Toilet Mobile Switch Light

The toilet mobile switch light can be achieved through Xiaomi Home automation scenarios, setting up multiple smart device linkages, and other innovative ideas. Here are the specific introductions:

Xiaomi Home Automation Scenarios: This is a relatively convenient way to implement it. When there is movement in the bathroom, relevant devices sense it, and the bath heater lighting automatically turns on, providing sufficient light for the user. If the bathroom door is open, the system will automatically turn off the lights within two minutes to avoid unnecessary energy waste. In some special scenarios, such as when squatting or taking a shower, after closing the bathroom door, the lights will automatically turn off within 20 minutes, meeting usage needs while achieving intelligent control.

Setting Up Multiple Smart Device Linkages: Placing various sensors reasonably in the bathroom can achieve more precise control. Place a human movement sensor, a Xiaomi toilet seat sensor (or Xiaomu smart toilet seat), and a bathroom door and window sensor, and make corresponding settings. Smart A is set to turn on the bathroom lights when the human movement sensor detects a person; Smart B turns off the bathroom lights when there is no movement detected by the human movement sensor for two minutes; Smart C turns off Smart B when the toilet seat is occupied or the bathroom door is closed to prevent the lights from being turned off accidentally while using the toilet or taking a shower; Smart D turns on Smart B when the toilet seat is vacated and the bathroom door is opened, restoring the normal induction light switch mode.

Other Ideas: Using a human presence sensor has the advantage that it can detect even slight movements of a person, thereby controlling the lights. You can also use a door sensor in combination with an infrared sensor to control the light switch based on the door status and human infrared sensing. You can also adopt methods such as detecting a person's presence with a human or infrared sensor to turn on the lights, keeping the lights on when a person is present and turning them off when the person leaves. In addition, there is an innovative approach where one human sensor is placed at the bathroom entrance as a trigger to turn on the lights, and another human sensor has part of its sensing window blocked and is attached to a DC gear motor, which is then attached to the wall at an angle close to 45 degrees. By adjusting the motor speed and the blocked area, the function of turning on the lights when a person arrives, keeping them on while the person stays, and turning them off after the person leaves can be achieved.