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WINDMILL PUMP TYPE FISHERY FACILITY AND WINDMILL MARINE RANCH

机译：温迪普泵类渔业设施和温迪姆海洋牧场

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摘要

PPROBLEM TO BE SOLVED: To provide a windmill type marine ranch as a rich fishery, constituted with windmill pump type fishery facilities pumping up deep sea water containing high concentrations of nutritious salts by windmill pumps, and growing fishes and shellfishes by a food chain based on planktons and sea algae grown by the deep sea water. PSOLUTION: The facility is constituted by arranging/installing a windmill body at the upper end of a pump tube body penetrating through and supported by a hollow floating body exposed on the sea surface, and a pump and a discharging port under the water surface, also penetrating and connecting a temperature-elevating growing bed held in the sea at a level lower than the discharging port of the hollow floating body and arranging a water-receiving membrane at the lower part of a gap between the pumping tube body and the hollow floating body and joining its lower end with a sea bottom sinker. The windmill marine ranch is obtained by suitably arranging unit windmill marine ranches constituted by connecting/arranging many such facilities through a floor net. Also, a float type windmill marine ranch is obtained by suitably arranging the many unit float type windmill marine ranches constituted with many float type windmill type fishery facilities which are provided by joining hanging weights at the lower ends of the pump tube bodies. The method for growing marine organisms by these means is also provided. PCOPYRIGHT: (C)2005,JPO&NCIPI

机译：

要解决的问题：提供一种风车式海洋牧场作为丰富的渔业，由风车泵式渔业设施构成，用风车泵抽出深海海水，其中含高浓度的营养盐，并通过食物养鱼和贝类链是基于深海水所生长的浮游生物和海藻。

解决方案：该设施是通过将风车机体布置/安装在穿过暴露于海面的中空浮体并由其支撑的泵管体的上端以及水下的泵和排出口来构成的。在表面上，还穿透并连接保持在海中的温度升高的生长床，该温度升高的生长床的高度低于中空漂浮体的排出口，并且在泵管体与泵的间隙的下部布置有吸水膜。空心浮体，其下端与海底沉降片相连。通过适当地布置单元风车海洋牧场而获得风车海洋牧场，该单元通过地板网连接/布置许多这样的设施而构成。另外，通过适当地布置由许多浮式风车式渔业设施构成的多单元浮式风车海洋牧场而获得浮式风车海洋牧场，所述浮式风车海洋牧场通过在泵管主体的下端处连接重物而设置。还提供了通过这些手段生长海洋生物的方法。

版权：（C）2005，JPO＆NCIPI 展开▼

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公开/公告号JP2005052136A

专利类型
公开/公告日2005-03-03

原文格式PDF
申请/专利权人 KINOSHITA TERUO;
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申请/专利号JP20030436082
发明设计人 KINOSHITA TERUO;
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申请日2003-12-01
分类号A01K61/00;F03D9/00;
国家 JP
入库时间 2022-08-21 22:30:34

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