bridge wallとは 意味・読み方・使い方

As a result, wall thickness (the minimum wall thickness) J of the bridge part 30 becomes larger than wall thickness of a conventional bridge part and its flexural rigidity is increased to suppress elastic deformation of the bridge part 30 and the external tooth 19 by reaction force of driving component of force.例文帳に追加

この結果、ブリッジ部30の肉厚（最小肉厚）Ｊが従来より厚くなって曲げ剛性が高くなり、これにより、駆動分力の反力によるブリッジ部30、外歯19の弾性変形が抑制される。 - 特許庁

DECORATIVE WALL INSTALLATION METHOD OF SIDE FRINGE OF REAR SURFACE SOUND ABSORBING PLATE UNDER HIGH BRIDGE例文帳に追加

高架橋下における裏面吸音板側縁の化粧壁設置方法 - 特許庁

The connecting bridge 13 has a split structure which is composed of a first movable bridge 21 and a second movable bridge 22, so as to be capable of easily going over a closing wall B inside the revetment 1.例文帳に追加

連絡橋１３は、第１可動橋２１と第２可動橋２２とからなる分割構造として、護岸１の内側の締切壁Ｂを容易に上越できるようする。 - 特許庁

Rod-like reinforcement members 5 are placed to an existing fill retaining wall 4 near the bridge abutment 1 nearly parallel to the axial direction of the bridge girder.例文帳に追加

橋台１に接近した既設盛土擁壁４に、橋桁の軸方向とほぼ平行に棒状補強材５を打設する。 - 特許庁

To provide an outer wall structure in a steel structure capable of preventing downward shifting of wall surface and causing of heat bridge and having a small thickness of the wall surface.例文帳に追加

壁面のずり下り、及び熱橋が生じることがなく、しかも壁面の厚みも小さい鉄骨における外壁構造を提供する - 特許庁

The protective tube 41 is put into the through-hole 21 of the end wall 20 of the concrete bridge girder 2.例文帳に追加

保護管４１をコンクリート橋桁２の端壁２０の通孔２１へ挿通する。 - 特許庁

The coin bridge phenomenon occurring between the rockable wall face 34a and a wall face 25a facing it can be released.例文帳に追加

揺動可能な壁面34aと向き合う壁面25aとの間で発生する堆積硬貨の硬貨ブリッジ現象を解放する。 - 特許庁

A third bridge 44 has opposite end parts coupled to the positive pressure side wall 18 and the second bridge 40, a supply channel 46 for the leading edge channel 32 is formed with the first bridge, and a louver channel 48 extended along the second bridge backward to the distal end at the positive pressure side wall is formed with the second bridge.例文帳に追加

第３のブリッジ（４４）は、正圧側壁（１８）及び第２のブリッジ（４０）に結合された相対する端部を有し、前縁流路（３２）のための供給流路（４６）を第１のブリッジと共に形成し、該第２のブリッジに沿って正圧側壁にある遠位端まで後方へ延びるルーバ流路（４８）を第２のブリッジと共に形成する。 - 特許庁