박재욱,문명성,이봉상,PARK JAE WOOK,MOON MYOUNG SUNG,LEE BONG SANG
申请号：
KR1020180158898
公开号：
KR1020200071309A
申请日:
2018.12.11
申请国别(地区):
KR
年份:
2020
代理人:
摘要：
The mushroom and leaf vegetable cultivation system using the LED lighting control according to the present invention is a housing divided into a mushroom cultivation area 110, a leaf vegetable cultivation area 120, an air conditioning area 130, a management area 140, and a harvest area 150 (100)； A photovoltaic device 200 installed on the ceiling of the housing 100； An LED lighting device 300 that receives electric energy from the photovoltaic device 200 and irradiates a light source to the mushroom cultivation area 110 and the leaf vegetable cultivation area 120； A mushroom cultivation shelf 400 installed in the mushroom cultivation area 110 to grow mushrooms； A leaf vegetable cultivation shelf 500 installed in the leaf vegetable cultivation area 120 to cultivate leaf vegetables； An air conditioning unit 600 installed in the air conditioning area 130 and controlling the carbon dioxide concentration, humidity, and temperature of the mushroom cultivation area 110 and the leaf vegetable cultivation area 120； A sensor unit 700 connected to the air conditioning device 600 to detect the carbon dioxide concentration, humidity, and temperature of the mushroom cultivation region 110 and the leaf vegetable cultivation region 120； It is installed in the management area 140, is connected to the air conditioning device 600, receives the culture information, and controls the power supplied to the LED lighting device 300 based on the culture control command information to control the LED lighting device. An integrated control unit 1000 for controlling the culture state of the mushroom cultivation region 110 and the leaf vegetable cultivation region 120 by including an illumination control unit 1020 for adjusting the light wavelength irradiated from the 300； includes, The lighting control unit 1020 is a growth mode for adjusting the light wavelength irradiated from the LED lighting device 300 to have an emission peak at 380nm ± 5nm, 405nm ± 5nm, and 430nm ± 5nm, 450nm ± 5nm, 640nm
