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    • 1. 发明授权
    • Process for separating compressed material containing paper fibers
    • 用于分离含有纸纤维的压缩材料的方法
    • US06261410B1
    • 2001-07-17
    • US09418133
    • 1999-10-14
    • Peter FleckenErich PetersJakob Udelhofen
    • Peter FleckenErich PetersJakob Udelhofen
    • D21B132
    • D21B1/08Y02W30/642
    • Process and apparatus for separating compressed material containing paper fibers where the apparatus includes at least three hammer rollers arranged essentially in a same plane and each hammer roller includes rotatable hammers. The process includes rotating the rotatable hammers, transporting the material over the at least three hammer rollers in a transport direction essentially parallel to the plane and transverse to the axes of the rollers, breaking up the material into fine material and non-fine material, and separating the fine material from the non-fine material by allowing the fine material to pass through gaps formed between the hammer rollers. The apparatus includes a machine frame and a plurality of rotors arranged next to one another in the machine frame. Axes of the driven rotors are arranged to lie in at least one plane, and the rotors are positioned to form free gaps between the driven rotors. A delivery unit, positioned above the plurality of rotors, is adapted to deliver the compressed material to the plurality of rotors and a removal unit, positioned below the plurality of rotors, is adapted to remove the processed material. The plurality of rotors include hammer rollers having shafts coupled to rotatable hammers, and a driver is provided for driving at least some adjacent hammer rollers in a same rotational direction.
    • 用于分离含有纸纤维的压缩材料的方法和装置,其中所述装置包括基本上在同一平面中布置的至少三个锤辊,并且每个锤辊包括可旋转的锤。 该方法包括旋转可旋转锤,在基本上平行于平面并横向于辊的轴线的传送方向上将材料输送到至少三个锤辊上,将材料分解成细材料和非细材料,以及 通过允许细材料通过形成在锤辊之间的间隙,将细材料与非细材料分离。 该设备包括在机架中彼此相邻布置的机架和多个转子。 从动转子的轴被布置成位于至少一个平面中,并且转子被定位成在从动转子之间形成自由间隙。 设置在多个转子上方的输送单元适于将压缩材料输送到多个转子,并且位于多个转子下方的移除单元适于移除经处理的材料。 多个转子包括具有联接到可旋转锤的轴的锤辊,并且提供驱动器以用于在相同的旋转方向上驱动至少一些相邻的锤辊。
    • 2. 发明授权
    • Arrangement for generating natural resonant oscillations of a mechanical
oscillating system
    • 用于产生机械振荡系统的自然共振振荡的布置
    • US4801897A
    • 1989-01-31
    • US100405
    • 1987-09-24
    • Peter Flecken
    • Peter Flecken
    • B06B1/02G01F1/84G01N27/00
    • G01F1/8422G01F1/8427G01F1/8431G01F1/8495
    • An arrangement for generating natural resonant oscillations of a mechanical oscillating system includes an electromechanical oscillation exciter which on excitation by an electrical excitation signal generates a drive force setting the oscillating system in mechanical oscillations, an oscillation sensor which is formed as displacement sensor and senses the mechanical oscillations of the oscillating system and converts them to an electrical sensor signal, and an excitation circuit which receives the sensor signal and supplies to the oscillation exciter the electrical excitation signal with the frequency of the sensor signal. The excitation circuit includes a phase control circuit which controls the phase position of the excitation signal in dependence upon the phase position of the sensor signal. A phase shift circuit produces a phase displacement of 90.degree. between the sensor signal and the excitation signal so that the phase condition for the excitation of the mechanical oscillations at the natural resonant frequency of the mechanical oscillating system is fulfilled. This makes it possible to maintain the natural resonant frequency of the mechanical oscillating system with very great accuracy and high stability with time even with oscillating systems of high quality.
