A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method for integrally pouring concrete into inspection well
The invention relates to a construction method for integrally pouring concrete into an inspection well. The construction method comprises the steps that a, an anchoring part is installed on a wallingcrib base for standby application; b, the upper surface of a shaft is flattened, surrounding water stabilizing materials are removed, and asphalt concrete is removed; c, the walling crib base providedwith the anchoring part is placed above the shaft, and a nut on the anchoring part is adjusted to enable the walling crib base to be located at a proper position; d, a mold is additionally arranged around the inspection well to prevent concrete from flowing out during pouring; and e, the concrete pouring amount is adjusted according to the site situation, and the inspection well is poured. A constructor selects the minimum gap between a walling crib and the shaft according to the application environment of the inspection well to calculate the required minimum concrete amount, installs a special anchoring part on the walling crib, places the walling crib above a manhole of a well chamber cover plate, adjusts the elevation, adjusts the actual using amount of concrete according to the actualsituation, and integrally pours the concrete at a time. The pouring process of the inspection well is shortened, the concrete consumption is adjusted in a targeted mode, and common diseases such as well lid looseness, displacement and sinking are reduced.
本发明涉及一种检查井整体浇筑混凝土施工方法，包括：步骤a，将锚固件安装到井圈座上备用；步骤b,将井筒上表面修平并清除周围的水稳料与沥青砼清除；步骤c,将装有锚固件的井圈座放置到井筒上方，调节锚固件上的螺母使井圈座处于合适位置；步骤d,对检查井周围加设模具防止浇筑时混凝土外流；步骤e,根据现场情况调节混凝土浇筑量并对检查井进行浇筑。施工人员根据检查井应用环境选取井圈与井筒间最小缝隙计算所需最小混凝土量，将专用锚固件安装在井圈上，放置在井室盖板人孔上方，调整好标高，根据实际情况调整混凝土实际用量，使用混凝土一次性整体浇筑，缩减了检查井浇筑流程，针对性调节混凝土用量，降低井盖松动、位移、下沉等常见病害。
Construction method for integrally pouring concrete into inspection well
The invention relates to a construction method for integrally pouring concrete into an inspection well. The construction method comprises the steps that a, an anchoring part is installed on a wallingcrib base for standby application; b, the upper surface of a shaft is flattened, surrounding water stabilizing materials are removed, and asphalt concrete is removed; c, the walling crib base providedwith the anchoring part is placed above the shaft, and a nut on the anchoring part is adjusted to enable the walling crib base to be located at a proper position; d, a mold is additionally arranged around the inspection well to prevent concrete from flowing out during pouring; and e, the concrete pouring amount is adjusted according to the site situation, and the inspection well is poured. A constructor selects the minimum gap between a walling crib and the shaft according to the application environment of the inspection well to calculate the required minimum concrete amount, installs a special anchoring part on the walling crib, places the walling crib above a manhole of a well chamber cover plate, adjusts the elevation, adjusts the actual using amount of concrete according to the actualsituation, and integrally pours the concrete at a time. The pouring process of the inspection well is shortened, the concrete consumption is adjusted in a targeted mode, and common diseases such as well lid looseness, displacement and sinking are reduced.
本发明涉及一种检查井整体浇筑混凝土施工方法，包括：步骤a，将锚固件安装到井圈座上备用；步骤b,将井筒上表面修平并清除周围的水稳料与沥青砼清除；步骤c,将装有锚固件的井圈座放置到井筒上方，调节锚固件上的螺母使井圈座处于合适位置；步骤d,对检查井周围加设模具防止浇筑时混凝土外流；步骤e,根据现场情况调节混凝土浇筑量并对检查井进行浇筑。施工人员根据检查井应用环境选取井圈与井筒间最小缝隙计算所需最小混凝土量，将专用锚固件安装在井圈上，放置在井室盖板人孔上方，调整好标高，根据实际情况调整混凝土实际用量，使用混凝土一次性整体浇筑，缩减了检查井浇筑流程，针对性调节混凝土用量，降低井盖松动、位移、下沉等常见病害。
Construction method for integrally pouring concrete into inspection well
一种检查井整体浇筑混凝土施工方法
LI GUANGCAI (author) / LIANG HUINIAN (author) / ZHU CHUANTAO (author) / ZHAO BOQIANG (author) / CUI JUAN (author) / WANG GUANGHUA (author) / SU YU (author) / ZHANG DEJUN (author) / ZHANG SHIHUA (author) / YUN LEI (author)
2021-03-02
Patent
Electronic Resource
Chinese
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