JP2023065701A - Tsunami countermeasure floating body device - Google Patents
Tsunami countermeasure floating body device Download PDFInfo
- Publication number
- JP2023065701A JP2023065701A JP2023037851A JP2023037851A JP2023065701A JP 2023065701 A JP2023065701 A JP 2023065701A JP 2023037851 A JP2023037851 A JP 2023037851A JP 2023037851 A JP2023037851 A JP 2023037851A JP 2023065701 A JP2023065701 A JP 2023065701A
- Authority
- JP
- Japan
- Prior art keywords
- floating body
- members
- floating
- tsunami
- water
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 254
- 239000013535 sea water Substances 0.000 claims description 125
- 239000012530 fluid Substances 0.000 claims description 48
- 239000002352 surface water Substances 0.000 claims description 42
- 230000000149 penetrating effect Effects 0.000 claims description 35
- 230000005484 gravity Effects 0.000 claims description 30
- 238000010248 power generation Methods 0.000 claims description 29
- 238000007599 discharging Methods 0.000 claims description 17
- 238000009360 aquaculture Methods 0.000 claims description 14
- 244000144974 aquaculture Species 0.000 claims description 14
- 229910000831 Steel Inorganic materials 0.000 claims description 13
- 230000002265 prevention Effects 0.000 claims description 13
- 239000010959 steel Substances 0.000 claims description 13
- 230000000903 blocking effect Effects 0.000 claims description 11
- 239000007788 liquid Substances 0.000 claims description 11
- 239000002184 metal Substances 0.000 claims description 11
- 238000010438 heat treatment Methods 0.000 claims description 10
- 239000012528 membrane Substances 0.000 claims description 10
- 238000002955 isolation Methods 0.000 claims description 8
- 230000005611 electricity Effects 0.000 claims description 6
- 239000013505 freshwater Substances 0.000 claims description 6
- 230000005674 electromagnetic induction Effects 0.000 claims description 5
- 230000013011 mating Effects 0.000 claims description 4
- 238000009413 insulation Methods 0.000 claims 2
- 238000013459 approach Methods 0.000 description 8
- 230000008878 coupling Effects 0.000 description 4
- 238000010168 coupling process Methods 0.000 description 4
- 238000005859 coupling reaction Methods 0.000 description 4
- 238000009833 condensation Methods 0.000 description 1
- 230000005494 condensation Effects 0.000 description 1
- 230000006698 induction Effects 0.000 description 1
- 235000015097 nutrients Nutrition 0.000 description 1
- 230000035515 penetration Effects 0.000 description 1
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A10/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE at coastal zones; at river basins
- Y02A10/11—Hard structures, e.g. dams, dykes or breakwaters
Landscapes
- Revetment (AREA)
Abstract
Description
本発明は津波により岸に近づいたとき津波対策浮体部材が回転して防波堤になる津波対策浮体装置を提供することを目的とする。 SUMMARY OF THE INVENTION An object of the present invention is to provide a tsunami countermeasure floating body device in which a tsunami countermeasure floating body member rotates to become a breakwater when a tsunami approaches a shore.
我が国は災害大国であり、特に南海地震の津波対策は喫緊の課題である。 Japan is a disaster-prone country, and tsunami countermeasures especially for the Nankai earthquake are an urgent issue.
本出願人は鎖状津波対策浮島（特開2015-214861号）、津波対策環状漁業浮島（特許5969565号）及び深層水温度差発電津波対策環状装置（特許6318328号）を既に提案している。 The present applicant has already proposed a chain-shaped tsunami countermeasure floating island (Japanese Patent Application Laid-Open No. 2015-214861), a tsunami countermeasure annular fishery floating island (Patent No. 5969565), and a tsunami countermeasure annular device for deep water temperature difference power generation (Patent No. 6318328).
本発明第一の目的は誘導浮体部材により誘導され津波により前記誘導浮体部材が岸に近づいたとき津波対策浮体部材が回転して防波堤になる津波対策浮体装置を提供することである。
本発明の第二の目的は鎖状津波対策浮体装置を提供することである。
A first object of the present invention is to provide a tsunami countermeasure floating body device which is guided by a tsunami countermeasure floating body member and rotates to become a breakwater when the guidance float member approaches the shore due to a tsunami.
A second object of the present invention is to provide a chain tsunami countermeasure floating device.
本発明の津波対策浮体装置は、水面から一定の深さを有する誘導浮体を具備するとともに前記誘導浮体と鎖によりつながれ前記誘導浮体の深さより深い深さの底面接触部を有するとともに所定の幅と長さを有し表面又は裏面に浮体を備えた浮体防波堤部を有する津波対策浮体部材を具備し、岸に近づいたとき浮体防波堤部材が防波堤になることを特徴とする。
本発明の鎖状津波対策浮体装置は、前記津波対策浮体部材の浮体防波堤部の水面上の高さを交互に変更し前記所定の幅より短い幅で固定部材により複数の前記誘導浮体部材を固定し前記所定の幅より短い幅により前記誘導浮体部材をことにより鎖状に前記津波対策浮体部材を備え、岸に近づいたとき津波対策浮体部材の浮体防波堤部が交互に重なって防波堤になることを特徴とする。
請求項1の鎖状津波対策浮体装置は、海面から一定の深さを有すると共に所定の重量を有する底部と海面上に高さが１５メートル以上の空気層及び鎖を繋ぐ筒を備える誘導浮体部材と
前記誘導浮体部材の深さより大きな深さの接触部を備えると共に所定の幅と津波を防止するための長さを有する浮体防波堤部を備えた津波対策浮体部材と
複数の前記津波対策浮体部材の浮体防波堤部の海面上の高さを交互に変更し前記所定の幅より短い幅で前記複数の誘導浮体部材を固定する固定部材
を具備し、
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体防波堤部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触することにより複数の浮体防波堤部が海面から海上に浮上し浮体防波堤部による浮力がない複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の浮体防波堤部が防波堤となることを特徴とする。
請求項２の鎖状津波対策浮体装置は 海面から一定の深さを有すると共に所定の重量を有する底部と海面上に高さが１５メートル以上の空気層及び鎖を繋ぐ筒を備える誘導浮体部材と
対策前記誘導浮体部材の深さより大きな深さの接触部を備えると共に所定の幅と津波を防止するための長さを有する浮体防波堤部を備えた津波対策浮体部材と
複数の前記津波対策浮体部材の浮体防波堤部の海面上の高さを交互に変更し前記所定の幅より短い幅で複数の前記誘導浮体部材を固定する複数の固定部材
を具備し、
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体防波堤部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数
の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触し浮体防波堤部による浮力がない複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の浮体防波堤部が防波堤となることを特徴とする。
請求項３に記載の鎖状津波対策浮体装置は 海面から一定の深さを有すると共に所定の重量を有する底部と海面上に高さが１５メート ル以上の空気層及び鎖を繋ぐ筒を備える誘導浮体部材と
前記誘導浮体部材の深さより大きな深さの接触部と所定の幅と15メートル以上の津波を防止するための深さを有する垂直の防波堤部を備えると共に所定の幅と津波による更なる回転を阻止するための長さを有する浮体回転阻止部を備えた津波対策浮体部材と
複数の前記津波対策浮体部材の垂直の防波堤部の位置を交互に変更し前記所定の幅より短い幅で複数の前記誘導浮体部材を固定する固定部材
を具備し、
前記複数の誘導浮体部材の筒と前記複数の津波対浮体部材の浮体回転防止部の先端部が鎖により繋がれ前記複数の津波対策浮体部材が前記複数の誘導浮体部材により誘導されて津波により移動し前記複数津波対策浮体部材の接触部と海底面が接触することにより複数の浮体回転防止部が海面から海上に浮上し複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂 浜或いは海底面を乗り上げ複数の津波対策浮体部材が更に回転して前記垂直の防波堤部が防波堤となることを特徴とする。
請求項４に記載の鎖状津波対策浮体装置は
海面から一定の深さを有するとともに所定の重量を有する底部をと海面上に高さが1５メートル以上の空気層及び鎖を繋ぐ筒を備えた誘導浮体部材と
前記誘導浮体部材の深さより大きな深さの接触部と所定の幅と15メートル以上の津波を防止するための深さを有する垂直の防波堤部を備えると共に所定の幅と津波による更なる回転を阻止するための長さ有する浮体回転阻止部を備えた誘導浮体部材と
所定の幅より短い幅で前記複数の津波対策浮体部材の垂直の防波堤部の位置を交互に変更し前記所定の幅より短いは 底部に津波に耐えうる重量の海水と海面上高さが５メートル以上（望ましくは１５メートル）の空気層及び上面に鎖を繋ぐ筒を備えた誘導浮体部材と幅で複数の前記誘導浮体部材を固定する固定部材
を具備し
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体回転阻止部の先端部とが鎖により繋がられた複数の前記津波対策浮体部材が前記複数の誘導浮体部材の誘導で津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触し複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材が更に回転して前記垂直の防波堤部が防波堤となり複数の浮体回転阻止部が複数の前記津波対策浮体部材の更なる回転を阻止することを特徴とする。
請求項5 に記載の鎖状津波対策浮体装置は 底部に津波に耐えうる重量の海水と海面上高さが５メートル以上（望ましくは１５メートル）の空気層及び上面に鎖を繋ぐ筒を備えた誘導浮体部材との海水と海面上高さが５メートル以上（望ましくは１５メートル）の空気層及び上面に鎖を繋ぐ筒を備えた誘導浮体部材と、前記誘導浮体部材の外部に配置され前記誘導浮体部材の深さより大きな深さの底部接触部及び所定の幅と津波を防止するための長さで表面或いは裏面に又は表面及び裏面に浮体を有する浮体防波堤部を備え前記浮体防波堤部の先端部と前記誘導浮体部材の筒と鎖により繋がれる鋼鉄製の津波対策浮体部材と、前記津波対策浮体部材の浮体防波堤部の水面上の高さを交互に変更し前記所定の幅より狭い幅で例えば金属結合部材で結合した複数個の誘導浮体部材と、前記複数個の誘導浮体部材の何れかに配置された自然エネルギー発電装置と、前記複数個の誘導浮体部材を環状に結合した環状誘導浮体部材と、前記環状誘導浮体部材を折り曲げ可能に鎖により結合した鎖状環状誘導浮体部材と、前記環状誘導浮体部材により保持された漁撈装置或いは養殖装置と、水面上の下部の水排出用開口を上部に具備し深層水を取水する水取水開口を下部に具備する水循環用管と、前記水循環用管の内部を貫通し内部の水面が前記水循環用管外の水面と同じの際前記水排出用開口を閉鎖する比重が水より小さな環状内部貫通部材と、前記水循環用管内での前記環状内部貫通部材の上部の空気を前記自然エネルギー発電の電力により排気する排気手段と、前記水循環用管を保持し前記水排出用開口より排出された深層水を一時貯水して外部に排出する一時貯水槽を具備する浮体構造物を前記環状誘導浮体部材の内部に配置され、
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体防波堤部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触することにより複数の浮体防波堤部が海面から海上に前記浮上し複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の浮体防波堤部が防波堤となることを特徴とする。
請求項６ に記載の鎖状津波対策浮体装置は 底部に津波に耐えうる重量の海水と海面上高さが５メートル以上（望ましくは１５メートル）の空気層及び上面に鎖を繋ぐ筒を備えた誘導浮体部材と、前記誘導浮体部材の深さより大きな深さの接触部と所定の幅と15メートル以上の津波を防止するための深さを備えた垂直の底部接触防波堤部及び所定の幅と更なる回転を阻止するための長さで表面或いは表面及び裏面に例えば中空膜体等の浮体を有する浮体回転阻止部を備え前記誘導浮体部材の前記筒と前記浮体回転阻止部の先端部とが鎖により繋がれた鋼鉄製の津波対策浮体部材と、前記津波対策浮体部材の底部接触防波堤部の位置を交互に変更し前記所定の幅より狭い幅で例えば金属結合部材で結合した複数個の誘導浮体部材と、前記複数個の誘導浮体部材の何れかに配置された自然エネルギー発電装置と、前記複数個の誘導浮体部材を環状に結合した環状誘導浮体部材と、前記環状誘導浮体部材を折り曲げ可能に鎖により結合した鎖状環状誘導浮体部材と、前記環状誘導浮体部材により保持された漁撈装置或いは養殖装置と、水面上の下部の水排出用開口を上部に具備し深層水を取水する水取水開口を下部に具備する水循環用管と、前記水循環用管の内部を貫通し内部の水面が前記水循環用管外の水面と同じの際前記水排出用開口を閉鎖する比重が水より小さな環状内部貫通部材と、前記水循環用管内での前記環状内部貫通部材の上部の空気を前記自然エネルギー発電の電力により排気する排気手段と、前記水循環用管を保持し前記水排出用開口より排出された深層水を一時貯水して外部に排出する一時貯水して外部に排出する一時貯水槽を具備する浮体構造物を前記環状誘導浮体部材の内部に配置され、
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体回転防止部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数
の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触し複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の底部接触防波堤部が防波堤となることを特徴とする。
請求項７ に記載の深層水温度差発電津波対策鎖状環状漁業浮体装置は 作動流体ガ深層水に通過する凝縮器と、作動流体ガ表層水に通過するする蒸発器と、作動流体の気体を内蔵すると共に円周内部は太陽光を通過させる内外径の大きな大型円周型気密空間と、複数個の中間ボール或いは中間円筒コロと前記複数個の中間ボール或いは中間円筒コロと係合する内側壁を具備する大型外形支承部材及び前記複数個の中間ボール或いは中間円筒コロと係合する外側壁と作動気体の流れにより回転するため略等間隔の角度の固定された回転翼を具備する大型内側回転部材とを備え前記大型円周型気密空間内に内蔵された海面と略平行な大型円周状回転体構造物と、前記大型内側回転部材の回転に連動する磁石及びコイルが配置され電磁誘導により公知の如く発電する発電装置と、一端の上部に大きな内外径を具備し上部空気層と前記上部空気層の空気を排出する上部の空気排出開口と水面上の水排出用開口とを備え前記凝縮器を内蔵する大型円周状円筒深層水貯蔵槽と前記大型円周状円筒深層水貯蔵槽の下部に他端の深層水取水開口を備えたライザー管を具備する深層水取水構造物と前記大型円周状円筒深層水貯蔵槽の内部を貫通し内部の水面が前記大型円周状円筒深層水貯蔵槽外の水面と同じである際前記水排出用開口を閉鎖する比重が水より小さな円筒内部貫通部材とを有し前記大型円周状円筒深層水貯蔵槽内で前記上部空気層の空気を自然エネルギー手段により排気し前記大型円周状円筒深層水貯蔵槽内の水面を前記大型円周状円筒深層水貯蔵槽外の水面より上部に移動させることにより前記円筒内部貫通部材を前記大型円周状円筒深層水貯蔵槽の上部に移動させ前記水排出用開口より前記大型円周状円筒深層水貯蔵槽に貯蔵された深層水を外部に排出する大型深層水貯蔵浮体部材と、前記大型円周状円筒深層水貯蔵槽の外側に配置され底部から挿入される表層水を自然エネルギー発電手段により加熱する加熱手段を内蔵する円筒状表層水貯蔵浮体部材と、前記大型円周型気密空間の作動気体空間と前記凝縮器を連結する第一連結管を内蔵する例えば90度の角度で配置された4個の第一の気密性柱部材と、前記回転翼に噴射する先端ノズルを備え前記大型円周型気密空間の作動気体空間と前記蒸発器を連結する第二連結管を内蔵し円周上略等間隔の角度で配置される複数個の第二の気密性柱部材と、前記大型深層水貯蔵浮体部材と前記円筒状表層水貯蔵浮体部材を結合する例えば45度の角度で連結する8等分方向の断熱性遮断結合部材と、前記断熱性遮断結合部材の中央部に配置され前記蒸発器と前記凝縮器を連結する作動流体連結管と、前記円筒状表層水貯蔵浮体部材の外側に位置し海面上高さが１０メートル以上の空気層と津波に耐えうる重量を有し引張力に耐えうる厚みの筒と高さを備えた外壁誘導浮体部材と、前記外壁誘導浮体部材の多数個を前記円筒状表層水貯蔵浮体部材の外側に環状に配置した環状外壁誘導浮体部材と、前記多数個の外壁誘導浮体部材の何れかに備えられ底部に淡水を有する外壁誘導浮体部材と、前記多数個の外壁誘導浮体部材の何れかに配置された風力発電等の自然エネルギー発電装置と、前記 環状外壁誘導浮体部材により保持された漁撈装置或いは養殖装置と、前記外壁誘導浮体部材の外部に配置され所定の幅と津波を防止するための長さを有し前記外壁誘導浮体部材の筒と先端部が鎖により繋がれ表面或いは裏面に又は表面及び裏面に浮体を有する浮体防波堤部及び前記誘導浮体の深さより大きな深さの底部接触部を備えた鋼鉄製の津波対策浮体部材と、前記外壁誘導浮体部材を例えば金属結合部材により前記津波対策浮体部材の浮体防波堤部の水面上の高さを交互に変更し前記所定の幅より狭い幅で結合した複数個の複数個の環状外壁誘導浮体部材と、前記複数個の環状外壁誘導浮体部材を鎖により折り曲げ可能に結合した鎖状環状外壁誘導部材とを具備し、前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体防波堤部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触することにより複数の浮体防波堤部が海面から海上に前記浮上し複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の浮体防波堤部が防波堤となると共に前記大型円周状円筒深層水貯蔵槽内で前記円筒内部貫通部材の上部の空気を排気し前記大型円周状円筒深層水貯蔵槽内の水面を前記大型円周状円筒深層水貯蔵槽外の水面より上部に移動させることにより前記円筒内部貫通部材を上部に移動させ前記水排出用開口より貯蔵された深層水を前記大型円周状円筒深層水貯蔵槽の外に排出して前記ライザー管内の海水又は湖水を上部に移動させ前記深層水取水構造物内の海水又は湖水を循環することにより前記深層水取水開口より深層水を前記大型円周状円筒深層水貯蔵槽内に取水すると共に前記大型円周型気密空間の作動気体空間と前記凝縮器を連結する前記第一連結管を通過した前記作動気体が前記大型円周状円筒深層水貯蔵槽内に内蔵する前記凝縮器により液体の作動流体となり、前記液体の作動流体は前記作動流体連結管を介して前記円筒状表層水貯蔵浮体部材に内蔵された蒸発器を通過して気体の作動流体となり前記第二連結管に備えられた先端ノズルを介して大型内側回転部材の略等間隔の角度の固定された前記回転翼に噴射することを特徴とする。
請求項８ に記載の深層水温度差発電津波対策鎖状環状漁業浮体装置は 前記複数の津波対策浮体部、作動流体ガ深層水に通過する凝縮器と、作動流体ガ表層水に通過するする蒸発器と、作動流体の気体を内蔵すると共に円周内部は太陽光を通過させる内外径の大きな大型円周型気密空間と、複数個の中間ボール或いは中間円筒コロと前記複数個の中間ボール或いは中間円筒コロと係合する内側壁を具備する大型外形支承部材及び前記複数個の中間ボール或いは中間円筒コロと係合する外側壁と作動気体の流れにより回転するため略等間隔の角度の固定された回転翼を具備する大型内側回転部材とを備え前記大型円周型気密空間内に内蔵された海面と略平行な大型円周状回転体構造物と、前記大型内側回転部材の回転に連動する磁石及びコイルが配置され電磁誘導により公知の如く発電する発電装置と、一端の上部に大きな内外径を具備し上部空気層と前記上部空気層の空気を排出する上部の空気排出開口と水面上の水排出用開口とを備え前記凝縮器を内蔵する大型円周状円筒深層水貯蔵槽と前記大型円周状円筒深層水貯蔵槽の下部に他端の深層水取水開口を備えたライザー管を具備する深層水取水構造物と前記大型円周状円筒深層水貯蔵槽の内部を貫通し内部の水面が前記大型円周状円筒深層水貯蔵槽外の水面と同じである際前記水排出用開口を閉鎖する比重が水より小さな円筒内部貫通部材とを有し前記大型円周状円筒深層水貯蔵槽内で前記上部空気層の空気を自然エネルギー手段により排気し前記大型円周状円筒深層水貯蔵槽内の水面を前記大型円周状円筒深層水貯蔵槽外の水面より上部に移動させることにより前記円筒内部貫通部材を前記大型円周状円筒深層水貯蔵槽の上部に移動させ前記水排出用開口より前記大型円周状円筒深層水貯蔵槽に貯蔵された深層水を外部に排出する大型深層水貯蔵浮体部材と、前記大型円周状円筒深層水貯蔵槽の外側に配置され底部から挿入される表層水を自然エネルギー発電手段により加熱する加熱手段を内蔵する円筒状表層水貯蔵浮体部材と、前記大型円周型気密空間の作動気体空間と前記凝縮器を連結する第一連結管を内蔵する例えば90度の角度で配置された4個の第一の気密性柱部材と、前記回転翼に噴射する先端ノズルを備え前記大型円周型気密空間の作動気体空間と前記蒸発器を連結する第二連結管を内蔵し円周上略等間隔の角度で配置される複数個の第二の気密性柱部材と、前記大型深層水貯蔵浮体部材と前記円筒状表層水貯蔵浮体部材を結合する例えば45度の角度で連結する8等分方向の断熱性遮断結合部材と、前記断熱性遮断結合部材の中央部に配置され前記蒸発器と前記凝縮器を連結する作動流体連結管と、前記円筒状表層水貯蔵浮体部材の外側に位置し海面上高さが１０メートル以上の空気層と津波に耐えうる重量を有し引張力に耐えうる厚みの筒と高さを備えた外壁誘導浮体部材と、前記外壁誘導浮体部材の多数個を前記円筒状表層水貯蔵浮体部材の外側に環状に配置した環状外壁誘導浮体部材と、前記多数個の外壁誘導浮体部の何れかに備えられ底部に淡水を有する外壁誘導浮体部材と、前記多数個の外壁誘導浮体部材の何れかに配置された風力発電等の自然エネルギー発電装置と、前記環状外壁誘導浮体部材により保持された漁撈装置或いは養殖装置と、前記誘導浮体部材の深さより大きな深さの接触部と所定の幅と15メートル以上の津波を防止するための深さを備えた底部接触防波堤部及び所定の幅と更なる回転を阻止するための長さで表面或いは表面及び裏面に例えば中空膜体等の浮体を有する浮体回転阻止部を備え前記誘導浮体部材の前記筒と前記浮体回転阻止部の先端部とが鎖により繋がれた鋼鉄製の津波対策浮体部材と、前記外壁誘導浮体部材を例えば金属結合部材により前記津波対策浮体部材の底部接触防波堤部の位置を交互に変更し前記所定の幅より狭い幅で結合した複数個の環状外壁誘導浮体部材と、前記複数個の環状外壁誘導浮体部材を鎖により折り曲げ可能に結合した鎖状環状外壁誘導部材を具備し、
