有降低的采样率,衰减的高频分量。 该方法还包括对早期反射声音信号进行抽取,将多次迭代中的抽取的早期反射声音信号以延迟和施加在迭代之间的增益进行再循环以形成混响的声音信号,内插早期反射声音信号和混响声音 信号,并累积混响的声音信号,早期反射声音信号和声音信号,以形成反射和混响增强的声音信号。 音频信号处理器处理提​​供给声音信号路径的声音信号。 音频信号处理器包括连接到声音信号路径以接收声音信号并模拟早期反射信号的早期反射处理器,连接到早期反射处理器以接收早期反射信号并模拟混响信号的混响器,以及夏季 连接到声音信号路径,早期反射处理器和混响器。 早期反射处理器和混响器包括用于抽取输入信号的抽取器。
    • 5. 发明申请
    • Vacuum collector having sweeping device
    • 具有清扫装置的真空收集器
    • US20050183233A1
    • 2005-08-25
    • US10785358
    • 2004-02-23
    • Kun Lin
    • Kun Lin
    • A47L5/38A47L9/12A47L9/20
    • A47L9/127A47L5/38A47L9/20
    • A vacuum collector includes a filter housing, a filter member disposed in the filter housing, and a sweeping device disposed in the filter member for sweeping the filter member, to sweep of dirt from the filter member, and to allow the dirt to be removed from the filter member and to be collected. The sweeping device includes one or more flaps rotatably disposed in the filter member with such as a shaft for engaging with the filter member to sweep of dirt from the filter member when the flap is rotated relative to the filter member. One or more resiliently blades may be attached to the flap for engaging with the filter member.
    • 真空收集器包括过滤器壳体,设置在过滤器壳体中的过滤器构件,以及设置在过滤构件中用于清扫过滤构件的清扫装置,以从过滤构件扫除污垢,并且允许污物从 过滤器构件并被收集。 清扫装置包括一个或多个可转动地设置在过滤器构件中的翼片,例如用于与过滤构件接合的轴,当翼片相对于过滤构件旋转时,从过滤构件扫过污垢。 一个或多个弹性叶片可以附接到翼片以与过滤构件接合。
    • 8. 发明授权
    • Defect detection method
    • 缺陷检测方法
    • US07339391B2
    • 2008-03-04
    • US10908828
    • 2005-05-27
    • Kun Lin
    • Kun Lin
    • G01R31/26
    • H01L21/67288
    • A defect detection method is disclosed, in which the method includes: providing a semiconductor sample, wherein the semiconductor sample comprises at least one defect; utilizing a failure analysis for detecting at least one suspected area on the backside of the semiconductor sample; utilizing a physical energy for forming a plurality of reference marks around the suspected area on the backside of the semiconductor sample; and utilizing the reference marks for determining the relative location of the defect on the front side of the semiconductor sample.
    • 公开了一种缺陷检测方法,其中所述方法包括:提供半导体样品,其中所述半导体样品包括至少一个缺陷; 利用故障分析来检测半导体样品背面的至少一个可疑区域; 利用物理能量在半导体样品的背侧上的可疑区域周围形成多个参考标记; 并且利用参考标记来确定半导体样品前侧的缺陷的相对位置。
    • 10. 发明申请
    • AUTOMATIC DUST-REMOVING AND CLEANING DEVICE FOR FILTER NET OF AIR-CONDITIONER
    • 空调机过滤器自动除尘清洗装置
    • US20150114232A1
    • 2015-04-30
    • US13807409
    • 2011-03-10
    • Wen PanYuanjing ChiKun LinXiaoding QinYang Liu
    • Wen PanYuanjing ChiKun LinXiaoding QinYang Liu
    • F24F3/16B01D46/00
    • F24F3/1603B01D46/0002B01D46/0028B01D46/0054B01D46/0065B01D46/42B01D2279/50F24F1/0007F24F11/39F24F13/28F24F2003/1639
    • Disclosed is an automatic dust-removing and cleaning device for a filter net of an air-conditioner which has a filter net (2) with an end to end sealing ring structure. The filter net (2) comprises a net frame (21) provided with gear sockets (211), and a mesh (22). A driving gear (5) is installed at one corner of an air inlet frame (1) of the air conditioner and meshed with the gear sockets (211) of the net frame (21). Driven gears (6) are installed at the other three corners of the air inlet frame (1) of the air conditioner and meshed with the gear sockets (211) of the net frame (21). A drive mechanism (12) drives the driving gear (5) to rotate. A dust-collecting box (3) is installed at the bottom of the air inlet frame (1) of the air conditioner and provided with a water inlet and a water outlet. The water inlet is connected to a water inlet pipe (8) and the water outlet is connected to a water outlet pipe (9). A dust removing brush (4) is installed on the dust-collecting box (3), located below the filter net (2) and in contact with the filter net (2) simultaneously.
    • 本发明公开了一种具有带有端对端密封环结构的过滤网(2)的空调机的过滤网的自动除尘清洗装置。 过滤网(2)包括设置有齿轮座(211)的网架(21)和网(22)。 驱动齿轮(5)安装在空调的空气入口框架(1)的一个角落处,并与网架(21)的齿轮座(211)啮合。 驱动齿轮(6)安装在空调的进气框架(1)的另外三个角处,并与网架(21)的齿轮座(211)啮合。 驱动机构(12)驱动驱动齿轮(5)旋转。 集尘箱(3)安装在空调进气框架(1)的底部,并设有进水口和出水口。 进水口与进水管(8)连接,出水口与出水管(9)连接。 在除尘网(2)下方并与过滤网(2)同时接触的集尘箱(3)上安装除尘刷(4)。