Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Inverted siphon drainage square pipe system
The invention relates to an inverted siphon drainage square pipe system which comprises a water inlet well, a water outlet well, a sleeve, an overflowing channel, a water inlet pulling mechanism, a water outlet pulling mechanism, an upper spring set and a lower spring set. The upper portion of one end of the sleeve and the lower portion of the other end of the sleeve are correspondingly communicated with the water inlet well and the water outlet well respectively, the flow passing channel is movably arranged in the sleeve and communicated with the water inlet well and the water outlet well respectively, the flow passing channel is composed of a plurality of water passing pipes which are sequentially connected and communicated, and an upper spring set and a lower spring set are arranged in each water passing pipe respectively. The water inlet pulling mechanism is arranged in the water inlet well and the sleeve and connected with the top wall of the overflowing channel, and the water outlet pulling mechanism is arranged in the water outlet well and the sleeve and connected with the bottom wall of the overflowing channel. The section size of each water pipe can be automatically adjusted according to the change of the upstream incoming water amount, so that the operation state of the inverted siphon overflowing channel is dynamically, sectionally, finely and automatically controlled.
本发明涉及一种倒虹吸排水方管系统，包括进水井、出水井、套管、过流通道、进水拉动机构、出水拉动机构、上部弹簧组和下部弹簧组，套管和过流通道分别设置于进水井和出水井之间，套管的一端上部和另一端下部分别与进水井和出水井对应连通，过流通道活动设置于套管内并分别与进水井和出水井连通，过流通道由多根依次连接并连通的通水管组成，各根通水管内分别设置有上部弹簧组和下部弹簧组，进水拉动机构设置在进水井和套管内，并与过流通道的顶壁连接，出水拉动机构设置在出水井和套管内，并与过流通道的底壁连接。根据上游来水量的变化可自动调整各根通水管的断面尺寸，从而实现动态分段精细化自动控制倒虹吸过流通道的运行状态。
Inverted siphon drainage square pipe system
The invention relates to an inverted siphon drainage square pipe system which comprises a water inlet well, a water outlet well, a sleeve, an overflowing channel, a water inlet pulling mechanism, a water outlet pulling mechanism, an upper spring set and a lower spring set. The upper portion of one end of the sleeve and the lower portion of the other end of the sleeve are correspondingly communicated with the water inlet well and the water outlet well respectively, the flow passing channel is movably arranged in the sleeve and communicated with the water inlet well and the water outlet well respectively, the flow passing channel is composed of a plurality of water passing pipes which are sequentially connected and communicated, and an upper spring set and a lower spring set are arranged in each water passing pipe respectively. The water inlet pulling mechanism is arranged in the water inlet well and the sleeve and connected with the top wall of the overflowing channel, and the water outlet pulling mechanism is arranged in the water outlet well and the sleeve and connected with the bottom wall of the overflowing channel. The section size of each water pipe can be automatically adjusted according to the change of the upstream incoming water amount, so that the operation state of the inverted siphon overflowing channel is dynamically, sectionally, finely and automatically controlled.
本发明涉及一种倒虹吸排水方管系统，包括进水井、出水井、套管、过流通道、进水拉动机构、出水拉动机构、上部弹簧组和下部弹簧组，套管和过流通道分别设置于进水井和出水井之间，套管的一端上部和另一端下部分别与进水井和出水井对应连通，过流通道活动设置于套管内并分别与进水井和出水井连通，过流通道由多根依次连接并连通的通水管组成，各根通水管内分别设置有上部弹簧组和下部弹簧组，进水拉动机构设置在进水井和套管内，并与过流通道的顶壁连接，出水拉动机构设置在出水井和套管内，并与过流通道的底壁连接。根据上游来水量的变化可自动调整各根通水管的断面尺寸，从而实现动态分段精细化自动控制倒虹吸过流通道的运行状态。
Inverted siphon drainage square pipe system
一种倒虹吸排水方管系统
LI ER (Autor:in) / ZENG XIANGYING (Autor:in)
20.10.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E03F
SEWERS
,
Abwasserkanäle
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