A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
In-situ curing stirring equipment and construction method
The invention provides in-situ curing stirring equipment and a construction method, and relates to the technical field of underground construction mechanical equipment, and the equipment comprises a mounting support plate, an extension arm, a stirring head, an oil path system and a conveying pipeline system. The installation supporting plate is located at the top end of the in-situ curing stirring equipment, the installation supporting plate is connected with the stirring heads through the extension arms, the at least two stirring heads are arranged at the bottom end of the in-situ curing stirring equipment according to a certain angle, the stirring heads are driven by an oil way system to rotate, and a nozzle is arranged on the inner side, where stirring blades are fixed, of each stirring head. The conveying pipeline system is fixedly arranged on the in-situ curing stirring equipment and used for providing curing agent powder/slurry and high-pressure gas. The stirring equipment has the advantages that the stirring equipment adopts a novel blade structure, the rotation frequency of the stirring head is monitored by utilizing an oil path system, and meanwhile, the reasonable position and structure of the nozzle are designed, so that high-quality uniform stirring of a curing agent and a soil body in situ is effectively ensured.
本发明提供一种原位固化搅拌设备及施工方法，涉及地下施工机械设备技术领域，该设备包括安装支撑板、延长臂、搅拌头、油路系统和输送管路系统。安装支撑板位于原位固化搅拌设备顶端，延长臂将安装支撑板与搅拌头相连，搅拌头至少有两个按一定角度设置在原位固化搅拌设备底端，搅拌头由油路系统驱动进行旋转，每个搅拌头上固定搅拌叶片的内侧设置有喷嘴，输送管路系统固定设置在原位固化搅拌设备上用于提供固化剂粉料/浆料及高压气体。本发明的优点是该搅拌设备采用了新型叶片结构，并利用油路系统来监测搅拌头的旋转次数，同时设计了喷嘴的合理位置与结构，从而有效保证了固化剂与土体在原位上的高质量均匀搅拌。
In-situ curing stirring equipment and construction method
The invention provides in-situ curing stirring equipment and a construction method, and relates to the technical field of underground construction mechanical equipment, and the equipment comprises a mounting support plate, an extension arm, a stirring head, an oil path system and a conveying pipeline system. The installation supporting plate is located at the top end of the in-situ curing stirring equipment, the installation supporting plate is connected with the stirring heads through the extension arms, the at least two stirring heads are arranged at the bottom end of the in-situ curing stirring equipment according to a certain angle, the stirring heads are driven by an oil way system to rotate, and a nozzle is arranged on the inner side, where stirring blades are fixed, of each stirring head. The conveying pipeline system is fixedly arranged on the in-situ curing stirring equipment and used for providing curing agent powder/slurry and high-pressure gas. The stirring equipment has the advantages that the stirring equipment adopts a novel blade structure, the rotation frequency of the stirring head is monitored by utilizing an oil path system, and meanwhile, the reasonable position and structure of the nozzle are designed, so that high-quality uniform stirring of a curing agent and a soil body in situ is effectively ensured.
本发明提供一种原位固化搅拌设备及施工方法，涉及地下施工机械设备技术领域，该设备包括安装支撑板、延长臂、搅拌头、油路系统和输送管路系统。安装支撑板位于原位固化搅拌设备顶端，延长臂将安装支撑板与搅拌头相连，搅拌头至少有两个按一定角度设置在原位固化搅拌设备底端，搅拌头由油路系统驱动进行旋转，每个搅拌头上固定搅拌叶片的内侧设置有喷嘴，输送管路系统固定设置在原位固化搅拌设备上用于提供固化剂粉料/浆料及高压气体。本发明的优点是该搅拌设备采用了新型叶片结构，并利用油路系统来监测搅拌头的旋转次数，同时设计了喷嘴的合理位置与结构，从而有效保证了固化剂与土体在原位上的高质量均匀搅拌。
In-situ curing stirring equipment and construction method
一种原位固化搅拌设备及施工方法
YANG NINGYE (author) / LIU ZHONG (author) / GE CHUNWEI (author) / ZHANG CHUFU (author)
2024-10-29
Patent
Electronic Resource
Chinese
Bidirectional in-situ curing stirring equipment and construction method
| European Patent Office | 2024
Sludge in-situ curing method and in-situ curing stirring device
| European Patent Office | 2023
Large-span bidirectional shallow curing stirring equipment and construction method
| European Patent Office | 2024
Method for curing in-situ soil in situ and stirring device
| European Patent Office | 2015
Construction method for in-situ full-depth stirring and curing of waste mud into roadbed
| European Patent Office | 2024