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    • 1. 发明授权
    • Article strapping arrangement with a synchronous motors connected to a
frequency converter
    • 带有与变频器相连的同步电机的捆扎装置
    • US5467701A
    • 1995-11-21
    • US231284
    • 1994-04-22
    • Gerd BartzickReinhard NaydowskiJurgen Werk
    • Gerd BartzickReinhard NaydowskiJurgen Werk
    • B65B13/22
    • B65B13/22
    • A package strapper with three motor-driven mechanisms, specifically a strap feed, a strap stretcher, and a strap-end fastener. The mechanisms are mounted on a strap track that loops around the package. The strap feed includes at least two wheels, each forced against one side of the strap by a spring. The motor that drives the strap feed can be reversed. The strap-stretcher wheel is between the feed and the track and is partly loosely surrounded by a strap guide. One end of the guide opens into the track. The strap-feed motor and the strap-stretcher motor are asynchronous three-phase motors. They are connected to a frequency converter that supplies them with electricity of varying frequency and potential and controlled by controls or by a processor integrated into the frequency converter. A manually adjustable terminal strap-tension selector is connected to the controls or to the processor. The frequency of the electricity that powers the strap-stretcher motor is varied in accordance with the prescribed terminal tension. The electricity that powers the strap-feed motor is varied in accordance with frequency and phase.
    • 具有三个电机驱动机构的包装绑带,特别是带式进料,带式拉伸器和带端紧固件。 机构安装在围绕包装环绕的皮带轨道上。 带子进给包括至少两个轮子,每个轮子通过弹簧而被迫靠在带子的一侧。 驱动带子进给的电机可以颠倒。 带状拉伸轮位于进料和轨道之间,并且部分地被带引导件包围。 引导件的一端打开轨道。 带式进给电机和带式拉伸电机是异步三相电机。 它们连接到变频器,为变频器提供不同频率和电位的电力,并由控制器或集成到变频器中的处理器控制。 可手动调节的端子带张力选择器连接到控制器或处理器。 对带式拉伸马达供电的电力频率根据规定的端子张力而变化。 为带式进给电机供电的电量根据频率和相位而有所不同。
    • 2. 发明授权
    • Process for separating low molecular weight compounds from an impure
thermoplastic polymer or mixture
    • 从不纯的热塑性聚合物或混合物中分离低分子量化合物的方法
    • US5459168A
    • 1995-10-17
    • US293151
    • 1994-08-19
    • Hedi B. NasrManfred GrabowKlaus Reimann
    • Hedi B. NasrManfred GrabowKlaus Reimann
    • B01D11/00B29B13/00B29C47/76B29C47/80B29K77/00C08F6/00C08G69/16C08J11/04
    • C08G69/16B29C47/76B29C47/0009B29C47/762B29K2077/00B29K2105/26
    • A process for treating an impure thermoplastic polymer, including raw and recycled polymers, during extrusion to separate low molecular weight compounds therefrom, including: introducing a separating agent into plasticized impure thermoplastic polymer passing through a first high pressure zone, the low molecular weight compounds of the plasticized polymer being at least partially soluble in the separating agent; extracting at least a part of the low molecular weight compounds from the plasticized polymer into the separation agent during passage of the plasticized polymer through an extraction zone; removing the separating agent charged with low molecular weight compounds from the extruder as the plasticized polymer passes through a low pressure zone having a residual pressure, P, which is lower the introductory pressure, P.sub.e, and for which 1 bar.gtoreq.P.gtoreq.P.sub.c ; collecting the charged separating agent as it is removed from the extruder; thermal vacuum treating the plasticized polymer as it passes through a last low pressure zone to vacuum degas the plasticized polymer at a pressure, P.sub.v, for which P.sub.v