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体回転防止部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触し複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の底部接触防波堤部が防波堤となると共に前記大型円周状円筒深層水貯蔵槽内で前記円筒内部貫通部材の上部の空気を排気し前記大型円周状回転防止円筒深層水貯蔵槽内の水面を前記大型円周状円筒深層水貯蔵槽外の水面より上部に移動させることにより前記円筒内部貫通部材を上部に移動させ前記水排出用開口より貯蔵された深層水を前記大型円周状円筒深層水貯蔵槽の外に排出して前記ライザー管内の海水又は湖水を上部に移動させ前記深層水取水構造物内の海水又は湖水を循環することにより前記深層水取水開口より深層水を前記大型円周状円筒深層水貯蔵槽内に取水すると共に前記大型円周型気密空間の作動気体空間と前記凝縮器を連結する前記第一連結管を通過した前記作動気体が前記大型円周状円筒深層水貯蔵槽内に内蔵する前記凝縮器により液体の作動流体となり、前記液体の作動流体は前記作動流体連結管を介して前記円筒状表層水貯蔵浮体部材に内蔵された蒸発器を通過して気体の作動流体となり前記第二連結管に備えられた先端ノズルを介して大型内側回転部材の略等間隔の角度の固定された前記回転翼に噴射することを特徴とする。
The tsunami countermeasure floating body device of the present invention comprises a guide float having a certain depth from the surface of the water, is connected to the guide float by a chain, has a bottom surface contact portion deeper than the depth of the guide float, and has a predetermined width and width. A tsunami countermeasure floating body member having a floating body breakwater part having a length and having a floating body on its front surface or back surface is provided, and the floating body breakwater member functions as a breakwater when approaching the shore.
In the chain-shaped tsunami countermeasure floating body device of the present invention, the height above the water surface of the floating breakwater portion of the tsunami countermeasure floating member is alternately changed, and the plurality of guiding floating members are fixed by the fixing member with a width shorter than the predetermined width. With a width shorter than the predetermined width, the tsunami countermeasure floating member is provided in a chain shape, and when the tsunami countermeasure floating member approaches the shore, the floating breakwater portions of the tsunami countermeasure floating member alternately overlap to form a breakwater. Characterized by
The chain-shaped tsunami countermeasure floating device of claim 1 is a guided floating member comprising a bottom having a certain depth from the sea surface and having a predetermined weight, an air layer having a height of 15 meters or more above the sea surface, and a tube connecting the chain. and a tsunami countermeasure floating member having a contact portion with a depth greater than the depth of the guiding floating member and a floating breakwater portion having a predetermined width and length for preventing tsunami
a fixing member that alternately changes the height above the sea surface of the floating breakwater sections of the plurality of tsunami countermeasure floating members and fixes the plurality of guidance floating members with a width shorter than the predetermined width;
The plurality of tsunami countermeasure floating members, in which the cylinders of the plurality of guiding float members and the tips of the floating breakwater portions of the plurality of tsunami countermeasure floating members are connected by chains, are guided by the plurality of tsunami countermeasure floating members and moved by the tsunami. After the plurality of tsunami countermeasure floating members , which do not have the buoyancy of the floating breakwater portions, are rotated by gravity after the plurality of tsunami countermeasure floating members are rotated by gravity after the plurality of tsunami countermeasure floating members rise from the sea surface to the sea due to contact between the contact portions of the plurality of tsunami countermeasure floating members and the sea floor. When approaching a shore, the plurality of guidance floating members and the plurality of tsunami countermeasure floating members run over the sandy beach or the sea floor, and the floating breakwater portions of the plurality of tsunami countermeasure floating members serve as breakwaters.
The chain-shaped tsunami countermeasure floating device of claim 2 has a bottom portion having a certain depth from the sea surface and having a predetermined weight, an air layer having a height of 15 meters or more above the sea surface, and a guide floating member having a cylinder connecting the chain. Countermeasure A tsunami countermeasure floating member having a contact portion with a depth greater than the depth of the guiding floating member and a floating breakwater portion having a predetermined width and length for preventing tsunamis, and a plurality of the tsunami countermeasure floating members. A plurality of fixing members for alternately changing the height above the sea surface of the floating breakwater section and fixing the plurality of the guiding floating body members with a width shorter than the predetermined width,
The plurality of tsunami countermeasure floating members, in which the cylinders of the plurality of guiding float members and the tips of the floating breakwater portions of the plurality of tsunami countermeasure floating members are connected by chains, are guided by the plurality of tsunami countermeasure floating members and moved by the tsunami. Then, after the contact portions of the plurality of tsunami countermeasure floating members and the sea floor are in contact with each other and the plurality of tsunami countermeasure floating members without buoyancy due to the floating breakwater portion are rotated by gravity, when approaching the shore, the plurality of guidance floating members and the plurality of tsunami countermeasure floating members It is characterized in that the tsunami countermeasure floating member runs over a sandy beach or seabed, and the floating breakwater sections of the plurality of tsunami countermeasure floating members serve as a breakwater.
The chain-shaped tsunami countermeasure floating device according to claim 3 has a bottom part with a certain depth from the sea surface and a predetermined weight, an air layer with a height of 15 meters or more above the sea surface, and a guide tube that connects the chain. a floating body member; a contact portion with a depth greater than the depth of said guiding floating body member; A tsunami countermeasure floating body member having a float rotation prevention portion having a length for preventing rotation and a vertical breakwater portion of a plurality of said tsunami countermeasure floating body members are alternately changed to have a width shorter than said predetermined width. A fixing member for fixing the guide floating body member of
and
The tubes of the plurality of guiding float members and the tips of the float rotation preventing portions of the plurality of tsunami countermeasure float members are connected by chains, and the plurality of tsunami countermeasure floating members are guided by the plurality of tsunami countermeasure floating member members and moved by the tsunami. Then, when the contact portions of the plurality of tsunami countermeasure floating members come into contact with the sea floor, the plurality of float anti-rotation portions rise from the sea surface to the sea, and after the plurality of tsunami countermeasure floating members rotate due to gravity, when approaching the shore, the plurality of tsunami countermeasure floating members The guiding floating body member and the plurality of tsunami countermeasure floating body members ride on a sandy beach or the sea floor, and the plurality of tsunami countermeasure floating body members rotate further, so that the vertical breakwater portion functions as a breakwater.
The chain-shaped tsunami countermeasure floating device according to claim 4,
A guided floating body member with a bottom having a certain depth from the sea surface and having a predetermined weight, an air layer at a height of 15 meters or more above the sea surface, and a tube connecting a chain, and a depth greater than the depth of the said guided floating body member. Floating body anti-rotation with a contact part of height and a vertical breakwater part with a given width and depth to prevent a tsunami of 15 meters or more, and with a given width and length to prevent further rotation by a tsunami. alternately changing positions of the vertical breakwater portions of the plurality of tsunami countermeasure floating members with a width shorter than a predetermined width, and seawater having a weight capable of withstanding a tsunami at the bottom of the portion shorter than the predetermined width. and an air layer with a height above the sea surface of 5 meters or more (preferably 15 meters), a guide float member having a tube that connects a chain to the upper surface, and a fixing member that fixes a plurality of the guide float members with a width. The plurality of tsunami countermeasure floating body members, in which the cylinder of the guiding float member and the tips of the float rotation blocking portions of the plurality of tsunami countermeasure floating body members are connected by chains, are moved by the tsunami with the guidance of the plurality of tsunami countermeasure floating body members. After the contact portions of the plurality of tsunami countermeasure floating members and the sea floor come into contact with each other and the plurality of tsunami countermeasure floating members rotate due to gravity, when the shore is approached, the plurality of guidance floating member members and the plurality of tsunami countermeasure floating members move to the sandy beach or seabed. A plurality of tsunami countermeasure floating members run over the surface and further rotate, and the vertical breakwater portion becomes a breakwater, and a plurality of floating body rotation prevention portions prevent further rotation of the plurality of tsunami countermeasure floating members.
The chain-shaped tsunami countermeasure floating device according to claim 5 has seawater with a weight that can withstand a tsunami on the bottom, an air layer with a height of 5 meters or more (preferably 15 meters) above the sea surface, and a cylinder that connects the chain on the upper surface. A guidance floating body member provided with seawater and an air layer having a height of 5 meters or more (preferably 15 meters) above the sea surface and a cylinder connecting a chain to the upper surface of the guidance floating body member; A floating breakwater portion having a bottom contact portion with a depth greater than the depth of the floating member and a floating body having a predetermined width and length for preventing a tsunami on the surface or the back surface or on the surface and the back surface, and the tip portion of the floating breakwater portion. and a steel tsunami countermeasure floating member connected by a chain to the tube of the guidance floating member, and the height above the water surface of the floating breakwater portion of the tsunami countermeasure floating member are alternately changed to a width narrower than the predetermined width, for example A plurality of guided floating body members joined by metal bonding members, a natural energy power generation device arranged in one of the plurality of guided floating body members, and an annular guided floating body member formed by annularly joining the plurality of guided floating body members. a chain-like annular guide float member that is bendably connected to the annular guide float member by a chain; a fishing device or aquaculture device held by the annular guide float member; a water circulation pipe having a water intake opening at the bottom for taking in deep sea water; an annular inner penetrating member having a specific gravity smaller than that of water, an exhaust means for exhausting the air above the annular inner penetrating member in the water circulation pipe by the electric power of the natural energy power generation, and the water circulation pipe. A floating structure having a temporary water tank for temporarily storing deep-sea water discharged from the water discharge opening and discharging it to the outside is disposed inside the annular guiding floating body member,
The plurality of tsunami countermeasure floating members, in which the cylinders of the plurality of guiding float members and the tips of the floating breakwater portions of the plurality of tsunami countermeasure floating members are connected by chains, are guided by the plurality of tsunami countermeasure floating members and moved by the tsunami. Then, when the contact portions of the plurality of tsunami countermeasure floating members come into contact with the sea floor, the plurality of floating breakwater portions rise from the sea surface to the sea, and after the plurality of tsunami countermeasure floating members rotate due to gravity, when the shore is approached, the plurality of The guide floating member and the plurality of tsunami countermeasure floating members run over a sandy beach or the sea floor, and the floating breakwater portions of the plurality of tsunami countermeasure floating members serve as breakwaters.
