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    • 3. 发明授权
    • Apparatus and method for performing external surface work on ship hulls
    • 在船体上进行外表面工作的装置和方法
    • US5353729A
    • 1994-10-11
    • US99434
    • 1993-07-30
    • Richard A. GoldbachWilliam A. WagnerFrank E. McConnellJoseph H. Hoffman
    • Richard A. GoldbachWilliam A. WagnerFrank E. McConnellJoseph H. Hoffman
    • B63C5/02B63B59/06B63B59/00
    • B63B59/06
    • Dry, particulate abrasive for use in abrasive blast cleaning of a ship hull is supplied to blasting pots from abrasive supply hopper assemblies lifted into place from a recycling station. Spent abrasive, with debris, is collected and placed on a conveyor belt extending parallel to the keel blocks, for conveying the collected material to the recycling station. There, the collected material is processed to remove undersized and foreign material from the reuseable abrasive grit. The latter is loaded into supply hopper assemblies, which are crane-lifted back into supplying relation with respective blasting pots. By preference, the abrasive blasting work takes place from elevatable, curtain-enclosed platforms supported on a drydock floor, the blasting pots are located on the drydock wing wall, the abrasive grit is ferromagnetic and recovered from the drydock floor partly with the aid of a magnetic abrasive pick-up unit, and the recycling station is located on a barge moored at an end of the drydock.
    • 用于船体磨料喷砂清理的干燥颗粒磨料从提炼到回收站的磨料供料斗组件提供给喷砂锅。 废弃的具有碎屑的磨料被收集并放置在平行于龙骨块延伸的传送带上,用于将收集的材料输送到回收站。 在那里,处理收集的材料以从可再利用的磨料砂粒中除去不合格和异物。 后者被装载到供料斗组件中,供料斗组件被起重机提升回到与各个喷射锅供应关系。 优选的是,喷砂工作是从支撑在干坞地板上的可升高的窗帘式平台进行的,喷砂锅位于干坞翼壁上,研磨砂砾是铁磁性的,部分借助于 磁性研磨拾取单元,并且回收站位于在干船坞末端停泊的驳船上。
    • 5. 发明授权
    • Outside payoff
    • 外部收益
    • US4162050A
    • 1979-07-24
    • US831085
    • 1977-09-06
    • William A. WagnerFrank W. Kotzur
    • William A. WagnerFrank W. Kotzur
    • B65H49/02B65H49/12B65H55/00
    • B65H49/12B65H49/02B65H2701/31
    • Method and apparatus for providing outside payoff from a wound package of flexible strip-like material wherein the package is mounted on a swivable support member through a radial hole in the wound material. The support member is mounted to enable oscillation about its longitudinal axis and the wound material is paid-off the package from its outer end by pulling it in a direction transverse to the longitudinal axis of the wound material and the support member. Tension forces may be provided to the support tube to prevent premature throw-off of the wind by controlling the oscillation of the package. Such tension forces may be provided by springs attached to the support tube or by mounting the support tube on a torque motor.
    • 用于从柔性条状材料的卷绕包装提供外部支付的方法和装置,其中所述包装通过所述缠绕材料中的径向孔安装在可选择的支撑构件上。 支撑构件被安装成能够围绕其纵向轴线摆动,并且缠绕材料通过沿横向于卷绕材料和支撑构件的纵向轴线的方向拉动而从其外端部分收回包装。 可以向支撑管提供张力,以通过控制包装的振荡来防止风吹过度。 这种拉力可以由附接到支撑管的弹簧或通过将支撑管安装在扭矩马达上来提供。
    • 6. 发明授权
    • Process for detoxifying a bottoms draw-off from a high temperature
chlorination reactor
    • 从高温氯化反应器中解毒塔底馏出物的方法
    • US4804479A
    • 1989-02-14
    • US171995
    • 1988-03-23
    • Wolfgang W. SchneiderWilliam A. Wagner
    • Wolfgang W. SchneiderWilliam A. Wagner
    • A62D3/00A62D3/34A62D3/38A62D101/22B09B3/00C07C17/02C02F1/74
    • C07C17/02Y10S210/912
    • Under certain operating conditions, an emulsion of an acidified unfiltrable tarry bottoms stream from a reactor for the chlorination of ethylene to 1,2-dichloroethane can be demulsified and separated in a phase separation tank. The presence of FeCl.sub.3 in an amount more than 5 ppm Fe in the separated organic waste, fouls the reboiler and lower internals of a "heavies" column in which the separated organic waste is concentrated, and deactivates the catalyst in a Catoxid fluid bed reactor in which the concentrate is burned. By maintaining an iron salt chlorination catalyst in a concentration which results in 2000 ppm to 4000 ppm of Fe in the HTC reactor bottoms, and operating the HTC reactor at a temperature in the range from about 90.degree. C. to 120.degree. C. and a pressure in the range from 9 psig to 12 psig, an unfiltrable reactor bottoms drawoff is produced which may be acidified without forming an emulsion. Formation of an emulsion is avoided by mixing each volume of the HTC bottoms drawoff with at least 50 volumes of dilute aqueous HCl in a concentration range from 2 to 4% so as to demulsify the emulsion into aqueous acid and organic phases. The mixture is gravity-separated in a phase separation tank by decantation. The lower layer (60-70% by wt EDC, the remainder being heavies) is concentrated by recovering EDC overhead and producing a bottoms concentrate in which the Fe is present in no more than 50 ppm. The concentrate may be economically disposed of in a Catoxid reactor using a support-free gamma alumina catalyst found to be highly sensitive to iron.
    • 7. 发明授权
    • Straight hole formation with moving guide path
    • 带移动导轨的直孔形成
    • US4085902A
    • 1978-04-25
    • US787304
    • 1977-04-14
    • William A. Wagner
    • William A. Wagner
    • B65H54/28B65H55/04B65H55/02
    • B65H54/28B65H55/046B65H2701/31Y10S242/901
    • In winding coils of great wall thickness, such coils including a plurality of layers each formed of a plurality of figure-8s with the cross-overs progressing angularly around in each layer and with a radial hole extending from the outside of the coil into the axial opening thereof, by previous winding methods it is likely that the hole will be curved, even in cases where the guide for traversing the flexible material on the mandrel is spaced away from the mandrel and the outside of the wound material. In order to prevent the formation of a curved hole and to ensure that the hole is substantially radial, the guide carrier is moved in such a way that the line from the carrier to the surface of the coil always remains substantially tangential to the package at the same angular position in space with respect to the mandrel.
    • 在大壁厚的绕组线圈中,这些线圈包括多个层,每个层由多个图形8形成,交叉线在每个层中成角度地延伸,并且具有从线圈的外部延伸到轴向的径向孔 通过先前的卷绕方法,即使在用于横穿心轴上的柔性材料的导向件与心轴和卷绕材料的外部间隔开的情况下,孔也可能是弯曲的。 为了防止弯曲孔的形成并且确保孔基本上是径向的,导向架以这样的方式移动,使得从载体到线圈表面的线总是保持与包装处于基本上相切的位置 相对于心轴在空间中的相同角位置。