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    • 2. 发明授权
    • Ion-generator for producing an air flow
    • 用于产生空气流的离子发生器
    • US4559467A
    • 1985-12-17
    • US446136
    • 1982-12-02
    • Friedrich K. BeckmannHorst DotschDieter Gossel
    • Friedrich K. BeckmannHorst DotschDieter Gossel
    • F24F3/16A61L9/22B01J19/08H01T14/00H01T23/00H05H5/02
    • H01T23/00
    • An ion-generator for producing an air flow includes a plurality of rectangularly shaped plate electrodes spaced from one another and respectively lying in planes parallel to the direction of the air flow, such plate electrodes extending perpendicularly to the direction of the air flow, the edge of each plate electrode facing upstream being rounded. There is a plurality of rows of needle electrodes disposed upstream of the plate electrodes and extending perpendicularly to the direction of the air flow, such rows of needle electrodes being respectively associated with and oriented towards the gaps between the plate electrodes, the tips of all the needle electrodes being disposed in a plane perpendicular to the direction of the air flow. There is an electrically conductive rod-shaped support for each row of needle electrodes, such rod-shaped supports being arranged parallel to the rounded edges of the plate electrodes. An electrically insulating material covers each rod-shaped support and its associated row of needle electrodes except for the tip of each needle electrode. The plate electrodes are connected to one terminal of a high-voltage d.c. source; and the rod-shaped supports are connected to the other terminal of such d.c. source.
    • 用于产生空气流的离子发生器包括彼此间隔开并分别位于平行于空气流动方向的平面中的多个矩形板状电极,这样的平板电极垂直于空气流的方向延伸,边缘 面向上游的每个平板电极是圆形的。 有多排针电极设置在平板电极的上游并且垂直于空气流的方向延伸,这些针电极行分别与板电极之间的间隙相关联并且朝向板电极之间的间隙定向,所有这些尖端 针状电极设置在垂直于空气流动方向的平面内。 每行针电极都有一个导电的棒状支撑件,这种棒状支撑件平行于平板电极的圆形边缘布置。 电绝缘材料覆盖每个针状电极的尖端以外的每个棒状支撑件及其相关的针电极行。 板电极连接到高电压直流的一个端子。 资源; 并且杆状支撑件连接到这种直流的另一端。 资源。
    • 4. 发明申请
    • Device and Method for Examining Magenetic Characteristics of Objects
    • 检测物体的魔法特征的装置和方法
    • US20070241749A1
    • 2007-10-18
    • US11597559
    • 2005-05-25
    • Ulrich SchandaHorst DotschCarsten HolthausAlexei TrifonovJurgen Schutzmann
    • Ulrich SchandaHorst DotschCarsten HolthausAlexei TrifonovJurgen Schutzmann
    • G01R33/00G01R33/02
    • G07D7/04G07D7/12
    • The invention concerns a device and a method for examining magnetic properties of objects, in particular of sheet material such as for example bank notes. Therein the invention proceeds from a device (1) and a method for examining magnetic properties of objects (BN), in particular of sheet material such as for example bank notes, with a magneto-optical layer (42) having magnetic domains, the optical properties of the magneto-optical layer (42) being influenceable by the magnetic properties of the object (BN) to be examined, at least one light source (2) for the generation of light incident upon the magneto-optical layer (42), and at least one sensor (6) for the reception of light which is transmitted and/or reflected by the magneto-optical layer (42), with a magnetic field (B∥) in the area of the magneto-optical layer (42) which extends substantially parallel to the surface of the magneto-optical layer (42).
    • 本发明涉及用于检查物体,特别是诸如纸币的片材的磁特性的装置和方法。 其中,本发明从具有磁畴的磁光层(42)的装置(1)和用于检查物体(BN)的磁特性,特别是诸如纸币的片材的磁性的方法进行。 磁光层(42)的特性受被检查物体(BN)的磁特性的影响,至少一个用于产生入射到磁光层(42)上的光的光源(2) 以及至少一个用于接收由磁光层(42)传输和/或反射的光的传感器(6),在该区域中具有磁场(B‖) 大致平行于磁光层(42)的表面延伸的磁光层(42)。
    • 5. 发明授权
    • Walking beam furnace
    • 步行梁炉
    • US4466792A
    • 1984-08-21
    • US440252
    • 1982-11-05
    • Corrado BallabeneHorst Dotsch
    • Corrado BallabeneHorst Dotsch
    • B65G25/02F26B15/12F27B9/20F27B9/14B65G25/00F27D1/16
    • B65G25/02F26B15/12F27B9/203
    • The invention relates to a walking beam furnace wherein the walking beams can be lowered beyond their operative stroke to a maintenance position. The actuating device for the walking beams comprises a hydraulic, pneumatic or electric assembly (10) and a wheel (16) rotatably mounted around a stationary axis and a preferably flexible drive-transmitting member (20) which is formed, for example, by a cable, a sprocket chain or the like, and is pivotably connected to said wheel (16). The flexible drive-transmitting member can rest on the peripheral surface of the wheel (16) both during the operative stroke of the walking beams (7) and during their lowering stroke to the maintenance position. The ramps, whereon the lifting rollers (6) for the walking beams (7) run, comprise a less-inclined upper stretch (3) and a successive more-inclined stretch (4). However, the drive-transmitting member can rest, during the operative stroke, on a support member which is co-axial with the wheel and has a smaller diameter than the wheel. In the latter case, the ramps whereon the lifting rollers (6) move may have a uniform slope.
    • 本发明涉及一种步进梁式炉,其中步行梁可以超出其操作行程而降低到维护位置。 用于步进梁的致动装置包括液压,气动或电动组件(10)和围绕固定轴线可旋转地安装的轮(16)和优选地柔性的驱动传递构件(20),该构件例如由 电缆,链轮链等,并且可枢转地连接到所述车轮(16)。 在步行梁(7)的操作行程期间和在其下降行程期间,柔性驱动传递部件可以在轮(16)的外周表面上搁置到维护位置。 用于步行梁(7)的提升辊(6)的斜坡包括较小倾斜的上部拉伸(3)和连续的更多倾斜的拉伸(4)。 然而,驱动传递构件可以在操作行程期间在与车轮同轴并且具有比车轮小的直径的支撑构件上放置。 在后一种情况下,提升辊(6)移动的坡道可以具有均匀的坡度。