A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Greenhouse part for intelligent agriculture
The invention discloses a greenhouse part for intelligent agriculture. A base is fixedly arranged on the outer side of a greenhouse, a water sprinkler communicates with the end, away from a water pump, of a first water conveying pipe, the water pump communicates with two water collecting mechanisms, the two water collecting mechanisms are fixedly arranged on the two sides of the greenhouse, and a pressure sensor is fixedly connected to the inner side of the top of the greenhouse; the pressure sensor arranged at the top of the greenhouse monitors the weight of accumulated snow on the surface of the top of the greenhouse, when the accumulated snow is too heavy, the pressure sensor automatically controls the water pump and a heating ring to work, the water pump applies pressure to hot water in the water collecting mechanisms and pumps the hot water into the water sprinkler, hot water in the water sprinkler uniformly flows into the accumulated snow on the top surface of the greenhouse from water outlet holes, and the accumulated snow is melted by the hot water; and meanwhile, the hot water with water pressure in the water sprinkler impacts an air blowing mechanism to enable the air blowing mechanism to rotate, and the air blowing mechanism rotates to generate wind power to blow the accumulated snow on the top surface of the greenhouse, so that the accumulated snow at the top end surface of the greenhouse is fully and thoroughly removed.
本发明公开了一种智慧农业用大棚构件，所述大棚外侧固定设置有底座，一号输水管远离水泵的一端连通有洒水器，水泵上连通有集水机构，集水机构设置有两个且固定设置在大棚的两侧，大棚的顶部内侧固定连接有压力传感器，设置在大棚顶部的压力传感器监测大棚顶部表面积雪的重量，当积雪过重时，压力传感器自动控制水泵和加热环进行工作，水泵将集水机构中的热水赋予压力抽取到洒水器中，洒水器中的热水从出水孔中均匀流入到大棚顶部表面的积雪上，热水将积雪进行融化，同时洒水器中的具有水压的热水冲击吹风机构使得吹风机构进行转动，吹风机构转动产生风力吹动大棚顶部表面的积雪，使得大棚顶端表面上的积雪被充分彻底地清除。
Greenhouse part for intelligent agriculture
The invention discloses a greenhouse part for intelligent agriculture. A base is fixedly arranged on the outer side of a greenhouse, a water sprinkler communicates with the end, away from a water pump, of a first water conveying pipe, the water pump communicates with two water collecting mechanisms, the two water collecting mechanisms are fixedly arranged on the two sides of the greenhouse, and a pressure sensor is fixedly connected to the inner side of the top of the greenhouse; the pressure sensor arranged at the top of the greenhouse monitors the weight of accumulated snow on the surface of the top of the greenhouse, when the accumulated snow is too heavy, the pressure sensor automatically controls the water pump and a heating ring to work, the water pump applies pressure to hot water in the water collecting mechanisms and pumps the hot water into the water sprinkler, hot water in the water sprinkler uniformly flows into the accumulated snow on the top surface of the greenhouse from water outlet holes, and the accumulated snow is melted by the hot water; and meanwhile, the hot water with water pressure in the water sprinkler impacts an air blowing mechanism to enable the air blowing mechanism to rotate, and the air blowing mechanism rotates to generate wind power to blow the accumulated snow on the top surface of the greenhouse, so that the accumulated snow at the top end surface of the greenhouse is fully and thoroughly removed.
本发明公开了一种智慧农业用大棚构件，所述大棚外侧固定设置有底座，一号输水管远离水泵的一端连通有洒水器，水泵上连通有集水机构，集水机构设置有两个且固定设置在大棚的两侧，大棚的顶部内侧固定连接有压力传感器，设置在大棚顶部的压力传感器监测大棚顶部表面积雪的重量，当积雪过重时，压力传感器自动控制水泵和加热环进行工作，水泵将集水机构中的热水赋予压力抽取到洒水器中，洒水器中的热水从出水孔中均匀流入到大棚顶部表面的积雪上，热水将积雪进行融化，同时洒水器中的具有水压的热水冲击吹风机构使得吹风机构进行转动，吹风机构转动产生风力吹动大棚顶部表面的积雪，使得大棚顶端表面上的积雪被充分彻底地清除。
Greenhouse part for intelligent agriculture
一种智慧农业用大棚构件
YUAN JUAN (author) / XU YINGZHENG (author) / GUI RENJUN (author)
2021-11-16
Patent
Electronic Resource
Chinese
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