Intelligent earphones capable of controlling intelligent rest room

Abstract

The invention discloses intelligent earphones capable of controlling an intelligent rest room. The earphones include an input module, a communication module, a positioning module, and a processor. The earphones are carried out in the following steps: receiving an input instruction acquired by the input module, the processor or a cloud server calculating the time when a user arrives at the intelligent rest room in accordance with a distance acquired by the positioning module, then obtaining a starting time in accordance with the comparison between the working hours of the intelligent rest room and the time when the user arrives at the intelligent rest room, and transmitting an execution instruction to the intelligent rest room through the communication module or the cloud server when the starting time is up. According to the invention, the intelligent earphones can, in accordance with the distance between the user and the intelligent rest room, determine the starting time of the intelligent rest room in a more precise manner, increase easiness and intelligence in operating the intelligent household rest room, and are much closer to users' life.

Description

technical field [0001] The invention relates to the field of earphones, in particular to an intelligent earphone capable of controlling an intelligent toilet. Background technique [0002] With the rise of Internet of Things technology, smart home has become a research and development hotspot. In the smart home system, the smart home appliances in the smart home system can be remotely controlled through user terminal devices such as mobile phones and tablet computers. However, when using mobile phones and tablet terminal devices to remotely control home appliances, these devices are not only bulky but also need to look at the screen of the terminal device to operate, whether driving or walking, it is troublesome to use and has various safety hazards. In addition, when the home appliance is controlled and started to work, it starts working after the home appliance is powered on immediately after receiving the control instruction. For example, the bathing water heater curren...

AI Technical Summary

Problems solved by technology

For example, the bathing water heater currently used generally only has one temperature control. Once the power is turned on, the water heater will heat the water to the highest temperature (about 80°C) before stopping. In this way, it is necessary to mix cold and hot water to make the water temperature suitable for bathing. This process is wasted. large amount of power

At the same time, after the electric water heater is powered on, the electric water heater is in the heating state, and it will not stop until 75°C. After the water temperature drops, the electric water heater is in the heating state again. When the user is still a long time away from home, the water heater is not used in time. The electric energy for repeated heating is wasted when bathing, and the water heater is easily damaged when it is powered on for a long time, resulting in a short service life of the equipment

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