proe training 1, the view of theoretical knowledge to master physical expression, and tolerance with size standards; understand the basics of mechanical, metal material and heat treatment of the basic knowledge; grasp the basic concepts of metal forming, red cut-off, bending, deep drawing, forming the basic processes such as sheet metal stamping process and die design; master the principles of plastic molding plastic mold design and a reasonable knowledge of technology to improve the practice of production capacity; control cnc programming CNC machine tools. 2, computer knowledge, familiar with autocad history, development and future, in the role of machinery in the industry, familiar with the environment and interface, commonly used two-dimensional order of operations; will pro e three-dimensional shape of plate, drawing board, the assembly plate, sub-template common commands and block mold design related skills; familiar three-dimensional form of the command mastercam, NC basic method to understand the operation of three-dimensional scanner processing and CNC machining processes and practical operation of the basic essentials. A, proe proe training and introduction of basic knowledge, proe design course 1, proe Introduction to the basic functions of profile system (user interface, parameter settings, environment settings, the current working path, install the basic module) 2, proe user interface ( menu functions, toolbars, change graphic buttons, use the mouse button, etc.) 3, proe basic use (model set, model trees, view, file operations, etc.) Second, proe parametric operation - and a simple two-dimensional sketch Modeling Wuhan proe training, proe training 1, proe drawing geometric primitives (lines, rectangles, circles, arcs, splines, ellipses, points, etc.) 2, proe edit geometric primitives (fillet, cut, segmentation, the insertion point, mirror, rotate, copy, zoom, etc.) 3, proe sketch tool bar 4, proe assisted drawing (dimensions, size, creation, geometry constraints, size constraints, size changes, the grid mapping constraints) 5 , proe sketch exercises and examples to explain 6, proe basic features of operations: drawing entities, stretch removal, stretch thin, rotating entity, rotary cut, rotating plate, fillet, chamfer, Draft III, proe feature operation Wuhan proe training, proe design course 1, proe features and panel presentations: (hybrid entities, mixed cut, mixed plate, scan entities, scan removal, scan sheets, spiral scanning entities, helical sweep cut, spiral scanning sheet, scanner hybrid entities, mixed scanning scanning mixed cut plate, the dome section, skeleton fold Bay, off Bay ring, etc.) pay attention to track and cross-section, the model features and differences 2, proe engineering features of the operation: (a simple hole, threaded hole , variable fillets, pipelines, pumping shell, rib, transition chamfer, segmentation, etc. Draft) 3, proe baseline characteristics of the application: (datum, the reference axis, reference points, benchmarks and reference coordinates of the structure curves, the benchmark attributes to build, insert and change, directional reference surface) 4, master out of items, item out of thin, incision, by comparison of materials and reducing materials, 5, proe features exercises and examples to explain instances of four-dimensional modeling, the basic editing features Operating proe course, proe training 1 design, editing, and understanding the operating characteristics (shift, mirroring, array, copy, delete, modify and regeneration characteristics of the command to create an entity based on feature editing, etc.) 2, characteristic of the re-orientation and kept for 3, the model tree control (edit, edit the definition, design assistance and other parts of implicit functions, change the characteristics of father-son relationship, setting layers, color settings, etc.) 4, model analysis and measurement of 5, proe with three-dimensional modeling to Understanding the role of editing features five, proe assembly and design a part, part assembly principles and basic concepts of 2 parts with the establishment of the basic operation of the assembly (assembly constraint types and constraint methods, modification and assembly techniques, etc.) 3, part assembly explosion Figure 4 generation, advanced part assembly basic operations (copy, array, etc.) 5, proe part assembly practice and explain the six instances, proe drawings training courses designed Wuhan proe, proe training 1 design, engineering drawings introduction (Module Introduction , interface description, view operations, environment settings, built-in application of the template) 2, the basic operation of drawing (dimensions and tolerancing, dimensioning, create notes, create tables, create a ball mark, surface finish, frame and template, etc. ) 3, drawing view creation and operation (general view, projection view, the axis side, and all of cutaway view, semi-sectional view, partial cutaway view, partial enlarged view, step sectional views, broken views, the view, view of the move, view, delete, etc. ) 4, drawing the profile settings (units, scale, projection type, the arrow size, size of line length, size tolerance, size, placement, etc.) 5, proe drawing examples and the use of seven, proe surface features to create Wuhan proe training classes, proe design course 1. Surface characteristics of the establishment (stretching, rotating, sweeping, filling, mixing, variable cross-section scanning, helical scan, boundary scan mixed, surface to surface, cross section to the surface, n side surface command and other senior surface features) 2, the basic surface operation and editing (merging, pruning, extension, the overall migration, local migration, expand the feature, replace, copy, paste, Paste Special, thick, solid and so on) 3, proe surface modeling with a special three-dimensional modeling of the flexible use (examples to explain) 4, proe shortcut keys and application of the parting of recording learning content: sect. Model 1. model the thickness of 2. Model Analysis Draft II. loading reference model 1. to establish die project directory 2. set the working directory 3. to create the mold cavity 4. Part III Location reference. Create a blank piece. manually create a mold base 2. automatically create mold base section IV. setting shrinkage 1. according to size 2. Section V by the ratio. create the parting, partition size blocks, patch surface. VI. Molded, expanded VII parting thoughts and experiences. Open mold process to explain and Technology. VIII