「rectangular steel」を含む例文一覧(181)

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  • RECTANGULAR STEEL PIPE
    角型鋼管 - 特許庁
  • RECTANGULAR STEEL PRODUCT
    平角鋼材 - 特許庁
  • RECTANGULAR STEEL TUBE COLUMN
    角形鋼管柱 - 特許庁
  • RECTANGULAR STEEL PIPE COLUMN
    角形鋼管柱 - 特許庁
  • CONNECTING STRUCTURE FOR RECTANGULAR STEEL PIPE AND STEEL BEAM
    角型鋼管と鉄骨梁の連結構造 - 特許庁
  • RECTANGULAR STEEL TUBE COLUMN, CHANNEL STEEL COLUMN, AND BUILDING STRUCTURE
    角形鋼管柱、溝形鋼柱及び建築構造物 - 特許庁
  • JACKING METHOD FOR TUNNEL LINING RECTANGULAR STEEL PIPE, AND TUNNEL LINING RECTANGULAR STEEL PIPE
    トンネル覆工用角型鋼管の推進方法およびトンネル覆工用角形鋼管 - 特許庁
  • SIDE WALL STRUCTURE OF RECTANGULAR STEEL WATER DISTRIBUTION POND
    矩形の鋼製配水池の側壁構造 - 特許庁
  • RUSTPROOF STRUCTURE OF FIXING MEMBER FOR RECTANGULAR CORRUGATED STEEL SHEET
    角波鋼板用固定部材の防錆構造 - 特許庁
  • STRUCTURE FOR FIXING PEDESTAL PART OF RECTANGULAR STEEL PIPE COLUMN
    角形鋼管柱の柱脚部固定構造 - 特許庁
  • This rectangular steel tube column is formed by a long rectangular steel tube 1 having a designated board thickness t, and a short rectangular steel tube 2 having a board thickness T larger than that of the long rectangular steel tube 1 and a length L for forming a beam material connecting part.
    所定の板厚tの長尺角形鋼管1と、長尺角形鋼管1よりも板厚Tが厚くかつ梁材連結部を形成する長さLの短尺角形鋼管2からなる。 - 特許庁
  • INTERNAL DIAPHRAGM FORMING METHOD FOR RECTANGULAR STEEL PIPE MEMBER
    角形鋼管部材の内ダイアフラム形成方法 - 特許庁
  • METHOD OF FEEDING LONGITUDINAL STEEL MATERIAL AND RECTANGULAR FRAME
    長手鋼材の供給方法及び面体フレーム - 特許庁
  • To easily and firmly connect a rectangular steel pipe fitting or a lip channel steel fitting to a long rectangular steel pipe through an easy operation performed from the outside of the rectangular steel pipe.
    角形鋼管の外部から行う簡単な操作によって、角形鋼管金具またはリップ溝形鋼金具を長尺の角形鋼管に対し簡単かつ堅固に連結可能にする。 - 特許庁
  • STRUCTURE FOR JOINING RECTANGULAR STEEL-PIPE COLUMN AND WIDE-FLANGE SHAPE STEEL BEAM, AND EXECUTION METHOD THEREFOR
    角形鋼管柱とH形鋼梁との接合構造およびその施工方法 - 特許庁
  • The long rectangular steel tube 1 and the short rectangular steel tube 2 have the same peripheral shape, and are connected in the longitudinal direction by welding taking the short rectangular steel tube 2 as the beam connecting position.
    長尺角形鋼管1と短尺角形鋼管2は、外周形状を同一状に形成し、短尺角形鋼管2を梁材連結位置として長さ方向で溶接結合した。 - 特許庁
  • Between two long-length rectangular steel plates 2, a steel pipe 3 is supported through a spacer 4.
    2枚の長尺矩形鋼板2の間にスペーサ4を介して鋼管3を支持する。 - 特許庁
  • METHOD OF FITTING BEAM-JOINTING BOLT IN RECTANGULAR STEEL COLUMN
    角形鋼管柱に於ける梁接合用ボルトの取付方法 - 特許庁
  • BACKING STRIP FOR JOINING RECTANGULAR STEEL PIPE COLUMN AND WELDING METHOD THEREFOR
    角形鋼管柱の接合用裏当て金とその溶接方法 - 特許庁
  • BEAM JUNCTION STRUCTURE OF RECTANGULAR STEEL PIPE PILLAR AND ITS CONSTRUCTION METHOD
    角鋼管柱の梁接合部構造及びその構築方法 - 特許庁
  • The reinforcing metal 1 formed of a rectangular steel pipe is inserted into a rectangular steel pipe 2 and the entire rectangular steel pipe 2 is passed through a roller dice to reduce its diameter whereby the reinforcing metal 1 is intimately contacted with and secured to the steel pipe 2.
