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    • 1. 发明授权
    • Method for acquisition of data provided on an internet site and for data communication to an internet site
    • 用于获取在因特网站点上提供的数据和用于数据到互联网站点的通信的方法
    • US06741681B2
    • 2004-05-25
    • US10277745
    • 2002-10-23
    • Jochen Meyer
    • Jochen Meyer
    • H04M1100
    • G06Q30/08G10L19/00
    • A method for data acquisition of data provided on an Internet site and a method for data communication to an Internet site is described. Data communication to the Internet site is performed in a predetermined data communication format and the Internet site is maintained on an Internet server. The data provided on the Internet site is automatically transformed at least partially into speech, and the data transformed into speech is communicated by speech telephony connection between a server-side speech telephony device and a remote speech telephony device of a user. The user is automatically offered data communication by a speech telephony connection between a remote speech telephony device of the user and a server-side speech telephony device using acoustic signals input by the user. The acoustic signals input by the user are automatically transformed into the predetermined data communication format and are communicated to the Internet site in this predetermined data communication format. Using this method, telephonic participation in an Internet auction is possible.
    • 描述了一种用于数据采集在因特网站点上提供的数据的方法和一种用于到因特网站点进行数据通信的方法。 以预定的数据通信格式执行到Internet站点的数据通信,并且因特网站点被维护在因特网服务器上。 在因特网站点上提供的数据被自动地至少部分地转换成语音,并且通过服务器侧语音电话设备和用户的远程语音电话设备之间的语音电话连接来传送转换成语音的数据。 使用用户输入的声音信号,用户通过用户的远程语音电话设备与服务器端语音电话设备之间的语音电话连接来自动提供数据通信。 由用户输入的声信号被自动转换成预定的数据通信格式,并以该预定的数据通信格式传送​​到因特网站点。 使用这种方法,电话参与互联网拍卖是可能的。
    • 2. 发明授权
    • Universal two-channel STAP filter
    • 通用双通道STAP滤波器
    • US06563455B2
    • 2003-05-13
    • US09910002
    • 2001-07-23
    • Jochen Meyer-HilbergBernhard Bickert
    • Jochen Meyer-HilbergBernhard Bickert
    • G01S7288
    • G01S13/5244G01S7/295
    • To suppress interfering stationary targets in radar source data, a STAP filtering method is used. Filtering coefficients are determined, and filtering of the data takes place, in the frequency domain; the process is therefore limited to a few computing operations per matrix element of the range/Doppler matrix. Since, by means of the STAP filter according to the invention, the optimal filtering characteristics can be implemented, the stationary target suppression also functions in the range of the minor lobes of the antenna. Therefore, data of individual adjacent channels (L/R, left/right) can be processed as well as summation and difference signals (&Sgr;/&Dgr;).
    • 为了抑制雷达源数据中的干扰固定目标,采用STAP滤波方法。 确定滤波系数,并且在频域中进行数据的滤波; 因此,该过程被限制在范围/多普勒矩阵的每个矩阵元素的几个计算操作。 由于通过根据本发明的STAP滤波器可以实现最佳滤波特性,所以静态目标抑制也在天线的小波瓣的范围内起作用。 因此,可以对各个相邻信道(L / R,左/右)的数据以及加和和差信号(SIGMA / DELTA)进行处理。
    • 3. 发明授权
    • Process for calibrating radar signals at subapertures of an antenna of two-channel SAR/MTI radar system
    • 用于校准双通道SAR / MTI雷达系统天线子孔径雷达信号的过程
    • US06686874B2
    • 2004-02-03
    • US10252005
    • 2002-09-23
    • Bernhard BickertJochen Meyer-Hilberg
    • Bernhard BickertJochen Meyer-Hilberg
    • G01S740
    • G01S13/9029G01S7/4021G01S13/524G01S13/9023
    • In a process for computing the radar signals present at the output of two subapertures of an antenna of a two-channel radar system, the two subaperture channels are combined by means of a wave guide part to a sum and difference channel, and the signals of the sum and difference channel are used to compute the radar signals at the subaperture channels. The signals of the two subaperture channels are computed from the amplitude- and phase-shifted sum and difference channel signal by being placed in the following equations: X 1 ⁡ ( r , f ) = X S ⁡ ( r , f ) - X D ⁡ ( r , f ) · exp ⁢   ⁢ ( - j ⁢   ⁢ Φ 0 ) 2 ( 1 ) X 2 ⁡ ( r , f ) = a 0 · ( X S ⁡ ( r , f ) + x D ⁡ ( r , f ) · exp ( - j ⁢   ⁢ Φ 0 2 ) ( 2 ) wherein X1(r,f), X2(r,f): Frequency spectrum of the two subaperture channels; XS(r,f),XD(r,f): Frequency spectrum of the sum and difference channel, r: distance cell, f: Doppler frequency, &PHgr;0: phase correction factor, and a0: amplitude correction factor.
