MMS: A Communication Language for Manufacturing

MMS: A Communication Language for Manufacturing

by Consortium CCE-CNMA (Editor)

Paperback(1995)

$149.00
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Product Details

ISBN-13: 9783540590613
Publisher: Springer Berlin Heidelberg
Publication date: 05/29/1996
Series: Research Reports Esprit , #2
Edition description: 1995
Pages: 185
Product dimensions: 6.10(w) x 9.25(h) x (d)

Table of Contents

1. Introduction.- 1.1 The need for standards.- 1.2 Motivation for the book.- 1.3 Purpose of the book.- 1.4 Organisation of the book.- 1.5 Acknowledgements.- 2. Rationale and Context.- 2.1 Rationale for MMS.- 2.2 The OSI reference model.- 2.3 MAP and CNMA.- 2.4 Mini-MAP.- 2.5 Profibus.- 2.6 Summary.- 3. Manufacturing Message Specification (MMS).- 3.1 Basics.- 3.2 The MMS object model.- 3.3 Confirmed and unconfirmed services.- 3.3.1 Confirmed services.- 3.3.2 Unconfirmed services.- 3.4 The MMS-related standards.- 3.5 Summary.- 4. MMS Core Object Classes.- 4.1 Virtual Manufacturing Device (VMD).- 4.1.1 Attributes of the VMD.- 4.1.2 A simple example.- 4.1.3 The UnsolicitedStatus service.- 4.1.4 Other attributes.- 4.1.5 Naming in MMS.- 4.1.6 Associations and the MMS environment.- 4.2 Domains.- 4.2.1 Attributes of the domain object.- 4.2.2 Domain download initiated by the client.- 4.2.3 Domain download initiated by the server.- 4.2.4 Domain upload.- 4.2.5 Deletion of a domain.- 4.2.6 Getting the attributes of a domain.- 4.2.7 Practical example.- 4.3 Program invocations.- 4.3.1 Attributes of a program invocation.- 4.3.2 Creation of a program invocation.- 4.3.3 Starting a PI.- 4.3.4 Obtaining the state of a PI.- 4.3.5 Deletion of a PI.- 4.4 MMS variables.- 4.4.1 Attributes of a named variable.- 4.4.2 Data types.- 4.4.3 Alternate access.- 4.4.4 Getting the attributes of a variable.- 4.4.5 Reading variables.- 4.4.6 Writing variables.- 4.5 Summary.- 5. MMS in Real Manufacturing Devices.- 5.1 Introduction.- 5.2 The Siemens MMS implementation for SIMATIC PLCs.- 5.2.1 VMD related services.- 5.2.2 Accessing variables in the PLC.- 5.2.3 Managing domains in the PLC.- 5.2.4 Managing programs on the PLC.- 5.3 The Siemens MMS implementation for SINUMERIK NCs.- 5.3.1 Structure of the NC.- 5.3.2 Accessing variables.- 5.3.3 Managing domains.- 5.3.4 Controlling programs.- 5.3.5 Alarms.- 5.4 The Télémécanique MMS implementation for TSX 47 PLCS.- 5.4.1 VMD related services.- 5.4.2 Accessing variables in the PLC.- 5.4.3 Managing domains in the PLC.- 5.4.4 Managing programs on the PLC.- 5.5 Comparison of the two PLC MMS implementations.- 5.6 Summary.- 6. Use of MMS in a Real Manufacturing Application.- 6.1 Overview.- 6.2 Rail guided vehicle (RGV).- 6.2.1 RGV state diagram.- 6.2.2 Transportation of a pallet from a clamping station to the pallet store.- 6.2.3 Transportation of a pallet from the pallet store to a machining centre.- 6.2.4 Mapping to MMS objects.- 6.2.5 MMS services offered by the RGV.- 6.3 Machining centre.- 6.3.1 Overview of the information flow.- 6.3.2 Mapping to MMS objects and services.- 6.3.3 NC-CS models used in the example manufacturing facility.- 6.3.4 NC system state model.- 6.3.5 NC device control model.- 6.3.6 Alarm model.- 6.3.7 NC data store model.- 6.3.8 Tool management.