Intelligent switch controlled by sensing linkage and control method of intelligent switch

Abstract

The invention provides an intelligent switch controlled by sensing linkage. The intelligent switch comprises a main control module and a power source module, the intelligent switch further comprises an IO module, an NFC module, an infrared sensing module, an illumination detection module, a communication module, a relay module and an infrared transmitting module, the main control module is connected to the IO module, the NFC module, the infrared sensing module, the illumination detection module, the communication module, the relay module, the infrared transmitting module and the power source module separately, the IO module is connected to external sensing equipment, and the communication module, the relay module and the infrared transmitting module are all connected corresponding to home appliance equipment. The invention further provides a control method of the intelligent switch controlled by the sensing linkage. The intelligent switch controlled by sensing linkage is easy to operate, diverse in function and high in safety.

Description

Technical field

[0001] The invention relates to an intelligent switch, in particular to an intelligent switch controlled by sensor linkage and a control method thereof. Background technique

[0002] Switches are a necessity of human life. Most of the switches on the market are operated manually. Common mechanical switches, such as thumb switches and rocker switches, face the most serious problems when operating these products. The problem is poor safety and the possibility of electric shock. There is also a type of smart switch on the market that provides a touch-controlled switch panel, but the touch screen technology is not refined, and the touch screen is particularly scratched and worn for long-term operation, which greatly affects the operating feel. Moreover, the smart switch using the capacitive touch screen cannot be operated when the hands are wet.

[0003] The first thing to go home at night is to open the door, and the second thing is to turn on the light. When the lef...

Examples

Embodiment 1

[0104] Such as Image 6 As shown, the smart switch A has been set to enable the "IO linkage function", select the "safe IO mode", and the setting scene is that the two relays in the relay module 10 control light 1 and light 2 respectively;

[0105] When the external sensor device 13 is triggered, it will output an IO signal to the IO module 3 of the smart switch A. The IO module 3 receives the IO signal input by the external sensor device 13, and transmits the IO signal to the main control module. The main control module 1 executes the safe IO mode after logical processing, controls the two relays to close, and turns on the lights 1 and Lamp 2; when the IO signal is disconnected, the two relays are kept closed, and lamp 1 and lamp 2 are turned on.

Embodiment 2

[0107] Such as Figure 7 As shown, the smart switch A has been set to enable the "IO linkage function", select "Follow IO mode", and the set scene is that the infrared transmitter module 11 remotely controls the air conditioner;

[0108] When the external sensing device 13 (temperature sensor) is triggered, it will output an IO signal to the IO module 3 of the smart switch A. The IO module 3 receives the IO signal input by the external sensor device 13, and transmits the IO signal to the main control module. The main control module 1 executes the follow IO mode after logical processing, controls the infrared emission module 11, and transmits infrared control signal control The air conditioner is turned on; when the IO signal is disconnected, the infrared transmitter module 11 performs a disconnection action to control the air conditioner to turn off.

Embodiment 3

[0110] Such as Figure 8 As shown, the smart switch A has been set to enable the "IO linkage function", select the "delay IO mode", and the setting scene is the RF433 or RS485 control curtain of the communication module 9;

[0111] When the external sensing device 13 (light sensor) is triggered, it will output an IO signal to the IO module 3 of the smart switch A. The IO module 3 receives the IO signal input by the external sensor device 13, and transmits the IO signal to the main control module. The main control module 1 executes the delay IO mode after logic processing, controls the communication module 9, and outputs RF433 or RS485 control The command controls the opening of the curtain; when the IO signal is disconnected, the delay ends after a period of time, and the communication module 9 performs the disconnection action to control the curtain to close.

Technical field

[0001] The invention relates to an intelligent switch, in particular to an intelligent switch controlled by sensor linkage and a control method thereof. Background technique

[0002] Switches are a necessity of human life. Most of the switches on the market are operated manually. Common mechanical switches, such as thumb switches and rocker switches, face the most serious problems when operating these products. The problem is poor safety and the possibility of electric shock. There is also a type of smart switch on the market that provides a touch-controlled switch panel, but the touch screen technology is not refined, and the touch screen is particularly scratched and worn for long-term operation, which greatly affects the operating feel. Moreover, the smart switch using the capacitive touch screen cannot be operated when the hands are wet.

[0003] The first thing to go home at night is to open the door, and the second thing is to turn on the light. When the lef...

Examples

Embodiment 1

[0104] Such as Image 6 As shown, the smart switch A has been set to enable the "IO linkage function", select the "safe IO mode", and the setting scene is that the two relays in the relay module 10 control light 1 and light 2 respectively;

[0105] When the external sensor device 13 is triggered, it will output an IO signal to the IO module 3 of the smart switch A. The IO module 3 receives the IO signal input by the external sensor device 13, and transmits the IO signal to the main control module. The main control module 1 executes the safe IO mode after logical processing, controls the two relays to close, and turns on the lights 1 and Lamp 2; when the IO signal is disconnected, the two relays are kept closed, and lamp 1 and lamp 2 are turned on.

Embodiment 2

[0107] Such as Figure 7 As shown, the smart switch A has been set to enable the "IO linkage function", select "Follow IO mode", and the set scene is that the infrared transmitter module 11 remotely controls the air conditioner;

[0108] When the external sensing device 13 (temperature sensor) is triggered, it will output an IO signal to the IO module 3 of the smart switch A. The IO module 3 receives the IO signal input by the external sensor device 13, and transmits the IO signal to the main control module. The main control module 1 executes the follow IO mode after logical processing, controls the infrared emission module 11, and transmits infrared control signal control The air conditioner is turned on; when the IO signal is disconnected, the infrared transmitter module 11 performs a disconnection action to control the air conditioner to turn off.

Embodiment 3

[0110] Such as Figure 8 As shown, the smart switch A has been set to enable the "IO linkage function", select the "delay IO mode", and the setting scene is the RF433 or RS485 control curtain of the communication module 9;

[0111] When the external sensing device 13 (light sensor) is triggered, it will output an IO signal to the IO module 3 of the smart switch A. The IO module 3 receives the IO signal input by the external sensor device 13, and transmits the IO signal to the main control module. The main control module 1 executes the delay IO mode after logic processing, controls the communication module 9, and outputs RF433 or RS485 control The command controls the opening of the curtain; when the IO signal is disconnected, the delay ends after a period of time, and the communication module 9 performs the disconnection action to control the curtain to close.

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