JP2009126508A - Outboard motor both-side surface stern setting abrupt direction-changing system using both marine vessel solar power generation and wind power generation energy - Google Patents
Outboard motor both-side surface stern setting abrupt direction-changing system using both marine vessel solar power generation and wind power generation energy Download PDFInfo
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- JP2009126508A JP2009126508A JP2007331029A JP2007331029A JP2009126508A JP 2009126508 A JP2009126508 A JP 2009126508A JP 2007331029 A JP2007331029 A JP 2007331029A JP 2007331029 A JP2007331029 A JP 2007331029A JP 2009126508 A JP2009126508 A JP 2009126508A
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本発明は、大型船や大型タンカーや豪華客船等の惰力推進の大廻り回転を急回転できるようにソーラー発電・風力発電エネルギーを動力とし、船の側面両尾部に船外機を設置する収納室を設ける。尚、ソーラーパネル総合材は船のあらゆる平面部、垂直部及び船体側面部及び尾部曲線部にも取付け、CO2排出を減少させ地球温暖化防止に係わる技術として普及させる。The present invention uses solar power generation / wind power generation energy to power a large-scale rotation of repulsive propulsion such as large ships, large tankers, luxury passenger ships, etc., and installs outboard motors on both sides of the ship. Establish a room. Incidentally, the solar panel overall material any flat portion of the ship, attachment to the vertical portion and the hull side portions and tail curved portion, to reduce the CO 2 emissions to spread as technology relating to the prevention of global warming.
従来は、自然エネルギーを用いた船体側面両尾部に船外機を設置したり、急方向転回システム船舶は無かった。 In the past, there was no outboard motor installed on both sides of the hull side using natural energy, and there was no sudden turn system ship.
本発明は、特願2007−65799(船舶風力・ソーラー発電第二スクリュー推進方法)の船外機を大型船舶や大型タンカーや豪華客船等を対象とした船体側面両尾部に設置し、急方向転回ができる様にする。又船のあらゆる平面部、垂直部及び船体側面部及び尾部曲線部にソーラーパネル総合材を取付け船外機推進動力とする。 In the present invention, the outboard motor of Japanese Patent Application No. 2007-65799 (ship wind power / solar power generation second screw propulsion method) is installed on both sides of the hull for large ships, large tankers, luxury passenger ships, etc. To be able to In addition, solar panel integrated materials are attached to all plane parts, vertical parts, hull side parts, and tail curve parts of the ship for outboard motor propulsion power.
まずステンレス製円周回転羽根式新技術風力発電機の開発を急ぐこと。又新科学理論から成る安価な製造コストのソーラーパネルの開発を急がねばならない。 First, we must rush to develop a new wind turbine generator with stainless steel circumferential rotating blades. In addition, we must urgently develop solar panels with new manufacturing theory at low manufacturing costs.
