TAILIEUCHUNG - Ebook Flexible manufacturing system: Part 2

(BQ) Part 2 book "Flexible manufacturing system" has contents: Coordinate measuring machine, automated material movement and storage system, cutting tools and tool management, system hardware and general functionality, FMS installation and implementation, and other contents. | 52 Flexible Manufacturing System 7 Coordinate Measuring Machine INTRODUCTION Traditional measuring instruments can provide excellent solutions for the measurement of features such as length, height, width, inside and outside diameters, flatness, roundness, angles, and so on. The problem with traditional measurement techniques is that each measured feature may require individual inspection instruments and individual setups, as well as allowing for increased human error. A coordinate measuring machine (CMM) can fill a valuable role in precision measuring because a surface plate, height gage and indicator inspection procedure are combined to provide a fast, accurate and more convenient alternative to the conventional methods for measuring complex parts. The CMM can also be fully automated and linked to a CAD system as well as used to measure and verify Geometric Dimensioning and Tolerancing (GD&T) call outs. It seems that CMMs offer the answer to all our dimensional measurement problems, but is that really true? Will we get precisely the same results as the traditional methods? Measurement with a CMM is a complex process that requires the right training and interruption of data collected. Coordinate measuring machine is an electromechanical system designed to perform coordinate metrology. Coordinate metrology is concerned with the measurement of the actual shape and dimensions of an object and comparing these with the desired shape and dimensions, as specified by the part drawing. CMM evaluates the location, orientation, dimensions, and geometry of the part or object. A CMM consists of a contact probe that can be positioned in 3-D space relative to the surfaces of a work part. The x, y and z coordinates of the probe can be accurately and precisely recorded to obtain dimensional data concerning the part geometry (See the Fig. ). Coordinate Measuring Machine 53 y Mechanical structure Probe head z Work table Computer system x Probe Fig. Coordinate .

• Cơ khí - Chế tạo máy
• Flexible manufacturing system
• Coordinate measuring machine
• Automated material movement
• Cutting tools and tool management
• System hardware and general functionality
• Case studies
• Manufacturing cell
• JIT and KANBAN system
• Group technology
• Machining centers
• Deburring and wash stations
• Automatic guided vehicles
• Grey wolf optimization algorithm
• Nature inspired algorithm
• Automatic guided vehicle
• Grey wolf optimization
• Sustainable multi objective scheduling
• Roadmap of AGV robot
• Routing of AGV robot
• Obstacle avoidance of AGV robot
• The static environment of the flexible manufacturing system
• Matrix devices layout
• Interval valued TOPSIS
• Interval valued EDAS
• Interval valued CODAS
• Multi criteria decision making
• Economic production runs
• Multiproduct case
• Deterministic inventory models
• Flexible manufacturing systems
• Proposed models
• Volume flexibility
• Family production
• Machine breakdown
• Respective management
• Tự động hóa
• Điện – điện tử
• Cơ khí chế tạo máy
• Kiến trúc xây dựng
• kỹ thuật viễn thông
• Fleet size optimization
• Material handling robots
• Modified memetic particle swarm optimization algorithm
• Optimum numbers of MHRs
• Two MADM methods
• Weighted Euclidean distance based approach
• Multi objective optimization
• MOORA and WEDBA
• Flexible Manufacturing System Memetic Algorithm
• Modified Memetic Particle Swarm Optimization
• Multi Load AGVs
• Particle Swarm Optimization Scheduling
• Automated guided vehicles