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    • 31. 发明授权
    • Electrostatic separation of chaff from grain
    • 谷壳的静电分离
    • US06225587B1
    • 2001-05-01
    • US08884496
    • 1997-06-27
    • E. Cordell LundahlBrandon EliasonJoe HaysJeff StoutRobert WagnerMark WangsgaardRandall Wuthrich
    • E. Cordell LundahlBrandon EliasonJoe HaysJeff StoutRobert WagnerMark WangsgaardRandall Wuthrich
    • B03C700
    • A23B9/06B03C7/06B03C7/08
    • A method and device for the electrostatic separation of chaff from grain. An nonconductive continuous belt moves a mixture of grain and chaff past an ionizing electrode, which imparts an electrical charge to the grain particles and the particles of chaff within the mixture. A grounded electrically conductive rotating drum spaced apart from the end of the continuous belt toward which the mixture of chaff and grain is transported so that the charged particles will be acted upon both by the force of gravity and the electrical field between the particles and the grounded drum with the result that the grain particles, having a greater ratio of mass density to electrical charge than do the particles of chaff will be influenced principally by gravity and caused to fall toward the ground while the particles of chaff will be influenced primarily by the electrostatic field and attracted to the drum, the rotation of which drum will move the attracted particles of chaff up and over the ground drum to the side of the grounded drum that is away from the continuous belt where a scraper assures that virtually all of the chaff is removed from the grounded drum.
    • 用于将谷壳与谷物静电分离的方法和装置。 不导电的连续带将谷物和谷壳的混合物移动通过电离电极,其向混合物内的颗粒和谷壳颗粒施加电荷。 与连续带的端部间隔开的接地的导电旋转鼓,谷物和谷物的混合物将被输送,使得带电粒子将通过重力和颗粒之间的电场与接地 鼓的结果是,质量密度与电荷的比例大于谷壳颗粒的颗粒粒子将主要受重力的影响并且导致落在地面上,而谷壳颗粒将主要受到静电的影响 并且吸引到鼓上,鼓的旋转将吸引的颗粒物料移动到接地鼓上方,使其离开连续带的接地鼓的侧面,在那里刮刀确保几乎所有的谷壳是 从接地的鼓中取出。
    • 33. 发明授权
    • Pressure-tight vessel for the storage of hydrogen in a metal matrix body
    • 用于在金属基质体中储存氢的耐压容器
    • US4583638A
    • 1986-04-22
    • US661430
    • 1984-10-16
    • Otto BernauerRobert Wagner
    • Otto BernauerRobert Wagner
    • F17C11/00
    • F17C11/005Y02E60/321
    • A pressure-tight vessel for the storage of hydrogen in a metal matrix body and in which a matrix body is arranged in a tube preferably made of aluminum, the outside diameter of the matrix body before activation is less than the inside diameter of the vessel, and in which discs are provided filling the tube cross-section, which discs rest against the end faces of the matrix body and are displaceable axially outwards against resistance within the tube, as a result of which it becomes possible for the matrix body to expand in the axial direction. For a faster absorption and emission of hydrogen, the matrix body is preferably provided with a central extraction tube which is guided through the discs. Any deformation of the vessel as a result of changes in volume of the matrix body is avoided by this construction.
