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    • 11. 发明授权
    • Method of accurately gauging fuel in an automotive tank
    • 在汽车油箱中精确测量燃料的方法
    • US5752409A
    • 1998-05-19
    • US348392
    • 1994-12-02
    • Raymond LippmannMichael John SchnarsJames Edward NelsonIvan Roy Brouwer
    • Raymond LippmannMichael John SchnarsJames Edward NelsonIvan Roy Brouwer
    • G01F23/36G01F23/00
    • G01F23/36
    • The maximum full level is determined in a fuel tank of undetermined size using a fuel level sender referenced to the tank bottom. A minimum full value is selected for a given type of tank and when the sender signal goes below a percentage of that value and subsequently goes above the minimum full value, a fueling event is recognized and the current fuel sender value is adopted as the maximum full value. Where a heavily filtered signal is used to minimize the effects of fuel slosh, the maximum full value is subject to increasing to higher values occurring during a short period after fueling to allow recovery of the filtered signal. An empty value is calibrated before the vehicle is initially fueled. A maximum empty level is initially set and if a lower level is measured when the ignition is turned on, the lower level is set as the empty value. This calibration is terminated when the tank is fueled above the minimum full value.
    • 使用参考油箱底部的燃料液位传感器在不确定尺寸的油箱中确定最大满量程。 对于给定类型的油箱,选择最小满值,当发送方信号低于该值的百分比并随后超过最小值时,将识别加油事件,并将当前燃料发送方值作为最大值 值。 在使用严重过滤的信号来最小化燃料晃动的影响的情况下,最大完整值将被增加到在加油之后的短时间内发生的更高值,以允许恢复过滤的信号。 在车辆最初加油前校准一个空值。 初始设置最大空位,如果在点火开启时测量较低电平,则将较低电平设置为空值。 当油箱燃油超过最小全量值时,此校准终止。
    • 14. 发明授权
    • Electronic gauge transform
    • 电子量规变换
    • US5325314A
    • 1994-06-28
    • US944140
    • 1992-09-11
    • Raymond LippmannJames E. NelsonMichael J. SchnarsJames R. ChintyanMark C. Hansen
    • Raymond LippmannJames E. NelsonMichael J. SchnarsJames R. ChintyanMark C. Hansen
    • G06F17/40G06F13/00G06F15/20
    • G01F23/0069
    • An apparatus for applying a curve transfer function to an input signal comprises a first set of memory for storing values representing boundary points or distance differences along a curve of the transfer function, a second set of memory for storing slope values of lines connecting adjacent boundary points along the curve, a counter unit for maintaining a position count indicating position along the curve of the transfer function with respect to the stored boundary point values, an addressing unit, responsive to the position count, for selecting, from the second set of memory memory, the slope value corresponding to the position count, an accumulator for adding the selected slope value to an accumulator output value; and a comparator and data latch for determining when the accumulator output value corresponds to the input signal, and for selecting the corresponding accumulator output value as an output signal representing the application of the curve transfer function to the input signal.
    • 一种用于将曲线传递函数应用于输入信号的装置包括:第一组存储器,用于存储表示沿着传递函数的曲线的边界点或距离差的值,第二组存储器,用于存储连接相邻边界点的线的斜率值 沿着该曲线的计数器单元,用于维持相对于存储的边界点值沿着传递函数的曲线的位置的位置计数,响应于位置计数的寻址单元,用于从第二组存储器存储器 ,对应于位置计数的斜率值,用于将所选择的斜率值加到累加器输出值的累加器; 以及比较器和数据锁存器,用于确定累加器输出值何时对应于输入信号,并且用于选择相应的累加器输出值作为表示将曲线传递函数应用于输入信号的输出信号。
    • 16. 发明授权
    • Capacitance decoded accelerometer
    • 电容解码加速度计
    • US5736641A
    • 1998-04-07
    • US714735
    • 1996-09-16
    • Ronald Kenneth SelbyMichael John SchnarsJerry Alan GohlJames Edward NelsonRaymond Lippmann
    • Ronald Kenneth SelbyMichael John SchnarsJerry Alan GohlJames Edward NelsonRaymond Lippmann
    • G01P15/125G01P15/18
    • G01P15/18G01P15/125
    • A circuit board has an arcuate array of conductor segments each subject to a digital waveform differing in phase for the various segments, and a concentric pickup conductor. A rotary encoder disk has a conductive pattern which sums and couples the waveforms from selected segments, depending on rotary position, to the pickup conductor. A synchronous phase detector generates a phase signal from the summed waveforms and the zero crossing of the phase signal is detected. A counter develops count signals used to generate the digital waveforms. The count signals are input to a latch which is clocked at the zero crossing point to latch the count value which is a digital measure of the encoder angle. Two encoders mounted on orthogonal horizontal axes are used as an accelerometer or attitude sensor. Each disk is eccentrically weighted to seek a position vertically below the axis to serve as an attitude sensor when the unit is stationary. When the unit is subject to horizontal acceleration the disks rotate from the vertical position to render acceleration readings.
    • 电路板具有导体段的弧形阵列,每个导体段受到各个段的相位不同的数字波形和同心拾取导体。 旋转编码器盘具有导电图案,其根据旋转位置将来自所选段的波形相加并耦合到拾取导体。 同步相位检测器从相加的波形产生相位信号,并检测相位信号的过零点。 计数器产生用于产生数字波形的计数信号。 计数信号被输入到在过零点处计时的锁存器,以锁存作为编码器角度的数字测量值的计数值。 安装在正交水平轴上的两个编码器用作加速度计或姿态传感器。 每个磁盘偏心加权,以便当该单元静止时,垂直位于轴下方的位置用作姿态传感器。 当本机受到水平加速时,磁盘从垂直位置旋转以显示加速度读数。
    • 20. 发明授权
    • Method and apparatus for counting with a nonvolatile memory
    • 用非易失性存储器计数的方法和装置
    • US4947410A
    • 1990-08-07
    • US314024
    • 1989-02-23
    • Raymond LippmannMichael J. SchnarsPaul L. DuBois
    • Raymond LippmannMichael J. SchnarsPaul L. DuBois
    • H01L27/10H03K21/00H03K21/40
    • H03K21/403
    • A nonvolatile memory has a linear array of memory cells to serially store counts by setting the cells one by one in correspondence with input pulses and when the array is full by resetting the cells one by one for successive pulses. When all the cells are reset a conventional binary counter is incremented and the serial count is repeated for further inputs. This procedure minimizes the erase/write sequences required to count a series of pulses. A shift register having a stage corresponding to each memory cell is used to read out the data from the linear array. Data is loaded from the array into the shift register and shifted out in a serial pulse train to a binary counter.
    • 非易失性存储器具有存储器单元的线性阵列,以通过根据输入脉冲逐个设置单元来逐行存储计数,并且当阵列通过将连续的脉冲逐个复位单元而满时。 当所有单元被复位时,传统的二进制计数器递增,并且针对进一步的输入重复序列计数。 该过程最大限度地减少了对一系列脉冲进行计数所需的擦除/写入序列。 使用具有与每个存储器单元相对应的级的移位寄存器来读出来自线性阵列的数据。 数据从阵列加载到移位寄存器中,并以串行脉冲序列移出到二进制计数器。