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Manufacturing method of prefabricated toilet caisson and integrally-integrated prefabricated toilet caisson
The manufacturing method comprises the following steps that S1, a self-waterproof concrete caisson structure is prefabricated, specifically, the self-waterproof concrete caisson structure comprises a caisson body and a reverse ridge higher than an indoor building terrace, and a slope surface is found at the bottom of the caisson body according to a preset angle theta; a water outlet is reserved in the bottom of the slope surface; s2, performing waterproof detection; S3, mounting a modular equipment pipeline; s4, line snapping and positioning; s5, modular supports are installed; and S6, ground pavement construction is completed, specifically, ground pavement construction is completed on the modular supports, the ground pavement is parallel to the slope surface, and the included angle between the ground pavement and the horizontal plane is theta. The prefabricated toilet caisson is integrally prefabricated in a factory, the quality of components can be effectively controlled, the self-waterproof reliability of the structure is improved, the leakage risk is effectively reduced, waterproof materials can be saved to a certain degree, meanwhile, modular design combination is provided, a backfill area can be reduced by 90% or above, and later pipeline maintenance is facilitated.
本发明公开了一种预制卫生间沉箱的制作方法及整体集成式预制卫生间沉箱，包括以下步骤：S1：预制自防水混凝土沉箱结构：自防水混凝土沉箱结构包括沉箱主体以及高于室内建筑地坪的反坎，在沉箱主体的箱底按预定角度θ找好坡面，在坡面的坡底预留排水口；S2：防水检测：S3：安装模块化设备管线；S4：弹线定位；S5：安装模块化支撑；S6：地面铺装施工：在模块化支撑上完成地面铺装施工，地面铺装平行于坡面，且其与水平面的夹角为θ。本发明的预制卫生间沉箱由工厂整体预制，可以有效控制构件质量，增加结构自防水的可靠性，有效降低渗漏风险，一定程度上还可以节省防水材料，同时提供模块化设计组合，能够减小回填区90％以上，方便后期管线维护。
Manufacturing method of prefabricated toilet caisson and integrally-integrated prefabricated toilet caisson
The manufacturing method comprises the following steps that S1, a self-waterproof concrete caisson structure is prefabricated, specifically, the self-waterproof concrete caisson structure comprises a caisson body and a reverse ridge higher than an indoor building terrace, and a slope surface is found at the bottom of the caisson body according to a preset angle theta; a water outlet is reserved in the bottom of the slope surface; s2, performing waterproof detection; S3, mounting a modular equipment pipeline; s4, line snapping and positioning; s5, modular supports are installed; and S6, ground pavement construction is completed, specifically, ground pavement construction is completed on the modular supports, the ground pavement is parallel to the slope surface, and the included angle between the ground pavement and the horizontal plane is theta. The prefabricated toilet caisson is integrally prefabricated in a factory, the quality of components can be effectively controlled, the self-waterproof reliability of the structure is improved, the leakage risk is effectively reduced, waterproof materials can be saved to a certain degree, meanwhile, modular design combination is provided, a backfill area can be reduced by 90% or above, and later pipeline maintenance is facilitated.
本发明公开了一种预制卫生间沉箱的制作方法及整体集成式预制卫生间沉箱，包括以下步骤：S1：预制自防水混凝土沉箱结构：自防水混凝土沉箱结构包括沉箱主体以及高于室内建筑地坪的反坎，在沉箱主体的箱底按预定角度θ找好坡面，在坡面的坡底预留排水口；S2：防水检测：S3：安装模块化设备管线；S4：弹线定位；S5：安装模块化支撑；S6：地面铺装施工：在模块化支撑上完成地面铺装施工，地面铺装平行于坡面，且其与水平面的夹角为θ。本发明的预制卫生间沉箱由工厂整体预制，可以有效控制构件质量，增加结构自防水的可靠性，有效降低渗漏风险，一定程度上还可以节省防水材料，同时提供模块化设计组合，能够减小回填区90％以上，方便后期管线维护。
Manufacturing method of prefabricated toilet caisson and integrally-integrated prefabricated toilet caisson
预制卫生间沉箱的制作方法及整体集成式预制卫生间沉箱
DU HE (author) / LEE MYEONG-CHUN (author) / MA YUMENG (author) / ZHOU ZHIWEI (author) / YAN QIANG (author) / LAN HAO (author) / ZHANG DUO (author) / XIE JIE (author) / ZHU BIN (author) / HUANG TAO (author)
2024-10-22
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
/
E03C
DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER
,
Hausinstallationen für Frisch- oder Abwasser
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
| European Patent Office | 2024