Applied Mechanics and Materials Vols. 101-102

Abstract: Industrial design is not only the exterior design. Industrial design is the scientific and technical results transformation for products, goods. With environmental protection requirement, the core technology, technical innovation and knowledge innovation is the landing. Industrial design always is closely associated with science and technology. Technical and industrial design is innate relates in together. This paper tries to analyze the relation between industrial design requirements and technical beauty.

Abstract: Now, the application of team is wider and wider, the studies about team are more and more. If a team can always maintain high design creativity, its advantage in the industry can last forever. In the industrial design activity, product design preliminary stage is the major part of creating process. Management of team makes it carry out the design effectively. Especially, the management of team creativity is crucial to team members, it makes team members keep efficient creativity and improve the team's kernel competitive power. This study discussed the industrial design team creativity in this particular field, summarized team’s responsibilities and factors that influenced on team creativity in product conception design stage. Team managers need to optimize and ameliorate these factors, and then they can further improve the design team creativity.

Abstract: The existed semi-automatic ultrasound eddy current testing system is difficult to adapt to the situation of seamless steel tube detection requirements at present. This paper puts forward an ultrasonic eddy current synchronous auto-detection system. The principle of ultrasonic eddy current testing tube and the design of the ultrasonic eddy current probe frame are introduced. Software system uses ultrasonic and eddy current imaging at the same time, and ultrasonic testing’s results can be displayed by A+B+C combination imaging. The quasi three-dimensional imaging system can offer more convenient methods to detect personnel. Experimental results verify the feasibility of the system.

Abstract: Image can invoke people’s association with the past scene and experience, so products blending with images can resonate with the users and convey correctly the product information and ideas. The analysis of the signan and designatum function of the product symbols indicates the corresponding relationship of the image and the product symbol and shows the direction for injecting images into the products. This paper, in terms of acquiring image information accurately and getting the explicature features and studying them, puts forward the design methods. The design methods include the image description model and product form design process, which have instilled new ideas into the product symbol design regarding the image.

Abstract: In order to meet the mobile robot’s accuracy and speed requirements in processing obstacle information based on the study of the principle of ultrasonic and infrared distance measurement, the ultrasonic infrared measurements system is designed using Mega16L microcontroller. The hardware of the system, data fusion and software components were studied. Bayes estimation for the data fusion, which can greatly improve the measurement accuracy, was used. The human-computer interface and back panel algorithm were developed with the development language of LabVIEW. Experimental results show that the measurement error of the combined measurement system is in ± 1mm between 0 ~ 300cm, which can meet the design requirements and flexible operation.

Abstract: The paper presents definition and the features of typical Knowledge Based Engineering (KBE) system. Based KBE system, a bus swing door parameter rapid design system’s theory and structure are discussed. Based on above analysis, a parameter rapid design system is constructed with its UI (User Interface). With this system, the efficiency that a designer designs a swing door can be improved fifty times.

Abstract: At present, the environment control system is mainly used in large and modern greenhouses in China. It is hard to popularize among ordinary farmers because of some reasons such as inconvenient acquiring information, etc. In order to improve the existing problem, a wireless remote greenhouse environment monitor system was developed based on GSM and GPS. Thus the user can obtain real-time temperature and humidity of different greenhouses at any time by sending short messages to the control system so as to know the crop growth. The system, easier to move and operate, can be expanded according to practical need and is reliable and effective through field test.

Abstract: It has designed a set of equipment which could automatically assemble porcelain insulator. And taking UG NX software as a tool, it has done a motion simulation to the whole perfect binding process, at the same time, it also has done advanced simulations and optimum designs to some important parts. Finally, this equipment could overcome the vibrator’s negative impact, and the coaxial tolerance between steel foot, porcelain and iron cap can be guaranteed less thanΦ1.4mm while the porosity adhesives can be guaranteed no more than 3%, and the fitting efficiency could up to 60 pieces an hour.

Abstract: This article unfolds the exploration of the city LED street light modelling design based on the study on the cultural elements of the Han dynasty. Applies the extracted cultural elements, as well as the symbol and the structure characteristics of the lights of the Han dynasty to the city LED street light modelling design and discusses the theory and the practical designs in way of studying the cases. The article also concludes the new methods to design the city LED street light modelling based on the culture.

Abstract: Aiming to the problems of the mechanical press, the Pneumatic-hydraulic supercharging press of microparts forming was designed, with help of FEA software CosmosWorks, the frame structure of PH was simulated and calculated. Different parameters influencing minimum distance and maximum stress were taken into account and the optimal structure parameter was obtained by orthogonal design. The results of FEA and sample press show that the frame structure could satisfy the requirement of micropart forming.