Research On Key Technology Of Two-in-one Equipment For Labeling And Locking

The operation of mounting the rear cover of the laptop consists of fixing the rear cover through the screws that lock the body and gluing the label that shows the product information at the specified location.At present,in the assembly operations of the rear cover of a company there are problems of production of unstable quality,long running times and high labor costs,which limit the overall performance and production rate of the production line.Together with the continuous economic and social development of our country,the constant increase in Lab our costs drives companies to innovate and increase the degree of automation of manufacturing,through the transformation of automation,research and development of intelligent equipment,updating of existing models and production methods and improving the competitiveness of companies in the market environment.In response to problems with mounting the back cover of a coo-in-one mounting device with signal lock was designed,and a key technology study for this device was conducted.(1)Comparative analysis features of existing information and documentation and scope of application,Identify the technical lines for the development of this topic.(2)By exhuming real demand access to launch important topics information,the planning fountainer station the general architecture and designed process fountainer,weapons equipment on it detects the keylabels pay for the general conception of the program,with NX10.0 three-dimensional design,software for mechanical devices programs designed for modelling,Detect the preliminary latch tags pay to the electrical equipment control program.A general outline of the control is also drawn up.(3)The model of these four axis robots has been modelled according to the overall requirements of the device and selective calculations have been made for engines,reductions and ball-bar keys.A virtual prototype for the dynamic simulation of a scara robot at the Adams platform provides a theoretical basis for the design and optimisation of reliability through simulation to achieve the plausibility of joint force,speed and force verification projects.(4)Static simulation of critical components of two or more component equipment;In order to ensure reliable critical resistance of the parts of the device,the static simulation shall be carried out by workbench(ansys)with finite elements,based on the results of the kinetic simulations and component stresses.Optimised project based on static simulations.(5)The positioning mechanism is a guarantee of the accuracy of the work of the device,which is obtained by spatial coupling of the error elements of its components;The determination of the influence of these error elements on global spatial errors makes it possible to achieve a more economically rational design.The first is to identify the sources of errors that affect the location institutions,with a topographical and low-order description of the location institutions based on the plurisomal theory and an error matrix for adjacent organisms that allows a spatial error model to be derived.Finally,to establish the sensitivity of locational organisations to errors on the basis of an error model.