    角形鋼管2の内側に角形鋼管からなる補強金物1を挿入した後、角形鋼管2全体をローラーダイスを通して縮径加工することにより、補強金物1を角形鋼管2に密着させて固定する。 - 特許庁
  • The lower rack is attached to a corner of a rectangular steel pipe 1 via bolts.
    角型鋼管の隅部に、下棚材をボルトを介して取り付ける。 - 特許庁
  • Round steel pipes or rectangular steel pipes are used as the steel pipes and arranged in the almost center height position of the thickness of the floor slab.
    鋼管は、丸鋼管または角形鋼管を使用し、床版の厚みのほぼ中央の高さ位置に配置した。 - 特許庁
  • COMPOSITE STRUCTURE FRAME BODY USING RECTANGULAR STEEL TUBE, AND TUNNEL CONSTRUCTION METHOD
    角型鋼管を用いた合成構造枠体およびトンネル築造方法 - 特許庁
  • UNDERGROUND STRUCTURE USING ROTARY RECTANGULAR-STEEL-TUBE PILE, AND METHOD FOR CONSTRUCTING THE SAME
    角形鋼管回転杭を用いた地下構造とその構築方法 - 特許庁
  • ELECTROMAGNETIC WAVE SHIELDING MATERIAL MADE OF RECTANGULAR WAVED METAL PLATE SUCH AS FOLDING PLATE OR RECTANGULAR WAVED STEEL SHEET AND METHOD FOR FORMING THE SAME
    折版や角波鋼板等の角波状金属板における電磁波遮蔽材と電磁波遮蔽工法 - 特許庁
  • A substrate 11 of the separator 1 is a rectangular plate made of stainless steel.
    セパレータ1の基板11はステンレス合金製の長方形の板である。 - 特許庁
  • The plug nut 4 is threadedly provided from the outside of the rectangular steel pipe material 1 to the screw hole 5 in the rectangular steel pipe material 1 and mounted thereto.
    プラグナット4は、角形鋼管材1のネジ孔5に対し、角形鋼管材1の外側から螺入して取り付けることができるようになっている。 - 特許庁
  • To provide a structure for joining a rectangular steel-pipe column and a wide-flange shape steel beam, and an execution method therefor, which dispense with the cutting of the rectangular steel-pipe column and labor for welding work.
    角形鋼管柱を切断する必要がなく、且つ溶接作業に手間が掛からない角形鋼管柱とH形鋼梁との接合構造およびその施工方法を提供する。 - 特許庁
  • The apparatus for working the steel rod comprises a steel rod feeding mechanism 10 for feeding the steel rod 1, and a bending mechanism 20 for bending the steel rod 1 fed by the steel rod feeding mechanism 10 into a nearly rectangular shape.
    鋼棒1を送る鋼棒送り機構10と、この鋼棒送り機構10で送られた鋼棒1を略矩形状に折り曲げ形成する曲げ機構20とを備えた。 - 特許庁
  • The laminated rubber is concentrated on positions of four corners of the steel mount as a rectangular steel frame.
    鋼製架台を矩形枠状の鋼製フレームとしてのその四隅部の位置に積層ゴムを集中配置する。 - 特許庁
  • A pair of the shape-like steel plates 6 are formed into a rectangular steel pipe by performing welding connection 7 after opposing the free ends of the thick steel plate portions 3A to each other.
    1対の型状鋼板6を、鋼板部3Aの遊端を相対向させて溶接結合7して四角形状鋼管に形成した。 - 特許庁
  • An L-shaped cross-sectional portion, which is formed at each side end of the rectangular steel plate, serves as a frame material portion by drawing one rectangular steel plate, so that the rectangular bearing wall having the frame material portion and a face plate portion formed of the one steel plate can be obtained.
    一枚の矩形鋼板に絞り加工を施すことにより、当該矩形鋼板の各側端部に形作られたL字形断面形状部を枠材部とし、枠材部と面板部を一枚の鋼板から形成した矩形の耐力壁を得る。 - 特許庁
  • To provide a rectangular steel pipe column such that upper and lower rectangular steel pipe column members of different cross-sectional sizes can be bolted together without use of a special joint member.
    横断面サイズの異なる上下の角形鋼管柱材を、特殊な継ぎ手材を用いることなく、ボルトで接合することができる構造の角形鋼管柱を提供する。 - 特許庁
  • This bearing wall 1 comprises a steel frame body 2 formed by framing shape steel 21 in rectangular shape, and a structural face member 3 fixed to the steel frame body 2.
    形鋼21を矩形状に枠組みしてなるスチール枠体2と,スチール枠体2に固定された構造用面材3とからなる耐力壁1。 - 特許庁
  • This bearing wall 1 comprises a steel frame body 2 formed by framing shape steel 21 in rectangular shape, and a structural face member 3 fixed to the steel frame body 2.