以下、発明の実施形態について説明する。
(イ)図1の如く、巨大船舶側面両尾部に船外機収納室を設け、船外機の設置は脱着ステンレス角材8を外し船外機支えステンレス精密丸棒7に船外機10を取付ける。次に油圧装置16と船外機を接合する為に、スプリングワッシャー及びボルト・ナット14を締付け固定する。
(ロ)図2の如く、特願2007−65799(船舶風力・ソーラー発電第二スクリュー推進方法)の案件を改良し、船外機移動軸ステンレス棒2を船尾8に取付け固定する方法を次の通りとする。まず造船所は、船尾鉄板R形状断面部図3の13とRが同一の(外)鉄製内径取付け治具の底部とを固定位置を決め、A溶接部6を360°溶接する。次に(外)鉄製内径取付け治具と、船外機移動軸ステンレス棒断面図3を仮り取付固定する為のネジ穴を、後で開けるネジ谷径よりわずかに小さな孔を適宜の数開けておいたその孔に直角度を持ってネジ穴を開け、船尾鉄板R形状断面13部に貫ぬかせる。次に図2の2船外機移動軸ステンレス棒を上下取付け固定するが、下部取付けは図3の船外機移動軸ステンレス棒切断面3の如く適宜の数のネジ締付け孔とはピッチが合っていて、スプリングワッシャー21をかませ船外機移動軸ステンレス棒止めネジ20で締付け固定する。次に(内)ステンレス半円2枚(1リング)17をかませ、その合せ目を溶接しワンリングにし、B溶接11とC溶接12は鉄とステンレスであるが溶接流入溝深さ18と溶接流入溝巾19に溶接を流し入れ、両方共360°溶接する。次に(内)鉄製半円2枚(1リング)16をかませその合せ目を溶接しワンリングにし、D溶接9とE溶接10を360°溶接する。次に(内)ステンレス製半円2枚(1リング)14をかませ、その合せ目を溶接しワンリングにし、F溶接7とG溶接8を360°溶接する。次に(外)ステンレス製半円2枚(1リング)をかませその合せ目を溶接し、図2の7の通りワンリングにする。尚上部は船外機移動軸ステンレス棒上端船内引込み凸部内径に潜らせ、船内でステンレス円型ドラムと溶接し抜け防止を計る。Embodiments of the invention will be described below.
(B) As shown in FIG. 1, an outboard motor storage chamber is provided on both sides of the giant ship, and the outboard motor is installed by removing the removable stainless steel square 8 and attaching the outboard motor 10 to the stainless steel precision round bar 7 supporting the outboard motor. . Next, in order to join the hydraulic device 16 and the outboard motor, the spring washer and the bolt / nut 14 are fastened and fixed.
(B) As shown in FIG. 2, the project of Japanese Patent Application No. 2007-65799 (ship wind power / solar power generation second screw propulsion method) is improved and the outboard motor shaft 2 is fixed to the stern 8 and fixed. Street. First, the shipyard determines the fixing position of the stern iron plate R-shaped cross-section part 13 in FIG. 3 and the bottom part of the (outer) iron inner diameter mounting jig, and welds the A welding part 6 360 °. Next, open a suitable number of holes that are slightly smaller than the diameter of the screw valleys that will be opened later. A screw hole is made at a right angle in the hole, and it is made to penetrate through the stern iron plate R-shaped cross section. Next, the two outboard motor shaft stainless steel rods shown in FIG. 2 are vertically mounted and fixed, but the bottom mounting is the same as the number of screw tightening holes as shown in FIG. Then, the spring washer 21 is clamped and fastened with the outboard motor moving shaft stainless steel bar set screw 20. Next, (inner) 2 stainless semicircles (1 ring) 17 are bitten and the seam is welded to make one ring. B weld 11 and C weld 12 are iron and stainless steel, but welding inflow groove depth 18 The welding is poured into the welding inflow groove width 19 and both are welded 360 °. Next, (inner) two iron semicircles (1 ring) 16 are bitten and their seams are welded to form one ring, and D weld 9 and E weld 10 are welded 360 °. Next, (inner) two stainless semicircles (1 ring) 14 are bitten, the seam thereof is welded to form one ring, and F weld 7 and G weld 8 are welded 360 °. Next, (outer) two stainless semicircles (1 ring) are bitten and their seams are welded to form one ring as shown in FIG. The upper part is hidden in the inner diameter of the inboard pull-in convex part of the upper end of the stainless steel rod on the moving shaft of the outboard motor.
