Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Asphalt-mortar anti-erosion protection structure of maritime work pier column and construction method
The invention belongs to the technical field of constructional engineering. The asphalt-mortar anti-erosion protection structure of the maritime work pier column comprises an asphalt isolation layer, a mortar layer, a mortar layer and a protection layer, the outer surface of a pier column base body is coated with the asphalt isolation layer, and the asphalt isolation layer is used for isolating the pier column base body from the outside; the mortar protection layer covers the outer surface of the asphalt isolation layer and is used for preventing the asphalt isolation layer from aging due to illumination; the mortar-coated sand grain layer is sprayed and hung on the outer surface of the asphalt isolation layer, and the mortar protection layer covers the outer surface of the mortar-coated sand grain layer; the FRP mixed hemp rope layer is arranged on the dry and wet section of the pier column base body, and a rope body of the FRP mixed hemp rope layer is wound and fixed on the outer surface of the mortar protection layer. The asphalt isolation layer wraps the surface of the pier column base body to isolate erosion substances, the mortar protection layer wraps the surface of the asphalt isolation layer, the asphalt isolation layer is prevented from aging due to illumination, and the protection cost is reduced while the maritime work pier column is effectively protected through cooperation of the asphalt isolation layer and the mortar protection layer.
本发明属于建筑工程技术领域。公开一种海工墩柱的沥青—砂浆抗侵蚀防护构造及施工方法，包括：沥青隔离层，包覆在墩柱基体外表面，沥青隔离层用于隔离墩柱基体与外界；砂浆保护层，包覆在沥青隔离层外表面，砂浆保护层用于避免沥青隔离层受光照老化；还包括：挂灰砂粒层，喷挂在沥青隔离层外表面，砂浆保护层包覆在挂灰砂粒层外表面；还包括：FRP混编麻绳层，设置在墩柱基体的干湿区段，且FRP混编麻绳层的绳体绕设固定在砂浆保护层外表面。本发明能够实现利用沥青隔离层包覆在墩柱基体表面实现隔离侵蚀物质的作用，利用砂浆保护层包覆在沥青隔离层表面，避免沥青隔离层受光照老化，两者配合对海工墩柱有效保护的同时降低保护成本。
Asphalt-mortar anti-erosion protection structure of maritime work pier column and construction method
The invention belongs to the technical field of constructional engineering. The asphalt-mortar anti-erosion protection structure of the maritime work pier column comprises an asphalt isolation layer, a mortar layer, a mortar layer and a protection layer, the outer surface of a pier column base body is coated with the asphalt isolation layer, and the asphalt isolation layer is used for isolating the pier column base body from the outside; the mortar protection layer covers the outer surface of the asphalt isolation layer and is used for preventing the asphalt isolation layer from aging due to illumination; the mortar-coated sand grain layer is sprayed and hung on the outer surface of the asphalt isolation layer, and the mortar protection layer covers the outer surface of the mortar-coated sand grain layer; the FRP mixed hemp rope layer is arranged on the dry and wet section of the pier column base body, and a rope body of the FRP mixed hemp rope layer is wound and fixed on the outer surface of the mortar protection layer. The asphalt isolation layer wraps the surface of the pier column base body to isolate erosion substances, the mortar protection layer wraps the surface of the asphalt isolation layer, the asphalt isolation layer is prevented from aging due to illumination, and the protection cost is reduced while the maritime work pier column is effectively protected through cooperation of the asphalt isolation layer and the mortar protection layer.
本发明属于建筑工程技术领域。公开一种海工墩柱的沥青—砂浆抗侵蚀防护构造及施工方法，包括：沥青隔离层，包覆在墩柱基体外表面，沥青隔离层用于隔离墩柱基体与外界；砂浆保护层，包覆在沥青隔离层外表面，砂浆保护层用于避免沥青隔离层受光照老化；还包括：挂灰砂粒层，喷挂在沥青隔离层外表面，砂浆保护层包覆在挂灰砂粒层外表面；还包括：FRP混编麻绳层，设置在墩柱基体的干湿区段，且FRP混编麻绳层的绳体绕设固定在砂浆保护层外表面。本发明能够实现利用沥青隔离层包覆在墩柱基体表面实现隔离侵蚀物质的作用，利用砂浆保护层包覆在沥青隔离层表面，避免沥青隔离层受光照老化，两者配合对海工墩柱有效保护的同时降低保护成本。
Asphalt-mortar anti-erosion protection structure of maritime work pier column and construction method
一种海工墩柱的沥青—砂浆抗侵蚀防护构造及施工方法
FENG MEIJUN (Autor:in) / LI MENG (Autor:in) / QU HENGHUI (Autor:in) / TIAN DONGJUN (Autor:in) / WANG ZHENGZE (Autor:in) / JIA XIAOYAN (Autor:in) / LI FUMIN (Autor:in)
05.12.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
| Europäisches Patentamt | 2023
| Europäisches Patentamt | 2023
Pier column construction method and pier column template
| Europäisches Patentamt | 2015