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    • 1. 发明专利
    • FR2060096A1
    • 1971-06-11
    • FR7028524
    • 1970-07-31
    • NELSON CARL WILBUR
    • H04L9/18H03K13/00
    • This invention contemplates means for digital resolution of three-valued code ambiguities resulting from the combination in parallel of two signed binary sequences (O=-, 1=+, or vice versa) offset from one another by one-half code element, their combination relating elements of the second to adjacent elements of the first and resulting in three-valued code elements+, 0 or -, the first three-valued code sequence element being ambiguous due to the signed binary sequences' offset, said first element three-valued ambiguity being resolved by combining the signed value of the final element in the second signed binary sequence with the signed value of the first element in the first binary sequence; and, the last three-valued code sequence also being ambiguous due to the signed binary sequences' offset, said last element three-valued ambiguity being resolved by repeating the signed value of the final element in the second signed binary sequence as an appended final signed value in the resulting three-valued sequence, said appended final three-valued sequence element being called the LINK; the inherent nonredundant error detection feature of this class of three-valued codes being preserved; the LINK providing information and means for unambiguous decoding of the said three-valued sequence, zero value elements of which are ambiguous and all-zero value three-valued sequences being totally ambiguous in decode to the two component signed binary sequences, the said decode ambiguities being resolved by circuit means to place the signed value of the three-valued LINK element into the last element of the second signed binary sequence, in turn the last element of the second signed binary sequence being combined with the next to the last three-valued sequence thus defining the signed value of the last element in the first signed binary sequence, circuit operations being carried on sequentially to finally produce the first elements of the signed binary sequences and a FLAG signal element useful in clocking the signed bnary binary into their related circuit registers.
    • 2. 发明专利
    • FR2060096B1
    • 1976-03-19
    • FR7028524
    • 1970-07-31
    • NELSON CARL WILBUR
    • H04L9/18H03K13/00
    • This invention contemplates means for digital resolution of three-valued code ambiguities resulting from the combination in parallel of two signed binary sequences (O=-, 1=+, or vice versa) offset from one another by one-half code element, their combination relating elements of the second to adjacent elements of the first and resulting in three-valued code elements+, 0 or -, the first three-valued code sequence element being ambiguous due to the signed binary sequences' offset, said first element three-valued ambiguity being resolved by combining the signed value of the final element in the second signed binary sequence with the signed value of the first element in the first binary sequence; and, the last three-valued code sequence also being ambiguous due to the signed binary sequences' offset, said last element three-valued ambiguity being resolved by repeating the signed value of the final element in the second signed binary sequence as an appended final signed value in the resulting three-valued sequence, said appended final three-valued sequence element being called the LINK; the inherent nonredundant error detection feature of this class of three-valued codes being preserved; the LINK providing information and means for unambiguous decoding of the said three-valued sequence, zero value elements of which are ambiguous and all-zero value three-valued sequences being totally ambiguous in decode to the two component signed binary sequences, the said decode ambiguities being resolved by circuit means to place the signed value of the three-valued LINK element into the last element of the second signed binary sequence, in turn the last element of the second signed binary sequence being combined with the next to the last three-valued sequence thus defining the signed value of the last element in the first signed binary sequence, circuit operations being carried on sequentially to finally produce the first elements of the signed binary sequences and a FLAG signal element useful in clocking the signed bnary binary into their related circuit registers.
    • 3. 发明授权
    • Method and apparatus for controlling the actuation of a hydraulic cylinder
    • 用于控制液压缸致动的方法和装置
    • US06257118B1
    • 2001-07-10
    • US09313088
    • 1999-05-17
    • R. Carl WilburJohn D. DuffyDouglas W. Koehler
    • R. Carl WilburJohn D. DuffyDouglas W. Koehler
    • F15B1316
    • E02F9/2203E02F9/2214F15B9/09Y10T137/86622
    • An apparatus controllably moves a moveable element within a hydraulic motor. A lever device establishes an operator command signal indicative of a desired velocity and direction of movement of the moveable element. A position sensor senses the position of the moveable element and produce a position signal. An electronic controller receives the operator command signal and position signal, determines the actual velocity of the moveable element, and determines a limit value in response to the actual velocity of the moveable element. Additionally, the controller compares the operator signal magnitude to the limit value and produces a flow control signal in response to the comparison. An electrohydraulic controller receives the flow control signal and responsively controls the movement of the moveable element.
    • 一种装置可控地移动液压马达内的可移动元件。 杠杆装置建立指示可移动元件的期望速度和移动方向的操作者指令信号。 位置传感器感测可移动元件的位置并产生位置信号。 电子控制器接收操作员指令信号和位置信号,确定可移动元件的实际速度,并根据可移动元件的实际速度确定极限值。 此外,控制器将操作者信号幅度与极限值进行比较,并响应于比较而产生流量控制信号。 电动液压控制器接收流量控制信号并且响应地控制可移动元件的移动。