CONCEPT OF ADAPTIVE PLATFORM OF TECHNOLOGICAL EQUIPMENT
Annotation
Principles of the concept of adaptive platform of technological equipment are presented. The problems to be solved to afford implementation of ADAPTEQ are formulated. Main technical characteristics of equipment to be designed on the base of ADAPTEQ are considered, the problems of realization of the intellectual system of data preparation for universal equipment with numerical control are described.
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Articles in current issue
- CONCEPT OF ADAPTIVE PLATFORM OF TECHNOLOGICAL EQUIPMENT
- APPLICATION OF MILLING MACHINE TO IMPRESSION A REGULAR MICRORELIEF ON PREFORM SURFACE
- DEVELOPMENT OF METHODS FOR ESTIMATING THE EFFECT OF ROUGHNESS ON FUNCTIONAL PROPERTIES OF GYROSCOPE COMPONENTS
- INVESTIGATION OF THE EFFECT OF COMPONENT SURFACE MICROGEOMETRY ON FUNC-TIONAL PROPERTIES OF PRODUCTS
- INVESTIGATION OF POSSIBILITIES TO IMPROVE FUNCTIONAL PROPERTIES OF BRAKE COUPLING
- METHOD FOR SYNTHESIS OF TECHNOLOGICAL PROCESSES OF PRODUCT MANUFACTURING
- OPTIMIZATION OF MICROMILLING PROCESS PARAMETERS WITH THE USE OF CAM-SYSTEM VERICUT
- MATHEMATICAL DESCRIPTION OF OPERATION OF HYDRODYNAMIC TEST BENCH WITH PRESSURE MAINTENANCE SYSTEM INCORPORATING AN UNLOADED VALVE
- DESIGN AND TECHNOLOGICAL SPECIFICATIONS OF TARGET ENVIRONMENT IMITATION STAND
- APPLICATION OF BEAM TECHNOLOGIES TO GYROSCOPIC INSTRUMENT MANUFACTURING
- ANALYSIS OF INDICATRICES OF THE SPECTRAL BRIGHTNESS COEFFICIENT FOR SURFACES WITH DIFFERENT MICROGEOMETRY
- METHODS OF DETERMINING THE CUTTING FORCES ARISING IN THE ACT OF WORKPIECE PROCESSING
- PROBLEMS OF OPTIMIZATION OF WORKPIECE SURFACE MICROGEOMETRY TO ENSURE SPECIFIC FUNCTIONAL PROPERTIES
- OPTIMIZING PERFORMANCE OF VISUALIZATION COMPONENT OF SYSTEM OF AUTOMATED DESIGN OF INDUSTRIAL LAYOUTS
- METHOD FOR EVALUATION OF TIME EXPENDITURES OF NUMERICAL CONTROL PROGRAM DEVELOPMENT FOR A WORKPIECE SET PRODUCTION USING A CAM SYSTEM
- CREATION OF CALCULATING AGENT IN MULTI-AGENT SYSTEM OF TECHNOLOGICAL DESTINATION
- USING WEBSOCKET TECHNOLOGY IN WEB-APPLICATIONS OF TECHNOLOGICAL DESTINATION