The chain-shaped tsunami countermeasure floating device according to claim 6 is equipped with seawater having a weight that can withstand a tsunami on the bottom, an air layer with a height of 5 meters or more (preferably 15 meters) above the sea surface, and a cylinder that connects the chain on the upper surface. a guide float member, a contact section with a depth greater than the depth of the guide float member, a vertical bottom contact breakwater section with a predetermined width and a depth to prevent a tsunami of 15 meters or more, and a predetermined width and more. A floating body rotation blocking part having a floating body such as a hollow membrane on the surface or on the front and back sides with a length for blocking rotation is provided, and the tube of the guide floating body member and the tip of the floating body rotation blocking part are chained. The positions of the steel tsunami countermeasure floating body member and the bottom contact breakwater portion of the tsunami countermeasure floating body member are alternately changed, and a plurality of guided floats are joined with a width narrower than the predetermined width, for example, by a metal joint member. a member, a natural energy power generation device arranged on any one of the plurality of guided floating body members, an annular guided floating body member formed by annularly coupling the plurality of guided floating body members, and the annular guided floating body member being bendable. A chain-shaped annular guide float member connected by a chain, a fishing device or aquaculture device held by the annular guide float member, and a water intake opening having a water discharge opening at the top of the water surface and taking in deep sea water. and an annular inner penetration having a specific gravity smaller than that of water, which passes through the inside of the water circulation pipe and closes the water discharge opening when the water surface inside the water circulation pipe is the same as the water surface outside the water circulation pipe. a member, exhaust means for exhausting the air above the annular inner penetrating member in the water circulation pipe by the electric power of the natural energy power generation, and deep water discharged from the water discharge opening holding the water circulation pipe. A floating body structure having a temporary water storage tank for temporarily storing water and discharging it to the outside is disposed inside the annular guide floating body member,
The plurality of tsunami countermeasure floating body members, in which the cylinders of the plurality of tsunami countermeasure floating body members and the tip end portions of the floating body rotation preventing portions of the plurality of tsunami countermeasure floating body members are connected by chains, are guided by the plurality of tsunami countermeasure floating body members and are caused by tsunamis. After moving, the contact portions of the plurality of tsunami countermeasure floating members and the sea floor come into contact with each other, and the plurality of tsunami countermeasure floating members rotate due to gravity. Alternatively, it is characterized in that the bottom contact breakwater portions of the plurality of tsunami countermeasure floating members running on the sea floor serve as breakwaters.
The deep water temperature difference power generation tsunami countermeasure chain ring fishing float device according to claim 7 includes a condenser through which the working fluid passes through the deep water, an evaporator through which the working fluid passes through the surface water, and a gas of the working fluid. A large-sized circular airtight space with large inner and outer diameters that is incorporated and allows sunlight to pass through, a plurality of intermediate balls or intermediate cylindrical rollers, and an inner wall that engages with the plurality of intermediate balls or intermediate cylindrical rollers. and a large inner rotor comprising an outer wall engaging said plurality of intermediate balls or intermediate cylindrical rollers and fixed rotor blades at substantially equally spaced angles for rotation by working gas flow. A large circular rotating body structure substantially parallel to the sea surface, which is built in the large circular airtight space and has a member, and a magnet and a coil interlocking with the rotation of the large inner rotating member. As is well known, it has a power generating device for generating electricity, an upper air layer having a large inner and outer diameter at the upper part of one end, an upper air discharge opening for discharging the air of the upper air layer, and an opening for discharging water above the water surface. deep sea water intake structure comprising a large circular cylindrical deep sea water storage tank containing a vessel, a riser pipe having a deep sea water intake opening at the other end at the bottom of the large circular cylindrical deep sea water storage tank, and the large A cylinder having a specific gravity smaller than that of water, which passes through the inside of the circular cylindrical deep-sea water storage tank and closes the water discharge opening when the water surface inside is the same as the water surface outside the large circular cylindrical deep-sea water storage tank. and an internal penetrating member for exhausting the air in the upper air layer in the large circular cylindrical deep sea water storage tank by means of natural energy to reduce the water surface in the large circular cylindrical deep sea water storage tank By moving above the water surface outside the cylindrical deep-sea water storage tank, the cylindrical inner penetrating member is moved to the upper part of the large-sized cylindrical deep-sea water storage tank, and the large-sized cylindrical deep-sea water storage tank is displaced from the water discharge opening. A large-sized deep-sea water storage floating body member for discharging the deep-sea water stored in the deep-sea water storage tank to the outside, and a natural energy power generation means for surface water placed outside the large circular cylindrical deep-sea water storage tank and inserted from the bottom. A cylindrical surface water storage floating body member that incorporates a heating means for heating by and a first connecting pipe that connects the working gas space of the large circumferential airtight space and the condenser. Equipped with four first airtight column members and a tip nozzle for injecting to the rotor blade, a second connecting pipe that connects the working gas space of the large circular airtight space and the evaporator A plurality of second airtight column members arranged at an angle substantially equally spaced from each other, and connecting the large deep-sea water storage floating body member and the cylindrical surface water storage floating body member at an angle of, for example, 45 degrees 8. an equally divided heat insulating isolation joint member; a working fluid connecting pipe disposed in the center of the heat insulating isolation joint member and connecting the evaporator and the condenser; and outside the cylindrical surface water storage floating member. An outer wall guiding floating body member having an air layer of 10 meters or more above the sea surface, a tube having a weight that can withstand a tsunami and a thickness that can withstand tensile force, and a large number of the outer wall guiding floating body members. an annular outer wall guiding floating body member arranged annularly outside the cylindrical surface water storage floating body member; an outer wall guiding floating body member provided in one of the plurality of outer wall guiding floating body members and having fresh water at the bottom thereof; A natural energy power generation device such as a wind power generator arranged on any one of the outer wall guiding floating body members, a fishing device or aquaculture device held by the annular outer wall guiding floating body member, and an outer wall guiding floating body member arranged outside the outer wall guiding floating body member. A floating breakwater section having a predetermined width and a length for preventing tsunami, and having a floating body on the surface or the back surface or on the surface and the back surface, and the guide float, with the tube and the tip of the outer wall guidance floating body member connected by a chain. A steel tsunami countermeasure floating body member having a bottom contact part with a depth greater than the depth and the outer wall guiding floating body member are alternately arranged so that the height above the water surface of the floating breakwater part of the tsunami countermeasure floating body member is, for example, a metal connection member. A plurality of annular outer wall guide floating body members which are modified and joined with a width narrower than the predetermined width, and a chain-shaped annular outer wall guide member which is bendably joined to the plurality of annular outer wall guide floating body members by a chain. wherein the plurality of tsunami countermeasure floating body members are guided by the plurality of tsunami countermeasure floating body members, in which the tubes of the plurality of tsunami countermeasure floating body members and the tips of the floating breakwater portions of the plurality of tsunami countermeasure floating body members are connected by chains. When the tsunami moves and the contact portions of the plurality of tsunami countermeasure floating members come into contact with the sea floor, the plurality of floating breakwater portions rise from the sea surface to the sea , and after the plurality of tsunami countermeasure floating members are rotated by gravity, they reach the shore. When approaching, the plurality of guidance floating members and the plurality of tsunami countermeasure floating members run over the sandy beach or the sea floor, and the floating breakwater portions of the plurality of tsunami countermeasure floating members serve as breakwaters, and the large circular cylindrical deep water storage tank. The cylindrical inner penetrating member is formed by exhausting the air above the cylindrical inner penetrating member and moving the water surface in the large circular cylindrical deep sea water storage tank above the water surface outside the large circular cylindrical deep sea water storage tank. is moved upward to discharge the stored deep water from the water discharge opening to the outside of the large circular cylindrical deep water storage tank, and the seawater or lake water in the riser pipe is moved upward to move the deep water intake By circulating seawater or lake water in the structure, deep water is taken into the large circular cylindrical deep water storage tank from the deep water intake opening, and the working gas space of the large circular airtight space and the condensation The working gas that has passed through the first connecting pipe connecting the vessels becomes a liquid working fluid by the condenser built in the large circumferential cylindrical deep water storage tank, and the liquid working fluid is connected to the working fluid connection. Via the pipe, it passes through the evaporator built in the cylindrical surface water storage floating body member, becomes a gaseous working fluid, and passes through the tip nozzle provided in the second connecting pipe, and the large inner rotating member at approximately equal intervals. It is characterized in that the jet is injected to the rotor whose angle is fixed.
The deep water temperature difference power generation tsunami countermeasure chain-shaped fishery float system according to claim 8 comprises : the plurality of tsunami countermeasure floating body parts , a condenser through which a working fluid passes through deep water, and a working fluid passes through surface water. an evaporator, a large circular airtight space containing a working fluid gas and having large inner and outer diameters for allowing sunlight to pass through, a plurality of intermediate balls or intermediate cylindrical rollers and the plurality of intermediate balls or A large-sized external support member having an inner wall that engages with the intermediate cylindrical rollers and an outer wall that engages with the plurality of intermediate balls or intermediate cylindrical rollers. A large circular rotating member substantially parallel to the sea surface, which is contained in the large circular airtight space and is interlocked with the rotation of the large inner rotating member. A power generating device having magnets and coils arranged therein to generate electricity by electromagnetic induction as is well known, and an upper air discharge opening having a large inner and outer diameter at the upper part of one end for discharging the upper air layer and the air in the upper air layer and above the water surface. A large circular cylindrical deep-sea water storage tank having a water discharge opening and a built-in condenser, and a riser pipe having a deep-sea intake opening at the other end at the bottom of the large circular cylindrical deep-sea water storage tank. The water discharge opening penetrates through the deep water intake structure and the inside of the large circular cylindrical deep water storage tank and the water discharge opening when the water surface inside is the same as the water surface outside the large circular cylindrical deep water storage tank. and a cylindrical inner penetrating member having a specific gravity smaller than that of water for closing the large-sized circular cylindrical deep-sea water storage tank. By moving the water surface in the tank higher than the water surface outside the large circular cylindrical deep water storage tank, the cylindrical inner penetrating member is moved to the upper part of the large circular cylindrical deep water storage tank and the water is discharged. A large-sized deep-sea water storage floating body member for discharging the deep-sea water stored in the large-sized circular cylindrical deep-sea water storage tank to the outside from the opening, and a large-sized circularly-shaped cylindrical deep-sea water storage tank arranged outside and inserted from the bottom. A cylindrical surface water storage floating body member incorporating a heating means for heating surface water by natural energy power generation means, and a first connecting pipe that connects the working gas space of the large circumferential airtight space and the condenser. For example, four first airtight column members arranged at an angle of 90 degrees and a tip nozzle for injecting to the rotor blade are provided to connect the working gas space of the large circular airtight space and the evaporator. A plurality of second airtight column members, which incorporate second connecting pipes and are arranged at substantially equal angles on the circumference, connect the large deep-sea water storage floating body member and the cylindrical surface water storage floating body member. For example, an eight-segment adiabatic isolation coupling member that connects at an angle of 45 degrees, a working fluid connection pipe that is disposed in the center of the adiabatic isolation coupling member and connects the evaporator and the condenser, and the cylinder An outer wall induction floating body member with a height and weight that can withstand a tsunami, a cylinder with a thickness that can withstand tensile force, and an air layer that is located outside the surface water storage floating body member and has a height of 10 meters or more above the sea surface. , an annular outer wall guiding floating body member in which a plurality of said outer wall guiding floating body members are annularly arranged outside said cylindrical surface water storage floating body member; a natural energy power generating device such as a wind power generator arranged on any one of the plurality of outer wall guiding floating body members; a fishing device or aquaculture device held by the annular outer wall guiding floating body member; A contact section with a depth greater than the depth of the guiding float member and a bottom contact breakwater section with a prescribed width and depth to prevent a tsunami of 15 meters or more, and a prescribed width and length to prevent further rotation. A steel tsunami in which a floating body rotation blocking part having a floating body such as a hollow membrane is provided on the front surface or both front and back surfaces, and the cylinder of the guide floating body member and the tip of the floating body rotation blocking part are connected by a chain. A plurality of ring-shaped outer wall guiding floats, in which countermeasure floating bodies and said outer wall guiding floating bodies are connected with a width narrower than the predetermined width by alternately changing the position of the bottom contact breakwater part of said tsunami countermeasure floating bodies by means of, for example, a metal joint member. and a chain-like annular outer wall guide member that connects the plurality of annular outer wall guide floating body members with a chain so as to be bendable,
The plurality of tsunami countermeasure floating body members, in which the cylinders of the plurality of tsunami countermeasure floating body members and the tip end portions of the floating body rotation preventing portions of the plurality of tsunami countermeasure floating body members are connected by chains, are guided by the plurality of tsunami countermeasure floating body members and are caused by tsunamis. After moving, the contact portions of the plurality of tsunami countermeasure floating members and the sea floor come into contact with each other, and the plurality of tsunami countermeasure floating members rotate due to gravity. Alternatively, the bottom contact breakwater portion of the plurality of anti-tsunami countermeasure floating members that runs over the sea floor serves as a breakwater, and the air above the cylindrical inner penetrating member is exhausted in the large circular cylindrical deep sea water storage tank, and the large circular By moving the water surface in the anti-rotation cylindrical deep-sea water storage tank above the water surface outside the large circular cylindrical deep-sea water storage tank, the cylindrical inner penetrating member is moved upward and stored from the water discharge opening. The deep water is discharged out of the large circular cylindrical deep water storage tank to move the seawater or lake water in the riser pipe upward and circulate the seawater or lake water in the deep water intake structure. Deep water is taken into the large circular cylindrical deep water storage tank from the water intake opening, and the working gas passes through the first connecting pipe that connects the working gas space of the large circular airtight space and the condenser. becomes a liquid working fluid by the condenser incorporated in the large circumferential cylindrical deep water storage tank, and the liquid working fluid is incorporated in the cylindrical surface water storage floating body member through the working fluid connecting pipe. It passes through the evaporator and becomes a gaseous working fluid, and is injected through the tip nozzle provided in the second connecting pipe to the rotary blades fixed at approximately equal intervals of the large inner rotating member. do.
前記津波対策浮体部材の接触部の水面からの深さが前記誘導浮体部材の深さより深いので岸に近づいたとき前記津波対策浮体部材が防波堤になりその後前記誘導浮体部材と前記津波対策浮体部材が岸を乗り上げる。
前記津波対策浮体部材の防波堤部の位置を交互に変更し防波堤部の所定の幅より短い幅により前記誘導浮体部材を固定しているので岸に近づくと前記津波対策浮体部材が防波堤部が交互に重なって防波堤になりその後前記誘導浮体部材と前記津波対策浮体部材が岸を乗り上げる。
Since the contact portion of the anti-tsunami floating body member is deeper from the water surface than the guiding floating body member, the anti-tsunami floating body member becomes a breakwater when approaching the shore, and then the guiding floating body member and the anti-tsunami floating body member are connected. run up the shore.
Since the position of the breakwater section of the tsunami countermeasure floating member is alternately changed and the guide floating member is fixed by a width shorter than a predetermined width of the breakwater section, the tsunami countermeasure floating member and the breakwater section are alternately moved when approaching the shore. They overlap to form a breakwater, and then the guidance floating body member and the tsunami countermeasure floating body member run on the shore.
