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
    • 4. 发明授权
    • Optical matrix multiplier
    • 光矩阵乘法器
    • US4620293A
    • 1986-10-28
    • US565062
    • 1983-12-23
    • Richard S. SchluntHans-Peter SchmidDonald R. Fetterly
    • Richard S. SchluntHans-Peter SchmidDonald R. Fetterly
    • G06E1/04G06G9/00G06F7/56
    • G06E1/045
    • An optical computing system is provided for performing a linear multiplication operation involving a matrix with bipolar values. A plurality of beams representing the values of a N.times.1 column matrix Q illuminate an optical mask having elements disposed in a two-dimensional (M+1).times.N array. Each element of the first M rows of the mask represents the offset of the value of a corresponding element in a known M.times.N matrix by a scalar constant c. Each element of row M+1 of the mask represents the value c. An array of photodetectors collects the light passing through the mask, with the light from each row of elements detected by a respective photodetector. The outputs of the first M photodetectors represent the product of Q and M after M has been offset by c. The output of photodetector M+1 represents the scalar value produced by the multiplication of Q and a row matrix represented by row M+1 of the mask matrix. This scalar value can be used to adjust the outputs of the first M photodetectors, the result being equivalent to Q.multidot.M.
    • 提供了一种用于执行涉及具有双极性值的矩阵的线性乘法运算的光学计算系统。 表示N×1列矩阵Q的值的多个光束照射具有以二维(M + 1)×N阵列设置的元件的光掩模。 掩模的前M行中的每个元素表示已知M×N矩阵中的对应元素的值的偏移量与标量常数c。 掩模的行M + 1的每个元素表示值c。 一组光电探测器收集通过掩模的光,其中每一行元件的光由相应的光电检测器检测。 在M已经被c偏移之后,第一M个光电探测器的输出代表Q和M的乘积。 光检测器M + 1的输出表示由Q与乘法器阵列M + 1所表示的行矩阵相乘产生的标量值。 该标量值可用于调整前M个光电检测器的输出,其结果等同于QxM。
    • 6. 发明授权
    • Multiplexed CCD pulse width discriminator
    • 多路CCD脉冲宽度鉴别器
    • US4223270A
    • 1980-09-16
    • US926582
    • 1978-07-20
    • Hans-Peter SchmidRichard S. Schlunt
    • Hans-Peter SchmidRichard S. Schlunt
    • G01R29/027H03K5/22
    • G01R29/0273
    • A pulse width discriminator comprises a tapped analog delay line which preferably is a charge coupled device (CCD). The taps are spaced one sample time apart along the delay line. A correlator output is obtained by summing the outputs of all taps. A pulse amplifier output is obtained by weighting and adding the signals from selected taps. The correlator output corresponds to a low-pass filter. The sample rate is at the Nyquist rate. The pulse amplifier output is a maximum for a pulse width determined by the length of the delay line (in terms of number of sample points) divided by the sample frequency. The correlator output has a maximum corresponding to the maximum of the pulse and can be used to determine the presence of a pulse. This pulse processor is also capable of handling a plurality of inputs by multiplexing them.
    • 脉冲宽度鉴别器包括抽头的模拟延迟线,其优选地是电荷耦合器件(CCD)。 抽头沿着延迟线分开一个采样时间。 通过对所有抽头的输出求和来获得相关器输出。 脉冲放大器的输出是通过对来自所选抽头的信号进行加权和相加来获得的。 相关器输出对应于低通滤波器。 采样率为奈奎斯特率。 脉冲放大器输出是由延迟线的长度(以采样点的数量)除以采样频率确定的脉冲宽度的最大值。 相关器输出具有对应于脉冲的最大值的最大值,并可用于确定脉冲的存在。 该脉冲处理器还能够通过多路复用来处理多个输入。
    • 7. 发明授权
    • Filter with resuspension of solids
    • 用固体再悬浮过滤
    • US07807060B2
    • 2010-10-05
    • US11571629
    • 2005-07-06
    • Hans-Peter Schmid
    • Hans-Peter Schmid
    • B01D37/00B01D35/22
    • B01D33/04B01D33/044B01D33/09B01D33/463B01D33/466B01D33/60B01D33/62
    • The invention relates to a method for extracting solids (23; 123) from a suspension (22; 122) containing the solids (23; 123) and suspension liquid (32; 132) in a continuously or virtually continuously operating filter device (10; 110) using a filtering material (26; 126), on the one side of which, the high-pressure side (30; 130), a higher pressure prevails than on its other side, the low-pressure side (42; 142), and which passes successively through a plurality of working zones (I-V; I-IV) of the filter device (10; 110) in a working direction (U), the suspension (22; 122) being supplied to the filtering material (26; 126) on its high-pressure side (30; 130) in a first working zone (I) and being filtered, the suspension liquid (22; 122) flowing through the filtering material (26; 126) on account of the difference in pressure between the high-pressure side (30; 130) and the low-pressure side (42; 142) while at least some of the solids (23; 123) are deposited on the filtering material (26; 126). As claimed in the invention, the solids (23; 123) which are deposited on the filtering material (26; 126) are resuspended in a washing liquid (50; 150), and the new suspension (resuspension) (53; 153) thus formed is filtered again in a second working zone (II) of the filter device (10; 110), which zone is arranged downstream of the first working zone (I) in the working direction (U).
