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Automatic sprinkling irrigation system for vegetation in hydro-fluctuation belt and construction method
The invention provides an automatic sprinkling irrigation system for vegetation in a hydro-fluctuation belt and a construction method. The system comprises a reservoir arranged on a to-be-irrigated area, the reservoir is connected with a head hub used for supplying water, and the head hub is connected with a first-stage branch water supply pipe through a main water supply pipe. The first-stage branch water supply pipe is connected with a plurality of second-stage branch water supply pipes, and the tail ends of the second-stage branch water supply pipes are connected with water taking valve devices used for sprinkling irrigation. The plurality of water taking valve devices are distributed in the to-be-irrigated area and are ensured to cover the whole to-be-irrigated area; The system further comprises an automatic sprinkling irrigation data processing system which is used for automatically controlling the head hub and the water taking valve devices. The sprinkling irrigation system is used for collecting surface water, watering maintenance is carried out by adopting a mode of embedding quick water taking valves and automatically performing sprinkling irrigation by solar photovoltaic energy supply, the requirements of plants on water are met at proper time, proper amount and proper position, and the water, gas, heat and nutrition states of soil of a plant root system active layer are effectively adjusted.
本发明提供了预埋滴灌的一种消落带植被自动喷灌系统及施工方法,它包括布置在待喷灌区上的蓄水池,所述蓄水池与用于供水的首部枢纽相连,所述首部枢纽通过主供水管与一级分支供水管相连,所述一级分支供水管上连接有多根二级分支供水管,所述二级分支供水管的末端连接有用于喷灌的取水阀装置;多个所述取水阀装置分布在待喷灌区,并保证其覆盖整个待喷灌区;还包括用于自动控制首部枢纽和取水阀装置的自动化喷灌数据处理系统。此喷灌系统收集地表水,采用埋设快速取水阀,太阳能光伏供能自动喷灌的方式,进行浇水养护,适时、适量、适位补充植物对水分的需求,有效调节植物根系活动层土壤水、气、热、营养状态。
Automatic sprinkling irrigation system for vegetation in hydro-fluctuation belt and construction method
The invention provides an automatic sprinkling irrigation system for vegetation in a hydro-fluctuation belt and a construction method. The system comprises a reservoir arranged on a to-be-irrigated area, the reservoir is connected with a head hub used for supplying water, and the head hub is connected with a first-stage branch water supply pipe through a main water supply pipe. The first-stage branch water supply pipe is connected with a plurality of second-stage branch water supply pipes, and the tail ends of the second-stage branch water supply pipes are connected with water taking valve devices used for sprinkling irrigation. The plurality of water taking valve devices are distributed in the to-be-irrigated area and are ensured to cover the whole to-be-irrigated area; The system further comprises an automatic sprinkling irrigation data processing system which is used for automatically controlling the head hub and the water taking valve devices. The sprinkling irrigation system is used for collecting surface water, watering maintenance is carried out by adopting a mode of embedding quick water taking valves and automatically performing sprinkling irrigation by solar photovoltaic energy supply, the requirements of plants on water are met at proper time, proper amount and proper position, and the water, gas, heat and nutrition states of soil of a plant root system active layer are effectively adjusted.
本发明提供了预埋滴灌的一种消落带植被自动喷灌系统及施工方法,它包括布置在待喷灌区上的蓄水池,所述蓄水池与用于供水的首部枢纽相连,所述首部枢纽通过主供水管与一级分支供水管相连,所述一级分支供水管上连接有多根二级分支供水管,所述二级分支供水管的末端连接有用于喷灌的取水阀装置;多个所述取水阀装置分布在待喷灌区,并保证其覆盖整个待喷灌区;还包括用于自动控制首部枢纽和取水阀装置的自动化喷灌数据处理系统。此喷灌系统收集地表水,采用埋设快速取水阀,太阳能光伏供能自动喷灌的方式,进行浇水养护,适时、适量、适位补充植物对水分的需求,有效调节植物根系活动层土壤水、气、热、营养状态。
Automatic sprinkling irrigation system for vegetation in hydro-fluctuation belt and construction method
一种消落带植被自动喷灌系统及施工方法
LI HAO (Autor:in) / GUO MIANMING (Autor:in) / QIU LIWEN (Autor:in) / HAN FU (Autor:in) / HU MEIXIANG (Autor:in) / ZHANG DINGJUN (Autor:in)
08.10.2021
Patent
Elektronische Ressource
Chinesisch
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