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    • 21. 发明授权
    • Transfer clocks for a multi-channel architecture
    • 传输多通道架构时钟
    • US08170164B2
    • 2012-05-01
    • US10830341
    • 2004-04-22
    • Thomas HenkelRalf Killig
    • Thomas HenkelRalf Killig
    • H04L7/00
    • G01R31/31922G06F1/10
    • A multi-channel architecture comprising a central facility that is under clock control of a central facility's clock signal, and a central transfer clock generator adapted for deriving a central transfer clock signal from the central facility's clock signal. The multi-channel architecture further comprises a set of n channels, with n being a natural number, wherein each channel is under clock control of one out of a plurality of clock signals. Each of the channels comprises a channel transfer clock generator adapted for deriving a channel transfer clock signal from a clock signal of the respective channel, wherein the central facility's clock signal and the clock signals of the channels comprise at least two different clock signals. The transfer clock period of the central transfer clock signal is substantially equal to each of the transfer clock periods of the channel transfer clock signals.
    • 一种多通道架构,包括中央设备的时钟信号的时钟控制的中央设备和适于从中央设施的时钟信号导出中央传送时钟信号的中央传送时钟发生器。 多通道架构还包括一组n个通道,其中n是自然数,其中每个通道处于多个时钟信号中的一个的时钟控制之下。 每个信道包括适于从相应信道的时钟信号导出信道传输时钟信号的信道传输时钟发生器,其中中心设备的时钟信号和信道的时钟信号包括至少两个不同的时钟信号。 中央传送时钟信号的传送时钟周期基本上等于信道传输时钟信号的每个传送时钟周期。
    • 22. 发明授权
    • Channel with domain crossing
    • 频道与域交叉
    • US07346102B2
    • 2008-03-18
    • US10917966
    • 2004-08-13
    • Thomas Henkel
    • Thomas Henkel
    • H04B3/46
    • G01R31/31727
    • A channel adapted for at least one of providing and receiving signals comprises a channel clock domain, whereby said channel clock domain is under clock control of a channel clock. The channel clock domain comprises at least one of: a drive path adapted for providing signals and a receive path adapted for receiving signals. The channel further comprises a service clock domain adapted for at least one of providing data to and receiving data from said channel clock domain, whereby said service clock domain is under clock control of a service clock.
    • 适于提供和接收信号中的至少一个的信道包括信道时钟域,由此所述信道时钟域在信道时钟的时钟控制之下。 通道时钟域包括以下至少之一:适于提供信号的驱动路径和适于接收信号的接收路径。 该信道还包括业务时钟域,适用于向所述信道时钟域提供数据和接收数据中的至少一个,由此所述业务时钟域在服务时钟的时钟控制之下。
    • 25. 发明申请
    • Lithography mask and methods for producing a lithography mask
    • 平版印刷掩模和用于制造光刻掩模的方法
    • US20060210887A1
    • 2006-09-21
    • US11366027
    • 2006-03-02
    • Thomas HenkelRoderick KohleChristoph NolscherKerstin Renner
    • Thomas HenkelRoderick KohleChristoph NolscherKerstin Renner
    • G03C5/00G03F1/00
    • G03F1/29G03F1/32G03F1/38
    • Lithography mask for the lithographic patterning of a resist layer on a substrate having first regions, in which the lithography mask has a nontransparent layer, and second and third regions, which differ in terms of the optical thickness of the lithography mask and in which the lithography mask is at least semitransparent. The lithography mask comprises a first section having a plurality of second regions and a plurality of third regions, which are arranged alternately and surrounded by a first region, for the lithographic production of resist openings at distances which are less than a predetermined limit distance. Furthermore, the lithography mask comprises a second section having a multiplicity of third regions, each of which is surrounded by a second region surrounded by a multiply contiguous first region, for the lithographic production of resist openings at distances which are greater than a predetermined limit distance.
    • 在具有第一区域的光刻掩模具有不透明层的衬底上的抗蚀剂层的光刻图案的平版印刷掩模以及在光刻掩模的光学厚度方面不同的第二和第三区域,其中光刻 面具至少是半透明的。 所述光刻掩模包括具有多个第二区域和多个第三区域的第一区段,所述第二区域和多个第三区域交替布置并被第一区域包围,用于在小于预定极限距离的距离处的抗蚀剂开口的平版印刷产生。 此外,光刻掩模包括具有多个第三区域的第二部分,每个第三区域被由多个邻接的第一区域围绕的第二区域围绕,用于在大于预定极限距离的距离处的抗蚀剂开口的平版印刷产生 。
    • 26. 发明授权
    • Method of automatic speech direction reversal and circuit configuration
for implementing the method
    • 自动语音方向反转和电路配置方法实现方法
    • US5586180A
    • 1996-12-17
    • US300430
    • 1994-09-02
    • Achim DegenhardtThomas Henkel
    • Achim DegenhardtThomas Henkel
    • H04B1/46G10L11/02H04M1/60H04M9/08
    • G10L25/78H04M9/08
    • In a method and a circuit for automatic speech direction reversal a reception signal with variable damping is furnished to a loudspeaker and a signal with a variable damping from a microphone is provided as the transmission signal. The reception signal and microphone signal are continuously classified as speech signal or noise. The one signal which is classified as a speech signal, is damped at a first damping value and the other signal is damped at a second damping value, which is greater than the first. These settings are maintained until a signal is classified as noise. When both signals are classified as speech signals, the preceding damping values are retained. When both signals are classified as noise, both attenuations are set at a third damping value located between the first and second damping values. A transition from the first or second damping value to the third damping value is performed more slowly than a transition from the third damping value to the first or second damping value or a transition from the first to the second damping value, and vice versa.
    • 在自动语音方向反转的方法和电路中,向扬声器提供具有可变阻尼的接收信号,并且提供具有来自麦克风的可变阻尼的信号作为发送信号。 接收信号和麦克风信号被连续分类为语音信号或噪声。 分类为语音信号的一个信号以第一阻尼值衰减,另一个信号以大于第一阻尼值的第二阻尼值衰减。 保持这些设置,直到信号被分类为噪声。 当两个信号被分类为语音信号时,保留前面的阻尼值。 当两个信号被分类为噪声时,两个衰减都被设置在位于第一和第二阻尼值之间的第三阻尼值。 从第一阻尼值或第二阻尼值到第三阻尼值的转变比从第三阻尼值到第一或第二阻尼值的转变或从第一阻尼值到第二阻尼值的转变更慢地进行,反之亦然。