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    • 1. 发明授权
    • Device for reading out information stored in a storage layer
    • 用于读出存储在存储层中的信息的装置
    • US06703636B1
    • 2004-03-09
    • US09628579
    • 2000-07-31
    • Herbert GebeleJuergen MuellerWerner Stahl
    • Herbert GebeleJuergen MuellerWerner Stahl
    • G01T1105
    • G01T1/2014
    • A device for reading out information stored in a storage layer (10), which facilitates a good reproduction quality of this information stored in the storage layer (10). The device (1) includes a radiation source (2) for emitting stimulation radiation (20). Using this stimulation radiation (20), the storage layer (10) is stimulated to emit an emission radiation that corresponds to the information stored in the storage layer (10). The device (1) further includes a receiving device (3) to receive this emission radiation emitted by the storage layer (10). A distance device (30, 56) for setting a pre-specified distance (28, 59) is located between the receiving device (3) and the storage layer (10). A drive device imparts relative movement in a transport direction (A) between the radiation source (2) and the receiving device (3), on one hand, and the storage layer (10) on the other.
    • 一种用于读出存储在存储层(10)中的信息的装置,其有助于存储在存储层(10)中的该信息的良好再现质量。 装置(1)包括用于发射刺激辐射(20)的辐射源(2)。 使用该刺激辐射(20),存储层(10)被刺激以发射对应于存储在存储层(10)中的信息的发射辐射。 设备(1)还包括接收由存储层(10)发射的发射辐射的接收装置(3)。 用于设定预定距离(28,59)的距离装置(30,56)位于接收装置(3)和存储层(10)之间。 驱动装置一方面在辐射源(2)和接收装置(3)之间的输送方向(A)和存储层(10)之间传递相对运动。
    • 4. 发明授权
    • Roll stand with multiple rolls
    • 卷架与多卷
    • US06314782B1
    • 2001-11-13
    • US09631232
    • 2000-08-02
    • Werner StahlAxel Barten
    • Werner StahlAxel Barten
    • B21B1314
    • B21B13/147B21B37/24B21B37/42B21B2205/02B21B2269/04B21B2269/18B21B2273/22
    • A roll stand with multiple rolls for rolling strip-shaped rolling stock has a roll frame and upper and lower working rolls mounted on the roll frame in a common vertical roll axis plane, wherein the rolling stock is guided between the upper and lower working rolls forming a roll set. Upper and lower support roll insert parts are mounted on the roll frame. Two upper support rolls are mounted in the upper support roll insert parts and support the upper working roll, and two lower support rolls are mounted in the lower support roll insert parts and support the lower working roll. The two upper and the two lower support rolls are arranged symmetrically to the vertical roll axis plane, respectively. Working roll bending devices are mounted on the roll frame and act on the upper and lower working rolls. Balancing devices are mounted on the roll frame and advance and balance the upper and lower support rolls. The two upper and two lower support rolls are axially moveable independently from one another relative to a vertical center plane of the roll frame, extending perpendicularly to the vertical roll axis plane, by same or different axial displacement lengths in order to compensate roll set bending of the roll set and to provide adjustment to a width of the roll stock for flexible rolling via the working rolls.
    • 具有轧制带状轧制机的多个轧辊的轧机机架具有辊架,上辊和下工作辊以共同的垂直辊轴平面安装在轧辊架上,其中轧制机构在上下工作辊之间形成 卷组。 上下支撑辊插入部件安装在辊架上。 两个上支撑辊安装在上支撑辊插入部分中并支撑上工作辊,并且两个下支撑辊安装在下支撑辊插入部分中并支撑下工作辊。 两个上支撑辊和两个下支撑辊分别对称于垂直辊轴平面。 工作辊弯曲装置安装在辊架上并作用在上下工作辊上。 平衡装置安装在卷筒架上,推进并平衡上下支承辊。 两个上部和两个下部支撑辊相对于辊框架的垂直中心平面彼此独立地轴向移动,通过相同或不同的轴向位移长度垂直于垂直辊轴平面延伸,以便补偿 并且为了通过工作辊进行柔性轧制,提供对轧辊坯料宽度的调节。
    • 5. 发明授权
    • Universal folding condenser for microscopes
    • 显微镜通用折叠式冷凝器
    • US5539573A
    • 1996-07-23
    • US211952
    • 1994-05-04
    • Karl-Josef SchalzWerner Stahl
    • Karl-Josef SchalzWerner Stahl
    • G02B21/06G02B21/08G02B21/00
    • G02B21/08
    • A universal folding condenser (1) with a support plate (4), which is fastened on the microscope and has an arm (4') angled off through 90.degree., is described. Arranged in the support plate (4) is a fixed lens (5). Above the support plate (4) there is provided a first, rectangularly shaped swivel arm (7) with a condenser head and a lens element (2) for optional introduction into the path of the illuminating beam (11). Arranged underneath the support (4) is a second, rectangularly shaped swivel arm (8) with a second lens element (3). The two swivel arms (7, 8) are forcibly coupled by means of a shifting linkage (6) in such a way that, for objectives with low magnification, the two lens elements (2, 3) are introduced into the path of the illuminating beam (11) and, for objectives with high magnification, only the condenser head is introduced into the path of the illuminating beam (11).
