FUJI NXT Programming Manual QD004-18.pdf - 第212页

Glossary QD004-18 202 NXT Programming Manual also describ es all of the lines for the factories a nd their or der. Line Editor The Fuji Flexa componen t used to create and edit the line configuration. Line Monitor The Fu…

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NXT Programming Manual 201

global job

A job that is saved on the Fuji Flexa job server and is accessible to all users of that user

server

glue mark

These are for glue machines only. At the beginning of production, trial check glue dots can

be produced by the machine to ensure that the glue volume is correct. The data for glue

mark is used to check the size of the trial check glue dots. If the trial check glue dots are

not the correct size, the glue application air pressure is adjusted.

Icon Bar

By default, this displays to the left of the Director window below the toolbar. The icon bar

is divided into groups, each is opened by clicking the group name on the gray button. By

clicking an item in the icon bar, it is possible to change the Director display, perform an

action, or open a program

job

All the data that is required for the production of a single panel, stored in a single group.

Job Builder

The Fuji Flexa component that is used to create and edit jobs.

job information bar

By default, this is positioned at the left side of the Job Builder window. This organizes the

data in a job into an easy to use format. The information in the bar is split into groups:

General, Part Data, Mark Data, and Top (Bottom). If relational mode for part data is

enabled then the tabs, Shape Data and Package Data also display. Data within a tab is

arranged in a hierarchical format.

job server

This is a Fuji Flexa server ran on a computer and specifies the location of the global jobs

and manages access to those jobs. This server retrieves jobs for users and also locks jobs

so that no other user can alter a job while it is opened by the first user.

line balance

A process whereby tasks are distributed among the machines on a production line. This is

performed to attempt to make the working time for each machine on the line to be as close

to each other as possible.

line configuration

Data describing the types of machines that make up lines and their special settings. This

Glossary QD004-18

202 NXT Programming Manual

also describes all of the lines for the factories and their order.

Line Editor

The Fuji Flexa component used to create and edit the line configuration.

Line Monitor

The Fuji Flexa component used to monitor the real time production performance of entire

lines and individual machines in the line configuration.

Line Reporter

The Fuji Flexa component used to generate production reports according to specified

settings. Reports can be prepared for obtained production data up to 7 days (i.e., 168

hours) prior to the time of report generation.

line server

This is a Fuji Flexa server ran on a computer and specifies the location of the line

configuration files and manages access to these files.

local job

A job that is stored on a local computer. This job is not managed by the job server and is

not accessible to any other users.

machine configuration

A file that specifies the configuration, process options, available nozzles and feeders for a

machine. Each machine in the line must have a configuration with the specific parameters

for that machine.

macro

Sets of instructions that are automatically performed when activated.

Macro Manager

The Fuji Flexa component used to create, modify, save, and run macros

mark data

There are five different types of mark data. They are fiducial marks, skip marks, glue marks,

mask marks, and panel ID marks

Mark Editor

The Fuji Flexa component used to create and edit mark data.

mark library

The library in which mark data is stored. The part data server manages access to this

library.

mask mark

These are marks used by printing machines to align the printing stencil with the board. The

printing machine inspects the fiducial marks on the board and mask marks on the stencil

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and then adjusts the stencil position to compensate for any misalignment between the two.

MCSIMF format

An intermediary file format. MCS programs and part data translated by Port Wizard are

output as MCSIMF files.

MEdit

This is a special program used to edit jobs on NXT machines and perform special functions

such as simulation and skipping nozzles. This software is installed from the NXT

application installation CD-ROM.

menu bar

This displays below the title bar for programs. Commands are organized into groups and

these group names display on the menu bar. By clicking a name, the menu with the

commands for that group displays. Click an item to perform that command.

model name

The model name is a generic machine name that is used when using multiple lines with

identical line and machine configurations (including nozzles, parts supply unit, etc.). This

allows users to use the same recipe from machine to machine when producing identical

panels on multiple lines.

next job

An portion of the machine's memory is used to store the information for the next job that

has been sent to the machine. This job is usually the job that is to be produced after the

current job is completed. Only one job can be sent to the next job position in the machine

per lane.

non-relational mode

This is a mode used for part data. When this mode is used, the "Part Number", "Shape

Name" and "Package Name" data is all saved under the one file name. There is no

interlinking between the different part data. This mode prevents user from accidentally

editing package and shape data for various part at one time and is similar to Fuji's previous

host system, MCS. This mode is specified in Flexa Server Setup in the [System settings]

dialog box on the computer running the user server.

Nozzle Mapper

The Fuji Flexa component that is a conversion tool designed to convert the nozzle settings

for part data when importing Port Wizard translated CCIMF or MCSIMF data from F4G or

MCS into Job Builder.

optimization

The process where machine instructions are reordered so that the machine operates

optimally. Normally, the processing sequence and feeder positions are rearranged in a

manner that minimizes the machine’s working time.