A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Grooving construction method for underground diaphragm wall
The invention relates to the technical field of building construction, and discloses an underground diaphragm wall grooving construction method which comprises the following steps: S1, construction preparation; before a trenching machine is used for trenching, the top elevation, perpendicularity, spacing, axis and the like of the guide wall must be rechecked. A hydraulic grooving machine is replaced by a double-wheel slot milling machine for grooving construction, and during construction, milling cutters and milling teeth in different forms can be replaced according to different stratums to perform grooving milling on the different stratums; in the continuous milling process of the milling teeth, the cutting track of the milling teeth is tracked and controlled through a computer display screen of an operating system, generated inclination or deviation is corrected at any time through X-direction and Y-direction deviation correcting plates, the precision is controlled to be 0.3%, and therefore the perpendicularity of the groove section is guaranteed, the grooving precision is high, and the groove shape is regular; and the milling direction of the milling cutter rest can be adjusted, so that the milling cutter rest can be operated in parallel or perpendicular to the main machine, has certain adaptability to the construction operation range, and is more beneficial to milling of a corner groove section.
本发明涉及建筑施工技术领域，公开了地下连续墙的成槽施工方法，包括以下步骤：S1：施工准备；成槽机成槽前，必须对导墙顶标高、垂直度、间距、轴线等进行复核。通过将液压成槽机换用双轮铣槽机进行成槽施工，在进行施工时，能够根据不同的地层来更换不同形式的铣刀及铣齿，对不同地层进行成槽铣削；而铣齿在持续下铣削过程中，其切削轨迹通过操作系统的电脑显示屏跟踪控制，对产生的倾斜或偏移利用X、Y方向纠偏板随时进行纠正，其精度控制在3‰，从而保证槽段的垂直度，使其成槽精度高，槽型规则；并且铣刀架的铣削方向可进行调整，既可平行也可垂直主机作业，对施工作业范围具有一定的适应性，且更有利于拐角槽段的铣削。
Grooving construction method for underground diaphragm wall
The invention relates to the technical field of building construction, and discloses an underground diaphragm wall grooving construction method which comprises the following steps: S1, construction preparation; before a trenching machine is used for trenching, the top elevation, perpendicularity, spacing, axis and the like of the guide wall must be rechecked. A hydraulic grooving machine is replaced by a double-wheel slot milling machine for grooving construction, and during construction, milling cutters and milling teeth in different forms can be replaced according to different stratums to perform grooving milling on the different stratums; in the continuous milling process of the milling teeth, the cutting track of the milling teeth is tracked and controlled through a computer display screen of an operating system, generated inclination or deviation is corrected at any time through X-direction and Y-direction deviation correcting plates, the precision is controlled to be 0.3%, and therefore the perpendicularity of the groove section is guaranteed, the grooving precision is high, and the groove shape is regular; and the milling direction of the milling cutter rest can be adjusted, so that the milling cutter rest can be operated in parallel or perpendicular to the main machine, has certain adaptability to the construction operation range, and is more beneficial to milling of a corner groove section.
本发明涉及建筑施工技术领域，公开了地下连续墙的成槽施工方法，包括以下步骤：S1：施工准备；成槽机成槽前，必须对导墙顶标高、垂直度、间距、轴线等进行复核。通过将液压成槽机换用双轮铣槽机进行成槽施工，在进行施工时，能够根据不同的地层来更换不同形式的铣刀及铣齿，对不同地层进行成槽铣削；而铣齿在持续下铣削过程中，其切削轨迹通过操作系统的电脑显示屏跟踪控制，对产生的倾斜或偏移利用X、Y方向纠偏板随时进行纠正，其精度控制在3‰，从而保证槽段的垂直度，使其成槽精度高，槽型规则；并且铣刀架的铣削方向可进行调整，既可平行也可垂直主机作业，对施工作业范围具有一定的适应性，且更有利于拐角槽段的铣削。
Grooving construction method for underground diaphragm wall
地下连续墙的成槽施工方法
LIU LEI (author) / DAI ZHONGHAI (author) / WU LEI (author) / HE RUNZHOU (author) / CHENG ZHENHUA (author) / HONG SHENGLIANG (author) / LUO JIANCHEN (author)
2024-07-26
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
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