Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
SHOVEL-BASED CONSTRUCTION MACHINE
PROBLEM TO BE SOLVED: To keep costs low while securing the strength of a turning motor device installation portion of a turning frame in a shovel-based construction machine.SOLUTION: A bottom surface plate 8 of a turning frame 7 is divided into a central divided bottom surface plate 8X on which a turning motor device installation portion 8c is provided, a front side divided bottom surface plate 8Y which is positioned on the front side of the central divided bottom surface plate 8X and on which a center joint installation portion 8b is provided, and a rear side divided bottom surface plate 8Z positioned on the rear side of the central divided bottom surface plate 8X. These divided front side, central, and rear side divided bottom surface plates 8X, 8Y, and 8Z are formed integrally by welding. A thickness of the central divided bottom surface plate 8X is formed thicker than thicknesses of the front side divided bottom surface plate 8Y and the rear side divided bottom surface plate 8Z.SELECTED DRAWING: Figure 3
【課題】ショベル系建設機械において、旋回フレームの旋回モータ装置取付部の強度を確保しながら、コスト抑制を図る。【解決手段】旋回フレーム７の底面板８を、旋回モータ装置取付部８ｃが設けられる中央分割底面板８Ｘと、中央分割底面板８Ｘの前側に位置し、センタジョイント取付部８ｂが設けられる前側分割底面板８Ｙと、中央分割底面板８Ｘの後側に位置する後側分割底面板８Ｚとに分割し、これら分割された前側、中央、後側の分割底面板８Ｘ、８Ｙ、８Ｚ同士を一体的に溶着して形成するとともに、中央分割底面板８Ｘの板厚を、前側分割底面板８Ｙおよび後側分割底面板８Ｚの板厚よりも厚くした。【選択図】図３
SHOVEL-BASED CONSTRUCTION MACHINE
PROBLEM TO BE SOLVED: To keep costs low while securing the strength of a turning motor device installation portion of a turning frame in a shovel-based construction machine.SOLUTION: A bottom surface plate 8 of a turning frame 7 is divided into a central divided bottom surface plate 8X on which a turning motor device installation portion 8c is provided, a front side divided bottom surface plate 8Y which is positioned on the front side of the central divided bottom surface plate 8X and on which a center joint installation portion 8b is provided, and a rear side divided bottom surface plate 8Z positioned on the rear side of the central divided bottom surface plate 8X. These divided front side, central, and rear side divided bottom surface plates 8X, 8Y, and 8Z are formed integrally by welding. A thickness of the central divided bottom surface plate 8X is formed thicker than thicknesses of the front side divided bottom surface plate 8Y and the rear side divided bottom surface plate 8Z.SELECTED DRAWING: Figure 3
【課題】ショベル系建設機械において、旋回フレームの旋回モータ装置取付部の強度を確保しながら、コスト抑制を図る。【解決手段】旋回フレーム７の底面板８を、旋回モータ装置取付部８ｃが設けられる中央分割底面板８Ｘと、中央分割底面板８Ｘの前側に位置し、センタジョイント取付部８ｂが設けられる前側分割底面板８Ｙと、中央分割底面板８Ｘの後側に位置する後側分割底面板８Ｚとに分割し、これら分割された前側、中央、後側の分割底面板８Ｘ、８Ｙ、８Ｚ同士を一体的に溶着して形成するとともに、中央分割底面板８Ｘの板厚を、前側分割底面板８Ｙおよび後側分割底面板８Ｚの板厚よりも厚くした。【選択図】図３
SHOVEL-BASED CONSTRUCTION MACHINE
ショベル系建設機械
TSUNEYOSHI TAKESHI (Autor:in) / IWAMOTO TAKAHIRO (Autor:in) / NAKAMURA TAKEYUKI (Autor:in) / NAKAI AKIHITO (Autor:in) / NAKAYAMA KENTARO (Autor:in) / DHARMESH KUMAR (Autor:in) / ADACHI KOICHI (Autor:in)
24.11.2017
Patent
Elektronische Ressource
Japanisch