    形鋼21を矩形状に枠組みしてなるスチール枠体2と、スチール枠体2に固定された構造用面材3とからなる耐力壁1。 - 特許庁
  • A combination steel sheet pile 53 and a U-shaped steel sheet pile 51 are alternately driven into the ground 2, so as to form a rectangular-cross-section steel sheet structure 5.
    組合せ鋼矢板53とU形鋼矢板51とを交互に地盤2に打ち込んで、矩形断面状の鋼矢板構造体5を形成する。 - 特許庁
  • A plurality of rectangular unit blocks 23 are piled up and connected to form a steel tower.
    鉄塔を構成する矩形枠状のユニットブロック23は複数個積み重ねて連結される。 - 特許庁
  • COVERING BLOCK, METHOD OF MANUFACTURING COVERING BLOCK AND STEEL RECTANGULAR FRAME MATERIAL FOR COVERING BLOCK
    被覆ブロック及び被覆ブロックの製造方法及び被覆ブロック用の鋼製矩形枠材 - 特許庁
  • This average-pressure steel is characterized in that the average- pressure steel has ≥3.0 GPa tensile strength, ≥30% reduction of area, and a rectangular shape in the cross section.
    引張強さ3.0GPa以上、絞り30%以上で、かつ、横断面の形状が矩形であることを特徴とする平圧スチールである。 - 特許庁
  • A steel plate 12 having a rectangular shape enveloping a cross section of pile bodies 11, 21 or a shape wrapping the rectangular shape is attached to a lower end of the pile body 11 made of the wide-flange shape steel.
    H形鋼からなる杭本体11の下端に、前記杭本体11,21の断面を包絡する長方形又はこの長方形を包含する形の鋼板12を取り付ける。 - 特許庁
  • A plurality of U-shaped steel sheet piles 51, to which perforated steel plates 6 are prewelded, are driven into ground 2 in order, so as to form a rectangular-cross-section steel sheet pile structure 5.
    予め孔あき鋼板6が溶接された複数枚のU形鋼矢板51を順に地盤2内に打ち込んで矩形断面状の鋼矢板構造体5を形成する。 - 特許庁
  • A steel pipe 3 is welded and connected between two long-sized rectangular steel plates 1, and projecting strips 4 are formed to the internal opposed sections of the opposed sides of the steel plates 2 in the longitudinal direction.
    2枚の長尺矩形鋼板2の間に鋼管3を溶着して接続し、鋼板2の対向辺の内側対向部に長手方向に突条4を設ける。 - 特許庁
  • Channel steel is cut in rectangular shape, and the lower end back face is obliquely cut off to form the diameter enlarging arm 5C.
    溝形鋼を長方形に切断し下端部裏面を斜めに切り落とし拡径アーム5Cとする。 - 特許庁
  • This reinforcement interval fixing steel plate is formed of a round cross-sectional shape belt steel plate body 1 by cutting in a fixing steel plate 2 by rolling in a reinforcement, and an L cross-sectional shape rectangular folded steel plate body 4 by cutting in a reinforcement bending fixing steel plate 5.
    鉄筋巻き込み固定鉄板(2)を切り込んだR断面形状帯鉄板本体(1)と、鉄筋折り曲げ固定鉄板(5)を切り込んだL断面形状矩折れ鉄板本体(4)の鉄筋間隔固定鉄板。 - 特許庁
  • A plurality of steel plates 3 for the floor are stretched among the PCa boards 2 and 2 for the floor mutually adjacently in the axial rectangular direction of the steel-framed beams 1.
    床用PCa板2,2間に複数の床用鋼板3を鉄骨梁1の軸直角方向に互いに隣接して架け渡す。 - 特許庁
  • Therefore, the bent steel rod 2 formed into flat rectangular shapes with various sizes can be formed from the straight steel rod 1 by adjusting the feed of the steel rod 1 in the steel rod feeding mechanism 10.
    そのため、鋼棒送り機構10の鋼棒1の送り量を調整することで、種々のサイズの平面矩形状に形成した曲折鋼棒2を直線状の鋼棒1から加工することができる。 - 特許庁
  • Additionally, in the method for constructing the floor slab bridge 1, the bearing member 2 is arranged in the rectangular steel tube 4.
    また、角形鋼管4内に支圧部材2を配置する床版橋1の構築方法としている。 - 特許庁
  • The rectangular steel pipes 14 are continuously welded to each other in the lengthwise direction to constitute a brace 10.
    これら角形鋼管14同士をその長さ方向に連続溶接して、ブレース10を構成する。 - 特許庁
  • A beam material connecting hole 3 is formed in at least one side plate 2A of the short rectangular steel tube 2.
    短尺角形鋼管2の少なくとも一側板2Aには梁材連結用の孔3を形成した。 - 特許庁
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