    • PCT No.PCT / DE93 / 00868 Sec。 371日期:1994年5月4日 102(e)日期1994年5月4日PCT提交1993年9月15日PCT公布。 出版物WO94 / 07169 日期1994年3月31日描述了一种具有支撑板(4)的通用折叠式冷凝器(1),其被固定在显微镜上并且具有横过90°的角度的臂(4')。 布置在支撑板(4)中的是固定透镜(5)。 在支撑板(4)上方设置有第一矩形旋转臂(7),其具有聚光镜头和透镜元件(2),用于可选地引入照明光束(11)的路径中。 布置在支撑件(4)下面的是具有第二透镜元件(3)的第二矩形旋转臂(8)。 两个旋转臂(7,8)通过移动联动装置(6)被强制地联接,使得对于低放大倍率的物镜,两个透镜元件(2,3)被引入照明路径 光束(11),并且对于高放大倍数的物镜,只有聚光镜头被引入到照明光束(11)的路径中。
    • 6. 发明授权
    • Procedure for the draining of sludge
    • 污泥排水程序
    • US4997579A
    • 1991-03-05
    • US473952
    • 1990-02-13
    • Werner PadbergNorbert GrosWerner Stahl
    • Werner PadbergNorbert GrosWerner Stahl
    • B01D21/00
    • B01D21/00B01D21/245B01D21/30
    • Procedure for draining of sludge, especially flocculent flotation sludge, including introducing water-sludge mixture into a settling tank with an overflow and removing the settled sludge layer from the settling tank with a slanted conveyor. Horizontal grooves are then pressed in the sludge layer by section roller rows arranged over the slanted conveyor belt. The water extracted from the sludge layer is collected and canalized in these horizontal grooves. The back-flowing water is then collected and guided off in water drainage systems arranged over the slanted conveyor. These water drainage systems are tilted toward and enter a front side of the horizontal grooves. This collected water may either be eliminated directly or returned to the settling tank.
    • PCT No.PCT / DE89 / 00428 Sec。 371日期1990年2月13日 102(e)1990年2月13日PCT PCT 1989年6月28日PCT公布。 WO90 / 00080 PCT出版物 日期1990年1月11日。污泥排放,特别是絮凝浮选污泥的排水处理,包括将水泥混合物引入沉淀池中,并用倾斜输送机从沉淀池中除去沉降的污泥层。 然后通过设置在倾斜输送带上的分段辊排将水平沟槽压在污泥层中。 从污泥层提取的水在这些水平沟槽中收集并收集。 然后将回流的水收集并排出在倾斜输送机上布置的排水系统中。 这些排水系统倾斜并进入水平槽的前侧。 这种收集的水可以直接排除或返回到沉淀池。
    • 8. 发明授权
    • Equipment for controlling the supply of fresh liquid in liquid treatment
of photographic emulsion carriers
    • 用于控制照相乳剂载体液体处理中新鲜液体供应的设备
    • US3947856A
    • 1976-03-30
    • US439760
    • 1974-02-05
    • Emile Frans StievenartJurgen MullerWerner Stahl
    • Emile Frans StievenartJurgen MullerWerner Stahl
    • G03G15/11G03D3/06G03D3/02
    • G03D3/065
    • A bath container for liquid treatment of a photographic emulsion carrier has a refill bottle which automatically adds fresh liquid to maintain the liquid level. An overflow maintains the maximum liquid level. A pump having an intake as far removed as possible from the refill bottle serves to circulate the liquid. It further serves to forceably remove liquid from the container corresponding to the quantity of emulsion carrier processed. The signal signifying the quantity of processed emulsion carrier is furnished by a selector switch while scanning the emulsion carrier and connects a capacitor to a constant current source in the presence of the emulsion carrier and to a discharge circuit, in turn connected to circuits which energize the exhaust pump operation, in the absence of the emulsion carrier. Further circuits directly connected to the capacitor serve to energize the exhaust pump operation when the voltage across the capacitor has reached a predetermined voltage.
    • 用于液体处理照相乳剂载体的浴容器具有补充瓶,其自动添加新鲜液体以维持液面。 溢流保持最高液位。 具有尽可能远离再充填瓶的进气口的泵用于使液体循环。 它进一步用于强制地从容器中除去与处理的乳液载体的量相对应的液体。 表示加工乳液载体量的信号由扫描乳剂载体时由选择器开关提供,并且在乳剂载体存在的情况下将电容器连接到恒流源,并且连接到放电电路,而放电电路又连接到通电 排气泵运行时,无乳化载体。 当电容器两端的电压已经达到预定电压时,直接连接到电容器的其它电路用于激励排气泵操作。
    • 10. 发明授权
    • Device and method for reading out information stored in a storage layer
    • 用于读出存储在存储层中的信息的装置和方法
    • US07342243B2
    • 2008-03-11
    • US10610273
    • 2003-06-30
    • Werner Stahl
    • Werner Stahl
    • G03B42/08
    • G03B42/02G03B42/08
    • A device and method for reading out information stored in a storage layer using a receiving device for receiving emission radiation that has been emitted from the storage layer. In this connection the storage layer is supported on a support surface that is defined by an x-y plane and a relative movement is generated between the receiving device and the storage layer in the x direction. The receiving device or the storage layer is guided during the generation of the relative movement by a guide system, on a guide surface that is independent of the storage layer. When guiding the receiving device, the level of the guide surface in a z direction coincides with the level of the support surface in the z direction.
    • 一种用于使用接收装置读出存储在存储层中的信息的装置和方法,用于接收从存储层发射的发射辐射。 在这方面,存储层被支撑在由x-y平面限定的支撑表面上,并且在x方向上在接收装置和存储层之间产生相对移动。 接收装置或存储层在导向系统的相对运动的产生期间在与存储层独立的引导表面上被引导。 当引导接收装置时,引导表面在z方向上的高度与z方向上的支撑表面的水平重合。