XYZ robot program manual AD300N

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AD Series Operating Manual

Teach Pendant Series

DISPENSER ROBOT OPERATING MANUAL

Adhesive Dispensing Ltd

TEL: +01908 686660

FAX: 01908 686836

Email:sales@adhesivedispensing.net www.adhesivedispensing.net

Table of Content

1 Getting Started .............................................................................................................4 1.1 Product Introduction.......................................................................................4 1.2 Button Introduction.........................................................................................4 1.3 Hierarchy Chart of Functions .........................................................................5 1.4 Basic Concepts and Terms............................................................................5 1.4.1 Files ............................................................................................................5 1.4.2 Graphics and Points ...................................................................................6 1.4.3 Process.......................................................................................................7 1.4.4 Parameter...................................................................................................7 1.5 Basic Operation .............................................................................................8 1.5.1 Select Main Menu Options. ........................................................................8 1.5.2 Jog..............................................................................................................9 1.6 Create a New Teaching File ........................................................................10 1.6.1 New File....................................................................................................10 1.6.2 Insert Points..............................................................................................10 1.6.3 Step. .........................................................................................................15 1.6.4 Modify Parameter. ....................................................................................15 1.7 Download and Process ................................................................................16 1.8 Home Adjust.................................................................................................17 2 Programming Operation .............................................................................................19 2.1 Basic Operation ...........................................................................................19 2.1.1 Copy. ........................................................................................................19 2.1.2 Rename. ...................................................................................................19 2.1.3 Simulate....................................................................................................19 2.1.4 Delete. ......................................................................................................20 2.1.5 View .............................................................................................................. 20 2.2 Array Processing..........................................................................................20 2.2.1 Rectangular Array.....................................................................................21 2.2.2 By Teach Array .........................................................................................22 2.2.3 Custom Array............................................................................................23 2.3 End Action....................................................................................................23 2.4 Rotate...........................................................................................................24 2.5 Points Type ..................................................................................................25 2.5.1 All Types ....................................................................................................... 25 2.5.2 Output Point..............................................................................................26 2.5.3 Pause Point. .............................................................................................27 2.5.4 Subroutine ................................................................................................27 2.6 Insert Closed Polyline ..................................................................................28 2.6.1 Common Attribute.....................................................................................28 2.6.2 Different Attribute......................................................................................28 2.6.3 Insert Graphics .........................................................................................29 2.7 Insert Brush Area .........................................................................................30

2.8 2.9 Retract..........................................................................................................31 Group Edit ....................................................................................................32 2.10 Set Global Parameters.................................................................................33 2.10.1 Drop Parameter........................................................................................33 2.10.2 Home Adjust. ............................................................................................33 2.10.3 Jog Parameters. .......................................................................................33 2.10.4 Move Parameters. ....................................................................................33 2.10.5 Template Parameters. ..............................................................................34 2.10.6 Display & Sound.......................................................................................34 3 Logoshop Programming .............................................................................................35 3.1 Introduction ..................................................................................................35 3.2 Begin to Use.................................................................................................35 3.2.1 Interface Layout........................................................................................35 3.2.2 Set Default Parameters............................................................................36 3.3 Operation .....................................................................................................36 3.3.1 Open The File...........................................................................................36 3.3.2 Set File Parameters..................................................................................37 3.3.3 Draw. ........................................................................................................38 3.3.4 Path Planning. ..........................................................................................39 3.3.5 Set Graphic Parameter.............................................................................39 3.3.6 Export The File. ........................................................................................40

1 Getting Started

1.1 Product Introduction

Fully-Auto dispensing robot control system is a high quality and high-resolution program method. The basic configuration has 3 motion axes, and is capable of supporting hi-speed USB storage. There are various versions of robot, such as a version capable of controlling dual-Y-axis bench, a version with a revolving head 4 th (R) axis, and a version supporting 8 needle tips. In addition, our system provides easier programming instructions, more parameters, a more effective flow control capability, larger memory space, and higher speeds. It improves the process for auto applications.

1.2 Button Introduction

1.3 Chart of Functions

Main Menu:

Fig. 1-2 Main Menu

There are menu options in the Main Menu Interface.

Fig. 1-3 Hierarchy Chart of Functions

1.4 Basic Concepts and Terms

1.4.1 Files

Refer to below table for descriptions on some formats of files which are frequently

used in DSP5.2A system.