本発明による津波対策浮体装置の第一の実施形態は、水面から一定の深さを有し底部に津波に耐えうる重量の海水と海面上高さが５メートル以上（望ましくは１５メートル）の空気層及び鎖を繋ぐ例えば上面に備えられた筒を有する誘導浮体部材を具備するとともに前記誘導浮体部材の深さより大きな深さの底部接触部及び所定の幅と15メートル以上の津波を防止するための長さで表面或いは表面及び裏面に例えば中空膜体等の浮体を有する浮体防波堤部を備え前記誘導浮体部材の前記筒と前記浮体防波堤部の先端部とが鎖により繋がれた津波対策浮体部材を具備することを特徴とする。
前記誘導浮体部材に誘導され岸に近づくと、前記津波対策浮体部材の底部接触部の深さが前記誘導浮体部材の深さより深いので浮体防波堤部が防波堤になり、前記誘導浮体部材により津波による前記津波対策浮体部材の浮体防波堤部の更なる回転を阻止される。 なお、前記誘導浮体部材は浮体防波堤部の更なる回転を阻止するため例えば大型の円形状で浮体防波堤部の回転の際、中空膜体の前記浮体が緩衝作用をする。
また、前記津波対策浮体部材の浮体防波堤部の更なる回転を阻止ため前記誘導浮体部材は浮体部材による環状形状で隣の浮体部材が固い結合部材により結合された大型環状結合形状でもよい。
前記津波対策浮体部材の底部接触部を比較的深く設定すると岸に近づく前に浮体防波堤部が回転し、岸に到達すると誘導浮体部材と津波対策浮体部材が岸を乗り上げる。また、前記津波対策浮体部材の底部接触部を500メートル以上の深さに設定すると沖合で浮体防波堤部が回転する。
本発明による鎖状津波対策浮体装置は、前記津波対策浮体部材の浮体防波堤部の水面上の高さを交互に変更し前記所定の幅より短い幅で固定部材により複数の前記誘導浮体部材を固定した鎖状の津波対策浮体部材を備えたことを特徴とする。
前記津波対策浮体部材の浮体防波堤部の水面上の高さを交互に変更し浮体防波堤部の幅より小さい幅で誘導浮体部材が固定されているので岸に近づくと津波対策浮体部材が回転することにより浮体防波堤部が交互に重なって防波堤になり、前記誘導浮体部材により津波による更なる回転を阻止される。岸に到達すると誘導浮体部材と津波対策浮体部材が岸を乗り上げる。
The first embodiment of the tsunami countermeasure floating device according to the present invention is composed of seawater having a certain depth from the water surface and a weight that can withstand a tsunami at the bottom and air at a height of 5 meters or more (preferably 15 meters) above the sea surface. A guide buoyant member having a tube provided on the upper surface connecting the layers and chains, with a bottom contact portion of depth greater than the depth of the guide buoyant member and a predetermined width and for preventing tsunamis of 15 meters or more. A tsunami countermeasure floating body member having a floating body such as a hollow membrane on the front surface or on the front and back sides of the floating body member with a length, and the tube of the guidance floating body member and the tip of the floating body breakwater portion are connected by a chain. It is characterized by comprising
When approaching the shore by being guided by the guidance floating body member, the depth of the bottom contact portion of the tsunami countermeasure floating body member is deeper than the depth of the guidance floating body member, so that the floating body breakwater section becomes a breakwater, and the guidance floating body member causes the tsunami to occur. Further rotation of the floating breakwater portion of the tsunami countermeasure floating member is prevented. In addition, in order to prevent further rotation of the floating breakwater section, the guide floating body member has, for example, a large circular shape, and when the floating breakwater section rotates, the floating body of the hollow membrane acts as a buffer.
Further, in order to prevent further rotation of the floating breakwater portion of the tsunami countermeasure floating member, the guide floating member may be formed in a ring shape by a floating member and a large annular joint shape in which an adjacent floating member is joined by a rigid joint member.
When the bottom contact portion of the anti-tsunami floating member is set relatively deep, the floating breakwater rotates before approaching the shore, and when it reaches the shore, the guidance floating member and the anti-tsunami floating member run on the shore. Also, if the bottom contact part of the tsunami countermeasure floating member is set at a depth of 500 meters or more, the floating breakwater will rotate offshore.
In the chain-shaped tsunami countermeasure floating body device according to the present invention, the height above the water surface of the floating breakwater portion of the tsunami countermeasure floating member is alternately changed, and a plurality of the guide floating members are fixed by a fixing member with a width shorter than the predetermined width. It is characterized by having a chain-like tsunami countermeasure floating member.
Since the height above the water surface of the floating breakwater portion of the tsunami countermeasure floating member is alternately changed and the guidance floating member is fixed with a width smaller than the width of the floating breakwater portion, the tsunami countermeasure floating member rotates when approaching the shore. As a result, the floating breakwater portions are alternately overlapped to form a breakwater, and further rotation due to the tsunami is prevented by the guidance floating member. When it reaches the shore, the guidance floating member and the tsunami countermeasure floating member run on the shore.
本発明による津波対策浮体装置の第二の実施形態は、水面から一定の深さを有し底部に津波に耐えうる重量の海水と海面上高さが５メートル以上（望ましくは１５メートル）の空気層及び鎖を繋ぐ例えば上面に備えられた筒を有する誘導浮体部材を具備するとともに前記誘導浮体部材の深さより大きな深さの接触部と所定の幅と15メートル以上の津波を防止するための深さを備えた垂直の底部接触防波堤部及び所定の幅と更なる回転を阻止するための長さで表面或いは表面及び裏面に例えば中空膜体等の浮体を有する浮体回転阻止部を備え前記誘導浮体部材の前記筒と前記浮体回転阻止部の先端部とが鎖により繋がれた津波対策浮体部材を具備することを特徴とする。
前記誘導浮体部材に誘導され岸に近づくと、前記津波対策浮体部材の接触部の深さが前記誘導浮体部材の深さより深いので前記津波対策浮体部材が回転し、前記浮体回転阻止部の長さが大きいので津波による前記底部接触防波堤部の更なる回転を阻止される。 なお、前記誘導浮体部材は底部接触防波堤部の更なる回転を阻止する必要はないので第一の実施形態のように大型でなくてよい。
前記津波対策浮体部材の接触部を比較的深く設定すると岸に近づく前に底部接触防波堤部が回転し、岸に到達すると誘導浮体部材と津波対策浮体部材が岸を乗り上げる。また、前記津波対策浮体部材の接触部を500メートル以上の深さに設定し前記底部接触防波堤部の例えば前記誘導浮体側に中空膜体等の浮体を有する底部接触浮体防波堤部にすると沖合で津波対策浮体部材の浮体回転阻止部が回転し前記底部接触浮体防波堤部が浮体となる。津波対策浮体部材が岸に乗り上げる際、浮体回転阻止部が津波により押され底部接触浮体防波堤部が更に回転して防波堤となり、浮体回転阻止部が津波対策浮体部材の更なる回転を阻止する。
本発明による鎖状津波対策浮体装置の第二の実施形態は、前記津波対策浮体部材の底部接触防波堤部の位置を交互に変更し前記所定の幅より短い幅で固定部材により複数の前記誘導浮体部材を固定した鎖状の津波対策浮体部材を備えたことを特徴とする。 前記津波対策浮体部材の底部接触防波堤部の位置を交互に変更し底部接触防波堤部の幅より小さい幅で誘導浮体部材が固定されているので岸に近づくと前記津波対策浮体部材が回転することにより底部接触防波堤部が交互に重なって防波堤になり、前記浮体回転阻止部により津波による更なる前記津波対策浮体部材の回転を阻止する。岸に到達すると誘導浮体部材と津波対策浮体部材が岸を乗り上げる。
The second embodiment of the tsunami countermeasure floating device according to the present invention is composed of seawater having a certain depth from the water surface and a weight that can withstand a tsunami at the bottom and air at a height of 5 meters or more (preferably 15 meters) above the sea surface. A guide float member that connects layers and chains, for example, has a tube provided on the upper surface, and has a contact part with a depth greater than the depth of the guide float member, a predetermined width, and a depth of 15 meters or more to prevent a tsunami. a vertical bottom contacting breakwater section with a height and a floating body rotation prevention section having a floating body such as a hollow membrane on its front surface or front and rear surfaces with a predetermined width and length to prevent further rotation. It is characterized by comprising a tsunami countermeasure floating body member in which the tube of the member and the tip of the floating body rotation blocking portion are connected by a chain.
When the tsunami countermeasure floating body member is guided by the guidance floating body member and approaches the shore, the contact portion of the tsunami countermeasure floating body member is deeper than the depth of the guidance floating body member, so the tsunami countermeasure floating body member rotates, and the length of the float rotation prevention portion is increased. is so large that further rotation of the bottom contact breakwater section by the tsunami is prevented. In addition, since the guide floating body member need not prevent further rotation of the bottom contact breakwater, it does not have to be large in size as in the first embodiment.
When the contact portion of the anti-tsunami floating body member is set relatively deep, the bottom contact breakwater rotates before approaching the shore, and when it reaches the shore, the guidance floating body member and the anti-tsunami floating body member run on the shore. In addition, if the contact part of the tsunami countermeasure floating member is set at a depth of 500 meters or more and the bottom contact breakwater part has a floating body such as a hollow membrane on the guidance floating body side, a tsunami will occur offshore. The floating body rotation prevention part of the countermeasure floating body member rotates, and the bottom contact floating body breakwater part becomes a floating body. When the anti-tsunami floating member runs on the shore, the anti-tsunami floating member is pushed by the tsunami, and the bottom contact floating breakwater portion rotates further to become a breakwater, and the anti-tsunami floating member is prevented from further rotating.
In a second embodiment of the chain-shaped tsunami countermeasure floating body device according to the present invention, the position of the bottom contact breakwater portion of the tsunami countermeasure floating body member is alternately changed, and a plurality of the guide floats are formed by fixing members with a width shorter than the predetermined width. It is characterized by having a chain-like anti-tsunami floating member to which members are fixed. Since the position of the bottom contact breakwater portion of the tsunami countermeasure floating member is alternately changed and the guide floating member is fixed with a width smaller than the width of the bottom contact breakwater portion, the tsunami countermeasure floating member rotates when approaching the shore. The bottom contact breakwater portions are alternately overlapped to form a breakwater, and the floating body rotation preventing portion prevents further rotation of the tsunami countermeasure floating member due to a tsunami. When it reaches the shore, the guidance floating member and the tsunami countermeasure floating member run on the shore.
本発明による津波対策鎖状環状漁業浮体装置の第一の実施形態は、底部に津波に耐えうる重量の海水と海面上高さが５メートル以上（望ましくは１５メートル）の空気層及び上面に鎖を繋ぐ筒を備えた誘導浮体部材と、前記誘導浮体部材の外部に配置され前記誘導浮体部材の深さより大きな深さの底部接触部及び所定の幅と津波を防止するための長さで表面或いは裏面に又は表面及び裏面に浮体を有する浮体防波堤部を備え前記浮体防波堤部の先端部と前記誘導浮体部材の筒と鎖により繋がれる鋼鉄製の津波対策浮体部材と、前記津波対策浮体部材の浮体防波堤部の水面上の高さを交互に変更し前記所定の幅より狭い幅で例えば金属結合部材で結合した複数個の誘導浮体部材と、前記複数個の誘導浮体部材の何れかに配置された自然エネルギー発電装置と、前記複数個の誘導浮体部材を環状に結合した環状誘導浮体部材と、前記環状誘導浮体部材を折り曲げ可能に鎖により結合した鎖状環状誘導浮体部材と、前記環状誘導浮体部材により保持された漁撈装置或いは養殖装置と、水面上の下部の水排出用開口を上部に具備し深層水を取水する水取水開口を下部に具備する水循環用管と、前記水循環用管の内部を貫通し内部の水面が前記水循環用管外の水面と同じの際前記水排出用開口を閉鎖する比重が水より小さな環状内部貫通部材と、前記水循環用管内での前記環状内部貫通部材の上部の空気を前記自然エネルギー発電の電力により排気する排気手段と、前記水循環用管を保持し前記水排出用開口より排出された深層水を一時貯水して外部に排出する一時貯水槽を具備する浮体構造物を前記環状誘導浮体部材の内部に配置することを特徴とする。 The first embodiment of the tsunami countermeasure chain-shaped fishery floating body device according to the present invention has seawater with a weight that can withstand a tsunami on the bottom, an air layer with a height of 5 meters or more (preferably 15 meters) above the sea surface, and a chain on the upper surface. a guide float member provided with a tube that connects the surface or A steel tsunami countermeasure floating member having a floating body breakwater portion having a floating body on the back surface or on both the front and back surfaces thereof, and a steel tsunami countermeasure floating member connected by a chain to the tip of the floating breakwater portion and the tube of the guidance floating member, and the float of the tsunami countermeasure floating member. A plurality of guided floating body members, which alternately change the height above the water surface of the breakwater section and are joined with a width narrower than the predetermined width, for example, by a metal joint member, and arranged on one of the plurality of guided floating body members. a natural energy power generation device; an annular guided floating body member in which the plurality of guided floating body members are connected in a ring; a chain-shaped annular guided floating body member in which the annular guided floating body members are connected by a chain so as to be bendable; and the annular guided floating body member a fishing device or aquaculture device held by a water circulation pipe having a water discharge opening at the bottom of the water surface and a water intake opening for taking in deep sea water at the bottom; and the inside of the water circulation pipe an annular inner penetrating member having a specific gravity smaller than water that closes the water discharge opening when the water surface inside the penetrating portion is the same as the water surface outside the water circulation pipe; A floating structure comprising an exhaust means for exhausting air with the electric power generated by the natural energy generation, and a temporary storage tank for holding the water circulation pipe and temporarily storing the deep water discharged from the water discharge opening and discharging it to the outside. An object is arranged inside the annular guide floating body member.
本発明による津波対策鎖状環状漁業浮体装置の第二の実施形態は、底部に津波に耐えうる重量の海水と海面上高さが５メートル以上（望ましくは１５メートル）の空気層及び上面に鎖を繋ぐ筒を備えた誘導浮体部材と、前記誘導浮体部材の深さより大きな深さの接触部と所定の幅と15メートル以上の津波を防止するための深さを備えた垂直の底部接触防波堤部及び所定の幅と更なる回転を阻止するための長さで表面或いは表面及び裏面に例えば中空膜体等の浮体を有する浮体回転阻止部を備え前記誘導浮体部材の前記筒と前記浮体回転阻止部の先端部とが鎖により繋がれた鋼鉄製の津波対策浮体部材と、前記津波対策浮体部材の底部接触防波堤部の位置を交互に変更し前記所定の幅より狭い幅で例えば金属結合部材で結合した複数個の誘導浮体部材と、前記複数個の誘導浮体部材の何れかに配置された自然エネルギー発電装置と、前記複数個の誘導浮体部材を環状に結合した環状誘導浮体部材と、前記環状誘導浮体部材を折り曲げ可能に鎖により結合した鎖状環状誘導浮体部材と、前記環状誘導浮体部材により保持された漁撈装置或いは養殖装置と、水面上の下部の水排出用開口を上部に具備し深層水を取水する水取水開口を下部に具備する水循環用管と、前記水循環用管の内部を貫通し内部の水面が前記水循環用管外の水面と同じの際前記水排出用開口を閉鎖する比重が水より小さな環状内部貫通部材と、前記水循環用管内での前記環状内部貫通部材の上部の空気を前記自然エネルギー発電の電力により排気する排気手段と、前記水循環用管を保持し前記水排出用開口より排出された深層水を一時貯水して外部に排出する一時貯水槽を具備する浮体構造物を前記環状誘導浮体部材の内部に配置することを特徴とする。 The second embodiment of the tsunami countermeasure chain-shaped fishery floating body device according to the present invention has seawater with a weight that can withstand a tsunami on the bottom, an air layer with a height of 5 meters or more (preferably 15 meters) above the sea surface, and a chain on the upper surface. a vertical bottom contact breakwater with a depth greater than the depth of the guide float member and a predetermined width and depth to prevent a tsunami of 15 meters or more and a floating body rotation-preventing part having a floating body such as a hollow membrane on the surface or on the front and back surfaces with a predetermined width and a length for preventing further rotation. The position of the steel tsunami countermeasure floating body member connected by a chain to the tip of the tsunami countermeasure floating body member and the bottom contact breakwater part of the tsunami countermeasure floating body member are alternately changed, and the width is narrower than the predetermined width. a plurality of guide floating body members, a natural energy power generation device arranged in any one of the plurality of guide floating body members, an annular guide floating body member formed by annularly coupling the plurality of guide floating body members, and the annular guide A chain-shaped annular guide float member in which the float member is connected by a chain so as to be bendable, a fishing device or aquaculture device held by the annular guide float member, and a deep sea water with a water discharge opening at the upper part of the lower part above the water surface. A water circulation pipe having a water intake opening at the bottom for taking in water, and a specific gravity that penetrates through the inside of the water circulation pipe and closes the water discharge opening when the water surface inside is the same as the water surface outside the water circulation pipe. an annular inner penetrating member that is smaller than water; exhaust means for exhausting the air above the annular inner penetrating member in the water circulation pipe by the electric power generated by the natural energy; A floating body structure having a temporary water tank for temporarily storing deep-sea water discharged from the deep sea and discharging it to the outside is arranged inside the annular guide floating body member.
