Control system of household optical fiber network unit powered by solar battery
A technology of optical fiber network unit and solar battery, which is applied in the direction of optical fiber transmission, data exchange through path configuration, etc. It can solve the problems of not having load remote control and management functions, unfavorable energy saving and environmental protection, and increasing electricity expenses, etc., to achieve remote control management And automatic control, saving energy, ensuring the effect of normal use
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Embodiment 1
[0013] Example 1: A household has installed a home optical fiber network unit control system powered by a solar battery. Both workers go to work, go home for lunch, and put rice in the pot before going to work. You can log in to the home appliance control system in your home through the Internet one hour in advance. Intranet IP assigned to rice cooker (36) in the management module (20), click the ON switch option, and the household appliance control management module (20) sends the second thyristor (35) through the second thyristor control pole wire (37) ) control pole plus positive voltage, the second silicon controlled rectifier (35) turns on the 220V alternating current, and the rice cooker (36) is powered on to work.
[0014] The area of the solar battery panel designed by the utility model is 1 square meter, and the main consideration is that it is convenient to install on the balcony. If the user who lives on the top floor has a large solar energy utilization area on th...
Embodiment 2
[0015] Embodiment 2: A household has installed a household optical fiber network unit control system powered by a solar battery. After sleeping at night, the indoor carbon dioxide increases due to nearby residents setting off fireworks and firecrackers for a long time. When the oxygen content drops, the carbon dioxide sensor (38) outputs a signal to The household appliance control management module (20), the household appliance control management module (20) outputs a positive voltage control signal to the third thyristor through the control management bus (21) with an impedance of 75 ohms and the third thyristor control pole wire (44). After the silicon controlled rectifier (43) and the third silicon controlled rectifier (43) are turned on, the air separation oxygen concentrator (40) gets 220V alternating current and starts to work, and produces and outputs oxygen indoors to realize the automatic control of the oxygen content in the family.
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