Formats

Carrier

Description

.nc, .dxf

PC/ USB

These formats are output from the 3 rd party software such as JDPaint,

flash disk CorelDraw or AutoCAD, and can be opened, imported, and edited with Logoshop. It is the intermediate file output by Logoshop, which can be imported into the teach pendant by USB disk (FAT format). It can also be exported from teach pendant. Teaching files are saved in the teach pendant, including the files downloaded to the teach pendant with USB flash disk. Teaching file is composed by points list. Each file contains up to 65535 points. Teach pendant can store up to 999 teaching files. Process files are stored in MPC6536 controller. Each process file can be up to 2M. MPC6536 can store up to 128 process files. Configuration file. This file cannot be recognised by MPC6536 directly. It should be converted to .mol format after being edited by experienced engineer. Files with. mol format are converted from .cfg files or directly from drawings. It can be recognised by MPC6536 and can be processed directly. Mol formatted files can be downloaded with a FAT formatted USB flash disk when MPC6536 is started. Teach Pendant MPC05 Controller PC/ USB flash disk PC/ USB flash disk PC/ USB flash disk

.tcf

Teaching files

Process files

.cfg

.mol

.hdw, .FMW

PC/ USB flash disk PC/ USB flash disk

MPC6536 controller’s firmware files

.tfm

Teach pendant upgrade files

Table 1-1 Files Formats Description

1.4.2 Graphics and Points

The following will show some commonly used points and graphics.

Point

Point Point

Point

LineStart

ArcStart

Arc

Line

Points

1.CirStart

2.LineMid

1.LineStart

2.EllipseMid

7.LineEnd

1.EllipseStart

3.EllipseEnd

6.ArcMid

3.ArcMid

2.CirMid

3.CirEnd

5.LineMid

4.LineMid

Ellipse

Polyline

Circle

Fig. 1-4 Graphics and Points

Polyline is composed of multiple lines and arcs, which is widely used for track

process. The start point of Polyline is called “LineStart”, the end point of polyline is

called “LineEnd”, the remaining point of arc and line are called “ArcMid” and “LineMid”.

Theoretically, any graphics can be expressed as a combination of lines and arcs.

1.4.3 Process

The following is process diagram:

Fig. 1-5 Process diagram

If a file contains arc , point and line, the trajectory display as shown below. No. Terminology Description

(1) (2) (3) (4) (5) (6) (7) (8) (9)

XY Move

Move to the top of the processing point

Z Move

Down to the processing point

Trajectory

Dispenser on, take the arc trajectory, dispenser off

Lift up

Lift up after process end

XY Move

Move to the top of the next graphic’ processing point

Z Move

Down to the processing point

Trajectory

Dispenser on, take the arc trajectory, dispenser off

Draw Lift up

Lift up slowly to cut off the adhesive Lift up after process completed

(10) (11) (12)

XY Move

Move to the top of the next graphic’ processing point

Z Move

Down to the processing point Lift up after process completed Table 1-2 Trajectory Introduction

Lift up

1.4.4 Parameters

Parameter

Description

Work Speed Move Speed

Work Speed refers to dispensing speed . Just as shown in Table 1-2(3,7) When the dispenser finishes dispensing a work, the nozzle will move to the next work to dispense. Move Speed refers to the speed at which the nozzle moves from the end point of the finished work to the next work. Just as shown in Table 1-2(1,5,10) When a dispensing work is finished, the nozzle will move upwards. Every time before dispensing a work, Z-axis will move downwards. The moving speed used for these processes are called Z Speed . Just as shown in Table 1- 2(2,4,6,9,11,12) The initial speed of movement ( Recommended value is thirty ） The acceleration of the movement from initial speed to high-speed The maximum acceleration when turning. The acceleration effective for a turning movement. Higher turning acceleration will cause a faster turning but a heavier mechanical shock the same time. Lower turning acceleration will lead to a smoother turning but slower turning. When the turning acceleration is set to be extremely low, a glue heap will be formed around the turning point.

Z Speed

Initial Speed Acceleration Corner Acceleration

Dispenser on delay When epoxy start, the dispenser will wait for a specified amount of time before starting moving. Dispenser off delay When epoxy completed, the dispenser will wait for a specified amount of time before retracting the glue tip. Off Distance Off Distance parameter is used to set the distance between the end point and the point where epoxy completed in advance automatically. Dispenser will complete the dispensing with the extruded residual glue on the tip.