前記多数個の誘導浮体部材を結合部材によって結合した環状誘導浮体部材の内部に前記水循環用管を保持する浮体構造物を配置しているので水面下200メートル以上の前記水取水開口より未利用の栄養塩を多く含んだ深層水を取水し水面上の下部の前記水排出用開口より深層水を前記一時貯水槽に排出し前記一時貯水槽から前記浮体構造物の付近の海面に貯水水を排出し好漁場となる。
又、前記多数個の誘導浮体部材の外界側の外部に前記所定の幅と津波を防止するための長さを有し表面或いは裏面に又は表面及び裏面に浮体を備える浮体防波堤部或いは浮体回転阻止部及び前記誘導浮体部材の深さより大きな深さの底部接触部或いは底部接触防波堤部を備えた例えば鋼鉄製の津波対策浮体部材の防波堤部の位置を交互に変更し前記所定の幅より短い幅で固定部材により前記誘導浮体部材が固定される。津波対策浮体部材の浮体防波堤部或いは浮体回転阻止部の長さの先端部と前記誘導浮体部材の筒とが鎖により繋がれる。
前記環状誘導浮体部材を鎖により繋ぎ弓状鎖状環状誘導浮体部材を配置すれば、環状誘導浮体部材は湾の入口の海岸又は砂浜に到達するまで海面に浮かぶのみで津波により何ら強度的影響を受けることなく移動し、海岸又は砂浜近くに近づくと前記津波対策浮体部材の底部接触部が先に底部と接触するので津波対策浮体部材が回転し、前記誘導浮体部材或いは浮体回転阻止部により津波による更なる回転を阻止される。海岸又は砂浜に到達すると前記環状誘導浮体部材と前記津波対策浮体部材は海岸又は砂浜を乗り上げる。海岸又は砂浜或いは岩礁に到達しない前記環状誘導浮体部材は海岸又は砂浜に到達するまで弓状の前記鎖状環状誘導浮体部材は前記環状浮体部材相互が前記結合部材で折れ曲がって結合されながら移動する。
前記環状浮体部材により保持された漁撈装置或いは養殖装置は本出願人が既に提案している漁撈生簀及び漁撈生簀を兼ねる養殖生簀（特開２０１１－２１７６１５）も一実施例であるがそれに限定されないで公知の漁撈装置或いは養殖装置も実施可能である。
Since the floating structure for holding the water circulation pipe is arranged inside the annular guide floating member, which is formed by joining the plurality of guide floating members with a connecting member, unused water can be extracted from the water intake opening at a depth of 200 meters or more below the surface of the water. Deep water containing a large amount of nutrients is taken in, the deep water is discharged from the water discharge opening at the bottom of the water surface into the temporary water tank, and the stored water is discharged from the temporary water tank to the sea surface near the floating structure. It becomes a good fishing ground.
In addition, a floating breakwater portion or a floating body rotation prevention unit having a floating body on the front surface, the back surface, or both the surface and the back surface, having the predetermined width and a length for preventing tsunamis outside the plurality of guide floating body members on the outside world side. and a bottom contact part or a bottom contact breakwater part having a depth greater than the depth of the guiding floating body member. A fixing member fixes the guide floating body member. A chain connects the end of the length of the floating breakwater section or the floating body rotation prevention section of the tsunami countermeasure floating body member to the tube of the guidance floating body member.
If the annular guide float member is connected by a chain and an arcuate chain-shaped annular guide float member is arranged, the annular guide float member will only float on the sea surface until it reaches the coast or sandy beach at the entrance of the bay, and will not be affected by the tsunami. When the tsunami countermeasure floating member moves without being affected by the tsunami and approaches the coast or sandy beach, the bottom contact portion of the tsunami countermeasure floating member first contacts the bottom, so the tsunami countermeasure floating member rotates, and the tsunami countermeasure floating member rotates. further rotation is blocked. When reaching the seashore or sandy beach, the annular guidance floating body member and the tsunami countermeasure floating body member run on the seashore or sandy beach. The annular guide floating member that does not reach the seashore, sandy beach or rocky reef moves while the arched chain-like annular guide floating member is bent and connected by the connecting member until it reaches the seashore or sandy beach.
As for the fishing apparatus or aquaculture apparatus held by the annular floating member, the fishing cage already proposed by the present applicant and the cultivation cage (Japanese Patent Application Laid-Open No. 2011-217615) that also serves as a fishing cage are examples, but the invention is not limited thereto. Known fishing equipment or aquaculture equipment can also be implemented.
大都市および地下設備が多い東京湾、大阪湾、伊勢湾島の外海では球場の前記鎖状環状誘導浮体部材を配置すれば、環状誘導浮体部材は湾の入口の海岸又は砂浜に到達するまで海面に浮かぶのみで津波により何ら強度的影響を受けることなく移動し、海岸又は砂浜に近づくと前記津波対策浮体部材が回転して前記環状誘導浮体部材と前記津波対策浮体部材が海岸又は砂浜を乗り上げ津波の進入を緩和或いは防止すると共に海岸又は砂浜或いは岩礁に到達しない前記環状誘導浮体部材は海岸又は砂浜或いは岩礁に到達するまで弓状の前記鎖状環状誘導浮体部材は前記環状誘導浮体部材相互が前記結合部材で結合されながら折れ曲がって移動する。そして湾の入口の海岸又は砂浜に到達すると前記津波対策浮体部材が回転して前記誘導浮体部材と前記津波対策浮体部材が海岸又は砂浜を乗り上げ湾内への津波の進入を緩和或いは阻止することが可能である。又、例えば前記鎖状環状誘導浮体部材を鎖状環状誘導浮体部材の端部を重複して複数個の弓状の前記鎖状環状誘導浮体部材を配置することにより平時は船の運行に障害を与えることなく津波の際複数個の弓状の前記鎖状環状誘導浮体部材が端部が重複しているので前記津波対策浮体部材の回転により湾の入口から湾内への津波の進入を緩和若しくは阻止することが可能となる。
東北等湾を構成しない太平洋沿岸或いは日本海沿岸でも前記鎖状環状誘導浮体部材を備えた複数個の弓状の前記鎖状環状誘導浮体部材を端部を重複して複数個配置すれば平時は船の運行に障害を与えることなく津波の際複数個の弓状の前記鎖状環状誘導浮体部材が端部で重複して前記津波対策浮体部材の回転により津波を緩和若しくは阻止することが可能である。
本発明による端部を重複して配置された複数個の弓状の前記鎖状環状誘導浮体部材により前記沿岸への津波の進入を緩和若しくは阻止すると共に複数個の弓状の前記鎖状環状誘導浮体部材に電力ケーブルを敷設し複数個の弓状の前記鎖状環状誘導浮体部材の前記端部の誘導浮体部材間を電力ケーブルにより海中で接続して電力ケーブル網を構成することも可能である。
In the open seas of Tokyo Bay, Osaka Bay, and Isewan Island, where there are many underground facilities and large cities, if the chain-shaped ring-shaped guide floating member of the stadium is arranged, the ring-shaped guide floating member will reach the sea surface at the entrance of the bay or the sandy beach. The tsunami countermeasure floating member rotates when the tsunami countermeasure floating member rotates and the tsunami countermeasure floating member and the annular guidance floating member run on the coast or beach and the tsunami The circular guide floating body members that do not reach the seashore, sandy beach or rocky reef while reducing or preventing the intrusion of the seashore, sandy beach or rocky reef, the chain-shaped chain-shaped guide floating body members are connected to each other until they reach the seashore, sandy beach or rocky reef. It bends and moves while being connected by a connecting member. When the seashore or sandy beach at the entrance of the bay is reached, the tsunami countermeasure floating member rotates, and the guidance floating member and the tsunami countermeasure floating member run on the coast or sandy beach, and it is possible to mitigate or prevent tsunami from entering the bay. is. Further, for example, by arranging a plurality of chain-like annular guide float members so that the end portions of the chain-like annular guide float members overlap each other, the operation of the ship is not disturbed in peacetime. When a tsunami hits, the ends of the plurality of arcuate, chain-like, ring-shaped guidance floating members are overlapped, so that the rotation of the tsunami countermeasure floating member mitigates or prevents the tsunami from entering the bay from the entrance of the bay. It becomes possible to
Even on the coasts of the Pacific Ocean and the Sea of Japan, which do not constitute the bays such as the Tohoku region, if a plurality of chain-like ring-shaped guide floating body members having the above-mentioned chain-like ring-shaped guide floating body members are arranged with overlapping end portions, it will be possible in peacetime. In the event of a tsunami, the plurality of bow-shaped chain-shaped annular guidance floating members overlap at the ends and rotate the anti-tsunami countermeasure floating member to mitigate or block the tsunami without impeding the operation of the ship. be.
The plurality of arcuate chain-shaped annular guidance floating body members arranged with overlapping ends according to the present invention mitigates or prevents tsunami from entering the coast, and the plurality of arcuate chain-shaped annular guides. It is also possible to construct a power cable network by laying power cables on the floating body members and connecting the guide floating body members at the ends of the plurality of chain-shaped annular guide floating body members with the power cables in the sea. .
本発明による深層水温度差発電津波対策鎖状環状漁業浮体装置の第一の実施形態は、作動流体ガ深層水に通過する凝縮器と、作動流体ガ表層水に通過するする蒸発器と、作動流体の気体を内蔵すると共に円周内部は太陽光を通過させる内外径の大きな大型円周型気密空間と、複数個の中間ボール或いは中間円筒コロと前記複数個の中間ボール或いは中間円筒コロと係合する内側壁を具備する大型外形支承部材及び前記複数個の中間ボール或いは中間円筒コロと係合する外側壁と作動気体の流れにより回転するため略等間隔の角度の固定された回転翼を具備する大型内側回転部材とを備え前記大型円周型気密空間内に内蔵された海面と略平行な大型円周状回転体構造物と、前記大型内側回転部材の回転に連動する磁石及びコイルが配置され電磁誘導により公知の如く発電する発電装置と、一端の上部に大きな内外径を具備し上部空気層と前記上部空気層の空気を排出する上部の空気排出開口と水面上の水排出用開口とを備え前記凝縮器を内蔵する大型円周状円筒深層水貯蔵槽と前記大型円周状円筒深層水貯蔵槽の下部に他端の深層水取水開口を備えたライザー管を具備する深層水取水構造物と前記大型円周状円筒深層水貯蔵槽の内部を貫通し内部の水面が前記大型円周状円筒深層水貯蔵槽外の水面と同じである際前記水排出用開口を閉鎖する比重が水より小さな円筒内部貫通部材とを有し前記大型円周状円筒深層水貯蔵槽内で前記上部空気層の空気を自然エネルギー手段により排気し前記大型円周状円筒深層水貯蔵槽内の水面を前記大型円周状円筒深層水貯蔵槽外の水面より上部に移動させることにより前記円筒内部貫通部材を前記大型円周状円筒深層水貯蔵槽の上部に移動させ前記水排出用開口より前記大型円周状円筒深層水貯蔵槽に貯蔵された深層水を外部に排出する大型深層水貯蔵浮体部材と、前記大型円周状円筒深層水貯蔵槽の外側に配置され底部から挿入される表層水を自然エネルギー発電手段により加熱する加熱手段を内蔵する円筒状表層水貯蔵浮体部材と、前記大型円周型気密空間の作動気体空間と前記凝縮器を連結する第一連結管を内蔵する例えば90度の角度で配置された4個の第一の気密性柱部材と、前記回転翼に噴射する先端ノズルを備え前記大型円周型気密空間の作動気体空間と前記蒸発器を連結する第二連結管を内蔵し円周上略等間隔の角度で配置される複数個の第二の気密性柱部材と、前記大型深層水貯蔵浮体部材と前記円筒状表層水貯蔵浮体部材を結合する例えば45度の角度で連結する8等分方向の断熱性遮断結合部材と、前記断熱性遮断結合部材の中央部に配置され前記蒸発器と前記凝縮器を連結する作動流体連結管と、前記円筒状表層水貯蔵浮体部材の外側に位置し海面上高さが１０メートル以上の空気層と津波に耐えうる重量を有し引張力に耐えうる厚みの筒と高さを備えた外壁誘導浮体部材と、前記外壁誘導浮体部材の多数個を前記円筒状表層水貯蔵浮体部材の外側に環状に配置した環状外壁誘導浮体部材と、前記多数個の外壁誘導浮体部材の何れかに備えられ底部に淡水を有する外壁誘導浮体部材と、前記多数個の外壁誘導浮体部材の何れかに配置された風力発電等の自然エネルギー発電装置と、前記環状外壁誘導浮体部材により保持された漁撈装置或いは養殖装置と、前記外壁誘導浮体部材の外部に配置され所定の幅と津波を防止するための長さを有し前記外壁誘導浮体部材の筒と先端部が鎖により繋がれ表面或いは裏面に又は表面及び裏面に浮体を有する浮体防波堤部及び前記誘導浮体の深さより大きな深さの底部接触部を備えた鋼鉄製の津波対策浮体部材と、前記外壁誘導浮体部材を例えば金属結合部材により前記津波対策浮体部材の浮体防波堤部の水面上の高さを交互に変更し前記所定の幅より狭い幅で結合した複数個の複数個の環状外壁誘導浮体部材と、前記複数個の環状外壁誘導浮体部材を鎖により折り曲げ可能に結合した鎖状環状外壁誘導部材とを具備し、前記大型円周状円筒深層水貯蔵槽内で前記円筒内部貫通部材の上部の空気を排気し前記大型円周状円筒深層水貯蔵槽内の水面を前記大型円周状円筒深層水貯蔵槽外の水面より上部に移動させることにより前記円筒内部貫通部材を上部に移動させ前記水排出用開口より貯蔵された深層水を前記大型円周状円筒深層水貯蔵槽の外に排出して前記ライザー管内の海水又は湖水を上部に移動させ前記深層水取水構造物内の海水又は湖水を循環することにより前記深層水取水開口より深層水を前記大型円周状円筒深層水貯蔵槽内に取水すると共に前記大型円周型気密空間の作動気体空間と前記凝縮器を連結する前記第一連結管を通過した前記作動気体が前記大型円周状円筒深層水貯蔵槽内に内蔵する前記凝縮器により液体の作動流体となり、前記液体の作動流体は前記作動流体連結管を介して前記円筒状表層水貯蔵浮体部材に内蔵された蒸発器を通過して気体の作動流体となり前記第二連結管に備えられた先端ノズルを介して大型内側回転部材の略等間隔の角度の固定された前記回転翼に噴射することを特徴とする。 A first embodiment of the deep water temperature difference power generation tsunami countermeasure chain ring fishery floating body device according to the present invention comprises: a condenser through which the working fluid passes through deep water; an evaporator through which the working fluid passes through surface water; A large circular airtight space with a large inner and outer diameter that contains a fluid gas and allows sunlight to pass through the circumference, a plurality of intermediate balls or intermediate cylindrical rollers, and the plurality of intermediate balls or intermediate cylindrical rollers that are engaged with each other. A large profile bearing member having a mating inner wall and an outer wall engaging said plurality of intermediate balls or intermediate cylindrical rollers and fixed rotor blades at substantially equally spaced angles for rotation by the flow of working gas. A large circular rotating body structure substantially parallel to the sea surface built in the large circular airtight space, which includes a large inner rotating member, and a magnet and a coil interlocking with the rotation of the large inner rotating member a power generating device for generating electricity by electromagnetic induction as is well known, an upper air layer having a large inner and outer diameter at the upper part of one end, an upper air discharge opening for discharging the air in the upper air layer, and a water discharge opening above the water surface. A deep-sea water intake structure comprising a large circular cylindrical deep-sea water storage tank containing the condenser and a riser pipe having a deep-sea intake opening at the other end at the bottom of the large-sized circular cylindrical deep-sea water storage tank The specific gravity that penetrates the object and the inside of the large circular cylindrical deep water storage tank and closes the water discharge opening when the water surface inside is the same as the water surface outside the large circular cylindrical deep water storage tank and a cylindrical inner penetrating member that is smaller than water, and exhausts the air in the upper air layer in the large circular cylindrical deep sea water storage tank by means of natural energy to remove the water surface in the large circular cylindrical deep sea water storage tank. By moving above the water surface outside the large-sized circular cylindrical deep-sea water storage tank, the cylindrical inner penetrating member is moved above the large-sized circular cylindrical deep-sea water storage tank, and through the water discharge opening, the large-sized A large-sized deep-sea water storage floating member that discharges the deep-sea water stored in the circular cylindrical deep-sea water storage tank to the outside, and surface water that is placed outside the large-sized circularly-shaped cylindrical deep-sea water storage tank and inserted from the bottom. A cylindrical surface water storage floating body member that incorporates a heating means heated by a natural energy power generation means, and a first connecting pipe that connects the working gas space of the large circular airtight space and the condenser. Four first airtight column members arranged at an angle and a second connecting pipe for connecting the working gas space of the large circular airtight space and the evaporator with tip nozzles for injecting to the rotor blades A plurality of second airtight column members built in and arranged at substantially equal intervals on the circumference, and an angle of, for example, 45 degrees that joins the large deep-sea water storage floating body member and the cylindrical surface water storage floating body member. a working fluid connecting pipe disposed in the center of the heat insulating insulating joint member and connecting the evaporator and the condenser; and the cylindrical surface water storage floating body. An outer wall guidance floating body member located outside the member and having a height of 10 meters or more above the sea surface, a cylinder having a weight that can withstand a tsunami, a thickness that can withstand tensile force, and the outer wall guidance floating body. An annular outer wall guiding floating body member in which a large number of members are annularly arranged outside the cylindrical surface water storage floating body member, and an outer wall guiding floating body member provided in one of the plurality of outer wall guiding floating body members and having fresh water at the bottom. a natural energy power generation device such as a wind power generator arranged on any one of the plurality of outer wall guiding floating body members; a fishing device or aquaculture device held by the annular outer wall guiding floating body member; and the outer wall guiding floating body member. A floating breakwater section that is arranged outside and has a predetermined width and length for preventing tsunami, and has a floating body on the front surface or back surface or on both the front surface and the back surface, with the tube and tip of the outer wall guidance floating member being connected by a chain. A steel anti-tsunami countermeasure floating body member having a bottom contact portion with a depth greater than the depth of the guide float, and the outer wall guide float member is, for example, a metal joint member to increase the height above the water surface of the floating breakwater section of the tsunami countermeasure floating member. a plurality of ring-shaped outer wall guide floating body members whose length is changed alternately and connected with a width narrower than the predetermined width; and a guide member for exhausting the air above the cylindrical inner penetrating member in the large circular cylindrical deep sea water storage tank to reduce the water surface in the large circular cylindrical deep sea water storage tank to the large circular cylindrical deep sea water storage tank. By moving above the water surface outside the cylindrical deep-sea water storage tank, the cylindrical inner penetrating member is moved upwards, and the deep-sea water stored from the water discharge opening is discharged outside the large-sized circular cylindrical deep-sea water storage tank. By discharging the seawater or lake water in the riser pipe to the upper part and circulating the seawater or lake water in the deep sea water intake structure, the deep sea water is discharged from the deep sea water intake opening to the large circular cylindrical deep sea water storage tank The working gas that takes in water and passes through the first connecting pipe that connects the working gas space of the large circumferential airtight space and the condenser to the large circumferential cylindrical deep water storage tank The condenser converts the liquid working fluid into a gaseous working fluid through the working fluid connecting pipe and the evaporator built in the cylindrical surface water storage floating body member to form the gaseous working fluid in the second connection. It is characterized in that the jet is jetted through a tip nozzle provided on the tube to the rotor blades fixed at approximately equal intervals of the large inner rotating member.