    • 一种压力容器,用于在金属基质体中储存氢,并且其中基质体布置在优选由铝制成的管中,活化前的基体的外径小于容器的内径, 并且其中设置有填充管横截面的盘,该盘支撑在基体的端面上,并且能够抵抗管内的阻力向轴向移动,结果使得基体能够在 轴向。 为了更快的吸收和释放氢,基质体优选地设置有引导通过盘的中心抽取管。 通过这种结构避免了由于基体的体积变化导致的容器的任何变形。
    • 34. 发明申请
    • GPS TRACKING SYSTEM AND METHOD EMPLOYING PUBLIC PORTAL PUBLISHING LOCATION DATA
    • GPS跟踪系统和采用公共出口位置数据的方法
    • US20130104035A1
    • 2013-04-25
    • US13281181
    • 2011-10-25
    • Robert WagnerVincent LeeRob Phillips
    • Robert WagnerVincent LeeRob Phillips
    • G06F15/16G06F3/048G06F17/00
    • G06Q30/02G06F16/29G06F21/10G06F2221/2111H04L63/10H04L67/02H04W4/029
    • A GPS tracking device sends multiple real-time location coordinates to a database which is then published on a secured webpage containing a map and device location. The GPS tracking device owner can retrieve the publishing code or URL from the secured webpage and can then publish the portal in any public internet media outlet such as websites, internet 1Vs and mobile devices. With this method, the owner can share the real-time location of the GPS devices to the user being shared without security verification or software installation on the user's computer or mobile device. To share the location of the GPS tracking device, the owner needs only to embed a set of publishing codes on a webpage or share a web URL. This method is beneficial for anyone wanting to share real-time physical location. The user can access the shared location by viewing the published public portal without security verification.
    • GPS跟踪设备向数据库发送多个实时位置坐标,然后将数据库发布在包含地图和设备位置的安全网页上。 GPS跟踪设备所有者可以从安全的网页中检索发布代码或URL,然后可以在诸如网站,互联网1V和移动设备的任何公共互联网媒体出版物上发布门户。 通过这种方法,所有者可以在用户的​​计算机或移动设备上安全验证或软件安装时,将共享GPS设备的实时位置共享给被共享的用户。 要分享GPS跟踪设备的位置,所有者只需要在网页上嵌入一组发布代码或共享网址。 这种方法对于想要共享实时物理位置的任何人都是有益的。 用户可以通过查看已发布的公共门户来访问共享位置,而无需安全验证。
    • 36. 发明申请
    • RAILING GUIDE
    • 铁路指导
    • US20100258409A1
    • 2010-10-14
    • US12741190
    • 2008-11-04
    • Roland KäsThomeas WollnyThomas LehnerRobert Wagner
    • Roland KäsThomeas WollnyThomas LehnerRobert Wagner
    • B65G21/20
    • B65G21/2054B65G21/2072
    • The invention relates to a guide arrangement for guiding moving containers, comprising at least one guide element (4) which extends in a predefined extension direction (E) at least in some sections along the transport path of the containers, and at least one holding device (10) which holds the guide element (4) at a predetermined position relative to the transport path. According to the invention, the holding device (10) has a clamp element (6) which clamps the guide element (4), wherein the clamp element (6) bears against the guide element (4) in a direction perpendicular to the extension direction (E), and the guide element (4) has in its cross-section two holding sections (9a, 9b) and a wall section (8) which is formed between these holding sections (9a, 9b) and in one piece with these holding sections (9a, 9b), wherein these holding sections (9a, 9b) are curved at least by 90° and an outer circumference of the holding sections (9a, 9b) is in contact with the clamp element (6) at least in some sections, and the guide element (4) has a recess (18) which is formed by the wall section (8) and the holding sections (9a, 9b) and by which a further guide device (12) can be held.
    • 本发明涉及一种用于引导移动容器的引导装置,包括至少一个引导元件(4),所述至少一个引导元件(4)至少沿着容器的传送路径的一些部分沿预定的延伸方向(E)延伸,以及至少一个保持装置 (10),其将引导元件(4)保持在相对于输送路径的预定位置。 根据本发明,保持装置(10)具有夹紧引导元件(4)的夹紧元件(6),其中夹紧元件(6)沿垂直于延伸方向的方向抵靠引导元件(4) (E),并且导向元件(4)的横截面具有两个保持部(9a,9b)和形成在这些保持部(9a,9b)之间的一个壁部(8) 保持部分(9a,9b),其中这些保持部分(9a,9b)至少弯曲90°,并且保持部分(9a,9b)的外周与夹紧元件(6)至少在 一些部分,并且引导元件(4)具有由壁部(8)和保持部(9a,9b)形成的凹部(18),并且可以保持另外的引导装置(12)。