Draw Height

When epoxy completed, it will retract a distance slowly at first to cut off the adhesive. The moving distance is called Draw Height. Open the glue tip when the nozzle has run some time. On distance parameter is the distance from the on-dispenser point to the start point. On distance function is used to prevent glue gathered at the beginning of time. “Draw” and “Lift” are two nozzle-retracting functions which can be used when dispensing high viscosity adhesive. When the nozzle is closed, it will retract a distance slowly at first to cut off the adhesive, and this process is call ‘Draw’. The moving speed is called Draw Speed.

On distance

Draw Speed

Table 1-3 Parameters Introduce

1.5 Basic Operation

1.5.1 Select Main Menu Options

After power, the system enters the Main Menu Interface as below.

Fig. 1-6 Main Menu Interface

Key Note

Function Description

[1] ， [2] ， [3] ， [4] ， [5]

Press the number button 1`5 into the corresponding interface.

Table 1-4 Button Function in Main Menu Interface

For instance, press the button [4] to enter the Test Interface .

1.5.2 Jog

In the Main Menu Interface, press the button [4] to enter the Test Interface .

Fig. 1-7 Test Interface

K ey note

Function Description

[ ↑ ][ ↓ ][ → ][ ← ] [Z ↑ ][Z ↓ ]

Jog: Including forward, backward, left, right, up and down.

[SHF]

Switch the jog speed. Increase the speed Decrease the speed Set the jog parameters

[V+] [V‐]

[MENU]

Table 1-5 Jog Introduce

1.6 Create a New Teaching File

1.6.1 New File

In the Main Menu Interface, press the button [2] to enter the File List Interface.

Fig. 1-8 File List Interface

Press [F1] to create a new file .

Fig. 1-9 New file - Reset

Press [F3] to reset and the system will enter to the Points List Interface.

Fig. 1-10 New file - Points List

1.6.2 Insert Points

In the Point List Interface, press [F1] to enter the Points Type Interface .

Fig. 1-11 Points Type Interface

1.6.2.1 Insert Line

Fig. 1-12 Line Diagram

Y Step 1(Insert Line start point)

In the Points Type Interface , press [3] to insert a line .

• Press the navigation buttons (↑ ， ↓ ， ← ， → ， z↑ ， z↓) of the teach pendant to set

the coordinates of the point and press [ENT] to save, then the system will enter

to the Line end point set interface.

• Press button to switch the jogging speed.

• Press [F4] to set the nozzle on at this line startpoint.

Fig. 1-13 Line Start Point

Y Step 2(Insert Line end point)

Press the navigation buttons to set the coordinates of the line end point, press

[ENT] to save, and then the teach box display will direct us to the Point List interface. We

can find that the new created Line is added in the Point List interface.

Fig. 1-14 Line End Point

1.6.2.2 Insert Polyline

2.LineMid

1.LineStart

7.LineEnd

6.ArcMid

3.ArcMid

Polyline

4.LineMid

5.LineMid

Fig. 1-15 Polyline Diagram

In the Points List Interface, after the end of the line , press [2] to insert a polyline .

Fig. 1-16 Points Type

Y Step 1(Insert Line start point)

Press the navigation buttons to set the coordinates of the line start point and press

[ENT] to save.

Fig. 1-17 Polyline – LineStart

Y Step 2(Insert Line end point)

Press the navigation buttons to set the coordinates of line middle point and press

[ENT] to save.

Fig. 1-18 Polyline – LineMid

Y Step 3(Insert Arc-mid point)

“LineMid” point is the default insertion point, press [SWH] can switch to “ArcMid”.

Fig. 1-19 Polyline – ArcMid

Y Step 4(Insert Line end point)

Insert the remaining points with the above method. Press [ENT] to save coordinates

and press [ESC] to exit. The last point will be automatically converted to “LineEnd”.

Remark: If the previous point is “ArcMid”, the current point can only be “LineMid”.

Remark: When programmed into the error, press [CLR] to cancel the current insertion

and return to the previous point.

1.6.2.3 Insert Ellipse

Fig. 1-20 Ellipse Diagram

Y Step 1

In the Points Type Interface, press [F3] to insert an ellipse .

