Research On The Styling Of Service Robots

With the progress of science,the application of artificial intelligence is becoming increasingly widespread.Service robots,as a new product of modern technology,seize the opportunity to rise in the face of the popularization of artificial intelligence today.Various types of service robots bring convenience to our daily lives.With the awakening of people’s aesthetic awareness,the requirements for the design of service robots have further increased.The upgrade of service robot styling design requires the addition of new styling designs,keeping up with the times,promoting the healthy development of service robot styling design,and promoting better service robot styling design.The thesis conducts a study on the creation of service robot modelling design in four parts.The first part explains the origin of robots to the development process of service robots and outlines the characteristics of service robot types of modelling;the second part refines the modelling of service robots in terms of geometric,bionic and popular conceptual characteristics;the third part explains the analysis of product modelling design,colour application and application scenarios using three domestic service robot companies as case studies;the fourth part The fourth part is the author’s creative part from the selection of the subject matter,sketching,modelling form,structure construction,material application,colour matching,surface treatment and then the production process of the actual creationBy analysing the study of service robot modelling design,the application principles,methods and key points combined to service robot modelling are used to explore the needs and aesthetics of product design and various modelling designs in the new era.By analysing the combination of market service robot modelling design and function modelling design,analyse the market service robot modelling design more valuable design,provide heritage elements for service robot modelling branding and improve the overall service robot modelling practicality value and achievability.