本発明による深層水温度差発電津波対策鎖状環状漁業浮体装置の第二の実施形態は、作動流体ガ深層水に通過する凝縮器と、作動流体ガ表層水に通過するする蒸発器と、作動流体の気体を内蔵すると共に円周内部は太陽光を通過させる内外径の大きな大型円周型気密空間と、複数個の中間ボール或いは中間円筒コロと前記複数個の中間ボール或いは中間円筒コロと係合する内側壁を具備する大型外形支承部材及び前記複数個の中間ボール或いは中間円筒コロと係合する外側壁と作動気体の流れにより回転するため略等間隔の角度の固定された回転翼を具備する大型内側回転部材とを備え前記大型円周型気密空間内に内蔵された海面と略平行な大型円周状回転体構造物と、前記大型内側回転部材の回転に連動する磁石及びコイルが配置され電磁誘導により公知の如く発電する発電装置と、一端の上部に大きな内外径を具備し上部空気層と前記上部空気層の空気を排出する上部の空気排出開口と水面上の水排出用開口とを備え前記凝縮器を内蔵する大型円周状円筒深層水貯蔵槽と前記大型円周状円筒深層水貯蔵槽の下部に他端の深層水取水開口を備えたライザー管を具備する深層水取水構造物と前記大型円周状円筒深層水貯蔵槽の内部を貫通し内部の水面が前記大型円周状円筒深層水貯蔵槽外の水面と同じである際前記水排出用開口を閉鎖する比重が水より小さな円筒内部貫通部材とを有し前記大型円周状円筒深層水貯蔵槽内で前記上部空気層の空気を自然エネルギー手段により排気し前記大型円周状円筒深層水貯蔵槽内の水面を前記大型円周状円筒深層水貯蔵槽外の水面より上部に移動させることにより前記円筒内部貫通部材を前記大型円周状円筒深層水貯蔵槽の上部に移動させ前記水排出用開口より前記大型円周状円筒深層水貯蔵槽に貯蔵された深層水を外部に排出する大型深層水貯蔵浮体部材と、前記大型円周状円筒深層水貯蔵槽の外側に配置され底部から挿入される表層水を自然エネルギー発電手段により加熱する加熱手段を内蔵する円筒状表層水貯蔵浮体部材と、前記大型円周型気密空間の作動気体空間と前記凝縮器を連結する第一連結管を内蔵する例えば90度の角度で配置された4個の第一の気密性柱部材と、前記回転翼に噴射する先端ノズルを備え前記大型円周型気密空間の作動気体空間と前記蒸発器を連結する第二連結管を内蔵し円周上略等間隔の角度で配置される複数個の第二の気密性柱部材と、前記大型深層水貯蔵浮体部材と前記円筒状表層水貯蔵浮体部材を結合する例えば45度の角度で連結する8等分方向の断熱性遮断結合部材と、前記断熱性遮断結合部材の中央部に配置され前記蒸発器と前記凝縮器を連結する作動流体連結管と、前記円筒状表層水貯蔵浮体部材の外側に位置し海面上高さが１０メートル以上の空気層と津波に耐えうる重量を有し引張力に耐えうる厚みの筒と高さを備えた外壁誘導浮体部材と、前記外壁誘導浮体部材の多数個を前記円筒状表層水貯蔵浮体部材の外側に環状に配置した環状外壁誘導浮体部材と、前記多数個の外壁誘導浮体部の何れかに備えられ底部に淡水を有する外壁誘導浮体部材と、前記多数個の外壁誘導浮体部材の何れかに配置された風力発電等の自然エネルギー発電装置と、前記環状外壁誘導浮体部材により保持された漁撈装置或いは養殖装置と、前記誘導浮体部材の深さより大きな深さの接触部と所定の幅と15メートル以上の津波を防止するための深さを備えた底部接触防波堤部及び所定の幅と更なる回転を阻止するための長さで表面或いは表面及び裏面に例えば中空膜体等の浮体を有する浮体回転阻止部を備え前記誘導浮体部材の前記筒と前記浮体回転阻止部の先端部とが鎖により繋がれた鋼鉄製の津波対策浮体部材と、前記外壁誘導浮体部材を例えば金属結合部材により前記津波対策浮体部材の底部接触防波堤部の位置を交互に変更し前記所定の幅より狭い幅で結合した複数個の環状外壁誘導浮体部材と、前記複数個の環状外壁誘導浮体部材を鎖により折り曲げ可能に結合した鎖状環状外壁誘導部材を具備し、前記大型円周状円筒深層水貯蔵槽内で前記円筒内部貫通部材の上部の空気を排気し前記大型円周状円筒深層水貯蔵槽内の水面を前記大型円周状円筒深層水貯蔵槽外の水面より上部に移動させることにより前記円筒内部貫通部材を上部に移動させ前記水排出用開口より貯蔵された深層水を前記大型円周状円筒深層水貯蔵槽の外に排出して前記ライザー管内の海水又は湖水を上部に移動させ前記深層水取水構造物内の海水又は湖水を循環することにより前記深層水取水開口より深層水を前記大型円周状円筒深層水貯蔵槽内に取水すると共に前記大型円周型気密空間の作動気体空間と前記凝縮器を連結する前記第一連結管を通過した前記作動気体が前記大型円周状円筒深層水貯蔵槽内に内蔵する前記凝縮器により液体の作動流体となり、前記液体の作動流体は前記作動流体連結管を介して前記円筒状表層水貯蔵浮体部材に内蔵された蒸発器を通過して気体の作動流体となり前記第二連結管に備えられた先端ノズルを介して大型内側回転部材の略等間隔の角度の固定された前記回転翼に噴射することを特徴とする。 A second embodiment of the deep-water temperature difference power generation tsunami countermeasure chain-shaped ring-shaped fishery float system according to the present invention comprises a condenser through which the working fluid passes through deep water, an evaporator through which the working fluid passes through surface water, and A large circular airtight space with a large inner and outer diameter that contains a fluid gas and allows sunlight to pass through the circumference, a plurality of intermediate balls or intermediate cylindrical rollers, and the plurality of intermediate balls or intermediate cylindrical rollers that are engaged with each other. A large profile bearing member having a mating inner wall and an outer wall engaging said plurality of intermediate balls or intermediate cylindrical rollers and fixed rotor blades at substantially equally spaced angles for rotation by the flow of working gas. A large circular rotating body structure substantially parallel to the sea surface built in the large circular airtight space, which includes a large inner rotating member, and a magnet and a coil interlocking with the rotation of the large inner rotating member a power generating device for generating electricity by electromagnetic induction as is well known, an upper air layer having a large inner and outer diameter at the upper part of one end, an upper air discharge opening for discharging the air in the upper air layer, and a water discharge opening above the water surface. A deep-sea water intake structure comprising a large circular cylindrical deep-sea water storage tank containing the condenser and a riser pipe having a deep-sea intake opening at the other end at the bottom of the large-sized circular cylindrical deep-sea water storage tank The specific gravity that penetrates the object and the inside of the large circular cylindrical deep water storage tank and closes the water discharge opening when the water surface inside is the same as the water surface outside the large circular cylindrical deep water storage tank and a cylindrical inner penetrating member that is smaller than water, and exhausts the air in the upper air layer in the large circular cylindrical deep sea water storage tank by means of natural energy to remove the water surface in the large circular cylindrical deep sea water storage tank. By moving above the water surface outside the large-sized circular cylindrical deep-sea water storage tank, the cylindrical inner penetrating member is moved above the large-sized circular cylindrical deep-sea water storage tank, and through the water discharge opening, the large-sized A large-sized deep-sea water storage floating member that discharges the deep-sea water stored in the circular cylindrical deep-sea water storage tank to the outside, and surface water that is placed outside the large-sized circularly-shaped cylindrical deep-sea water storage tank and inserted from the bottom. A cylindrical surface water storage floating body member that incorporates a heating means heated by a natural energy power generation means, and a first connecting pipe that connects the working gas space of the large circular airtight space and the condenser. Four first airtight column members arranged at an angle and a second connecting pipe for connecting the working gas space of the large circular airtight space and the evaporator with tip nozzles for injecting to the rotor blades A plurality of second airtight column members built in and arranged at substantially equal intervals on the circumference, and an angle of, for example, 45 degrees that joins the large deep-sea water storage floating body member and the cylindrical surface water storage floating body member. a working fluid connecting pipe disposed in the center of the heat insulating insulating joint member and connecting the evaporator and the condenser; and the cylindrical surface water storage floating body. An outer wall guidance floating body member located outside the member and having a height of 10 meters or more above the sea surface, a cylinder having a weight that can withstand a tsunami, a thickness that can withstand tensile force, and the outer wall guidance floating body. An annular outer wall guiding floating body member in which a large number of members are annularly arranged outside the cylindrical surface water storage floating body member; a natural energy power generation device such as a wind power generator arranged on any one of the plurality of outer wall guiding floating body members; a fishing device or aquaculture device held by the annular outer wall guiding floating body member; and a bottom contact breakwater section with a contact depth greater than 15 meters and a depth to prevent a tsunami greater than 15 meters and a surface or surface with a given width and length to prevent further rotation. and a steel tsunami countermeasure floating body member having a floating body rotation blocking part having a floating body such as a hollow membrane on the back surface, and the tube of the guidance floating body member and the tip of the floating body rotation blocking part are connected by a chain; a plurality of ring-shaped outer wall guiding floating body members formed by alternately changing the position of the bottom contact breakwater portion of the tsunami countermeasure floating body member by, for example, a metal joint member and joining the outer wall guiding floating body member with a width narrower than the predetermined width; A chain-shaped annular outer wall guide member is provided in which individual annular outer wall guide floating body members are connected by a chain so as to be bendable, and the air above the cylindrical inner penetrating member is exhausted in the large-sized circular cylindrical deep-sea water storage tank. By moving the water surface in the large circular cylindrical deep-sea water storage tank above the water surface outside the large circular cylindrical deep-sea water storage tank, the cylindrical inner penetrating member is moved upward and the water is stored through the water discharge opening. The deep sea water thus obtained is discharged outside the large circular cylindrical deep sea water storage tank, the sea water or lake water in the riser pipe is moved upward, and the sea water or lake water in the deep sea water intake structure is circulated. Deep-sea water is taken into the large-sized circular cylindrical deep-sea water storage tank from the deep-sea water intake opening and passed through the first connecting pipe that connects the working gas space of the large-sized circular airtight space and the condenser. The working gas becomes a liquid working fluid by the condenser incorporated in the large circumferential cylindrical deep water storage tank, and the liquid working fluid is supplied to the cylindrical surface water storage floating body member through the working fluid connection pipe. It passes through the built-in evaporator to become a gaseous working fluid, and is sprayed through the tip nozzle provided in the second connecting pipe to the rotary blades fixed at substantially equal intervals of the large inner rotating member. Characterized by
本発明による深層水温度差発電津波対策鎖状環状漁業装置の以上の実施形態は、鎖状環状外壁誘導浮体部材が湾の入口の海岸又は砂浜に到達するまで海面に浮かぶのみで津波により何ら強度的影響を受けることなく移動し、前記鎖状環状外壁誘導浮体部材が海岸又は砂浜に近づくと前記津波対策浮体部材が回転して海岸又は砂浜に到達すると前記鎖状環状外壁誘導浮体部材と前記津波対策浮体部材が海岸又は砂浜を乗り上げ、前記誘導浮体部材或いは前記浮体回転阻止部により津波による更なる回転を阻止されると共に海岸又は砂浜或いは岩礁に到達しない前記鎖状環状外壁誘導浮体部材は海岸又は砂浜に到達するまで弓状の前記鎖状環状外壁誘導浮体部材は前記鎖状環状外壁誘導浮体部材相互が前記結合部材で結合されながら折れ曲がって移動する。そして湾の入口の海岸又は砂浜に前記鎖状環状外壁誘導浮体部材が近づくと前記津波対策浮体部材が回転して海岸又は砂浜に到達すると前記鎖状環状外壁誘導浮体部材と前記津波対策浮体部材が海岸又は砂浜を乗り上げ湾内への津波の進入を緩和或いは阻止することが可能である。又、例えば前記鎖状環状外壁誘導浮体部材の端部を重複して複数個の弓状の前記鎖状環状外壁誘導浮体部材を配置することにより平時は船の運行に障害を与えることなく津波の際には端部で前記鎖状環状外壁誘導浮体部材が重複して前記津波対策浮体部材が回転して湾の入口から湾内への津波の進入を緩和若しくは阻止することが可能となる。
また、前記多数個の環状外壁誘導浮体部材の何れかに備えられ底部に淡水を有しているので津波が発生時の海岸で淡水を供給できる。
The above-described embodiments of the chain-shaped ring-shaped fishery equipment for countermeasures against tsunamis by power generation using deep water temperature difference according to the present invention are only floated on the sea surface until the chain-shaped ring-shaped outer wall guidance floating member reaches the coast at the entrance of the bay or the sandy beach, and no strength is caused by the tsunami. When the chain-shaped annular outer wall guidance floating body member approaches the coast or sandy beach, the tsunami countermeasure floating body member rotates and reaches the seashore or sandy beach, the chain-shaped annular outer wall guidance floating body member and the tsunami The countermeasure floating body member runs on the coast or sandy beach, and further rotation due to the tsunami is prevented by the guidance floating body member or the floating body rotation prevention part, and the chain-shaped annular outer wall guidance floating body member that does not reach the coast, sandy beach or reef is the coast or sandy beach. The chain-like annular outer wall guiding floating body member in the shape of an arch bends and moves while the chain-like annular outer wall guiding floating body members are connected to each other by the connecting member until it reaches the sandy beach. Then, when the chain-like annular outer wall guidance floating body member approaches the coast or sandy beach at the entrance of the bay, the tsunami countermeasure floating body member rotates and when it reaches the coast or sandy beach, the chain-shaped annular outer wall guidance floating body member and the tsunami countermeasure floating body member are separated. It is possible to mitigate or prevent the entry of tsunami into the bay by running over the coast or sandy beach. In addition, for example, by arranging a plurality of chain-shaped annular outer wall guiding floating body members overlapping the end portions of the chain-shaped annular outer wall guiding floating body members, a tsunami can be prevented without impeding the operation of the ship in normal times. In some cases, the chain-like annular outer wall guidance floating body member overlaps at the end portion, and the tsunami countermeasure floating body member rotates, so that it is possible to mitigate or prevent tsunami from entering the bay from the entrance of the bay.
