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    • 1. 发明授权
    • Apparatus for converting a continuously supplied material flow into a single layer
    • 用于将连续供应的材料流转换成单层的装置
    • US06332543B1
    • 2001-12-25
    • US09503320
    • 2000-02-14
    • Heiko NiehuesTorsten KochRenke SchlarmannHarry DrewesHans Dierken
    • Heiko NiehuesTorsten KochRenke SchlarmannHarry DrewesHans Dierken
    • B07C502
    • A24C5/39A24B1/04A24B3/18
    • There is provided an apparatus which can simplify, expedite and enhance the segregation of undesirable particles from desirable particles in a multiple-layer flow wherein the desirable and undesirable particles are randomly intermixed with each other. This is accomplished by a stepwise reduction of the thickness of the flow to thus locate all or nearly all undesirable particles at or close to the exposed sides of the resulting relatively thin flow so that the undesirable particles can be readily detected and segregated from the thin flow. The stepwise reduction of thickness of the original flow is effected by a cascade of successive accelerating conveyors including a first conveyor which receives successive increments of the original flow from a vibratory trough, and a faster second conveyor which receives successive increments of the accelerated flow from the first conveyor and cooperates with an overhead conveyor to define a channel for advancement of the repeatedly accelerated original flow into the range of instrumentalities for detection and segregation of undesirable particles.
    • 提供了一种装置,其可以简化,加速和增强不期望的颗粒与多层流中所需颗粒的偏析,其中期望的和不希望的颗粒彼此混合。 这是通过逐步减小流动的厚度来实现的,从而将所有或几乎所有不期望的颗粒定位在或接近所得相对薄的流动的暴露侧,使得不期望的颗粒可以容易地从薄流动中检测和分离 。 原始流量的逐步减小通过连续加速输送机的级联来实现,该输送机包括接收来自振动槽的原始流量的连续增量的第一输送器,以及更快的第二输送器,其接收来自振动槽的加速流的连续增量 第一输送机并与顶部输送机配合以限定用于使重复加速的原始流进入用于检测和偏离不期望的颗粒的仪器范围的通道。
    • 3. 发明授权
    • Method and apparatus for drying tobacco
    • 烟草干燥方法和设备
    • US4434563A
    • 1984-03-06
    • US239172
    • 1981-02-27
    • Gerhard GraalmannHeiko Niehues
    • Gerhard GraalmannHeiko Niehues
    • A24B3/04F26B25/22F26B3/04F26B3/24
    • F26B25/22A24B3/04
    • A continuous stream of tobacco particles is conveyed through a conditioning zone wherein the stream is agitated and is directly contacted by a current of hot air. The moisture content of the thus dried tobacco particles is measured downstream of the conditioning zone and the temperature of hot air is changed when the measured moisture content of dried tobacco particles deviates from a desired value. A second parameter of hot air (e.g., its initial moisture content) is varied when the temperature of freshly dried tobacco particles deviates from a preselected temperature. This ensures that the moisture content of tobacco particles does not fluctuate subsequent to cooling which follows the drying operation.
    • 连续的烟草颗粒流被输送通过调节区域,其中搅拌物流并与热空气流直接接触。 在干燥的烟草颗粒的测量水分含量偏离期望值时,在调理区的下游测量这样干燥的烟草颗粒的含水量,并且热空气的温度改变。 当新干燥的烟草颗粒的温度偏离预选温度时,热空气的第二参数(例如,其初始水分含量)是变化的。 这确保烟草颗粒的水分含量在随后的干燥操作的冷却之后不会波动。
    • 4. 发明授权
    • Method of and apparatus for measuring the moisture content of fibrous
materials
    • 测量纤维材料水分含量的方法和装置
    • US5086279A
    • 1992-02-04
    • US484934
    • 1990-02-23
    • Waldemar WochnowskiHeiko Niehues
    • Waldemar WochnowskiHeiko Niehues
    • A24B9/00G01N21/3554G01N21/84G01N21/85G01N22/04
    • G01N21/85A24B9/00G01N22/04G01N2021/845G01N21/3554G01N21/4738
    • A hygroscopic commodity, such as a continuous stream of shredded tobacco, is transported past one or more sources of electrical energy and past one or more monitoring devices. One of the sources can expose the stream to the electric field of a capacitor in a high frequency oscillator circuit, and the other source can expose the stream to infrared waves or microwaves. The moisture in the stream influences the phase and/or the damping of oscillations of the electrical energy, and the monitoring device of devices ascertain the changes of such characteristics of the electrical energy and transmit corresponding signals to a processing circuit which processes the signals into moisture signals. The processing circuit can generate first quotient signals which are indicative of phase shift and damping of oscillations of electrical energy which has penetrated the stream, and second quotient signals denoting the phase shift and damping of waves which are reflected by the stream, and such first and second quotient signals are or can be averaged for processing into moisture signals. The moisture signals are not dependent upon the chemical and/or biological properties and/or upon the composition of the monitored commodity.
    • 吸湿商品,例如持续的烟丝流经一个或多个电能源并经过一个或多个监测装置。 其中一个源可以将流暴露在高频振荡器电路中的电容器的电场,而另一个源可以将流暴露于红外波或微波。 流中的水分影响电能的振荡的相位和/或阻尼,并且装置的监测装置确定电能的这种特性的变化并将相应的信号传输到将信号处理成湿气的处理电路 信号。 处理电路可以产生指示穿透流的电能的振荡的相移和阻尼的第一商信号,以及表示由流反射的波的相移和阻尼的第二商信号,以及第一和第 第二商信号是或可以被平均以用于处理成湿度信号。 水分信号不依赖于化学和/或生物学特性和/或所监测商品的组成。