    • 本发明涉及一种从连续或实际连续运行的过滤装置(10;)中包含固体(23; 123)和悬浮液(32; 132)的悬浮液(22; 122)中提取固体物质的方法。 110)使用过滤材料(26; 126),其一侧的高压侧(30; 130)的压力高于其另一侧的低压侧(42; 142) ,并且在工作方向(U)上依次通过过滤器装置(10; 110)的多个工作区域(IV; I-IV),将悬浮液(22; 122)供应到过滤材料 ; 126)在其第一工作区域(I)中的高压侧(30; 130)上并被过滤,所述悬浮液体(22; 122)由于所述过滤材料(26; 126) 高压侧(30; 130)和低压侧(42; 142)之间的压力,而至少一些固体(23; 123)沉积在过滤材料上 26; 126)。 如本发明所要求的,沉积在过滤材料(26; 126)上的固体(23; 123)重新悬浮在洗涤液体(50; 150)中,因此新悬浮液(重悬)(53; 153)因此 形成的过滤器再次被过滤装置(10; 110)的第二工作区域(II)过滤,该区域沿着工作方向(U)布置在第一工作区域(I)的下游。
    • 8. 发明授权
    • Method for neutralising a stream of hydrocarbon fluid
    • 中和烃流体流的方法
    • US07276153B2
    • 2007-10-02
    • US10296222
    • 2001-06-08
    • Rupert WagnerRandolf HugoHans-Peter Schmid
    • Rupert WagnerRandolf HugoHans-Peter Schmid
    • C10G29/22
    • B01D53/1425B01D53/1456B01D53/1493
    • In a process for deacidifying a fluid hydrocarbon stream which comprises carbon dioxide (CO2) and/or other acid gases as impurities, the fluid stream is brought into intimate contact with an absorption liquid in an absorption or extraction zone (12), the substantially purified fluid stream and the absorption liquid which is loaded with CO2 and/or other acid gases are separated from one another, and the absorption liquid is subsequently regenerated and then again fed to the absorption extraction zone (12). To regenerate the absorption liquid, the loaded absorption liquid is first expanded in a first low-pressure expansion stage (22) to a pressure of from 1 to 2 bar (absolute). The partially regenerated absorption liquid is then heated in a heat exchanger (20) and then, in a second low-pressure expansion stage (29), again expanded to a pressure of from 1 to 2 bar (absolute).
