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    • 52. 发明申请
    • Device with means for avoiding the condensation of water in cans filled with sliver
    • 装置具有避免水分放满银条的罐头的装置
    • US20060130283A1
    • 2006-06-22
    • US11269138
    • 2005-11-08
    • Michael StrobelHelmut MattisChokri CherifPeter Schulz
    • Michael StrobelHelmut MattisChokri CherifPeter Schulz
    • D01H5/00
    • D01G15/00B65H54/70B65H54/76B65H67/0428B65H2515/40B65H2701/31D01G99/005D01H5/00D01H9/185
    • A device with a drafting device (3) for drafting at least one sliver (FB) supplied to the drafting device (3) comprises a sliver depositing apparatus (4) downstream from the drafting device (3) for depositing the drafted sliver (FB′) into a can (6). Furthermore, the device comprises a can replacement device (15) for replacing a filled can (6′) by a can (6) to be filled. Means (17) is provided on the device for lowering the temperature (T) and/or the relative moisture (LF) of the fibrous material (FB, FB′) before or after it is deposited in the can (6). Furthermore, means (17) for raising the temperature TU of the machine parts (13, 20) that make contact with the uppermost sliver layers (BL) in the filled can (6′) can be provided, with which means (17) a condensation of water on the cited machine parts (13, 20) is at least reduced. A combination of a card (1) with a drafting device (3) comprises a sliver depositing apparatus (4), downstream from the drafting device (3), for depositing the drafted sliver (FB′) into a can (6) as well as comprises a can replacement device (15). During the replacement of a filled can (6′) by a can (6) to be filled the filled can (6′) is pushed from the filling position (18) to an adjacent ejection position (19). No machine part (13, 20) covering and touching the uppermost sliver layers (BL) is provided in the ejection position (19) in order to avoid a condensation of water.
    • 具有用于牵伸提供给牵伸装置(3)的至少一条纱条(FB)的牵伸装置(3)的装置包括在牵伸装置(3)下游的纱条放置装置(4),用于将牵伸纱条(FB' )(6)。 此外,该装置包括用于通过待填充的罐(6)替换填充罐(6')的罐更换装置(15)。 装置(17)设置在用于降低纤维材料(FB,FB')的温度(T)和/或相对湿度(LF)之前或之后放置在罐(6)中的装置上。 此外,可以提供用于升高与填充罐(6')中的最上条子层(BL)接触的机器部件(13,20)的温度T N的装置(17) ,所述装置(17)至少减少了所述机器部件(13,20)上的水的冷凝。 卡(1)与牵伸装置(3)的组合包括在牵伸装置(3)的下游的条子放置装置(4),用于将牵引纱条(FB')还原到罐(6)中 包括罐替换装置(15)。 在通过待填充的罐(6)更换填充罐(6')时,将填充的罐(6')从填充位置(18)推到相邻的喷射位置(19)。 在喷射位置(19)中不设置覆盖和接触最上面的条子层(BL)的机器部分(13,20),以避免水的冷凝。
    • 55. 发明授权
    • Agglutination reaction slide
    • 凝集反应载玻片
    • US5019351A
    • 1991-05-28
    • US593594
    • 1990-10-09
    • Peter Schulz
    • Peter Schulz
    • G01N33/543B01L3/00G01N33/53
    • B01L3/502G01N33/5302Y10T436/255
    • A test element for agglutination tests, comprising a receiving and mixing region for a sample and reagents and a reaction capillary having an upstream region which produces a capillary effect causing the sample-reagents mixture to flow at a speed which is greater than along a downstream region of the reaction capillary. An intermediate region can be provided between the upstream capillary region and the downstream region. The downstream end of capillary is connected to a collecting region. The test element is characterized by continuous supply and movement of the sample-reagents mixture through the reaction capillary. More particularly the time needed for a sample-reagents mixture to flow from the upstream end to the downstream end of the reaction capillary fluctuates only slightly between tests. The test element is particularly suitable for detecting drugs of abuse such as cocaine metabolites in human body fluids.
    • 一种用于凝集试验的测试元件,包括用于样品和试剂的接收和混合区域和具有上游区域的反应毛细管,所述上游区域产生毛细管效应,导致样品 - 试剂混合物以比沿下游区域大的速度流动 的反应毛细管。 可以在上游毛细管区域和下游区域之间设置中间区域。 毛细管的下游端连接到收集区。 测试元件的特征在于样品 - 试剂混合物通过反应毛细管的连续供应和移动。 更具体地,样品 - 试剂混合物从反应毛细管的上游端流向下游端所需的时间在试验之间仅略微波动。 测试元件特别适用于检测人体液中的可卡因代谢物等滥用药物。
    • 56. 发明授权
    • System for pumping suspended particles upward
    • 向上泵送悬浮颗粒的系统
    • US4518286A
    • 1985-05-21
    • US462899
    • 1983-02-01
    • Knut VaupelPeter Schulz
    • Knut VaupelPeter Schulz
    • B65G53/30
    • B65G53/30
    • A slurry of solid particles suspended in water or some other liquid is elevated in a riser tube, extending upward from a closed vessel, under hydraulic pressure from the same liquid descending into the vessel from a hydrostatic column whose height is less than that of the riser tube; liquid exiting at the top of that tube is recirculated to the vessel through the column after being freed from the accompanying solids. The excess height of the riser tube is made possible by the admission of bubbles of air or some other gas into the tube at its lower end. Fresh particles to be entrained by the rising liquid are fed into the closed vessel via a gated conduit maintaining the hydrostatic pressure therein.
    • 悬浮在水或其他液体中的固体颗粒的浆液在提升管中升高,在液压下从密封容器向上延伸,从相同的液体从静水柱降低到静水柱,静压柱的高度小于提升管 管; 从该管的顶部排出的液体在被释放出所附带的固体之后通过柱再循环到容器中。 提升管的多余高度可以通过将气泡或一些其它气体进入其下端的管而实现。 由上升液体夹带的新鲜颗粒通过保持其中静水压力的门控管道进入密封容器。