Automated Guide Vehicle Slovak University of Technology Faculty of Material Science and Technology in Trnava.

Slides:



Advertisements
Similar presentations
Simultaneous scheduling of machines and automated guided vehicles: graph modelling and resolution Philippe LACOMME, Mohand LARABI Nikolay TCHERNEV LIMOS.
Advertisements

Computer Integrated Manufacturing (CIM)
HABEEB HATTAB HABEEB Office: BN-Block, Level-3, Room Ext. No.: 7292 H/P No.:
MODELING AND ANALYSIS OF MANUFACTURING SYSTEMS Session 13 MATERIAL HANDLING SYSTEMS E. Gutierrez-Miravete Spring 2001.
Flexible Manufacturing Systems (FMS)
Design, pageRaffoBA Design and Technology Design, pageRaffoBA Scope of Operations Support from Accounting, Finance, Human Resources, Information.
Plant Layout Evaluation
Automated Guided Vehicles: Hardware
© 2007 Pearson Education Computer-Integrated Manufacturing Supplement F.
SCHEDULING A FLEXIBLE MANUFACTURING SYSTEM WITH TOOLING CONSTRAINT: AN ACTUAL CASE STUDY presented by Ağcagül YILMAZ.
Automated Manufacturing
Course of MT- 362 Material Handling Lecture 2.
MATERIAL HANDLING: PRINCIPLES & EQUIPMENT DESCRIPTION
Components of an Automated Manufacturing System
Hasan Oben Pullu Dokuz Eylul University Industrial Engineering Department COMPUTER INTEGRATED MANUFACTURING (CIM)
Planning for CNC Operations. Coordination of 5 functions u 1. NC management - shop supervisor u 2. Part programming - programmer u 3. Machine operators.
Material Transport Systems
MODELING AND ANALYSIS OF MANUFACTURING SYSTEMS Session 7 FLEXIBLE MANUFACTURING SYSTEMS E. Gutierrez-Miravete Spring 2001.
FLEXIBLE MANUFACTURING SYSTEMS. FLEXIBLE MANUFACTURING SYSTEMS MODELING AND ANALYSIS OF MANUFACTURING SYSTEMS.
MFGE 404 Computer Integrated Manufacturing CIM A T I L I M U N I V E R S I T Y Manufacturing Engineering Department Lecture 7– Flexible Manufacturing Systems.
A seminar on “AUTOMATED GUIDED VEHICLES”
Storm Mealey A’Cire Collins Guided Vehicles Power Point.
By : PHILLIP, ANGUS, DASHAUN, JORDAN, AND MARCUS.
Distributed Sensing and Control for Mobile Robot: Automated Guided Vehicle Final Project MAE 576 Group D.
Control of manufacturing systems Slovak University of Technology Faculty of Material Science and Technology in Trnava.
Flexible Manufacturing Systems Introduction to FMS/FAS.
Flexible Manufacturing System
SchedulingProducingControllingSchedulingProducingControlling.
The Supply Chain Management Guide
Planning in production systems
Computer Integrated Manufacturing (CIM). What is CIM? It is the manufacturing process done with the use of a computer for controlling the complete production.
Examples of Machines Used in CIM Applications
Chapter 11 Production and Operations Management Learning Goals
The FMS Henry C. Co Technology and Operations Management, California Polytechnic and State University.
Computer Integrated Manufacturing (CIM)
AUTOMATED GUIDANCE VEHICLE BY: NICK RITTENBERRY. WHO CREATED/STARTED AGVS? AGVs where created in 1953 when Barrett Electronics installed a tow tractor.
Designing Goods and Services and Process Selection
CAD/CAM, Robotics and Automation Chapter 10, Section 10.3, 10.4 and Handout.
Automated Guided Vehicle By: Mario Martinez and Sam Wiener Period 7 Mr. Lawrence.
Automated Guided Vehicle Team E. AGV Description.
Flexible Manufacturing Systems. Flexible Manufacturing Systems (FMS) is an automated workshop. Automation means –automated processing, –automated transportation,
SchedulingProducingControllingSchedulingProducingControlling.
Manufacturing Systems
To Accompany Krajewski & Ritzman Operations Management: Strategy and Analysis, Sixth Edition © 2002 Prentice Hall, Inc. All rights reserved. Supplement.
UNIT-IV Shop Floor Control and Flexible Manufacturing Systems
What is Computer Control? A set of instructions programmed into a machine, which will cause it to operate in a predetermined manner. e.g the traffic.
Robots.
PRODUCTION PLANNING. Process Planning Management Approval design production.
Slide 1 AGVS Guidance Systems and Routing  2000 Kevin W. Ferguson AGVS Guidance Systems And Routing Kevin Ferguson Goodyear Tire & Rubber Co.
Production Planning and control – ME 1009 Unit 1 Introduction.
Automated guided vehicle Types & Application
ISLANDS OF AUTOMATION.
Constraints Space Load Capacity Costs Operating hours.
Chapter 3 MANAGING THE TRANSFORMATION PROCESS
Machines Used in Computer Integrated Manufacturing Applications
Material handling Defined as the art and science of moving, packing and storing of substances in any form. Creation of time and place utility Movement.
CONTENTS Definition of Material Handling Objectives
Flexible Manufacturing Systems
Material Handling Computer Integrated Manufacturing
Manufacturing system design (MSD)
SELECTION AGV How would you go about this in real life?
Automation (자동화) Associate Professor Su-Jin Kim
Automation Topics: Elements of an Automated System
World-Views of Simulation
Flexible Manufacturing Systems
Automated guided vehicle (AGV)
Manufacturing Production Planning
© 2016 Global Market Insights, Inc. USA. All Rights Reserved Fuel Cell Market size worth $25.5bn by 2024 Low Power Wide Area Network.
Computer-Integrated Manufacturing
Automated Lapping Process
Presentation transcript:

Automated Guide Vehicle Slovak University of Technology Faculty of Material Science and Technology in Trnava

AGV (Automated Guide Vehicle) AGV is an independent moving robot with an articulating handler. It runs on the floor to transport carrier between a Stocker and manufacturing equipment. It is possible to operate the AGV in a complicated clean room layout, due to its precision designed navigation control system. It is the best choice for supporting complex transport needs in and advanced clean room environment.

AGV FMS AGV Specs: FMS AGV FOR FLEXIBLE MANUFACTURING SYSTEMS 4,000 LB. CAPACITY & 8,000 LB. CAPACITY MODELS DUAL DRIVE SPEED = 200 FT/MIN 48 VOLT BATTERY SOURCE WIRE GUIDANCE WITH OFF WIRE CAPABILITY Options for AGV AGV LIFT DECKS * POWERED CONVEYOR DECKS * FMS TABLES FOR CNC * AGV SHUTTLES * OPPORTUNITY AND AUTO-CHARGING * DUAL SWIVEL CASTERS FOR REDUCED FLOOR WEAR

AGV control Centralized computers control AGV movements and co-ordinate the deliveries with other material handling devices. The operation of AGV requires controlled material loading and unloading, determination of AGV path on the shop floor and guidance mechanism. The AGV controller makes several decisions on the use and control of the AGVs.

The rules of control Dispatching decisions to decide which of the several AGVs to be used to transport raw material to the MCs, sequencing decisions to decide the order of use of AGVs, if several AGVs are used, Routing decisions to decide the route to be taken to reach the machines, scheduling decisions to decide the start, wait and finish times to avoid collision and shop locking (deadlock or stalemate), and finally, loading decisions to decide on how much material per trip is to be carried for each of the machines.