    • 在将包含二氧化碳(CO 2/2)和/或其它酸性气体作为杂质的流体烃流脱酸的过程中,流体物流与吸收液体的吸收或萃取紧密接触 区域(12)中,基本上净化的流体流和装载有CO 2和/或其它酸性气体的吸收液体彼此分离,并且随后再次吸收吸收液体,然后再次进料 到吸收提取区(12)。 为了再生吸收液体,首先将负载的吸收液在第一低压膨胀级(22)中膨胀至1〜2巴(绝对值)的压力。 然后将部分再生的吸收液体在热交换器(20)中加热,然后在第二低压膨胀级(29)中再次膨胀至1至2巴(绝对压力)的压力。
    • 9. 发明授权
    • Adaptive matched filter
    • 自适应匹配滤波器
    • US4882668A
    • 1989-11-21
    • US131065
    • 1987-12-10
    • Hans-Peter SchmidRichard S. Schlunt
    • Hans-Peter SchmidRichard S. Schlunt
    • H03H21/00
    • H03H21/0018
    • An apparatus provides matched filter output characteristics for known signals embedded in noise signals that have varying noise power distributions. The system correlates applied signals with a manipulated version of the applied signals in an analog-to-analog correlator. The manipulated signals are derived by Fourier transforming the applied signals and estimating the noise power spectral density. A filter transfer function is then calculated using the noise power estimates and stored information related to the characteristics of the known signal. The transfer function is then inverse Fourier transformed to provide a filter impulse response characteristic which is correlated with the applied signals. A method of processing applied signals to provide for an enhanced signal-to-noise ratio for varying noise power distributions is also disclosed.
    • 一种装置为嵌入在具有变化的噪声功率分布的噪声信号中的已知信号提供匹配的滤波器输出特性。 该系统将应用信号与模拟 - 模拟相关器中所应用信号的操纵版本相关。 操纵信号是通过对施加的信号进行傅立叶变换并估计噪声功率谱密度而导出的。 然后使用噪声功率估计和与已知信号的特性相关的存储的信息来计算滤波器传递函数。 然后将传递函数进行傅立叶逆变换,以提供与应用信号相关的滤波器脉冲响应特性。 还公开了一种处理应用信号以提供用于变化的噪声功率分布的增强的信噪比的方法。
    • 10. 发明申请
    • Filter With Resuspension Of Solids
    • 过滤器与固体重悬
    • US20080061011A1
    • 2008-03-13
    • US11571629
    • 2005-07-06
    • Hans-Peter Schmid
    • Hans-Peter Schmid
    • B01D35/22
    • B01D33/04B01D33/044B01D33/09B01D33/463B01D33/466B01D33/60B01D33/62
    • The invention relates to a method for extracting solids (23; 123) from a suspension (22; 122) containing the solids (23; 123) and suspension liquid (32; 132) in a continuously or virtually continuously operating filter device (10; 110) using a filtering material (26; 126), on the one side of which, the high-pressure side (30; 130), a higher pressure prevails than on its other side, the low-pressure side (42; 142), and which passes successively through a plurality of working zones (I-V; I-IV) of the filter device (10; 110) in a working direction (U), the suspension (22; 122) being supplied to the filtering material (26; 126) on its high-pressure side (30; 130) in a first working zone (I) and being filtered, the suspension liquid (22; 122) flowing through the filtering material (26; 126) on account of the difference in pressure between the high-pressure side (30; 130) and the low-pressure side (42; 142) while at least some of the solids (23; 123) are deposited on the filtering material (26; 126). As claimed in the invention, the solids (23; 123) which are deposited on the filtering material (26; 126) are resuspended in a washing liquid (50; 150), and the new suspension (resuspension) (53; 153) thus formed is filtered again in a second working zone (II) of the filter device (10; 110), which zone is arranged downstream of the first working zone (I) in the working direction (U).
    • 本发明涉及一种从连续或实际连续运行的过滤装置(10;)中包含固体(23; 123)和悬浮液(32; 132)的悬浮液(22; 122)中提取固体物质的方法。 110)使用过滤材料(26; 126),其一侧的高压侧(30; 130)的压力高于其另一侧的低压侧(42; 142) ,并且在工作方向(U)上依次通过过滤器装置(10; 110)的多个工作区域(IV; I-IV),将悬浮液(22; 122)供应到过滤材料 ; 126)在其第一工作区域(I)中的高压侧(30; 130)上并被过滤,所述悬浮液体(22; 122)由于所述过滤材料(26; 126) 高压侧(30; 130)和低压侧(42; 142)之间的压力,而至少一些固体(23; 123) 在过滤材料(26; 126)。 如本发明所要求的,沉积在过滤材料(26; 126)上的固体(23; 123)重新悬浮在洗涤液体(50; 150)中,因此新悬浮液(重悬)(53; 153)因此 形成的过滤器再次被过滤装置(10; 110)的第二工作区域(II)过滤,该区域沿着工作方向(U)布置在第一工作区域(I)的下游。