A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Concrete pile with ultra-high performance fibers
The invention discloses a concrete pile with ultra-high performance fibers. The concrete pile comprises concrete pile bodies and a bearing platform, wherein the tops of the concrete pile bodies are connected with the bearing platform through a solvent in an adhesive mode; defense devices are arranged in the concrete pile bodies; the concrete pile bodies are evenly distributed at the bottom of thebearing platform; each concrete pile body comprises a pile head; the top of each pile head is connected with the bearing platform through a solvent in an adhesive mode; the bottom of each pile head isconnected with a pile pipe in a welded mode; one end of each pile pipe is connected with a pile tip through a thread; each defense device comprises a permeable membrane, a reaction cavity, a storagecavity and an impeller; a channel is formed in each pile pipe; one side of each channel communicates with the corresponding reaction cavity; end openings of the two ends of each channel are connectedwith the corresponding permeable membrane in an adhesive mode; each reaction cavity is formed in the corresponding pile pipe; containing cavities are symmetrically formed in the two sides of each reaction cavity; and one side of each containing cavity is connected with an isolation net through a mortise and tenon joint. The concrete pile has the characteristics of flood control and flood fighting.
本发明公开了一种具有超高性能纤维的混凝土砼桩，包括砼桩、承台，所述砼桩的顶部与承台通过溶剂粘接连接，所述砼桩的内部设置有防御装置，所述砼桩均匀分布在承台底部，所述砼桩包括桩头，每个所述桩头的顶部与承台通过溶剂粘接连接，所述桩头的底部通过焊接连接有桩管，所述桩管的一端通过螺纹连接有桩尖，所述防御装置包括渗透膜、反应腔、储存腔、叶轮，所述桩管的内部开设有通道，所述通道的一侧与反应腔相通，所述通道的两端端口与渗透膜通过粘接连接，所述桩管的内部设置有反应腔，所述反应腔的两侧对称开设有容腔，所述容腔的一侧通过榫卯连接有隔离网，本发明，具有防洪和抗洪的特点。
Concrete pile with ultra-high performance fibers
The invention discloses a concrete pile with ultra-high performance fibers. The concrete pile comprises concrete pile bodies and a bearing platform, wherein the tops of the concrete pile bodies are connected with the bearing platform through a solvent in an adhesive mode; defense devices are arranged in the concrete pile bodies; the concrete pile bodies are evenly distributed at the bottom of thebearing platform; each concrete pile body comprises a pile head; the top of each pile head is connected with the bearing platform through a solvent in an adhesive mode; the bottom of each pile head isconnected with a pile pipe in a welded mode; one end of each pile pipe is connected with a pile tip through a thread; each defense device comprises a permeable membrane, a reaction cavity, a storagecavity and an impeller; a channel is formed in each pile pipe; one side of each channel communicates with the corresponding reaction cavity; end openings of the two ends of each channel are connectedwith the corresponding permeable membrane in an adhesive mode; each reaction cavity is formed in the corresponding pile pipe; containing cavities are symmetrically formed in the two sides of each reaction cavity; and one side of each containing cavity is connected with an isolation net through a mortise and tenon joint. The concrete pile has the characteristics of flood control and flood fighting.
本发明公开了一种具有超高性能纤维的混凝土砼桩，包括砼桩、承台，所述砼桩的顶部与承台通过溶剂粘接连接，所述砼桩的内部设置有防御装置，所述砼桩均匀分布在承台底部，所述砼桩包括桩头，每个所述桩头的顶部与承台通过溶剂粘接连接，所述桩头的底部通过焊接连接有桩管，所述桩管的一端通过螺纹连接有桩尖，所述防御装置包括渗透膜、反应腔、储存腔、叶轮，所述桩管的内部开设有通道，所述通道的一侧与反应腔相通，所述通道的两端端口与渗透膜通过粘接连接，所述桩管的内部设置有反应腔，所述反应腔的两侧对称开设有容腔，所述容腔的一侧通过榫卯连接有隔离网，本发明，具有防洪和抗洪的特点。
Concrete pile with ultra-high performance fibers
一种具有超高性能纤维的混凝土砼桩
LING XIUHUA (author) / LING DONGLIANG (author) / LI GUANGMING (author) / LING HUI (author)
2021-01-15
Patent
Electronic Resource
Chinese
Ultra-high performance concrete photovoltaic tubular pile
| European Patent Office | 2022
| European Patent Office | 2023
Dispersion of Fibers in Ultra-High-Performance Concrete
| Online Contents | 2017
Ultra-high performance concrete and common concrete combined pile and construction method thereof
| European Patent Office | 2015