Drainage hydroelectric generation type automatic drainage filtering system for smart city
A filtration system and urban technology, applied in the directions of hydroelectric power generation, filtration separation, engine components, etc., can solve problems such as damage to the interior of the house, smashed pedestrians, etc., to avoid property and safety losses.
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Embodiment 1
[0049] refer to figure 1 , Figure 3-11 shown.
[0050] Specifically, this embodiment provides an automatic drainage and filtration system for drainage and hydroelectric power generation in a smart city, including a drainage and water collection device 1 , a filtration and power generation device 2 , a building controller 3 and a general regional controller 4 .
[0051] The drainage and water collection device 1 includes a contour hydraulic mechanism 10, an outer drainage frame 11, a glass drainage tank 12, a water collection tank 13, a drainage tube 14, a mesh division layer 15, a longitudinal movement mechanism 16, a suction port 17, and a suction pipe 18 And a self-priming pump 19, the contour hydraulic mechanism 10 is arranged at the outer contour position of the building window and is connected with the outer drainage frame 11, and when the outer drainage frame 11 is driven, the lower contour hydraulic mechanism 10 extends farther than the upper contour hydraulic mechani...
Embodiment 2
[0070] refer to figure 1 , Figure 12 shown.
[0071] Compared with Embodiment 1, this embodiment differs in that, in this embodiment, a circulation device 5 is also included, and the circulation device 5 includes a water diversion pipeline 50 and a circulation pump 51, and the water diversion pipeline 50 is respectively connected to the bottom storage tank of the building The water tank and the circulation pump 51 are connected; the circulation pump 51 is connected with the water diversion pipeline 50 and the building controller 3 respectively.
[0072] As a preferred mode of the present invention, the circulation device 5 also includes a ground cooling pipeline 52 and a power generation pipeline 53, and the ground cooling pipeline 52 is evenly distributed on the ground of the security booth around the building and the ground position of the rest area and is connected with the circulation pump respectively. 51 and the heat absorbing mechanism of the small thermoelectric gen...
Embodiment 3
[0079] refer to figure 2 , Figure 13 shown.
[0080] Compared with Embodiment 1, this embodiment differs in that, in this embodiment, the mesh division layer 15 is provided with an annular groove 150, an annular cutting net 151 and an electric rotating mechanism 152, and the annular groove 150 is arranged on Mesh division layer 15 middle area; Described annular cutting net 151 carries out electric rotation in annular groove 150 by electric rotation mechanism 152; 151 and the building controller 3 are connected.
[0081] Wherein, the electric rotating mechanism 152 is an electric circular track rotating mechanism, which is used to drive the annular cutting net 151 to perform circular rotation in the annular groove 150; the material of the annular cutting net 151 is metal capable of rapid heat conduction.
[0082] As a preferred mode of the present invention, the mesh division layer 15 is also provided with a waterproof casing 153 and a heating mechanism 154, the waterproof...
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