A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
GLACIER (GREAT RIVER) WATER CIRCULATION/GLOBAL SYSTEM AND THE LIKE
PROBLEM TO BE SOLVED: To provide a global scale water transport/supply system that substantially suppresses sea level rise caused by fusion of an ice floor (glacier) etc. generally worried together with thermal expansion of sea water, the fusion and thermal expansion being caused by recent abnormal weather/global warming, and effectively uses glacier water (fresh water as pure as possible) generated at the time of collapse or the like of the glacier (collected from an iceberg or the like) to make water circulation preferentially around drought (drought damage) areas in the world at any time.SOLUTION: Global (glacier) water transport of, for example, (surplus) glacier water obtained by fusion using (artificial) heat of fusion to a glacier (iceberg) or the like caused by special warming is performed at any time to around a still seriously arid region through a kind of sea-bottom water pipe (such as a submarine cable already constituting a worldwide global network) capable of specially withstanding water pressure and so on in the deep sea.SELECTED DRAWING: Figure 1
【課題】近年の異常気象・地球温暖化により、概ね、海水の熱膨張とともに懸念される氷床（氷河）等の融解による海面上昇を少なからず、抑制し、尚且つ、その氷河の崩壊等の際に生じる（氷山等から採取した）氷河水（極力、高純度の淡水）を有効利用して、随時、世界中の干ばつ（干害）地域あたりに、優先的に水流通させつつ、地球規模での水輸送・供給システムを提供する。【解決手段】随時、さしたる温暖化に伴った氷河（氷山）等への（人工的な）融解熱を利用して、その融けた（有り余りの）氷河水などを特段、深海の水圧云々にも耐え得る（既に、全世界規模での地球網を構築する海底ケーブルの様な）海底送水管類を介しながら、なお深刻な乾燥地帯辺りへとグローバルに（氷河）水輸送する。【選択図】図１
GLACIER (GREAT RIVER) WATER CIRCULATION/GLOBAL SYSTEM AND THE LIKE
PROBLEM TO BE SOLVED: To provide a global scale water transport/supply system that substantially suppresses sea level rise caused by fusion of an ice floor (glacier) etc. generally worried together with thermal expansion of sea water, the fusion and thermal expansion being caused by recent abnormal weather/global warming, and effectively uses glacier water (fresh water as pure as possible) generated at the time of collapse or the like of the glacier (collected from an iceberg or the like) to make water circulation preferentially around drought (drought damage) areas in the world at any time.SOLUTION: Global (glacier) water transport of, for example, (surplus) glacier water obtained by fusion using (artificial) heat of fusion to a glacier (iceberg) or the like caused by special warming is performed at any time to around a still seriously arid region through a kind of sea-bottom water pipe (such as a submarine cable already constituting a worldwide global network) capable of specially withstanding water pressure and so on in the deep sea.SELECTED DRAWING: Figure 1
【課題】近年の異常気象・地球温暖化により、概ね、海水の熱膨張とともに懸念される氷床（氷河）等の融解による海面上昇を少なからず、抑制し、尚且つ、その氷河の崩壊等の際に生じる（氷山等から採取した）氷河水（極力、高純度の淡水）を有効利用して、随時、世界中の干ばつ（干害）地域あたりに、優先的に水流通させつつ、地球規模での水輸送・供給システムを提供する。【解決手段】随時、さしたる温暖化に伴った氷河（氷山）等への（人工的な）融解熱を利用して、その融けた（有り余りの）氷河水などを特段、深海の水圧云々にも耐え得る（既に、全世界規模での地球網を構築する海底ケーブルの様な）海底送水管類を介しながら、なお深刻な乾燥地帯辺りへとグローバルに（氷河）水輸送する。【選択図】図１
GLACIER (GREAT RIVER) WATER CIRCULATION/GLOBAL SYSTEM AND THE LIKE
氷河（大河）水流通・グローバルシステム等
KAMIUCHI KINGO (author)
2017-12-21
Patent
Electronic Resource
Japanese
IPC:
E03B
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