    • 用于产生机械振荡系统的自然共振振荡的装置包括机电振荡激励器,其通过电激励信号激励而产生将振荡系统设置在机械振荡中的驱动力;振动传感器,其形成为位移传感器并感测机械振动 振荡系统的振荡并将其转换为电传感器信号,以及激励电路,其接收传感器信号并向振荡激励器提供具有传感器信号频率的电激励信号。 励磁电路包括相位控制电路,其根据传感器信号的相位位置控制激励信号的相位位置。 相移电路在传感器信号和激励信号之间产生90°的相位偏移,使得在机械振荡系统的固有谐振频率处的机械振荡的激励的相位条件得到满足。 这使得即使使用高质量的振荡系统,也可以以非常高的精度和高的稳定性保持机械振荡系统的固有共振频率。
    • 3. 发明授权
    • Mass flow meter operating by the cariolis principle
    • 质量流量计由卡里奥利原理运行
    • US4793191A
    • 1988-12-27
    • US99484
    • 1987-09-22
    • Peter FleckenNiels Abildgaard
    • Peter FleckenNiels Abildgaard
    • G01F1/80G01F1/84
    • G01F15/185G01F1/8409G01F1/8413G01F1/8495
    • A mass flow meter operating by the Coriolis principle includes a mechanical oscillating system having two straight measuring tubes which are clamped at both ends. In the center of the measuring tubes an oscillation exciter is disposed which sets the two measuring tubes into oppositely phased flexural oscillations. The mechanical oscillations are sensed by oscillation sensors which are arranged at equal distances on both sides of the oscillation exciter. The phase displacement of the sensed oscillations is a measure of the mass flow. The mechanical oscillating system is arranged axially in a support tube. For decoupling the mechanical oscillations from the support tube the mechanical oscillating system is freely suspended in the support tube at each end by an annular diaphragm. The entire mechanical oscillating system including the diaphragms preferably consists of titanium.
    • 由科里奥利原理操作的质量流量计包括一个机械摆动系统,其具有两个夹紧在两端的直的测量管。 在测量管的中心设置振荡激励器,其将两个测量管设置成相反的弯曲振荡。 机械振荡由振荡激励器两侧相等距离的振荡传感器感测。 感测振荡的相位位移是质量流量的量度。 机械振荡系统轴向地布置在支撑管中。 为了将机械振荡与支撑管分离,机械摆动系统在每一端通过环形隔膜自由地悬挂在支撑管中。 包括隔膜的整个机械摆动系统优选地由钛组成。
    • 4. 发明授权
    • Mass flow meter operating by the Coriolis principle
    • 质量流量计由科里奥利原理运行
    • US4768384A
    • 1988-09-06
    • US99558
    • 1987-09-22
    • Peter FleckenNiels Abildgaard
    • Peter FleckenNiels Abildgaard
    • G01F1/80G01F1/84G01F15/02
    • G01F1/8409G01F1/8413G01F1/8431G01F1/8436G01F1/8495G01F15/022
    • A mass flow meter operating by the Coriolis principle comprises a mechanical oscillating system having two straight measuring tubes which are clamped at both ends. The mechanical oscillating system is arranged axially in a support tube. In the center of the measuring tubes an oscillation exciter is disposed which sets the two measuring tubes into oppositely phased flexural oscillations. Oscillation sensors sensing the mechanical oscillations at equal distances on both sides of the oscillation exciter generate electrical oscillation sensor signals which are characteristic of the frequency and phase position of the sensed oscillations. An evaluation circuit receives the oscillation sensor signals and generates from their phase difference a measuring signal indicating the measured value of the mass flow. A first temperature sensor is arranged such that it measures the temperature of the support tube and generates a first temperature sensor signal indicating said temperature. A second temperature sensor is so arranged that it measures the temperature of the mechanical oscillating system and generates a second temperature sensor signal indicating said temperature. A correction circuit receives the two temperature sensor signals and imparts to the measuring signal on the basis of the temperatures measured a correction for eliminating the temperature influence on the measurement result.
    • 由科里奥利原理操作的质量流量计包括一个机械摆动系统,其具有夹在两端的两根直的测量管。 机械振荡系统轴向地布置在支撑管中。 在测量管的中心设置振荡激励器,其将两个测量管设置成相反的弯曲振荡。 感应振荡激励器两侧相等距离的振荡传感器产生电振荡传感器信号,这些信号是感测振荡的频率和相位位置的特征。 评估电路接收振荡传感器信号,并从它们的相位差产生表示质量流的测量值的测量信号。 第一温度传感器被布置成使得其测量支撑管的温度并产生指示所述温度的第一温度传感器信号。 第二温度传感器被布置成使得其测量机械振荡系统的温度,并产生指示所述温度的第二温度传感器信号。 校正电路接收两个温度传感器信号,并根据测量的温度赋予测量信号以消除温度对测量结果的影响。