Wireless non-contact scene switch

Abstract

The invention relates to a home appliance scene switch and a home appliance scene control method, in particular to a wireless non-contact scene switch and a wireless non-contact scene control method. The wireless non-contact scene switch comprises a power supply unit, an MCU micro-control unit, a remote-control transmission circuit and a proximity induction and wave control unit. The proximity induction and wave control unit is used for inducting proximity signals and gesture signals through an RC oscillator of an MCU. A node of a clamping resistor R5 and a node of a clamping resistor R6 are connected with a pin RA0 of the MCU, and the node of the clamping resistor R6 and a node of a clamping resistor R7 are connected with a pin RC0 of the MCU, wherein the clamping resistor R5, the clamping resistor R6 and the clamping resistor R7 are connected with a power supply. A pin RC3 of the MCU is connected with a natural parasitic capacitor Cs in a grounded mode. A feedback resistor is connected between the pin RC3 of the MCU and a pin RC4 of the MCU. The output end of the MCU micro-control unit is connected with the control input end of the remote-control transmission circuit. According to the wireless non-contact scene control method, gesture control over a household mains supply load with an execution unit provided with a wireless receiving circuit is achieved through the wireless non-contact scene switch. The wireless non-contact scene switch is reasonable in design, easy to realize, convenient to install and use, simple in circuit structure and low in energy consumption, and scene on-off operation of the load can be completed just through gestures.

Description

technical field [0001] The invention relates to a home appliance scene switch, which can be used to control household mains loads, and can also be widely used in the field of control of motors, relays and contactors. Background technique [0002] Household appliances such as electric lamps, electric curtains, air conditioners, televisions, stereos, heaters on the market are generally all controlled by wall switches or infrared remote controllers. The use of infrared remote control increases the convenience of use, but it also brings inconvenience. For example, it needs to be stored in a certain place, and if it is left in the air, it is easy to be contaminated with dust, causing pollution, and the battery needs to be replaced. Ordinary wall switches are installed in 86 boxes. First, the installation position is fixed and connected by prefabricated wires. Even if it is inconvenient to use, it cannot be moved. Second, the mechanical switch has a limited service life. [0003]...

AI Technical Summary

Problems solved by technology

Using infrared remote control, although it increases the convenience of use, it also brings inconvenience. For example, it needs to be stored in a certain place, and if it is left in the air, it is easy to be contaminated with dust, causing pollution, and the battery needs to be replaced, etc.

Ordinary wall switches are installed in 86 boxes. First, the installation position is fixed and connected by prefabricated wires. Even if it is inconvenient to use, it cannot be moved. The second is the mechanical switch, which has a limited service life.

[0003] The current wall switches or various remote controls have certain limitations and inconveniences when controlling home appliances, and the operation methods are not flexible enough.

Images