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STEAM JET REACTIVE MARINE PROPULSION UNITS

机译:蒸汽喷射反应舰船推进装置

摘要

1319510 Marine propulsion A P PEDRICK 8 Dec 1970 58201/70 Heading B7V In a marine propulsion unit of the same general form as that described in Specifications 997,738, 1,066,049 and 1,066,050, a flash distillation process is employed to obviate saltscaling. The propulsion unit is a jet-propulsion unit in which the jet is produced by stream derived from boiling the water through which the associated ship is to be propelled, a pump being driven by the same steam and the water to be boiled being delivered to the boiler by this pump. To prevent salt-scaling, salt water entering the propulsion tube at one end, 2, is impelled by the pump 4 to enter a plurality of smaller tubes 7 which are in heat-exchange relationship with the indicated flow path from and to the heat source via the pipes 11 and 12. The tubes 7 have fine nozzles 10 at their outlet ends, and the effect is stated to be that water under pressure at a temperature above 100‹ C. is the only medium in any of the pipes and tubes. On emerging from the nozzles, however, boiling takes place immediately, producing the required steam jet. Any precipitation of salt scale at this stage is carried away by the steam jets. As they emerge, the jets impinge on turbine blades 6 which drive the pump 4. The propulsion unit may be applied to a variety of marine craft some examples of which are depicted in Figs. 2 to 8 (not shown).
机译:1319510船舶推进装置A P PRICK 1970年12月8日58201/70标题B7V在与规格997,738、1,066,049和1,066,050中所述的一般形式相同的船舶推进装置中,采用了闪蒸工艺来避免结垢。推进单元是喷射推进单元,其中,喷射流是由沸腾水的流产生的,通过该流将相关船推进,泵由相同的蒸汽驱动,并且待沸腾的水被输送到船上。锅炉通过这个泵。为了防止盐垢,盐水从一端进入推进管2,由泵4推动,进入多根较小的管子7,这些管子与所示的从热源到热源的流路具有热交换关系。经由管11和12。管7在其出口端具有细喷嘴10,并且据称效果是在压力高于100℃的压力下的水是任何管和管中的唯一介质。但是,从喷嘴出来时,沸腾立即发生,产生所需的蒸汽射流。在此阶段,盐垢的任何沉淀都会被蒸汽喷流带走。当它们出现时,射流撞击在驱动泵4的涡轮叶片6上。推进单元可以应用于各种船舶,在图1和图2中示出了一些示例。 2至8(未示出)。

著录项

  • 公开/公告号GB1319510A

    专利类型

  • 公开/公告日1973-06-06

    原文格式PDF

  • 申请/专利权人 PEDRICK A P;

    申请/专利号GBD1319510

  • 发明设计人

    申请日1970-12-08

  • 分类号B63H11/12;

  • 国家 GB

  • 入库时间 2022-08-23 06:36:49

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