Mirror reflection intelligent electric pressure cooker
An electric pressure cooker and mirror reflection technology, applied in pressure cookers and other directions, can solve problems such as inconvenient use of switches, and achieve the effects of saving electricity, simple operation, and simplified use procedures
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Embodiment 1
[0015] see figure 1 , figure 2 , image 3 , Figure 4 , Figure 7 In this embodiment, the photoelectric recognition liner smart electric pressure cooker includes 2 inner pots with different diameters and 2 electric heating tubes of different sizes, the inner pots are placed in the outer pot 1, and the two sides of the outer pot 1 are respectively installed. There are emission sensor 3 and reflector 4 of mirror reflection photoelectric switch. The installation position of emission sensor and reflector is the same height, both of which are installed at two-thirds of the height of this part of the inner tank. The area of a single reflector is 25 square millimeters , the transmitting sensor is connected to the wire to transmit the signal to the switch, and the reflector is not connected to the wire. After the main switch K1 and the comprehensive time control switch K3 are turned on, the small heating tube R1 is turned on and generates heat; when the outer pot 1 is placed wi...
Embodiment 2
[0017] see Figure 5 , Figure 6 , Figure 8 In this embodiment, the intelligent electric pressure cooker with photoelectric recognition liner includes 3 large, medium and small inner tanks with different parts and diameters, and 3 large, medium and small electric heating tubes that can generate heat respectively. The launch sensor and the reflector of the mirror reflection photoelectric switch are installed respectively. The launch sensor and the reflector are installed at the same height, and they are all installed at the three-quarter height position of the inner tank. The area of a single reflector is 49 square millimeters . After the main switch K1 and the comprehensive time control switch K3 are turned on, the small heating tube R1 is turned on and generates heat. When a large inner container 2 is placed in the outer pot 1, the optical lines 5, 10 between the emission sensors 3, 8 and the reflectors 4, 9 are all blocked by the large inner container 2, and the normal...
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