Intelligent lamp control system and intelligent cabinet lamp
A technology for control systems and lamps, applied in energy-saving control technology, lighting and heating equipment, disinfection and other directions, can solve the problems of human body UV damage and UV damage, and achieve the effect of inhibiting the regeneration of bacteria, satisfying lighting brightness, and avoiding UV damage.
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Embodiment approach 1
[0049] reference figure 1 As shown, an intelligent lamp control system 100 includes: a first MCU, a first MCU 110, a human body induction circuit 130, a lighting circuit 120, a sterilization control circuit 140, and a power supply circuit 160. The first MCU 110 is electrically signal connected to the human body induction circuit 130, the lighting circuit 120, the sterilization control circuit 140, and the power supply circuit 160, respectively.
[0050] The power supply circuit 160 supplies power to the entire intelligent lamp control system 100. In this embodiment, refer to figure 2 As shown, the power supply circuit 160 is supplied with power in a DC input manner.
[0051] The human body induction circuit 130 is used to detect the human body induction signal and send the human body induction signal to the first MCU 110. Of course, there are many methods for collecting human body induction signals, which are convenient for identifying human body induction signals. For example, th...
Embodiment approach 2
[0056] reference Figure 3-5 , The sterilization control circuit 140 includes a second MCU 141 and a sterilization instruction circuit 142; the second MCU 141 and the sterilization instruction circuit 142 are connected by electrical signals. Wherein, the sterilization indicating circuit 142 includes at least one UV-LED lamp for sterilization.
[0057] When the first MCU 141 controls the sterilization control circuit 140 to activate the sterilization function, it sends the sterilization instruction signal 142 and the sterilization cycle time to the sterilization control circuit 140, so that the sterilization control circuit 140 starts and controls the sterilization state.
[0058] After the sterilization control circuit 140 is activated, the second MCU141 reads the radiation curve, where the reference Figure 4 , The radiation curve is the germicidal radiation law of different germicidal radiation powers and corresponding radiation time intervals.
[0059] The second MCU 141 receives...
Embodiment approach 3
[0068] reference Image 6 , An intelligent lamp control system 100, including a lighting circuit 120, a human body sensing circuit 130, a first MCU 110, and a sterilization control circuit 140; the first MCU 110 is electrically signal connected to the human body sensing circuit 130, the lighting circuit 120, and the sterilization control circuit 140. The human body induction circuit 130 is used to detect the human body induction signal and send the human body induction signal to the first MCU 110;
[0069] reference Figure 7 When the first MCU 110 detects the human body induction signal according to the human body induction circuit, it controls the lighting circuit to activate the lighting function; otherwise, the first MCU 110 controls the sterilization control circuit to activate the sterilization function.
[0070] In this embodiment, the lighting circuit 120 includes at least one white LED lamp; the white LED lamp is electrically connected to the first MCU 110; the first MCU 11...
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