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The invention relates to a housing construction underground waterproof engineering supervision system. The system comprises a support plate provided with a square cavity and a plurality of water inletpipes uniformly distributed at one side of the support plate. Partition plates are fixed to the opposite inner sides of the square cavity. A vacuum pump is fixed to the top of the support plate. Valve mechanisms are arranged at the tops of the partition plates; each valve mechanism comprises an annular shell fixed to the top of the corresponding partition plate and four rotating shafts evenly distributed on the inner circumferential face of the annular shell in the circumferential direction of the annular shell; a fan-shaped valve is fixed to the outer peripheral surface of each rotating shaft; a stand column is suspended in each annular shell, and each rotating shaft is rotationally connected with the corresponding stand column; an annular cavity is formed in each annular shell, and a bevel gear ring is rotatably mounted on the bottom surface of each annular cavity; a first bevel gear meshed with the corresponding bevel gear ring is fixed at the end, far away from the corresponding stand column, of each rotating shaft; and a driving device for driving the bevel gear rings to rotate is arranged in the square cavity. The housing construction underground waterproof engineering supervision system has the effect of reducing the burden of the vacuum pump.
本申请涉及一种房建地下防水工程监理系统,其包括开设有方形空腔的支护板以及均布于支护板一侧的多个进水管;方形空腔的相对内侧固定有隔板;支护板顶部固定有真空泵;隔板顶部设置有阀门机构;阀门机构包括固定于隔板顶部的环形壳体以及沿环形壳体周向均布于环形壳体内周面的四个转轴;每个转轴外周面均固定有扇形阀门;环形壳体内悬设有立柱,每个转轴均与立柱转动连接;环形壳体内开设有环形空腔,环形空腔底面转动安装有锥齿环;每个转轴远离立柱一端均固定有用于与锥齿环啮合的第一锥齿轮;方形空腔内设置有用于驱动锥齿环转动的驱动装置。本申请具有减小真空泵负担的效果。
The invention relates to a housing construction underground waterproof engineering supervision system. The system comprises a support plate provided with a square cavity and a plurality of water inletpipes uniformly distributed at one side of the support plate. Partition plates are fixed to the opposite inner sides of the square cavity. A vacuum pump is fixed to the top of the support plate. Valve mechanisms are arranged at the tops of the partition plates; each valve mechanism comprises an annular shell fixed to the top of the corresponding partition plate and four rotating shafts evenly distributed on the inner circumferential face of the annular shell in the circumferential direction of the annular shell; a fan-shaped valve is fixed to the outer peripheral surface of each rotating shaft; a stand column is suspended in each annular shell, and each rotating shaft is rotationally connected with the corresponding stand column; an annular cavity is formed in each annular shell, and a bevel gear ring is rotatably mounted on the bottom surface of each annular cavity; a first bevel gear meshed with the corresponding bevel gear ring is fixed at the end, far away from the corresponding stand column, of each rotating shaft; and a driving device for driving the bevel gear rings to rotate is arranged in the square cavity. The housing construction underground waterproof engineering supervision system has the effect of reducing the burden of the vacuum pump.
本申请涉及一种房建地下防水工程监理系统,其包括开设有方形空腔的支护板以及均布于支护板一侧的多个进水管;方形空腔的相对内侧固定有隔板;支护板顶部固定有真空泵;隔板顶部设置有阀门机构;阀门机构包括固定于隔板顶部的环形壳体以及沿环形壳体周向均布于环形壳体内周面的四个转轴;每个转轴外周面均固定有扇形阀门;环形壳体内悬设有立柱,每个转轴均与立柱转动连接;环形壳体内开设有环形空腔,环形空腔底面转动安装有锥齿环;每个转轴远离立柱一端均固定有用于与锥齿环啮合的第一锥齿轮;方形空腔内设置有用于驱动锥齿环转动的驱动装置。本申请具有减小真空泵负担的效果。
Housing construction underground waterproof engineering supervision system
一种房建地下防水工程监理系统
HE QING (author)
2020-12-15
Patent
Electronic Resource
Chinese
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