Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a solar vegetable greenhouse. The solar vegetable greenhouse comprises a controller, a door plate, a storage battery, a temperature sensor and an atomizing spray head. Rainwater flowing down from the top of a greenhouse film is collected through a rainwater collecting groove when it rains, and then the rainwater flows into a water tank through a sixth connecting pipe to be collected and stored; the temperature in the greenhouse is monitored through the temperature sensor, then temperature information is transmitted to the controller, and then the temperature information in the greenhouse is checked through the controller; and when the temperature in the greenhouse is low, a second water pump is started through a switch, the second water pump works to pump water in the water tank into a heating box until the water amount reaches the proper amount, the second water pump is closed, then an electric heating pipe is started through the controller to heat water in the heating box, a third water pump is started through the controller, the third water pump works to convey hot water in the heating box into a coil pipe, and then heat dissipation is conducted on the interior of the greenhouse through the coil pipe to increase the temperature.
本发明公开了太阳能蔬菜大棚，包括控制器、门板、蓄电池、温度传感器和喷雾头，通过雨水收集槽的设置，在下雨时对将大棚膜顶部流下的雨水进行收集，进而通过第六连接管流入至水箱内进行收集储存，通过温度传感器对大棚内部的温度进行监测，再将温度信息传送至控制器上，进而通过控制器查看大棚内的温度信息，当大棚内部的温度较低时，通过开关启动第二水泵，第二水泵工作将水箱内的水抽送至加热箱内至合适的水量，关闭第二水泵，再通过控制器启动电加热管对加热箱内的水进行加热，进入通过控制器启动第三水泵，第三水泵工作将加热箱内的热水输送至盘管内，进而通过盘管向大棚内部进行散热提高温度。
The invention discloses a solar vegetable greenhouse. The solar vegetable greenhouse comprises a controller, a door plate, a storage battery, a temperature sensor and an atomizing spray head. Rainwater flowing down from the top of a greenhouse film is collected through a rainwater collecting groove when it rains, and then the rainwater flows into a water tank through a sixth connecting pipe to be collected and stored; the temperature in the greenhouse is monitored through the temperature sensor, then temperature information is transmitted to the controller, and then the temperature information in the greenhouse is checked through the controller; and when the temperature in the greenhouse is low, a second water pump is started through a switch, the second water pump works to pump water in the water tank into a heating box until the water amount reaches the proper amount, the second water pump is closed, then an electric heating pipe is started through the controller to heat water in the heating box, a third water pump is started through the controller, the third water pump works to convey hot water in the heating box into a coil pipe, and then heat dissipation is conducted on the interior of the greenhouse through the coil pipe to increase the temperature.
本发明公开了太阳能蔬菜大棚，包括控制器、门板、蓄电池、温度传感器和喷雾头，通过雨水收集槽的设置，在下雨时对将大棚膜顶部流下的雨水进行收集，进而通过第六连接管流入至水箱内进行收集储存，通过温度传感器对大棚内部的温度进行监测，再将温度信息传送至控制器上，进而通过控制器查看大棚内的温度信息，当大棚内部的温度较低时，通过开关启动第二水泵，第二水泵工作将水箱内的水抽送至加热箱内至合适的水量，关闭第二水泵，再通过控制器启动电加热管对加热箱内的水进行加热，进入通过控制器启动第三水泵，第三水泵工作将加热箱内的热水输送至盘管内，进而通过盘管向大棚内部进行散热提高温度。
Solar vegetable greenhouse
太阳能蔬菜大棚
ZHAO SHUWEI (Autor:in)
23.04.2021
Patent
Elektronische Ressource
Chinesisch