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    • 9. 发明授权
    • Apparatus for fast fluidized bed regeneration of catalyst in a bubbling
bed catalyst regenerator
    • 在起泡床催化剂再生器中快速流化床再生催化剂的装置
    • US5128108A
    • 1992-07-07
    • US726108
    • 1991-07-05
    • Martley OwenPaul H. Schipper
    • Martley OwenPaul H. Schipper
    • B01J8/18C10G11/18
    • B01J8/1863C10G11/182
    • A process and apparatus for achieving turbulent or fast fluidized bed regeneration of spent FCC catalyst in a bubbling bed regenerator having a stripper mounted over the regenerator and a stripped catalyst standpipe within the regenerator. A closed coke combustor vessel is added to the existing regenerator vessel, and spent catalyst is discharged into the coke combustor and regenerated in a turbulent or fast fluidized bed, and discharged up into a dilute phase transport which preferably encompasses, and is in a countercurrent heat exchange relationship with, the spent catalyst standpipe. Regenerated catalyst is discharged from the dilute phase transport riser, and collected in the bubbling dense bed surrounding the coke combustor. Catalyst may be recycled from the dense bed to the coke combustor for direct contact heat exchange. Catalyst coolers may be used on catalyst recycle lines to the coke combustor, or on the line returning regenerated catalyst to the cracking reactor.
    • 一种用于在具有安装在再生器上的汽提塔和在再生器内的汽提催化剂立管的鼓泡床再生器中实现废FCC催化剂的湍流或快速流化床再生的方法和装置。 将封闭的焦炭燃烧器容器添加到现有的再生器容器中,并将废催化剂排放到焦炭燃烧器中并在湍流或快速流化床中再生,并排放到稀相转运中,该相传输优选包含并且处于逆流热 与废催化剂立管交换关系。 再生催化剂从稀相输送提升管排出,并收集在焦炭燃烧器周围的鼓泡致密床中。 催化剂可以从致密床再循环到焦炭燃烧器,用于直接接触热交换。 催化剂冷却器可用于到焦炭燃烧器的催化剂再循环管线上,或者在将再生的催化剂返回到裂化反应器的管线上。
    • 10. 发明授权
    • Method and apparatus for cancelling nonstationary sinusoidal noise from
seismic data
    • 从地震数据中消除非平稳正弦噪声的方法和装置
    • US4858199A
    • 1989-08-15
    • US240305
    • 1988-09-06
    • Paul G. Griffith
    • Paul G. Griffith
    • G01V1/36
    • G01V1/364G01V2210/324
    • Method and apparatus for cancelling nonstationary sinusoidal noise from seismic data. An estimate of the sinusoidal noise component is applied to a contaminated signal containing both a sinusoidal noise component and a non-sinusoidal data component to cancel the sinusoidal noise component of the signal. The estimate of the sinusoidal noise component is determined using continuous adjustments of the phase, frequency and amplitudes of the quadrature outputs of a local signal. The estimate of the sinusoidal noise component is subtracted from the contaminated signal and the resultant signal, which is an estimate of the data component of the contaminated signal, is utilized in adjusting the phase, frequency and amplitudes of the local reference sine-cosine signal.
    • 从地震数据中消除非平稳正弦噪声的方法和装置。 将正弦噪声分量的估计值应用于包含正弦噪声分量和非正弦数据分量的污染信号以消除信号的正弦噪声分量。 使用对本地信号的正交输出的相位,频率和幅度的连续调整来确定正弦噪声分量的估计。 从污染信号中减去正弦噪声分量的估计,并且将所得信号(其是污染信号的数据分量的估计)用于调整局部参考正弦余弦信号的相位,频率和振幅。