    • 一种在挤出过程中处理不纯的热塑性聚合物,包括原料和再循环聚合物以分离其中的低分子量化合物的方法,包括:将分离剂引入通过第一高压区的塑化不纯的热塑性聚合物中,低分子量化合物 所述增塑聚合物至少部分地可溶于所述分离剂; 在塑化聚合物通过提取区期间,将至少一部分低分子量化合物从增塑聚合物中提取到分离剂中; 当塑化聚合物通过具有低导入压力Pe的低残留压力P的低压区域时,从挤出机中除去装有低分子化合物的分离剂,并且其中1巴/ = Pc; 收集从挤出机中取出的带电分离剂; 当塑化聚合物通过最后一个低压区域时,对真空脱泡增塑聚合物以Pv <0.5巴的压力Pv进行热真空处理,从而进一步从增塑聚合物中除去分离剂和低分子量化合物; 并将塑化的聚合物通过最后一个高压区到挤出机头。 挤出机中的溶剂萃取与随后的真空脱气的组合导致大量的具有相对较少能量消耗的低分子量化合物的去除,因为仅需要去除残余物才需要进行能量密集的真空脱气。
    • 5. 发明授权
    • Measuring instrument control
    • 测量仪表控制
    • US3909692A
    • 1975-09-30
    • US43961974
    • 1974-02-04
    • KRUPP GMBH
    • JUNGEL HEINRICH
    • G01D3/10G05B11/01G05B1/08
    • G05B11/012
    • A measuring instrument control which includes: control means associated with said measuring ranges for shifting over from one measuring range to another and vice versa, while means are provided for receiving input signals corresponding to the actual values measured of the respective measurements, to be effected, electric means being operable to so convert said input values that the position of pointer means in cooperation with scales have associated therewith actual values higher or lower by one step.
    • 一种测量仪器控制装置,其包括:与所述测量范围相关联的控制装置,用于从一个测量范围向另一个测量范围转换,反之亦然,同时提供用于接收对应于相应测量的实际值的输入信号, 电气装置可操作以使所述输入值转换为与标尺协调的指示器装置的位置与其实际值相关联的实际值较高或降低一步。
    • 7. 发明授权
    • Jaw coupling
    • 爪耦合
    • US3895502A
    • 1975-07-22
    • US40786273
    • 1973-10-19
    • KRUPP GMBH
    • SCHWARZ WILHELM
    • F16D3/68
    • F16D3/68
    • A jaw coupling with elastic power transmitting bodies which are arranged between the jaws of the two coupling sections. The surfaces along which the elastic power transmitting bodies and the jaws engage each other extend at least in those regions in which tangential forces are transmitted at an incline to the axis of rotation of the coupling, while at least one of the coupling sections is axially adjustable relative to the other coupling section.
    • 具有弹性动力传递体的颚式联轴器,其布置在两个联接部分的颚之间。 弹性动力传递体和爪彼此啮合的表面至少在其中切向力以倾斜方向传递到联轴器的旋转轴线的那些区域中延伸,同时至少一个联接部分可轴向调节 相对于另一个耦合部分。
    • 8. 发明授权
    • Buffer structure
    • 缓冲结构
    • US3891200A
    • 1975-06-24
    • US45030974
    • 1974-03-12
    • KRUPP GMBH
    • SCHWARZ WILHELM
    • F16F7/08B60R19/26F16F1/40
    • B60R19/26F16F1/40
    • A buffer structure in which a plurality of buffer bodies separated from each other by intermediate disc means are in axial direction located one behind the other and with radial play are arranged in a tubular member which has one end closed and has a push rod slidably arranged in the other end portion of the tubular member. The disc means are preferably provided with peripheral annular flange means slidably engaging the inner wall surface of the tubular member and defining annular grooves receiving therein portions of adjacent buffer bodies.
    • 其中通过中间盘装置彼此分离的多个缓冲体的缓冲结构在轴向上位于一个彼此之间并且具有径向游隙被布置在管状构件中,该管状构件具有一端封闭并且具有可滑动地布置在 管状构件的另一端部。 盘装置优选地设置有外围环形凸缘装置,其可滑动地接合管状构件的内壁表面并且限定在其中容纳相邻缓冲体的部分的环形槽。