Structural Design And Optimization On Transportation Equipments For The Intelligent Production Line Of Glass Deep Processing

Glass has been widely used in all walks of life as an industrial material,especially the rise of the buildings and consumer electronics industries, which putsforward higher requirements for the manufacturing, and processing of glass products.With the continuous improvement of living standards, people will have diverse needsfor the glass products. Nowadays a variety of glass processing equipments emerge inendlessly on the markets, which almost covers all processes of glass products. But tointegrate these processes together to achieve the intelligent production line of group’sprocessing is still in the preliminary stage, and the market has not molded productstoo. In this context, this issue was raised. The subject cooperated with enterprises,intended to connect several large glass process (milling, drilling, etc.) together toachieve transportation requirements in the glass production line.In this paper, the design of the glass transportation equipments is an importantpart of the intelligent production line of glass deep processing. The realization of theintelligent and flexible production line largely depends on the structure and controlmode, which critical to the design of transportation equipments. This paper mainlystudies the following contents:1) According to the request of the cooperative enterprise, puts forward theoverall design scheme of the intelligent production line of glass deep processing.Include the overall design of a production line planning and the whole processing line,the setting of the initial state of each device and related technology parameters of thewhole line processing.2) According to the overall planning requirements, the overall structural and keyparts of the production line’s transportation equipments were designed. Describes thedesign principle, intentions, and lists the specific design models and parameters tomatch the existing glass processing equipment, which makes the whole line runningsmoothly and meets the requirements in the mechanical structure.3) Implement the simulation analysis with ADAMS software, for the key part oftransportation equipments in the intelligent production line of glass deep processing,builds the parameterized model of the parts. According to the functional requirements of this part, test force, displacement, velocity and acceleration of the components todetermine whether or not can meet the requirements of the operation of theproduction line’s transportation equipments.4) According to the simulation test results, further optimize the structure of thecore part, make its performance to achieve the best condition, and get optimal results.In this paper, the simulation optimization is only for one child components oftransport equipments, which aims to provide an easy method for simulation andoptimization of mechanical structure design and has certain guiding significance forthe mechanical design. Also, the basic equipment of the intelligent production line ofglass deep processing in this paper has a certain universal and practicality.