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Stable damping bridge foundation pile
A stable damping type bridge foundation pile belongs to the technical field of bridge construction and is formed by sequentially connecting a pile root, a base, a conical seat, a foundation column, a damping column and a bearing platform. A bearing groove hole is formed in the base column, and the bearing groove hole is a cavity formed by connecting a bottom groove, a kidney-shaped hole and a top groove; the outer wall of the foundation pillar is provided with a ring pillar support hoop; the damping column is a solid column formed by connecting a bottom column, a waist column and a top column; the shock absorption columns are arranged in the bearing groove holes, the bottom columns are arranged in the bottom grooves, the waist columns penetrate through the waist holes, the top columns are arranged in the top grooves, a plurality of shock absorption springs are arranged between the shock absorption columns and the bearing groove holes, the bearing platform is connected to the upper portions of the shock absorption columns, and the inclined supporting columns are arranged between the two ends of the bearing platform and the annular column supporting hoops. Damping springs are arranged between the inclined supporting columns and the annular column supporting hoops. The anti-pulling and anti-sinking pile has the advantages that the pile root can resist pulling and sinking, the combined structure of the bearing groove hole and the damping column and the combined structure of the ring column supporting hoop and the inclined supporting column can guarantee stability, and damping can be effectively achieved.
一种稳定性减震式桥梁基桩，属于桥梁建设技术领域，其由桩根、基座、锥座、基柱、减震柱和承台依次连接构成；所述基柱内设有承接槽孔，承接槽孔是由底槽、腰孔和顶槽连接构成的空腔；基柱外壁上设有环柱撑箍；减震柱是由底柱、腰柱和顶柱连接构成的实体柱；所述减震柱置于承接槽孔内部，其中底柱置于底槽中，腰柱穿过腰孔，顶柱置于顶槽中，且减震柱与承接槽孔之间设有若干个减震弹簧，所述承台连接在减震柱上方，承台的两端与环柱撑箍之间设有斜撑柱，斜撑柱与环柱撑箍之间设有减震弹簧；其有益效果是桩根既可抗拔又可抗沉，承接槽孔与减震柱的联合结构以及环柱撑箍和斜撑柱的联合结构，既可保证稳定性，又可有效减震。
Stable damping bridge foundation pile
A stable damping type bridge foundation pile belongs to the technical field of bridge construction and is formed by sequentially connecting a pile root, a base, a conical seat, a foundation column, a damping column and a bearing platform. A bearing groove hole is formed in the base column, and the bearing groove hole is a cavity formed by connecting a bottom groove, a kidney-shaped hole and a top groove; the outer wall of the foundation pillar is provided with a ring pillar support hoop; the damping column is a solid column formed by connecting a bottom column, a waist column and a top column; the shock absorption columns are arranged in the bearing groove holes, the bottom columns are arranged in the bottom grooves, the waist columns penetrate through the waist holes, the top columns are arranged in the top grooves, a plurality of shock absorption springs are arranged between the shock absorption columns and the bearing groove holes, the bearing platform is connected to the upper portions of the shock absorption columns, and the inclined supporting columns are arranged between the two ends of the bearing platform and the annular column supporting hoops. Damping springs are arranged between the inclined supporting columns and the annular column supporting hoops. The anti-pulling and anti-sinking pile has the advantages that the pile root can resist pulling and sinking, the combined structure of the bearing groove hole and the damping column and the combined structure of the ring column supporting hoop and the inclined supporting column can guarantee stability, and damping can be effectively achieved.
一种稳定性减震式桥梁基桩，属于桥梁建设技术领域，其由桩根、基座、锥座、基柱、减震柱和承台依次连接构成；所述基柱内设有承接槽孔，承接槽孔是由底槽、腰孔和顶槽连接构成的空腔；基柱外壁上设有环柱撑箍；减震柱是由底柱、腰柱和顶柱连接构成的实体柱；所述减震柱置于承接槽孔内部，其中底柱置于底槽中，腰柱穿过腰孔，顶柱置于顶槽中，且减震柱与承接槽孔之间设有若干个减震弹簧，所述承台连接在减震柱上方，承台的两端与环柱撑箍之间设有斜撑柱，斜撑柱与环柱撑箍之间设有减震弹簧；其有益效果是桩根既可抗拔又可抗沉，承接槽孔与减震柱的联合结构以及环柱撑箍和斜撑柱的联合结构，既可保证稳定性，又可有效减震。
Stable damping bridge foundation pile
一种稳定型减震式桥梁基桩
SUN LEI (author) / WANG PANPAN (author)
2022-11-11
Patent
Electronic Resource
Chinese
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