首页> 外国专利> HIGHLY EFFICIENT METHOD AND ITS DEVICE FOR CONVECTION FLOW TEMPERATURE DIFFERENCE PRIME MOVER

HIGHLY EFFICIENT METHOD AND ITS DEVICE FOR CONVECTION FLOW TEMPERATURE DIFFERENCE PRIME MOVER

机译:对流流温差主移的高效方法及其装置

摘要

PROBLEM TO BE SOLVED: To generate electricity pollution-free, durable and high in efficiency at low cost by forming a high pressure super efficient tornade of a centrifugal separation type within each cylinder by the difference in low temperature between the surface layer water and deep layer water of the ocean and the like, to mix the deep layer nutritious water (cold water) with the surface layer water to activated fishing ground, and to adjust rainfall of low atmospheric pressure of typhoon by lowing of the surface layer water temperature by large-sized power generation. ;SOLUTION: High pressure air within a heating convection flow path 6 comprising a high temperature transfer spiral bellows formed in a great number of cylinders 1 vertically floated at intervals, is heated by surface layer water to reduce weight so as to be raised up while being spirally rotated, and simultaneously, high pressure gas in the vicinity of V-shaped fins of a cold water path in deep layer water and the like, becomes heavier, and thereby descends downward so as to centrifugally enter into a cooling convection path with pressure, so that it is turned out to be rotated at high speed. Massive torque is thereby generated by a cynerigistic effect and centrifugal separation pressure, and the leading rotation of a circumferential wall rotor 7 thereby allows fluid friction to be markedly decreased, and enables electric power high in output to be generated at extraordinary low cost.;COPYRIGHT: (C)2000,JPO
机译:要解决的问题:通过在表层水和深层之间的低温差异在每个气缸内形成一个离心分离型高压超高效汽缸,从而以低成本产生无污染,持久且效率高的电力海洋等水,将深层营养水(冷水)与表层水混合到活化的渔场,并通过大幅度降低表层水温来调节台风低气压的降雨。规模的发电。 ;解决方案:加热对流流路6中的高压空气包括高温传递螺旋波纹管,该波纹管形成于间隔一定时间垂直浮动的多个气缸1中,并由表层水加热以减轻重量,从而在上升的同时上升螺旋旋转,同时,深层水等中的冷水路径的V形鳍片附近的高压气体变重,并向下下降,从而在压力下离心进入冷却对流路径,从而证明它可以高速旋转。由此,通过离心力和离心分离压力产生大转矩,并且周向壁转子7的超前旋转使得流体摩擦显着减小,并且能够以极低的成本产生高输出功率。 :(C)2000,日本特许厅

著录项

  • 公开/公告号JP2000303947A

    专利类型

  • 公开/公告日2000-10-31

    原文格式PDF

  • 申请/专利权人 ABE TOSHIHIRO;

    申请/专利号JP19990118280

  • 发明设计人 ABE TOSHIHIRO;

    申请日1999-04-26

  • 分类号F03G7/04;

  • 国家 JP

  • 入库时间 2022-08-22 02:01:11

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