特願2007−65799(船舶風力・ソーラー発電第二スクリュー推進方法)の技術で航行中に於て、急方向転回で左右90°噛合い歯車転換方法は船外機の大きさ又は馬力アップは限界がある。従って、ある程度のトン数以外の巨大船には、有効馬力アップを計る船体側面両尾部に、船外機収納室を設けるシステムに出来れば、電力投入によっては馬力アップは限りなく理想を適えられる。この技術は短時間使用あるので、ソーラー発電・風力発電をエネルギーとするのでその蓄電において使用するが、後尾第二スクリュー推進方法を取っているので天候によっては蓄電余量が無い事を考えて、石油燃料発電機による電力緊急送電システムを取り入れ100%目的を達成させ、世界からタンカー事故を激減させ石油流出事故による海洋汚染をなくせる。 While navigating with the technology of Japanese Patent Application No. 2007-65799 (ship wind power / solar power generation second screw propulsion method), the right and left 90 ° meshing gear conversion method is limited in the size of the outboard motor or the horsepower increase. There is. Therefore, for huge ships other than a certain tonnage, if the system can be equipped with outboard motor storage chambers on both sides of the hull that measures the increase in effective horsepower, the ideal increase in horsepower can be achieved without limitation depending on the input of power. . Since this technology is used for a short time, it uses solar power generation and wind power generation as its energy, so it is used for its power storage, but considering that there is no power storage capacity depending on the weather because it uses the tail second screw propulsion method, Incorporating an emergency power transmission system using a petroleum fuel generator to achieve 100% objectives, drastically reduce tanker accidents from the world and eliminate marine pollution caused by oil spills.
〔図1〕1 斜断鉄板昇降回転歯車(圧力センサー歯車停止システム) 2 外板鉄板上 3 船外機収納室斜断鉄板 4 ステンレス棒直線噛合い歯 5 船外機支えステンレス吊下げ支え部 6 引込みストッパースイッチ 7 船外機支えステンレス精密丸棒 8 脱着ステンレス角材 9 船外機押出しストッパースイッチ 10 船外機 11 推進プロペラ 12 外板鉄板下 13 斜断鉄板収納凸部 14 ナット及びスプリングワッシャー 15 油圧押出し軸 16 スプリングワッシャー及びボルト 17 油圧装置
〔図2〕1 船外機移動軸ステンレス棒上端船内引込み凸部 2 船外機移動軸ステンレス棒 3 船外機移動軸ステンレス棒切断面 4 (外)ステンレス製半円2枚(1リング) 5 鉄製内径取付け治具上端 6 A溶接部 7 (外)ステンレス製半円2枚(1リング)合せ目溶接部 8 船尾 9 スクリュー 15 H溶接部
〔図3〕1 溶接流入溝 2 溶接流入溝巾 3 船外機移動軸ステンレス棒切断面 4 (外)ステンレス製半円2枚(1リング) 5 鉄製内径取付治具上端 6 A溶接部 7 F溶接部 8 G溶接部 9 D溶接部 10 E溶接部 11 B溶接部 12 C溶接部 13 船尾鉄板R形状断面 14 (内)ステンレス製半円2枚(1リング) 15 H溶接部 16 (内)鉄製半円2枚(1リング) 17 (内)ステンレス半円2枚(1リング) 18 船外機移動軸ステンレス棒留めネジ 19 スプリングワッシャー[Fig. 1] 1 Oblique iron plate lifting rotation gear (pressure sensor gear stop system) 2 Outer plate iron plate 3 Outboard motor storage room oblique iron plate 4 Stainless rod linear meshing tooth 5 Outboard motor support stainless steel suspension support 6 Pull-in stopper switch 7 Outboard motor support stainless steel precision round bar 8 Detachable stainless steel square bar 9 Outboard motor push-out stopper switch 10 Outboard motor 11 Propeller 12 Propeller under outer plate 13 Sloped iron plate storage convex 14 Nut and spring washer 15 Hydraulic extrusion Shaft 16 Spring washer and bolt 17 Hydraulic device [Fig. 2] 1 Outboard motor shaft stainless steel rod upper end inboard retracted convex portion 2 Outboard motor shaft shank 3 Outboard motor shaft stainless steel rod cutting surface 4 (Outer) Made of stainless steel 2 semi-circles (1 ring) 5 Iron inner diameter mounting jig top 6 A welded part 7 (outside) 2 stainless semi-circles (1 Ring) Seam welded portion 8 Stern 9 Screw 15 H welded portion [Fig. 3] 1 Weld inflow groove 2 Weld inflow groove width 3 Outer motor moving shaft stainless steel rod cutting surface 4 (Outside) Stainless steel semicircle 2 sheets (1 ring) ) 5 Upper end of iron inner diameter mounting jig 6 A welded portion 7 F welded portion 8 G welded portion 9 D welded portion 10 E welded portion 11 B welded portion 12 C welded portion 13 Stern iron plate R-shaped cross section 14 (inner) stainless semicircle 2 (1 ring) 15 H welded part 16 (Inner) Two steel semicircles (1 ring) 17 (Inner) Two stainless semicircles (1 ring) 18 Outboard motor shaft Stainless steel rod retaining screw 19 Spring washer