In addition, fresh water can be supplied at the coast when a tsunami occurs because any one of the plurality of annular outer wall guiding floating body members has fresh water at the bottom.
大都市及び地下設備が多い東京湾、大阪湾、伊勢湾等の外海では弓状の前記鎖状環状外壁誘導浮体部材を配置すれば、鎖状環状外壁誘導浮体部材は湾の入口の海岸又は砂浜に到達するまで海面に浮かぶのみで津波により何ら強度的影響を受けることなく移動し、前記鎖状環状外壁誘導浮体部材が海岸又砂浜に到達すると前記津波対策浮体部材が回転して乗り上げ海岸又は砂浜に到達しない前記鎖状環状外壁誘導浮体部材は海岸又は砂浜に到達するまで弓状の前記鎖状環状外壁誘導浮体部材は前記鎖状環状外壁誘導浮体部材相互が前記結合部材で結合されながら折れ曲がって移動する。そして湾の入口の海岸又は砂浜に前記鎖状環状外壁誘導浮体部材が近づくと前記津波対策浮体部材が回転して到達すると前記鎖状環状外壁誘導浮体部材と前記津波対策浮体部材が海岸又は砂浜を乗り上げ湾内への津波の進入を緩和或いは阻止することが可能である。又、例えば前記鎖状環状外壁誘導浮体部材の端部を重複して複数個の弓状の前記鎖状環状外壁誘導浮体部材を配置することにより平時は船の運行に障害を与えることなく津波の際には端部で前記鎖状環状外壁誘導浮体部材が重複して前記津波対策浮体部材が回転して乗り上げ湾の入口から湾内への津波の進入を緩和若しくは阻止することが可能となる。
東北等湾を構成しない太平洋沿岸或いは日本海沿岸でも鎖状環状外壁誘導浮体部材を備えた複数の弓状の前記鎖状環状外壁誘導浮体部材の端部を重複して弓状の前記鎖状環状外壁誘導浮体部材を複数個配置すれば平時は船の運行に障害を与えることなく津波の際前記津波対策浮体部材が回転することにより津波を緩和若しくは阻止することが可能である。
In large cities and open seas such as Tokyo Bay, Osaka Bay, and Ise Bay, where there are many underground facilities, if the chain-shaped annular outer wall guiding floating body member is arranged, the chain-shaped annular outer wall guiding floating body member can be placed on the coast or sandy beach at the entrance of the bay. It floats on the sea surface until it reaches the tsunami and moves without being affected by the tsunami, and when the chain-shaped annular outer wall guidance floating member reaches the coast or sandy beach, the tsunami countermeasure floating member rotates and rides on the coast or sandy beach. The chain-like annular outer wall guiding floating body members that do not reach the shore or sandy beach are bent while the chain-like annular outer wall guiding floating body members are connected to each other by the connecting member. Moving. When the chain-like annular outer wall guidance floating body member approaches the coast or sandy beach at the entrance of the bay, the tsunami countermeasure floating body member rotates and reaches the coast or sandy beach. It is possible to mitigate or prevent the entry of tsunami into the run-up bay. In addition, for example, by arranging a plurality of chain-shaped annular outer wall guiding floating body members overlapping the end portions of the chain-shaped annular outer wall guiding floating body members, a tsunami can be prevented without impeding the operation of the ship in normal times. In some cases, the chain-like annular outer wall guidance floating body member overlaps at the end, and the tsunami countermeasure floating body member rotates, making it possible to mitigate or prevent tsunami from entering the bay from the entrance of the run-up bay.
Even on the coasts of the Pacific Ocean and the Sea of Japan that do not constitute the bays such as Tohoku, a plurality of chain-shaped ring-shaped outer wall guidance floating body members provided with chain-shaped ring-shaped outer wall guidance floating body members overlap the ends of the chain-shaped ring-shaped chain ring. By arranging a plurality of outer wall guiding floating body members, it is possible to mitigate or prevent a tsunami by rotating the tsunami countermeasure floating body member in the event of a tsunami without disturbing the operation of the ship in normal times.
Claims (8)
前記誘導浮体部材の深さより大きな深さの接触部を備えると共に所定の幅と津波を防止するための長さを有する浮体防波堤部を備えた津波対策浮体部材と
複数の前記津波対策浮体部材の浮体防波堤部の海面上の高さを交互に変更し前記所定の幅より短い幅で前記複数の誘導浮体部材を固定する固定部材
を具備し、
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体防波堤部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触することにより複数の浮体防波堤部が海面から海上に浮上し浮体防波堤部による浮力がない複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の前記津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の浮体防波堤部が防波堤となることを特徴とする鎖状津波対策浮体装置。 A guide floating body member having a bottom portion having a certain depth from the sea surface and having a predetermined weight, an air layer with a height of 15 meters or more above the sea surface, and a cylinder connecting a chain, and a guide floating body member with a depth greater than the depth of the said guide floating body member A tsunami countermeasure floating member having a contact portion and a floating breakwater portion having a predetermined width and length for preventing tsunami;
a fixing member that alternately changes the height above the sea surface of the floating breakwater sections of the plurality of tsunami countermeasure floating members and fixes the plurality of guidance floating members with a width shorter than the predetermined width;
The plurality of tsunami countermeasure floating members, in which the cylinders of the plurality of guiding float members and the tips of the floating breakwater portions of the plurality of tsunami countermeasure floating members are connected by chains, are guided by the plurality of tsunami countermeasure floating members and moved by the tsunami. After the plurality of tsunami countermeasure floating members , which do not have the buoyancy of the floating breakwater portions, are rotated by gravity after the plurality of tsunami countermeasure floating members are rotated by gravity after the plurality of tsunami countermeasure floating members rise from the sea surface to the sea due to contact between the contact portions of the plurality of tsunami countermeasure floating members and the sea floor. A chain-shaped tsunami countermeasure floating body, characterized in that, when approaching a shore, a plurality of said guiding floating body members and said plurality of said tsunami countermeasure floating body members run over a sandy beach or a sea floor, and a floating breakwater section of said plurality of tsunami countermeasure floating body members serves as a breakwater. Device.
前記誘導浮体部材の深さより大きな深さの接触部を備えると共に所定の幅と津波を防止するための長さを有する浮体防波堤部を備えた津波対策浮体部材と
複数の前記津波対策浮体部材の浮体防波堤部の海面上の高さを交互に変更し所定の幅より短い幅で複数の前記誘導浮体部材を固定する複数の固定部材
を具備し、
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体防波堤部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数
の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触し浮体防波堤部による浮力がない複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の前記津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の浮体防波堤部が防波堤となることを特徴とする鎖状津波対策浮体装置。 A guide floating body member having a bottom portion having a certain depth from the sea surface and having a predetermined weight, an air layer with a height of 15 meters or more above the sea surface, and a cylinder connecting a chain, and a guide floating body member with a depth greater than the depth of the said guide floating body member A tsunami countermeasure floating member having a contact portion and a floating breakwater portion having a predetermined width and length for preventing a tsunami, and the height above the sea surface of the floating breakwater portions of the plurality of tsunami countermeasure floating members are alternated. A plurality of fixing members for fixing the plurality of guide floating body members with a width shorter than a predetermined width,
The plurality of tsunami countermeasure floating members, in which the cylinders of the plurality of guiding float members and the tips of the floating breakwater portions of the plurality of tsunami countermeasure floating members are connected by chains, are guided by the plurality of tsunami countermeasure floating members and moved by the tsunami. Then, after the contact portions of the plurality of tsunami countermeasure floating members and the sea floor are in contact with each other and the plurality of tsunami countermeasure floating members without buoyancy due to the floating breakwater portion are rotated by gravity, when approaching the shore, the plurality of guidance floating members and the plurality of tsunami countermeasure floating members A chain-shaped tsunami countermeasure floating body device characterized in that said tsunami countermeasure floating body member runs over a sandy beach or a sea floor and a floating breakwater section of the plurality of tsunami countermeasure floating body members serves as a breakwater.
前記誘導浮体部材の深さより大きな深さの接触部と所定の幅と15メートル以上の津波を防止するための深さを有する垂直の防波堤部を備えると共に所定の幅と津波による更なる回転を阻止するための長さを有する浮体回転阻止部を備えた津波対策浮体部材と
複数の前記津波対策浮体部材の垂直の防波堤部の位置を交互に変更し前記所定の幅より短い幅で複数の前記誘導浮体部材を固定する固定部材
を具備し、
前記複数の誘導浮体部材の筒と前記複数の津波対浮体部材の浮体回転防止部の先端部が鎖により繋がれ前記複数の津波対策浮体部材が前記複数の誘導浮体部材により誘導されて津波により移動し前記複数津波対策浮体部材の接触部と海底面が接触することにより複数の浮体回転防止部が海面から海上に浮上し浮体回転防止部による浮力がない複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の前記津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材が更に回転して前記垂直の防波堤部が防波堤となることを特徴とする鎖状津波対策浮体装置。 A guided floating body member with a bottom having a certain depth from the sea surface and having a predetermined weight, an air layer with a height of 15 meters or more above the sea surface, and a cylinder connecting a chain, and a depth greater than the depth of the said guided floating body member. and a vertical breakwater with a specified width and depth to prevent a tsunami of 15 meters or more. A fixing member for alternately changing the position of the tsunami countermeasure floating body member provided with a portion and the vertical breakwater portion of the plurality of said tsunami countermeasure floating body members, and fixing the plurality of said guiding floating body members with a width shorter than said predetermined width.
and
The tubes of the plurality of guiding float members and the tips of the float rotation preventing portions of the plurality of tsunami countermeasure float members are connected by chains, and the plurality of tsunami countermeasure floating members are guided by the plurality of tsunami countermeasure floating member members and moved by the tsunami. Then, the plurality of anti-tsunami countermeasure floating members , which have no buoyancy due to the anti-tsunami countermeasure floating members, floated from the sea surface to the sea surface by contacting the contact portions of the plurality of anti-tsunami countermeasure floating members with the sea floor, and the plurality of anti-tsunami countermeasure floating members rotated by gravity. After that, when approaching the shore, the plurality of guidance floating members and the plurality of tsunami countermeasure floating members ride up on the sandy beach or the seabed, and the plurality of tsunami countermeasure floating members rotate further, and the vertical breakwater portion becomes a breakwater. A chain-shaped tsunami countermeasure floating device.
前記誘導浮体部材の深さより大きな深さの接触部と所定の幅と15メートル以上の津波を防止するための深さを有する垂直の防波堤部を備えると共に所定の幅と津波による更なる回転を阻止するための長さ有する浮体回転阻止部を備えた誘導浮体部材と
所定の幅より短い幅で前記複数の津波対策浮体部材の垂直の防波堤部の位置を交互に変更し前記所定の幅より短い幅で複数の前記誘導浮体部材を固定する固定部材
を具備し
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体回転阻止部の先端部とが鎖により繋がられた複数の前記津波対策浮体部材が前記複数の誘導浮体部材の誘導で津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触し浮体回転阻止部による浮力がない複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の前記津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材が更に回転して前記垂直の波堤部が防波堤となり複数の浮体回転阻止部が複数の前記津波対策浮体部材の更なる回転を阻止することを特徴とする鎖状津波対策浮体装置。 A guide float member with a bottom having a certain depth from the sea surface and a predetermined weight, an air layer with a height of 15 meters or more above the sea surface, and a cylinder that connects a chain, and a depth greater than the depth of the guide float member. and a vertical breakwater with a specified width and depth to prevent a tsunami of 15 meters or more. alternately changing the positions of the vertical breakwater sections of the plurality of tsunami countermeasure floating body members with a width shorter than a predetermined width, and fixing the plurality of the guidance floating body members with a width shorter than the predetermined width. A fixing member is provided, and the plurality of tsunami countermeasure floating body members are connected by a chain to the cylinders of the plurality of tsunami countermeasure floating body members and the tips of the float rotation preventing portions of the plurality of tsunami countermeasure floating body members. After the plurality of tsunami countermeasure floating members move due to the guidance of the tsunami, the contact portions of the plurality of tsunami countermeasure floating members and the sea floor contact, and the plurality of tsunami countermeasure floating members without buoyancy due to the float rotation prevention portion rotate due to gravity, when approaching the shore, the plurality of tsunami countermeasure floating members Said guiding float member and said plurality of said tsunami countermeasure floating members run over a sandy beach or seabed, and said plurality of said tsunami countermeasure floating members further rotate, said vertical breakwater portion becomes a breakwater, said plurality of float rotation prevention portions become said plurality of said tsunami. A chain-shaped tsunami countermeasure floating device characterized by preventing further rotation of a countermeasure floating body member .
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体防波堤部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触することにより複数の浮体防波堤部が海面から海上に前記浮上し浮体防波堤部による浮力がない複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の浮体防波堤部が防波堤となることを特徴とする鎖状津波対策浮体装置。 A guide floating body member having seawater with a weight that can withstand a tsunami on the bottom, an air layer with a height of 5 meters or more (preferably 15 meters) above the sea surface, and a cylinder that connects a chain on the top surface, and is placed outside the guide floating body member. and a floating breakwater portion having a bottom contact portion with a depth greater than the depth of the guiding floating body member and a floating breakwater portion having a predetermined width and length for preventing tsunamis on its front surface, back surface, or both surfaces and back surfaces. The height above the water surface of the steel tsunami countermeasure floating body member connected to the tip of the guide float member by a tube and chain, and the floating breakwater portion of the tsunami countermeasure floating member are alternately narrower than the predetermined width. A plurality of guided floating body members connected by, for example, metal bonding members in width, a natural energy power generation device arranged in one of the plurality of guided floating body members, and a ring formed by connecting the plurality of guided floating body members in a ring shape. a guide float member, a chain-like annular guide float member formed by connecting the annular guide float member with a chain so as to be bendable, a fishing device or aquaculture device held by the annular guide float member, and a lower portion above the water surface for discharging water. a water circulation pipe having an opening in the upper part and a water intake opening for taking in deep sea water in the lower part; an annular inner penetrating member that closes the discharge opening and has a lower specific gravity than water; exhaust means for exhausting the air above the annular inner penetrating member in the water circulation pipe by means of electric power generated by the natural energy; and the water circulation pipe. and a temporary water storage tank for temporarily storing deep water discharged from the water discharge opening and discharging it to the outside.
