A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SEABED RESOURCE MINING SYSTEM
PROBLEM TO BE SOLVED: To provide an apparatus for efficiently mining seabed resources found on a seabed surface layer and in sediment accumulated thereon.SOLUTION: A seabed resources mining system is for mining underground resources (methane hydrate, cobalt, rare metals, etc.) found in a seabed surface layer and in sediment accumulated thereon, and includes: a self-traveling mining apparatus with a mining machine, a crusher and an air pressure feeder; a stage on which the air pressure feeder is installed to transfer crushed substances sent out from the self-traveling mining apparatus to a seabed resource recovery ship on the sea; a horizontal transfer tube capable of controlling rectilinear force and circular force while transferring the crushed substances from the self-traveling mining apparatus to the stage; and a vertical transfer tube capable of controlling rectilinear force and circular force while transferring the crushed substances from the stage to the seabed resource recovery ship.SELECTED DRAWING: Figure 1
【課題】海底に存在する表層及び堆積物中に存在する海底資源を効率よく採掘する装置を提供する。【解決手段】海底に存在する表層及び堆積物中に存在する地下資源（メタンハイドレート、コバルト、レアメタル他）を掘削する場合において、採掘機と破砕機と送圧機を備えた自走式採掘装置と、該自走式採掘装置から送り出された破砕物を洋上の海底資源回収船へ移送するための送圧機が配されたステージと、前記破砕物を前記自走式採掘装置から前記ステージへ移送中に直進力・円形力を制御できる横移送チューブと、前記ステージから洋上の前記海底資源回収船へ移送中に直進力・円形力を制御できる縦移送チューブからなることを特徴とする海底資源採掘システム。【選択図】図１
SEABED RESOURCE MINING SYSTEM
PROBLEM TO BE SOLVED: To provide an apparatus for efficiently mining seabed resources found on a seabed surface layer and in sediment accumulated thereon.SOLUTION: A seabed resources mining system is for mining underground resources (methane hydrate, cobalt, rare metals, etc.) found in a seabed surface layer and in sediment accumulated thereon, and includes: a self-traveling mining apparatus with a mining machine, a crusher and an air pressure feeder; a stage on which the air pressure feeder is installed to transfer crushed substances sent out from the self-traveling mining apparatus to a seabed resource recovery ship on the sea; a horizontal transfer tube capable of controlling rectilinear force and circular force while transferring the crushed substances from the self-traveling mining apparatus to the stage; and a vertical transfer tube capable of controlling rectilinear force and circular force while transferring the crushed substances from the stage to the seabed resource recovery ship.SELECTED DRAWING: Figure 1
【課題】海底に存在する表層及び堆積物中に存在する海底資源を効率よく採掘する装置を提供する。【解決手段】海底に存在する表層及び堆積物中に存在する地下資源（メタンハイドレート、コバルト、レアメタル他）を掘削する場合において、採掘機と破砕機と送圧機を備えた自走式採掘装置と、該自走式採掘装置から送り出された破砕物を洋上の海底資源回収船へ移送するための送圧機が配されたステージと、前記破砕物を前記自走式採掘装置から前記ステージへ移送中に直進力・円形力を制御できる横移送チューブと、前記ステージから洋上の前記海底資源回収船へ移送中に直進力・円形力を制御できる縦移送チューブからなることを特徴とする海底資源採掘システム。【選択図】図１
SEABED RESOURCE MINING SYSTEM
海底資源採掘システム
KIKUKAWA KIYOSHI (author) / KIKUKAWA KOSUKE (author)
2016-12-08
Patent
Electronic Resource
Japanese