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    • 21. 发明授权
    • Solar device with an air receiver and air return
    • 太阳能装置带有空气接收器和空气回流
    • US5483950A
    • 1996-01-16
    • US196245
    • 1994-02-17
    • Gunter KeintzelManfred Schmitz-GoebHans W. Fricker
    • Gunter KeintzelManfred Schmitz-GoebHans W. Fricker
    • F24S20/20F24J2/02
    • F24J2/28F24J2/07Y02E10/41Y02E10/44
    • A solar device has an air receiver with a housing and an absorber connected within the housing. The absorber is heated by solar radiation. The absorber has an upstream side and a downstream side, wherein a stream of air is guided through the absorber from the upstream side to the downstream side and heated to generate heated air and wherein said heated air is cooled to produce useable heat energy and cooled air. A device for returning at least a portion of the cooled air as return air in a plurality of partial streams to the absorber is provided for guiding the partial streams through the absorber counter to the stream of air without mixing therewith from the downstream side to the upstream side. A device for deflecting the partial stream at the upstream side is provided for deflecting the partial streams toward the upstream side.
    • PCT No.PCT / EP93 / 01877 Sec。 371日期1994年2月7日 102(e)日期1994年2月7日PCT提交1993年7月16日PCT公布。 公开号WO94 / 02788 日期:1994年2月3日。太阳能装置具有一个空气接收器,其外壳和吸收器连接在壳体内。 吸收器被太阳辐射加热。 吸收器具有上游侧和下游侧,其中空气流从上游侧引导至下游侧并被加热以产生加热的空气,并且其中所述加热的空气被冷却以产生可用的热能和冷却的空气 。 提供了用于使至少一部分冷却空气作为返回空气返回到多个部分流到吸收器的装置,用于将部分流引导通过吸收器与空气流相反,而不会从下游侧到上游 侧。 提供了用于使上游侧偏转部分流的装置,用于将部分流偏向上游侧。
    • 24. 发明授权
    • Apparatus for burning fuels while reducing the nitrogen oxide level
    • 用于燃烧燃料同时降低氮氧化物水平的装置
    • US4810186A
    • 1989-03-07
    • US903987
    • 1986-09-04
    • Klaus-Dieter RennertWolfgang Schreier
    • Klaus-Dieter RennertWolfgang Schreier
    • F23C5/32F23C6/04F23C99/00F23D1/00
    • F23C6/047F23C5/32F23C2201/101
    • A method and firing equipment for burning solid, liquid, or gaseous fuels, especially pulverized coal. The method includes the steps of tangentially introducing main fuel via main burners into a combustion chamber, where the fuel is burned, introducing reducing fuel via reduction burners into the combustion chamber to reduce the nitrogen oxides produced during the combustion of the main fuel, with the reducing fuel being burned under partial stoichiometric conditions, and, to ensure the burning-out of the fuel introduced into the combustion chamber, introducing burn-air above the feed of the main fuel and the reducing fuel, with a helically rising flow being provided in the combustion chamber. The reducing fuel of a given reduction burner is mixed, at a given distance from the opening of the associated main burner, with the curved afflux leaving that main burner for helical flow about the center of the combustion chamber.
    • 一种用于燃烧固体,液体或气体燃料,特别是煤粉的方法和燃烧设备。 该方法包括以下步骤:将主燃料通过主燃烧器切向引入到燃烧室中,其中燃料被燃烧,通过还原燃烧器将还原燃料引入燃烧室中以减少主燃料燃烧期间产生的氮氧化物, 减少在部分化学计量条件下燃烧的燃料,并且为了确保引入燃烧室的燃料燃烧,在主燃料和还原燃料的进料上方引入燃烧空气,其中提供螺旋形上升的流动 燃烧室。 给定的还原燃烧器的还原燃料在相关联的主燃烧器的开口距离给定距离处与弯曲的流体相混合,离开该主燃烧器用于围绕燃烧室的中心的螺旋流。
    • 25. 发明授权
    • Process and apparatus for machining the rim of a head
    • 用于加工头部边缘的工艺和设备
    • US4764063A
    • 1988-08-16
    • US840110
    • 1986-03-14
    • Gerd RabeGerd Pollak
    • Gerd RabeGerd Pollak
    • B23B5/16B23B3/26B23B3/28B23Q9/02B23Q35/10B23C1/20
    • B23Q9/02B23B3/265B23Q35/102Y10T408/554Y10T408/935Y10T409/30644
    • A portable apparatus including a four-legged support that is equipped with adjustable support bases. The apparatus also includes a centering mechanism that includes rotatable eccentric discs, and a modified rotating unit, the rotating arm of which is provided with an adjustment mechanism that is equipped with a sensing device, and with a tracing device that is equipped with various copying templates and is coupled with a machining or processing tool for machining the rim of a flanged, flat, dished semi-ellipsoidal head in preparation for a welding seam connection with a tubular member to produce a circular cylindrical reaction vessel. The apparatus is installed in the upwardly open head coaxial to the axis of the latter. During each rotation of the rotating arm, the machining tool experiences a feed movement and an adjustment movement that is corrected for the geometry of the workpiece or head.
