A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
According to the garden drainage structure capable of automatically adjusting the flow, the garden drainage structure is applied to the field of garden drainage, a first filter plate is erected on supporting plates symmetrically fixed to the middle position in a drainage well, and the drainage well can be divided into an upper layer space and a lower layer space; a liquid level sensor used for monitoring the depth of the water level is arranged in the upper-layer space, and a second filter plate capable of being adjusted and moved is slidably connected to a first filter plate in a matched mode, so that the garden drainage structure can improve the filtering effect of the first filter plate and the second filter plate when the rainwater amount is small; the efficiency of rainwater flowing through the first filter plate and the second filter plate is improved when the rainwater amount is large, the rainwater flowing efficiency in the garden drainage structure can be flexibly adjusted according to the actual situation, a large amount of gravel and deadwood are prevented from entering an underground drainage pipeline under the normal condition, and the situation that rainwater drainage is not smooth when the rainwater amount is large can be avoided. And the flexibility and stability of the garden drainage structure in the operation process are effectively improved.
本发明提供了应用于园林排水领域的一种可自动调整流量的园林排水结构，本申请通过将滤板一搭设在排水井内部中间位置对称固定的托板上，可以将排水井分隔为上下两层空间，通过在上层空间内设置有用于监测水位深度的液位传感器，配合在滤板一下滑动连接有可被调节移动的滤板二，使得该园林排水结构可以在雨水量少时提升内部滤板一和滤板二的过滤效果，在雨水量大时提升雨水流通滤板一和滤板二的效率，便于根据实际情况灵活调节该园林排水结构内雨水流通效率，避免常态情况下大量砂石枯枝进入地下排水管道内，且可以避免雨量大时雨水排通不畅，有效提升了该园林排水结构运行过程中的灵活稳定性。
According to the garden drainage structure capable of automatically adjusting the flow, the garden drainage structure is applied to the field of garden drainage, a first filter plate is erected on supporting plates symmetrically fixed to the middle position in a drainage well, and the drainage well can be divided into an upper layer space and a lower layer space; a liquid level sensor used for monitoring the depth of the water level is arranged in the upper-layer space, and a second filter plate capable of being adjusted and moved is slidably connected to a first filter plate in a matched mode, so that the garden drainage structure can improve the filtering effect of the first filter plate and the second filter plate when the rainwater amount is small; the efficiency of rainwater flowing through the first filter plate and the second filter plate is improved when the rainwater amount is large, the rainwater flowing efficiency in the garden drainage structure can be flexibly adjusted according to the actual situation, a large amount of gravel and deadwood are prevented from entering an underground drainage pipeline under the normal condition, and the situation that rainwater drainage is not smooth when the rainwater amount is large can be avoided. And the flexibility and stability of the garden drainage structure in the operation process are effectively improved.
本发明提供了应用于园林排水领域的一种可自动调整流量的园林排水结构，本申请通过将滤板一搭设在排水井内部中间位置对称固定的托板上，可以将排水井分隔为上下两层空间，通过在上层空间内设置有用于监测水位深度的液位传感器，配合在滤板一下滑动连接有可被调节移动的滤板二，使得该园林排水结构可以在雨水量少时提升内部滤板一和滤板二的过滤效果，在雨水量大时提升雨水流通滤板一和滤板二的效率，便于根据实际情况灵活调节该园林排水结构内雨水流通效率，避免常态情况下大量砂石枯枝进入地下排水管道内，且可以避免雨量大时雨水排通不畅，有效提升了该园林排水结构运行过程中的灵活稳定性。
Garden drainage structure capable of automatically adjusting flow
一种可自动调整流量的园林排水结构
2023-12-29
Patent
Electronic Resource
Chinese
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