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JP2007331029A JP2009126508A (en) | 2007-11-26 | 2007-11-26 | Outboard motor both-side surface stern setting abrupt direction-changing system using both marine vessel solar power generation and wind power generation energy |
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Citations (9)
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JPS5929482U (en) * | 1982-08-19 | 1984-02-23 | 三菱重工業株式会社 | Piping structure |
JPH0328096U (en) * | 1989-07-28 | 1991-03-20 | ||
JPH09314326A (en) * | 1996-05-27 | 1997-12-09 | Miki Puurii Kk | Combined body of shaft and sleeve and method for fixing shaft and sleeve with welding |
JPH10167186A (en) * | 1996-12-04 | 1998-06-23 | Tadashi Tokuhiro | Auxiliary sailing device using solar panel for yacht |
JP2000142583A (en) * | 1998-11-12 | 2000-05-23 | Ishikawajima Harima Heavy Ind Co Ltd | Method and facility for storing storage-type thruster |
JP2002039050A (en) * | 2000-07-24 | 2002-02-06 | Atsuita Press Kogyo Kk | Wind power generating equipment and marine vessel equipped with wind power generating equipment |
JP2002145190A (en) * | 2000-11-14 | 2002-05-22 | Kawasaki Heavy Ind Ltd | Elevating container type propulsion machine |
JP2008195370A (en) * | 2007-02-15 | 2008-08-28 | Tomooki Kametani | Propulsion method of second vessel screw using wind force and solar electric generation |
JP2008283842A (en) * | 2007-05-09 | 2008-11-20 | Tomooki Kametani | Car solar power-generation/wind-power generation applying power system loading |
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2007
- 2007-11-26 JP JP2007331029A patent/JP2009126508A/en active Pending
Patent Citations (9)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS5929482U (en) * | 1982-08-19 | 1984-02-23 | 三菱重工業株式会社 | Piping structure |
JPH0328096U (en) * | 1989-07-28 | 1991-03-20 | ||
JPH09314326A (en) * | 1996-05-27 | 1997-12-09 | Miki Puurii Kk | Combined body of shaft and sleeve and method for fixing shaft and sleeve with welding |
JPH10167186A (en) * | 1996-12-04 | 1998-06-23 | Tadashi Tokuhiro | Auxiliary sailing device using solar panel for yacht |
JP2000142583A (en) * | 1998-11-12 | 2000-05-23 | Ishikawajima Harima Heavy Ind Co Ltd | Method and facility for storing storage-type thruster |
JP2002039050A (en) * | 2000-07-24 | 2002-02-06 | Atsuita Press Kogyo Kk | Wind power generating equipment and marine vessel equipped with wind power generating equipment |
JP2002145190A (en) * | 2000-11-14 | 2002-05-22 | Kawasaki Heavy Ind Ltd | Elevating container type propulsion machine |
JP2008195370A (en) * | 2007-02-15 | 2008-08-28 | Tomooki Kametani | Propulsion method of second vessel screw using wind force and solar electric generation |
JP2008283842A (en) * | 2007-05-09 | 2008-11-20 | Tomooki Kametani | Car solar power-generation/wind-power generation applying power system loading |
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