The plurality of tsunami countermeasure floating members, in which the cylinders of the plurality of guiding float members and the tips of the floating breakwater portions of the plurality of tsunami countermeasure floating members are connected by chains, are guided by the plurality of tsunami countermeasure floating members and moved by the tsunami. Then, the contact portions of the plurality of tsunami countermeasure floating members and the sea floor come into contact with each other, so that the plurality of floating breakwater portions rise from the sea surface to the sea, and the plurality of tsunami countermeasure floating members without buoyancy due to the floating breakwater portions rotate due to gravity. A chain-shaped tsunami countermeasure floating body, characterized in that, when a shore is approached, the plurality of guiding float members and the plurality of tsunami countermeasure float members run over a sandy beach or the sea floor, and the floating breakwater portions of the plurality of tsunami countermeasure float members serve as breakwaters. Device.
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体回転防止部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数
の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触し浮体回転防止部による浮力がない複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の底部接触防波堤部が防波堤となることを特徴とする鎖状津波対策浮体装置。 A guide floating body member having seawater with a weight that can withstand a tsunami on the bottom, an air layer with a height of 5 meters or more (preferably 15 meters) above the sea surface, and a cylinder that connects a chain on the top surface, and a depth greater than the depth of the guide floating body member. Surface or surface with contact depth and vertical bottom contact breakwater section with given width and depth to prevent tsunami greater than 15 meters and given width and length to prevent further rotation and a steel tsunami countermeasure floating body member having a floating body rotation blocking part having a floating body such as a hollow membrane on the back surface, and the tube of the guidance floating body member and the tip of the floating body rotation blocking part are connected by a chain; Any one of a plurality of guided floating body members in which the position of the bottom contact breakwater portion of the tsunami countermeasure floating body member is alternately changed and joined with a width narrower than the predetermined width, for example, by a metal joint member, and the plurality of guided floating body members a natural energy power generation device arranged in the above; an annular guided floating body member in which the plurality of guided floating body members are connected in a ring; a chain-shaped annular guided floating body member in which the annular guided floating body members are bendably connected by a chain; A fishing device or aquaculture device held by an annular guide floating body member, a water circulation pipe having a water discharge opening at the top of the water surface and a water intake opening for taking in deep sea water at the bottom, and the water circulation pipe. an annular inner penetrating member that penetrates the inside of the pipe and closes the water discharge opening when the water surface inside is the same as the water surface outside the water circulation pipe, and the annular inner penetrating member that has a specific gravity smaller than that of the water; Exhaust means for exhausting the air above the member with the electric power generated by the natural energy generation, and a temporary water storage tank that holds the water circulation pipe and temporarily stores the deep water discharged from the water discharge opening and discharges it to the outside. A floating structure comprising a floating body structure is disposed inside the annular guiding floating body member,
The plurality of tsunami countermeasure floating body members, in which the cylinders of the plurality of tsunami countermeasure floating body members and the tip end portions of the floating body rotation preventing portions of the plurality of tsunami countermeasure floating body members are connected by chains, are guided by the plurality of tsunami countermeasure floating body members and are caused by tsunamis. After the contact portions of the plurality of tsunami countermeasure floating body members move and contact the sea floor and the plurality of tsunami countermeasure floating body members having no buoyancy due to the float rotation prevention portion rotate due to gravity, when the shore is approached, the plurality of tsunami countermeasure floating body members and A chain-shaped tsunami countermeasure floating body device characterized in that a plurality of tsunami countermeasure floating members run over a sandy beach or a seabed and bottom contact breakwater portions of the plurality of tsunami countermeasure floating members serve as breakwaters.
前記複数の誘導浮体部材の筒と前記複数の津波対策浮体部材の浮体回転防止部の先端部が鎖により繋がられた前記複数の津波対策浮体部材が前記複数の誘導浮体部材に誘導されて津波により移動し複数の前記津波対策浮体部材の接触部と海底面が接触することにより複数の浮体回転防止部が海面から海上に浮上し浮体回転防止部による浮力がない複数の津波対策浮体部材が重力により回転した後、岸に近づくと複数の前記誘導浮体部材及び複数の津波対策浮体部材が砂浜或いは海底面を乗り上げ複数の津波対策浮体部材の底部接触防波堤部が防波堤となると共に前記大型円周状円筒深層水貯蔵槽内で前記円筒内部貫通部材の上部の空気を排気し前記大型円周状円筒深層水貯蔵槽内の水面を前記大型円周状円筒深層水貯蔵槽外の水面より上部に移動させることにより前記円筒内部貫通部材を上部に移動させ前記水排出用開口より貯蔵された深層水を前記大型円周状円筒深層水貯蔵槽の外に排出して前記ライザー管内の海水又は湖水を上部に移動させ前記深層水取水構造物内の海水又は湖水を循環することにより前記深層水取水開口より深層水を前記大型円周状円筒深層水貯蔵槽内に取水すると共に前記大型円周型気密空間の作動気体空間と前記凝縮器を連結する前記第一連結管を通過した前記作動気体が前記大型円周状円筒深層水貯蔵槽内に内蔵する前記凝縮器により液体の作動流体となり、前記液体の作動流体は前記作動流体連結管を介して前記円筒状表層水貯蔵浮体部材に内蔵された蒸発器を通過して気体の作動流体となり前記第二連結管に備えられた先端ノズルを介して大型内側回転部材の略等間隔の角度の固定された前記回転翼に噴射することを特徴とする深層水温度差発電津波対策鎖状環状漁業浮体装置。
Condenser through which the working fluid passes through deep water, evaporator through which the working fluid passes through surface water, and a large circular type with large inner and outer diameters that contains the gas of the working fluid and allows sunlight to pass through the inside of the circumference. A large external bearing member having an airtight space, a plurality of intermediate balls or intermediate cylindrical rollers and an inner wall engaging with the plurality of intermediate balls or intermediate cylindrical rollers, and engaging with the plurality of intermediate balls or intermediate cylindrical rollers. substantially parallel to the surface of the sea contained within said large circular airtight space, comprising a mating outer wall and a large inner rotating member having substantially equally spaced angularly fixed rotor blades for rotation by the flow of working gas; a large circular rotating body structure, a power generating device for generating electricity by electromagnetic induction in which magnets and coils interlocking with the rotation of the large inner rotating member are arranged, and an upper part having a large inner and outer diameter at the upper part of one end A large circumferential cylindrical deep-sea water storage tank having an air layer, an upper air discharge opening for discharging the air in the upper air layer, and a water discharge opening above the water surface, and containing the condenser, and the large circular cylinder. A deep water intake structure having a riser pipe with a deep water intake opening at the other end at the bottom of the deep water storage tank and a deep water intake structure that penetrates the inside of the large circular cylindrical deep water storage tank and the water surface inside the large circle and a cylindrical inner penetrating member having a specific gravity smaller than water for closing the water discharge opening when the surface of the water outside the circular cylindrical deep water storage tank is the same as the water surface outside the circular cylindrical deep water storage tank. The air in the upper air layer is exhausted by natural energy means, and the water surface in the large circular cylindrical deep sea water storage tank is moved above the water surface outside the large circular cylindrical deep sea water storage tank, thereby penetrating the inside of the cylinder. A large-sized deep-sea water storage floating body that moves a member to the upper part of the large-sized circular cylindrical deep-sea water storage tank and discharges the deep-sea water stored in the large-sized circular cylindrical deep-sea water storage tank through the water discharge opening to the outside. a member, a cylindrical surface water storage floating member having a built- in heating means for heating the surface water placed outside the large circular cylindrical deep water storage tank and inserted from the bottom by natural energy power generation means, and the large circle For example, four first airtight column members arranged at an angle of 90 degrees containing a first connecting pipe that connects the working gas space of the circumferential airtight space and the condenser, and the tip that injects to the rotor blade A plurality of second airtight column members are provided with nozzles and incorporate a second connecting pipe that connects the working gas space of the large circular airtight space and the evaporator, and are arranged at substantially equal angles on the circumference. , an eight-segment direction heat insulating isolation joint member that connects the large deep water storage floating body member and the cylindrical surface water storage floating body member at an angle of, for example, 45 degrees, and a central portion of the heat insulation isolation joint member A working fluid connecting pipe that connects the evaporator and the condenser, and a weight that can withstand a tsunami and an air layer that is located outside the cylindrical surface water storage floating body member and has a height of 10 meters or more above the sea surface. An outer wall guide floating body member having a thickness and height capable of withstanding tensile force, and an annular outer wall guide floating body in which a large number of said outer wall guide floating body members are arranged annularly outside said cylindrical surface water storage floating body member. an outer wall guiding floating body member provided in any of the plurality of outer wall guiding floating body portions and having fresh water at the bottom; and natural energy power generation such as wind power generation arranged in one of the plurality of outer wall guiding floating body members. A device, a fishing device or aquaculture device held by said annular outer wall guide float member, a contact portion with a depth greater than the depth of said guide float member, and a predetermined width and depth for preventing a tsunami of 15 meters or more. and a floating body rotation prevention part having a floating body such as a hollow membrane on the surface or on the surface and the back surface with a predetermined width and a length for preventing further rotation. A steel tsunami countermeasure floating body member in which the cylinder and the tip of the float rotation prevention part are connected by a chain, and the outer wall guidance floating body member are connected to the bottom contact breakwater part of the tsunami countermeasure floating body member by, for example, a metal connection member. A plurality of annular outer wall guiding floating body members that are alternately changed and connected with a width narrower than the predetermined width, and a chain-like annular outer wall guiding member that connects the plurality of annular outer wall guiding floating body members with a chain so that they can be bent. ,
The plurality of tsunami countermeasure floating body members, in which the cylinders of the plurality of tsunami countermeasure floating body members and the tip end portions of the floating body rotation preventing portions of the plurality of tsunami countermeasure floating body members are connected by chains, are guided by the plurality of tsunami countermeasure floating body members and are caused by tsunamis. When the contact portions of the plurality of anti-tsunami countermeasure floating members move and the sea floor comes into contact with each other, the plurality of anti-tsunami countermeasure floating members rises from the sea surface to the sea, and the plurality of anti-tsunami countermeasure floating members without buoyancy due to the anti-tsunami countermeasure floating members are lifted by gravity. After rotating, when approaching the shore, the plurality of guidance floating members and the plurality of tsunami countermeasure floating members ride on the sandy beach or the sea floor, and the bottom contact breakwater portions of the plurality of tsunami countermeasure floating members serve as breakwaters, and the large circular cylinder. In the deep water storage tank, the air above the cylindrical inner penetrating member is exhausted to move the water surface inside the large circular cylindrical deep water storage tank above the water surface outside the large circular cylindrical deep water storage tank. By doing so, the cylindrical inner penetrating member is moved upward, and the stored deep sea water is discharged from the water discharge opening to the outside of the large circular cylindrical deep sea water storage tank, and the sea water or lake water in the riser pipe is discharged upward. By moving and circulating the seawater or lake water in the deep water intake structure, deep water is taken into the large circular cylindrical deep water storage tank from the deep water intake opening and the large circular airtight space. The working gas that has passed through the first connecting pipe that connects the working gas space and the condenser becomes a liquid working fluid by the condenser built in the large circumferential cylindrical deep water storage tank, and the liquid working The fluid passes through the evaporator built in the cylindrical surface water storage floating body member through the working fluid connecting pipe to become a gaseous working fluid, and is rotated through the tip nozzle provided in the second connecting pipe. A tsunami countermeasure chain-shaped ring-shaped fishery floating body device for deep water temperature difference power generation characterized by jetting to said rotor blades fixed at substantially equal intervals of angles of members.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2023037851A JP2023065701A (en) | 2019-06-11 | 2023-03-10 | Tsunami countermeasure floating body device |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2019108349A JP2020076287A (en) | 2019-06-11 | 2019-06-11 | Floating tsunami countermeasure device |
| JP2021112185A JP2021167565A (en) | 2019-06-11 | 2021-07-06 | Tsunami countermeasure float device |
| JP2023037851A JP2023065701A (en) | 2019-06-11 | 2023-03-10 | Tsunami countermeasure floating body device |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2021112185A Division JP2021167565A (en) | 2019-06-11 | 2021-07-06 | Tsunami countermeasure float device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP2023065701A true JP2023065701A (en) | 2023-05-12 |
Family
ID=70723702
Family Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2019108349A Pending JP2020076287A (en) | 2019-06-11 | 2019-06-11 | Floating tsunami countermeasure device |
| JP2021112185A Pending JP2021167565A (en) | 2019-06-11 | 2021-07-06 | Tsunami countermeasure float device |
| JP2023037851A Pending JP2023065701A (en) | 2019-06-11 | 2023-03-10 | Tsunami countermeasure floating body device |
Family Applications Before (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2019108349A Pending JP2020076287A (en) | 2019-06-11 | 2019-06-11 | Floating tsunami countermeasure device |
| JP2021112185A Pending JP2021167565A (en) | 2019-06-11 | 2021-07-06 | Tsunami countermeasure float device |
Country Status (1)
| Country | Link |
|---|---|
| JP (3) | JP2020076287A (en) |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH03129005A (en) * | 1989-04-18 | 1991-06-03 | Kyodo Kumiai Mitsui Zosen Kiyouriyokukai | Lattice type floating wave suppressing bank incorporating wave power generation |
| JP2015214861A (en) * | 2014-05-13 | 2015-12-03 | 嘉義 辻本 | Tsunami countermeasure floating island |
| JP5969565B2 (en) * | 2014-10-07 | 2016-08-17 | 嘉義 辻本 | Floating reefs and ring-shaped fishery floating islands |
| JP6318328B1 (en) * | 2017-10-11 | 2018-04-25 | 嘉義 辻本 | Deep water temperature difference generator |
-
2019
- 2019-06-11 JP JP2019108349A patent/JP2020076287A/en active Pending
-
2021
- 2021-07-06 JP JP2021112185A patent/JP2021167565A/en active Pending
-
2023
- 2023-03-10 JP JP2023037851A patent/JP2023065701A/en active Pending
Also Published As
| Publication number | Publication date |
|---|---|
| JP2021167565A (en) | 2021-10-21 |
| JP2020076287A (en) | 2020-05-21 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JP5969565B2 (en) | Floating reefs and ring-shaped fishery floating islands | |
| CN104067960B (en) | Anti-stormy wave cultivation net cage system in the open ocean that can assemble on the spot on the water and reef dish | |
| JP6318328B1 (en) | Deep water temperature difference generator | |
| JP2004169564A (en) | River water stream power generation facility | |
| JP2012193676A (en) | Aquatic power plant | |
| JP2006283648A (en) | Wave energy-using device | |
| JP6997497B2 (en) | Tsunami control method and equipment | |
| KR101017475B1 (en) | Tidal current power apparatus having subsea swivel | |
| JP2023065701A (en) | Tsunami countermeasure floating body device | |
| KR101643735B1 (en) | Tidal Power Generation System | |
| JP6259059B1 (en) | Deep water temperature difference generator | |
| JP7076219B2 (en) | Deep sea water temperature difference power generation device | |
| JP2022183146A (en) | Floating device or mega-float floating device | |
| JP2020076219A (en) | Floating tsunami countermeasure device | |
| CN216041358U (en) | Anti-scouring structure for single pile foundation of offshore wind turbine generator system | |
| CN115387398A (en) | Pile foundation protection device and offshore wind power pasture | |
| KR101016456B1 (en) | Tidal current power plant | |
| KR100948552B1 (en) | A marin structure for fish ways | |
| KR20090079572A (en) | The billow energy gushing form ferroconcrete prefabricated-pile block | |
| JP2014020188A (en) | Apparatus for mitigating mass transportation energy of tsunami | |
| CN106906786B (en) | Semi-submersible permeable wave-dissipating device and wave-dissipating method | |
| KR20100043445A (en) | Tidal current power plant having an air floating type support for supporting a turbine | |
| KR100849673B1 (en) | Caisson for double-current tidal stream device | |
| CN220107542U (en) | Ecological protector of marine wind-powered electricity generation submarine cable | |
| KR101384123B1 (en) | The tidal current generation apparatus and ship of the floating type |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| A521 | Request for written amendment filed |
Free format text: JAPANESE INTERMEDIATE CODE: A523 Effective date: 20230516 |
|
| A131 | Notification of reasons for refusal |
Free format text: JAPANESE INTERMEDIATE CODE: A131 Effective date: 20240423 |