FLEXLINE-CAD_INM.pdf - 第8页
3 Before using this manual, the user must be well versed in operat ing our mounter (KE series), and also have a good underst andi ng of basic operations of W indows. This manual i s described on the assumption that t he …
2
Chapter 1 Introduction
The JUKI Flexline CAD software is hereinafter called Flexline CAD.
1.1 Organization of the Manual
The Flexline CAD Operations Manual is comprised of the following two parts:
Part 1: Basic Part Describes an overview, installing procedure, screen
structure, etc. of Flexline CAD.
Part 2: Operation Part Describes each command in detail.
Part 1
Chapter 1 Introduction
Describes the features, product overview, etc. of Flexline CAD.
Chapter 2 Outline of Operations
Describes the flowcharts of data conversion operations in Flexline CAD and necessary
settings for using Flexline CAD.
Chapter 3 Install
Describes the procedures for installing and uninstalling the hardware devices required to
execute Flexline CAD properly.
Chapter 4 Trying to Start Flexline CAD
Describes the procedures for starting and exiting Flexline CAD, and the screen structures.
Chapter 5 Batch Conversion and Sectional Conversion
Describes batch conversion and sectional conversion.
Part 2
Chapter 6 Trying to perform conversion
Describes the basic conversion procedures.
Chapter 7 User-Defined Wizard
Describes the methods for creating and changing an input format.
Chapter 8 Data modification dialog box
Describes the method for changing data at conversion.
Chapter 9 Environment Setup
Describes the method for setting the initial values and display items of Flexline CAD.
Chapter 10
Flexline CAD setting table
Describes the format types, data file extensions, and fields of Flexline CAD.
Appendix A ...... Practice Creating an Input File by Using the Attached File "Tutorial.txt"
Appendix B ...... Transformation
Appendix C ...... Default Format
Appendix D ...... Glossary and Troubleshooting
3
Before using this manual, the user must be well versed in operating our mounter (KE series),
and also have a good understanding of basic operations of Windows. This manual is
described on the assumption that the user should have understood how to operate Windows
and how to use menus or dialog box boxes. For operating these, refer to the Windows
manuals.
The user may use this manual together with the on-line help of Flexline CAD.
The displayed screens and some functions of Flexline CAD Version 5.10 or earlier are
different from those of Version 6.00 or later. See the following notes:
*1 The screens displayed with Flexline CAD Version 5.10 or earlier are different from those of
the Version 6.00 or later.
*2 Enabled with Flexline CAD Version 6.00 or later only. (Some functions may be enabled
with the latest version only.)
*3 Enabled with Flexline CAD Version 5.10 or earlier.
4
1.2 Introduction
Welcome to Flexline CAD
This is a data conversion system for Microsoft Windows. The system can convert these files into
production programs of JUKI mounters, or the production support system.
Flexline CAD as graphical software
This system makes the most of the graphical operating environment provided by Windows.
Accordingly, everyone can easily operate this system.
High compatibility
The compatibility with wade-range of CAD packages is provided by CAD data file format
describing function. The system has flexibility to meet various customers' requirements easily
and quickly.
Main functions of Flexline CAD
• Conversion of the data of various CAD systems including FLEX PROGRAM (former CAD
conversion software) and the production data of various companies. (ASCII format →
Production programs of various JUKI mounters, the production support system)
• Conversion into the ASCII format files (STF format) of JUKI production programs
1.3 Outline of Flexline CAD product
This CAD converts the data (PWB data, placement data, and component data of ASCII format
files) created different CAD systems so that these data can be used for various JUKI mounters
through a simple procedure.
For data conversion, an input format defining the CAD data file format is required. For the input
/ output format, see "10-1 Standard format". In case such a defined input format is not
available, the "user-defined wizard" (refer to "7. User-Defined Wizard") is used for creation.