- 6.3.9 NC program management.- 6.3.10 Tool data transfer.- 6.4 Summary.- 7. MMSI.- 7.1 Introduction.- 7.2 The main benefits of a standard API.- 7.3 Purpose and scope of MMSI.- 7.4 Properties of MMSI.- 7.5 Classes of MMSI functions.- 7.6 Naming rules for MMSI functions.- 7.7 Context-sensitive functions.- 7.8 Support functions.- 7.9 Context-free functions.- 7.10 Parameters of MMSI functions.- 7.10.1 Exposed parameters.- 7.10.2 DCB parameters.- 7.10.3 Handles.- 7.10.4 Parameter order.- 7.10.5 Return code.- 7.11 Synchronous and asynchronous modes.- 7.11.1 Return event.- 7.11.2 Synchronous call.- 7.11.3 Asynchronous call.- 7.11.4 Example.- 7.12 DCB management.- 7.12.1 DCB types.- 7.12.2 DCB allocation and deallocation.- 7.12.3 Using the Input DCB.- 7.12.4 Using Inout DCBs.- 7.13 MMSI main data types.- 7.13.1 Basic data types.- 7.13.2 Data types of exposed parameters.- 7.13.3 DCB Component data types.- 7.14 MMSI objects and handles.- 7.14.1 Concept of handle.- 7.14.2 Handles and context-free functions.- 7.14.3 Creating a new handle.- 7.14.4 Making a list of handles.- 7.14.5 Extracting a handle or an object from a list.- 7.14.6 Duplicating a handle.- 7.14.7 Freeing a handle.- 7.15 Reading a variable.- 7.16 Summary.- 8. A DDE Interface to MMS.- 8.1 Introduction.- 8.2 Windows DDE basics.- 8.2.1 Client server principle.- 8.2.2 DDE conversation.- 8.2.3 The parameters application, topic and item.- 8.2.4 DDE messages.- 8.2.5 A typical DDE conversation.- 8.2.6 Cold link between client and server.- 8.2.7 Hot link between client and server.- 8.2.8 Warm link between client and server.- 8.2.9 DDE application interface.- 8.3 The MMS/DDE application interface.- 8.3.1 Overview.- 8.3.2 Establishing connections to MMS via the DDE parameter topic.- 8.3.3 Terminating a DDE conversation.- 8.3.4 Status.- 8.3.5 UnsolicitedStatus.- 8.3.6 MMS variable services.- 8.3.6.1 Variable types.- 8.3.6.2 Syntax of variable values.- 8.3.6.3 Access and alternate access.- 8.3.6.4 Reading a variable.- 8.3.6.5 Writing a variable.- 8.3.6.6 Notification of variable value changes (Information Report).- 8.3.7 MMS domain download.- 8.3.8 Further MMS services supported.- 8.4 Operation of the MMS/DDE server.- 8.4.1 Introduction.- 8.4.2 Initiating a DDE conversation.- 8.4.3 Terminating a DDE conversation.- 8.4.4 Status.- 8.4.5 UnsolicitedStatus.- 8.4.6 MMS variable services.- 8.4.6.1 Reading the value of a variable on a cold link.- 8.4.6.2 Reading the value of a variable via hotlink (Information Report).- 8.4.6.3 Reading the value of a variable via hotlink (Polling).- 8.4.6.4 Writing the value of a variable.- 8.4.7 Downloading a domain.- 8.5 Example: calling MMS in an Excel spreadsheet.- 8.6 Summary.- 9. Other MMS Objects and Services.- 9.1 Operator stations.- 9.2 Semaphores.- 9.3 Events.- 9.4 Journals.- 9.5 Summary.- 10. Conclusion.- 10.1 What has been discussed.- 10.2 Why is MMS important?.- 10.3 Where is MMS being applied?.- 10.4 What is MMS used for?.- 10.5 What are the main benefits of using MMS?.- 10.6 What about interoperability?.- 10.7 Where can I obtain more information?.- 10.8 So, what of the future?.- Glossary of Terms.- Appendix 1. The MMS and CNMA Information Servers.- Appendix 2. MMSI Context Sensitive Functions.

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