A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-floating basement capable of automatically adjusting buoyancy and underground garage
The embodiment of the invention provides an anti-floating basement capable of automatically adjusting buoyancy, which comprises a bottom plate, a bottom plate and a buoyancy adjusting device, the side wall forms the side wall of the basement; the number of the columns is more than one, and the columns are arranged in the basement; the water storage space is arranged on the bottom plate, near the bottom plate or outside the basement; the water inlet pipeline comprises a water inlet and an overflow port, the water inlet is designed to allow underground water outside the basement to flow into the water storage space through the water inlet and the water inlet pipeline, and the overflow port is arranged inside or outside the basement and designed to have a preset height; the preset height is equal to or smaller than a designed anti-floating water level critical value of the basement, so that the buoyancy generated by the underground water can be controlled when being close to an anti-buoyancy design value of the basement, and the underground water can be discharged into the water storage space through the water inlet, the water inlet pipeline and the overflow port. The embodiment of the invention further provides the underground garage.
本公开实施例提供一种浮力自动调节的抗浮地下室，包括：底板，底板构成地下室的底部；侧壁，侧壁构成地下室的侧墙；柱，柱的数量为一个以上并且设置在地下室的内部；储水空间，储水空间设置在底板之上、底板附近或者设置在地下室的外部；以及进水管路，进水管路包括进水口和溢水口，进水口设计为允许地下室外部的地下水经由进水口通过进水管路流入储水空间中，溢水口设置在地下室的内部或者外部并且设计为具有预定高度，预定高度等于或小于地下室的设计抗浮水位临界值，以便在地下水所产生的浮力接近地下室的抗浮力设计值时能够被控制，地下水能够经由进水口通过进水管路和溢水口排入储水空间中。本公开实施例还提供了一种地下车库。
Anti-floating basement capable of automatically adjusting buoyancy and underground garage
The embodiment of the invention provides an anti-floating basement capable of automatically adjusting buoyancy, which comprises a bottom plate, a bottom plate and a buoyancy adjusting device, the side wall forms the side wall of the basement; the number of the columns is more than one, and the columns are arranged in the basement; the water storage space is arranged on the bottom plate, near the bottom plate or outside the basement; the water inlet pipeline comprises a water inlet and an overflow port, the water inlet is designed to allow underground water outside the basement to flow into the water storage space through the water inlet and the water inlet pipeline, and the overflow port is arranged inside or outside the basement and designed to have a preset height; the preset height is equal to or smaller than a designed anti-floating water level critical value of the basement, so that the buoyancy generated by the underground water can be controlled when being close to an anti-buoyancy design value of the basement, and the underground water can be discharged into the water storage space through the water inlet, the water inlet pipeline and the overflow port. The embodiment of the invention further provides the underground garage.
本公开实施例提供一种浮力自动调节的抗浮地下室，包括：底板，底板构成地下室的底部；侧壁，侧壁构成地下室的侧墙；柱，柱的数量为一个以上并且设置在地下室的内部；储水空间，储水空间设置在底板之上、底板附近或者设置在地下室的外部；以及进水管路，进水管路包括进水口和溢水口，进水口设计为允许地下室外部的地下水经由进水口通过进水管路流入储水空间中，溢水口设置在地下室的内部或者外部并且设计为具有预定高度，预定高度等于或小于地下室的设计抗浮水位临界值，以便在地下水所产生的浮力接近地下室的抗浮力设计值时能够被控制，地下水能够经由进水口通过进水管路和溢水口排入储水空间中。本公开实施例还提供了一种地下车库。
Anti-floating basement capable of automatically adjusting buoyancy and underground garage
浮力自动调节的抗浮地下室及地下车库
2022-03-18
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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