A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Irrigation and drainage system for greenhouse planting and irrigation and drainage method thereof
The invention relates to the technical field of greenhouse irrigation and drainage, in particular to an irrigation and drainage system for greenhouse planting and an irrigation and drainage method thereof.The irrigation and drainage system comprises two water storage mechanisms and a water supply mechanism; an irrigation mechanism is arranged between the two groups of water storage mechanisms, the outer part of the irrigation mechanism is covered with a greenhouse film, and the edges of the two sides of the greenhouse film extend into the two groups of water storage mechanisms respectively; the irrigation mechanism comprises a first irrigation assembly and a second irrigation assembly; the first irrigation assembly is used for conducting positioning irrigation on crops in the greenhouse, the second irrigation assembly is used for conducting overall irrigation on the crops in the greenhouse, and the irrigation scheme provided by the invention achieves the functions of overall irrigation and specific positioning irrigation; in the whole planting process and the later nursing process, the irrigation mode can be selected according to irrigation requirements, better flexibility is achieved, and root rot of crops outside the reseeding area due to the unified irrigation mode is avoided.
本发明涉及大棚灌溉排水技术领域，具体的是一种大棚种植的灌溉排水系统及其灌溉排水方法，本发明包括两组蓄水机构，以及供水机构；两组蓄水机构之间设置有灌溉机构，灌溉机构的外部覆设有大棚膜，大棚膜的两侧边沿分别延伸至两组蓄水机构中；灌溉机构包括第一灌溉组件和第二灌溉组件；第一灌溉组件用于对大棚内的农作物进行定位灌溉，第二灌溉组件用于大棚内部的农作物进行整体灌溉，本发明中提供的灌溉方案实现了可整体浇灌和可具体定位浇灌的功能，在整体种植以及后期的护理过程中可根据浇灌需求来选择浇灌方式，具有更好的灵活性，避免出现由于统一浇灌的方式对补种区域以外的农作物造成根系腐烂。
Irrigation and drainage system for greenhouse planting and irrigation and drainage method thereof
The invention relates to the technical field of greenhouse irrigation and drainage, in particular to an irrigation and drainage system for greenhouse planting and an irrigation and drainage method thereof.The irrigation and drainage system comprises two water storage mechanisms and a water supply mechanism; an irrigation mechanism is arranged between the two groups of water storage mechanisms, the outer part of the irrigation mechanism is covered with a greenhouse film, and the edges of the two sides of the greenhouse film extend into the two groups of water storage mechanisms respectively; the irrigation mechanism comprises a first irrigation assembly and a second irrigation assembly; the first irrigation assembly is used for conducting positioning irrigation on crops in the greenhouse, the second irrigation assembly is used for conducting overall irrigation on the crops in the greenhouse, and the irrigation scheme provided by the invention achieves the functions of overall irrigation and specific positioning irrigation; in the whole planting process and the later nursing process, the irrigation mode can be selected according to irrigation requirements, better flexibility is achieved, and root rot of crops outside the reseeding area due to the unified irrigation mode is avoided.
本发明涉及大棚灌溉排水技术领域，具体的是一种大棚种植的灌溉排水系统及其灌溉排水方法，本发明包括两组蓄水机构，以及供水机构；两组蓄水机构之间设置有灌溉机构，灌溉机构的外部覆设有大棚膜，大棚膜的两侧边沿分别延伸至两组蓄水机构中；灌溉机构包括第一灌溉组件和第二灌溉组件；第一灌溉组件用于对大棚内的农作物进行定位灌溉，第二灌溉组件用于大棚内部的农作物进行整体灌溉，本发明中提供的灌溉方案实现了可整体浇灌和可具体定位浇灌的功能，在整体种植以及后期的护理过程中可根据浇灌需求来选择浇灌方式，具有更好的灵活性，避免出现由于统一浇灌的方式对补种区域以外的农作物造成根系腐烂。
Irrigation and drainage system for greenhouse planting and irrigation and drainage method thereof
一种大棚种植的灌溉排水系统及其灌溉排水方法
GENG LIN (author) / WANG JUNQIN (author) / ZHAN GUANGJU (author) / YANG XIAYI (author) / FAN YI (author) / KANG XIAOPING (author) / WANG XIAOYUN (author) / YU GUIHONG (author) / TAN WEIWEI (author) / HUANG KUNPENG (author)
2023-06-27
Patent
Electronic Resource
Chinese
Irrigation and drainage system and irrigation and drainage method for greenhouse
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| European Patent Office | 2024
| British Library Conference Proceedings | 1999
| British Library Conference Proceedings | 1996
| British Library Conference Proceedings | 1999