Haier Smart Refrigerator Design

With the advancement of science and technology,refrigerators,as traditional household appliances,has been changing and developing constantly.At present,the consumer groups of intelligent refrigerators present a segmented tendency as a result of the continuous enrichment of user demand,and the purchase of exclusive customized products has been developed into a new consumption direction.The purpose of this thesis is to explore the user's practical demand for food production and storage,to enhance the user's interactive experience in the use of refrigerators,to explore a new path for the intelligent design of the refrigerator,and to design an intelligent refrigerator to serve different user groups.On the basis of relevant documents and field research,this paper firstly analyzes the current design situation of the Haier refrigerator in terms of function and form,and compares Haier smart refrigerators with other branded refrigerators such as Midea,Siemens,Samsung and LG.Then through market research and user survey,the positioning of the refrigerator design for Haier was clarified: the intellectualized transformation design of the traditional Haier refrigerator and the new intelligent refrigerator design.And further in the light of the modularized design method and the technical principle of related functions,a total of four intelligent transformation schemes for Haier traditional refrigerators and two new smart refrigerator projects were designed,and the management platform for food materials and equipment aiming at smart refrigerators was also illustrated.Finally,in order to assist the intelligent transformation program and the new smart refrigerator design,a refrigerator management app for Haier was developed to realize the remote management and intelligent control of the refrigerator.The development of intelligent refrigerators is inseparable from the advancement of technology and the real needs of users.It hopes that the design proposals put forward in this paper will provide a reference for the future intelligent development and design of refrigerators.