FUJI NXT Programming Manual QD004-18.pdf - 第216页

Glossary QD004-18 206 NXT Programming Manual Lead proc ess data, visio n type, pi ck-up offse ts are exam ples of se ttings foun d in shape process. T his is one of the gro ups of data th at makes u p shape da ta. skip T…

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part templates

These are sections of part data that have been created to be used for future part data

creation. Part templates can be imported into part data reducing the amount of data input

necessary when creating new data. After importing the template, only the data that differs

from the template needs to be edited. Templates can be created for "Shape Information",

"Shape Process", "Package Information" and "Package Process" data.

Part Template Editor

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

recipe

Operation instructions for individual machines, created after the completion of line

balancing and optimization processing. In the past, Fuji has referred to recipes as

"Production programs".

relational mode

This is a mode used for part data. This mode allows a "Part number" to be linked to a

shared "shape" and "package". The relational mode allows multiple "part number" records

to use the same shape data record and/or package data, thus minimizing the size of the

libraries. In addtion, by editing a packaging or shape record that is accessed by multiple

part numbers, all the part data for all the part numbers are updated at one time. This is

similar to Fuji's previous host system, FujiCam. When this mode is active, three

components are used to create and edit the different data. This mode is specified in Flexa

Server Setup in the [System settings] dialog box on the computer running the user server

shape data

Data that describes a part's dimensions, the quantity and size of pins (leads), and other

parameters that a machine needs to process a part that uses that data. This data is

comprised of two groups of data, shape process and shape information.

Shape Editor

The Fuji Flexa component that is used to create and edit shape data. This editor is only

available if relational mode is enabled from the Flexa Server Setup.

shape information

Data that has the settings that are used to describe the part. The part's dimensions, the

quantity and size of pins (leads), and element information are examples of settings found

in shape information. This is one of the groups of data that makes up shape data.

shape library

The library in which shape data is stored. This library is only accessible if relational mode

is enabled in Flexa Server Setup. The part data server manages access to this library.

shape process

Data that has the settings on how a part using that data is to be processed by the machine.

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Lead process data, vision type, pick-up offsets are examples of settings found in shape

process. This is one of the groups of data that makes up shape data.

skip

This is a setting found in the coordinate data. When this is set to "Yes" for a record, the part

or glue dot for that record will not be placed. If this is for a mark, the machines will not use

that mark.

skip mark

A mark that is placed on a multi-board panel to prevent a machine from processing one of

the boards on the panel. When a job includes an instruction to read a skip mark, the fiducial

mark camera takes an image of the specified coordinates and looks for a mark made using

a pen or a sticker. If a mark is detected, the machine does not process that board. The

panel is unloaded from the machine once any other boards have been completed. If the

mark is for a panel (global skip mark) and it is determined that the mark is present then the

skip marks for the boards on the panel are checked. If the panel skip mark is determined

to not be present then the machine skips reading any other skip marks and proceeds with

reading fiducial marks.

Spec Keeper

The Fuji Flexa component that is used for creating, merging, and editing spec data.

spec data

This is data about the specifications of feeders, needles, nozzles, and nozzle stations.

title bar

This displays at the very top of all windows. The program and/or item's name displays here

and buttons to minimize, resize, and close the window are available in the title bar.

toolbar

Many Fuji Flexa components have bars with buttons that display below the menu bar.

Common commands can be performed by clicking the appropriate button on a toolbar.

Trace Viewer

The Fuji Flexa component that displays log, and replay data generated by Fuji Flexa. It also

provides the ability to "replay" certain events and to "package" a replayable event into a file

that then can be used on another computer.

transmission

The process of sending recipes, calibration data, and other items to the machines.

user server

This is a Fuji Flexa server ran on a computer and is responsible for checking the Fuji Flexa

licenses and for managing security. In addition, the user server specifies which computers

are running the three data servers. For each license group, there is only one user server.

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Data between different user server groups cannot not be shared except by exporting the

data from one group and then importing it into the other group.

verify check

This is performed when the outline of the parts is available from Gerber CAD data or from

the original CAD data. When this is performed, a dialog box displays with the outline of the

part or pads from the CAD data and the part from Fuji Flexa superimposed. If the

positioning or rotation of the part from Fuji Flexa does not match the image from the CAD

data, then the positioning of the part can be adjusted until it matches

view mode

This indicates what data is being displayed in the window. Director has seven different view

modes. The different view modes are used to perform different actions.

view mode bar

This displays between the toolbar and the data display panes in Director. The left side of

the bar indicates which of the view modes is active, and the right side of the bar displays

the user ID of the current user.

virtual line

This is a line than does not actually exist in the local factory. This line is used to create

programs for a remote (unconnected) line, or for future line configurations that do not

currently exist.