    • 一种便携式设备,包括配有可调支撑底座的四足支架。 该装置还包括一个定心机构,其包括可旋转的偏心盘,以及一个改装的转动单元,其旋转臂设置有一个配有传感装置的调节机构,以及配有各种复印模板的跟踪装置 并且与加工或加工工具相结合,用于加工法兰平坦的碟形半椭圆形头部的边缘,以准备与管状构件的焊缝连接以产生圆柱形反应容器。 该装置安装在与其相对轴线同轴的向上打开的头部中。 在旋转臂的每次旋转期间,加工工具经历进给运动和针对工件或头部的几何形状校正的调节运动。
    • 26. 发明授权
    • Method and apparatus for removing solids from pressurized process system
    • 从加压过程系统中去除固体的方法和设备
    • US4734110A
    • 1988-03-29
    • US21974
    • 1987-03-05
    • Ulrich PremelRalf U. Hartermann
    • Ulrich PremelRalf U. Hartermann
    • B01D46/00B01D46/42B01D46/48B01D50/00B01D51/00B01J8/00B04C9/00C10J3/84B01D46/04
    • B01J8/006B01D50/002B04C9/00C10J3/482C10J3/56C10J3/78C10J3/84B04C2009/004C10J2300/093
    • A method and apparatus for removing solid material from a process system pressurized by a process gas, especially process gases having a high content of solid material. The method operates cyclically. In a first cycle, the solid material is separated, via filter cartridges of sintered material, and accompanied by pressure-relief, practically completely from pressure-relieved gas in a pressurized receiving tank. In a second cycle, the solid material is removed from the receiving tank. In a third cycle, while simultaneously cleaning the filter cartridges of solid material adhering thereto, the receiving tank is pressurized. Finally, in a fourth cycle, solid material is removed from the process system. The apparatus includes a receiving tank, with at least two filter cartridges being provided on the gas outlet side thereof. The filter cartridges, alone or together with a prior connected cyclone for separating-out large-grained particles of solid material, can be disposed in the receiving tank or a tank is separate therefrom.
    • 一种从由工艺气体加压的工艺系统中去除固体材料的方法和装置,特别是具有高含量固体材料的工艺气体。 该方法循环运行。 在第一个循环中,固体材料通过烧结材料的过滤筒分离,并伴随着压力释放,实际上完全从加压接收罐中的压力释放气体分离出来。 在第二个循环中,将固体材料从接收槽中取出。 在第三循环中,在同时清洁附着在其上的固体材料的滤筒的同时,接收罐被加压。 最后,在第四个循环中,将固体材料从工艺系统中除去。 该装置包括一个接收罐,在其气体出口侧设有至少两个滤筒。 过滤筒单独或与先前连接的旋风分离器用于分离固体材料的大颗粒颗粒,可以设置在接收罐中,或者罐与其分离。
    • 27. 发明授权
    • Process and apparatus for the dry sluicing of grit, slag or sediments
from pressurized systems
    • 用于从加压系统进行砂浆,矿渣或沉积物的干式冲洗的方法和装置
    • US4731937A
    • 1988-03-22
    • US811526
    • 1985-12-20
    • Ulrich PremelRalf-Uwe HartermannDietmar DeggimJurgen PollerKlaus Weinzierl
    • Ulrich PremelRalf-Uwe HartermannDietmar DeggimJurgen PollerKlaus Weinzierl
    • C10J3/08C10J3/52F26B7/00F26B17/14
    • C10J3/08C10J3/26C10J3/52C10J3/526C10J3/74C10J3/76C10J3/78C10J3/84
    • A process for the dry sluicing of sediment from pressurized systems, such as gasification processes, in which gravitationally conveyed sediments are cooled to below their release temperature before removal. The sediments are cooled via indirect heat exchange, such as radiation cooling, to below their release point in a first zone, and are then further cooled indirectly as well as directly via cool countercurrent gas in a second zone to temperatures below 300.degree. C., the sediment route in the second zone being lengthened by deflection of at least a part of the sediment, the sediment being removed via a sluice. The apparatus for performing the process includes a pressure resistant tank with a conical lower portion containing outlet branches, one outlet branch of which includes an externally cooled sediment conduit, the upper section of which includes straight and diagonal jacket surfaces, the bottom section including a vertical sediment shaft to which a first sluicing valve, a sluice and an additional sluicing valve are connected in sequence.
    • 一种从加压系统中进行干式沉淀的方法,例如气化过程,其中重力输送的沉积物在去除之前被冷却到其释放温度以下。 沉淀物通过间接热交换(例如辐射冷却)冷却至低于其在第一区域中的释放点,然后间接地进一步冷却,并且通过第二区域中的冷逆流气体直接冷却到低于300℃的温度, 通过至少一部分沉积物的偏转,第二区域中的沉积物路线被延长,沉积物通过闸门被去除。 用于执行该过程的装置包括耐压罐,其具有包含出口分支的锥形下部,其一个出口分支包括外部冷却的沉积物导管,其上部包括直的和对角的护套表面,底部包括垂直 沉积物轴,顺序地连接有第一闸阀,闸门和附加的分流阀。