    • 在用于计算存在于双通道雷达系统的天线的两个子孔径的输出端的雷达信号的过程中,两个子孔径通道通过波导部分组合到和差和差分信道,并且信号 总和差信道用于计算子孔径信道的雷达信号。 通过放置在以下等式中,从振幅和相移的和和通道信号计算两个子孔径通道的信号:其中X1(r,f),X2(r,f):两个子通道信号的频谱 子通道; XS(r,f),XD(r,f):和差和通道的频谱,r:距离单元,f:多普勒频率,Phi0:相位校正因子和a0:幅度校正因子。
    • 7. 发明授权
    • Method for reducing false alarm rate in radar images
    • 减少雷达图像误报率的方法
    • US06765525B2
    • 2004-07-20
    • US10370111
    • 2003-02-21
    • Bernhard BickertJochen Meyer-Hilberg
    • Bernhard BickertJochen Meyer-Hilberg
    • G01S1352
    • G01S13/5244G01S7/2927G01S13/5242
    • A method for reducing the false alarm rate, i.e. the number of alarms of fixed targets erroneously declared as moving targets in the radar images of two- or multi-channel MTI radar devices, wherein the suppression of fixed target echoes over the moving target echoes within the main antenna lobe occurs through a space time adaptive processing—STAP—filter. The method uses a comparison of the amplitude amounts or power values of the range Doppler frequency cells with a threshold that can be specified in constant terms and summary of the resulting alarms. A target function is compared with defined test functions and selection criteria are determined from suitable combined calculation methods that are applied to the test and target functions for the purpose of classifying a respective target alarm as a moving or fixed target alarm.
    • 一种用于减少误报率的方法,即在两通道或多通道MTI雷达装置的雷达图像中被错误地声明为移动目标的固定目标的报警数量,其中对目标移动目标回波的抑制超过移动目标回波 通过空时自适应处理STAP滤波器发生主天线波瓣。 该方法使用范围多普勒频率单元的幅度量或功率值与可以以常数指定的阈值和所得到的报警的总结进行比较。 将目标功能与定义的测试功能进行比较,并且从适用于测试和目标功能的合适的组合计算方法确定选择标准,以将相应的目标报警分类为移动或固定目标报警。
    • 8. 发明授权
    • Method and apparatus for testing overlapping connections in structural
components
    • 用于测试结构部件中重叠连接的方法和装置
    • US4481902A
    • 1984-11-13
    • US358858
    • 1982-03-17
    • Jochen MeyerRichard Wilde
    • Jochen MeyerRichard Wilde
    • G01B5/30G01M99/00G01B13/24
    • G01M99/00G01B5/30Y10S116/34
    • Overlapping connections of sheet metal members in structural components areested for cracks or flaws which are primarily the result of wear and tear under operating load conditions. For this purpose a test hole is made into or through the overlapping sheet metal members whereby each sheet metal member is provided with its own test hole portion. As long as the connection is still in good condition, adjacent test hole portions remain in register with each other. A sensor is inserted into the test hole. The sensor provides an indication of a faulty connection when the test hole portions are no longer in register. Several different types of sensors may be employed. The monitoring of the test holes and/or sensors may be made in a manual or automatic manner.
    • 对结构部件中的金属板件的重叠连接进行了测试,这些裂纹或缺陷主要是在工作载荷条件下磨损和撕裂的结果。 为此目的,将测试孔制成或穿过重叠的金属片材,由此每个金属片构件都设有自己的测试孔部分。 只要连接仍处于良好状态,相邻的测试孔部分保持彼此对准。 传感器插入测试孔。 当测试孔部分不再在寄存器中时,传感器提供错误连接的指示。 可以使用几种不同类型的传感器。 测试孔和/或传感器的监视可以以手动或自动的方式进行。
    • 10. 发明授权
    • Ocular decompression process
    • 眼部减压过程
    • US4030480A
    • 1977-06-21
    • US686056
    • 1976-05-13
    • Ernst Jochen Meyer
    • Ernst Jochen Meyer
    • A61F7/12A61F9/007A61B17/38A61F9/00A61N1/42
    • A61F9/00781A61F7/12A61F2007/0004
    • This ocular decompression process is a surgical procedure and a physical therapy for the alleviation of glaucoma. The invention contemplates a surgical operation on the eye, at which a metallic implant is introduced through the sclera into or adjacent to the anterior chamber of the eye. The extra-cameral portion of the implant, fashioned into a loop, is buried under fibrous and epithelial tissue. After the surgical incisions have healed, the coil of a tuned radio-frequency circuit is brought into the field of the implant by being positioned exterior to the eye. The implanted wire acts as the secondary of a radio-frequency transformer and generates heat sufficient to create a tract from the anterior chamber to the subconjunctival tissue. This tract serves as a drain through which the aqueous humor flows from the inside of the eye to its surface, thereby reducing the pathologically elevated intraocular pressure. The application of radio-frequency energy to the implant may be repeated as necessary to maintain satisfactory tension.
    • 这种眼部减压过程是用于减轻青光眼的外科手术和物理治疗。 本发明设想对眼睛进行外科手术,通过巩膜将金属植入物引入眼睛前房或邻近眼睛的前房。 种植成环的植入物的外侧部分被埋在纤维和上皮组织下。 在手术切口愈合之后,调谐射频电路的线圈通过定位在眼睛外部而进入植入物的领域。 植入的线作为射频变压器的次级,并产生足以产生从前房到结膜下组织的管道的热量。 该管道用作排水,房水通过该排水从眼睛内部流到其表面,从而减少病理学上升高的眼内压。 可以根据需要重复应用射频能量到植入物以保持令人满意的张力。