A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Electro-osmosis combined horizontal drainage plate reinforced dredger fill drainage system and construction method
The invention relates to the technical field of dredger fill drainage systems, and discloses an electro-osmosis combined horizontal drainage plate reinforced dredger fill drainage system and a construction method. Comprising a horizontal drainage plate, a conductive plastic drainage plate, a vacuum channel branch pipe, a vacuum channel main pipe, a direct-current power supply, a vacuum pump and a sealing film, the horizontal drainage plates are laid in deep soft soil in a layered mode, connected with the vacuum channel branch pipes through the connectors and then connected to the vacuum channel main pipe. The conductive plastic drainage plate is vertically driven into the upper soft soil and connected to the positive electrode and the negative electrode of the direct-current power source through metal wires, the top end of the conductive plastic drainage plate is connected with the vacuum channel main pipe through a connector and further connected into the vacuum pump, and the upper portion of the conductive plastic drainage plate is further covered with a sealing film. The method has the advantages of an electroosmosis method and a horizontal drainage plate drainage method, the bending problem of a plastic drainage plate is avoided, the drainage consolidation rate of soft soil can be effectively increased, and the deep soft soil reinforcement effect is remarkably improved.
本发明涉及吹填土排水系统技术领域，公开了一种电渗联合水平排水板加固吹填土排水系统及施工方法；包括水平排水板、导电塑料排水板、真空通道支管、真空通道主管、直流电源、真空泵、密封膜；水平排水板分层铺设于深部软土中，并通过接头与真空通道支管连接，进而连接至真空通道主管。导电塑料排水板竖直打入上部软土中，通过金属导线将导电塑料排水板连接至直流电源正负极，导电塑料排水板顶端通过接头与真空通道主管连接，并进一步接入真空泵，导电塑料排水板上部还覆盖有密封膜。本发明兼具电渗法和水平排水板排水法的优点，避免塑料排水板的弯折问题，能够有效加快软土排水固结速率，显著提高深层软土加固效果。
Electro-osmosis combined horizontal drainage plate reinforced dredger fill drainage system and construction method
The invention relates to the technical field of dredger fill drainage systems, and discloses an electro-osmosis combined horizontal drainage plate reinforced dredger fill drainage system and a construction method. Comprising a horizontal drainage plate, a conductive plastic drainage plate, a vacuum channel branch pipe, a vacuum channel main pipe, a direct-current power supply, a vacuum pump and a sealing film, the horizontal drainage plates are laid in deep soft soil in a layered mode, connected with the vacuum channel branch pipes through the connectors and then connected to the vacuum channel main pipe. The conductive plastic drainage plate is vertically driven into the upper soft soil and connected to the positive electrode and the negative electrode of the direct-current power source through metal wires, the top end of the conductive plastic drainage plate is connected with the vacuum channel main pipe through a connector and further connected into the vacuum pump, and the upper portion of the conductive plastic drainage plate is further covered with a sealing film. The method has the advantages of an electroosmosis method and a horizontal drainage plate drainage method, the bending problem of a plastic drainage plate is avoided, the drainage consolidation rate of soft soil can be effectively increased, and the deep soft soil reinforcement effect is remarkably improved.
本发明涉及吹填土排水系统技术领域，公开了一种电渗联合水平排水板加固吹填土排水系统及施工方法；包括水平排水板、导电塑料排水板、真空通道支管、真空通道主管、直流电源、真空泵、密封膜；水平排水板分层铺设于深部软土中，并通过接头与真空通道支管连接，进而连接至真空通道主管。导电塑料排水板竖直打入上部软土中，通过金属导线将导电塑料排水板连接至直流电源正负极，导电塑料排水板顶端通过接头与真空通道主管连接，并进一步接入真空泵，导电塑料排水板上部还覆盖有密封膜。本发明兼具电渗法和水平排水板排水法的优点，避免塑料排水板的弯折问题，能够有效加快软土排水固结速率，显著提高深层软土加固效果。
Electro-osmosis combined horizontal drainage plate reinforced dredger fill drainage system and construction method
一种电渗联合水平排水板加固吹填土排水系统及施工方法
ZONG MENGFAN (author) / ZHANG YI (author) / YIN YONG (author) / ZONG ZHONGLING (author) / DU LIANG (author) / LIU ANNAN (author)
2022-07-22
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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