As early as the 1980s, Mark Weiser proposed the concept of ubiquitous computing. That is, through the organic combination of computers and the surrounding environment, humans can obtain and process information anytime, anywhere. Until recent years, with the continuous maturity of computer technology and IoT technology, the concept of ubiquitous computing has once again been valued. As a household appliance, the washing machine has become an essential tool in daily life. The development of smart washing machines is an extension of the ubiquitous computing concept in the home appliance field. The essence of a smart washing machine is to use intelligent computing as the platform and the washing machine as the carrier. The medium for users to interact with the washing machine has transitioned from traditional knobs and buttons to touch screen operating systems.
Firstly, smart laundry machine have functions that traditional washing machines lack. By embedding computer technology and microprocessors into washing machines, the washing machine has intelligent features: remote control washing, data transmission and communication, intelligent fault detection, and intelligent water and electricity conservation. For example, through the analysis of the material, weight, and cleanliness of clothes, smart washing machines provide users with the most reasonable washing plan. Neural network technology is used to make smart washing machines capable of learning. By learning about user washing habits, it can save users time and energy. The application of IoT technology enables smart washing machines to share information with other home appliances and smart products. Automatic fault monitoring and water and electricity conservation functions also save users time and resources.
Secondly, wifi enabled washing machine bring users a new way of operation. The traditional washing machine interface uses hardware operation interaction methods such as buttons and knobs. As the functions of washing machines become more and more abundant, the traditional hardware interface operation method can no longer carry more information. Therefore, more and more smart washing machines use pure software operation interfaces to replace the old interaction method of knobs and buttons.
Finally, brand smart washing change the user's washing process. The intelligent control function of smart washing machines allows users to no longer have to operate the washing machine indoors. Users can understand the running status of the washing machine from anywhere. After the washing task is completed, the smart product's automatic detection function can detect washing machine faults, propose targeted and simple fault repair plans, and automatically contact after-sales service.
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