Fig. 1-21 Program method

Y Step 2

In the Program method Interface, press [1] to teach three points .

Fig. 1-22 Ellipse Parameters

Y Step 3

User can set parameters in the ellipse parameters interface, and can also modified

them after teach completed.

The method of inserting coordinates of teach ellipse point are same as the line.

1.6.3 Step

In Points List Interface, press [ENT] to step move point by point. If the position is not

right, press [F2] (Edit) to modify the point position.

1.6.4 Modify Parameter

1.6.4.1 Modify File Parameter

In the File List Interface, press [F4] to enter File Parameter Interface.

Fig. 1-23 File List Interface

Fig. 1-24 File Parameters Interface

All the graphics will be impacted after the user modify the parameters.

1.6.4.2 Modify Point Parameter

In the Points List Interface, press [F4] to edit the parameters of point .

Fig. 1-25 Point Parameters

Just as shown in Fig. 1-25, “****” is the format of default parameter. Press [CLR] can

revert the current parameter to the default parameter.

Point Type

Parameter Type

LineStart/Arc Start

On Delay, Speed, ClsAhead

LineMid

Speed, Corner radius

LineEnd/Arc End

Off Delay, Draw Height, Lift Height, Retract

Table 1-6 Point Parameter

Parameter Type

Scope

On Delay, Draw Height, Lift Height, Retract

Current point

Speed

Current graphic Current graphic

ClsAhead

Table 1-7 Parameter Introduce

1.7 Download and Process

Fig. 1-26 Download

In the File List Interface, press [ENT] to download the teach file , then the system will

enter to the File Process Interface after download completed.

Fig. 1-27 File Selection

Key Note

Function Description

[F1] Start [F2] Stop [F3] Origin

Start, Pause, Continue

Stop

Reset

[F4] Set

Set loop parameters and shortcut

Table 1-8 Button Introduce

1.8 Home Adjust

Users can do home adjust in the File Selection Interface and the File List Interface.

Fig. 1-28 Home Adjust Diagram

Fig. 1-27 File Selection Interface and File List Interface

In the File Selection Interface, press [1] to do home

adjust.

Fig. 1-29 Home Adjust Interface

2 Programming Operation

2.1 Basic Operation

In the File List Interface, user can run various basic operations on the files.

Fig. 2-1 File List Interface

2.1.1 Copy

In the File List Interface, press [2] to copy a new file which is the same as the current

file. The format of the new file’ name is “ COPY**** ”.

2.1.2 Rename

Modify the name of the current file. Press the numeric buttons of the teach pendant to

input the file name. Press a key several times to select the corresponding letter. Example:

Press [2] once to input a number 2 . Quickly press [2] twice to input letter A three times to

input letter B , four times to input letter C .

If we keep the key idle for some time, the cursor will move to the next letter. We can

also press the left← ， or right→ button to move the cursor. Press [ENT] to save the edited

file name.

2.1.3 Simulate

Simulate function can be used to preview the processing trajectory. In the simulation

process, nozzle will be off. In the File List Interface, press [4] to enter the Simulate

Interface. Now, user can press button [F1] to set the constant speed as the simulation

speed or press button [F2] to set the specific speed as the simulation speed.

2.1.4 Delete

Select a file, and press [CLR] to delete the file. The confirmation will be requested

before the deletion.

Remark: All deleted files cannot be restored.

2.1.5 View

Display thumbnail of the current file. Under the thumbnails in display, user can press

[ ↑ ][ ↓ ] to switch thumbnail of the file and locate files quickly.

2.2 Array Processing

In the File List Interface, press [F4] to enter File Parameters Interface . Press [4] to set

parameters of array.

Fig. 2-2 File Parameters Interface

2.2.1 Rectangular Array

Fig. 2-3 Normal Array Interface

Group Array will insert the actual points, while the Virtual Array function produces only

some simulated points which will not increase points. Array can be used to create many

groups of the selected points. All the copies will be close to each other.

Press [SHF] to switch array type. Normal Array must be rectangular array as below.

Fig. 2-4 Normal Array Diagram

Normal array composed by five parameters, they are column, line, column offset, line

offset and lift height.

Line Offset is the spacing between the same points of two neighboring lines. Column

Offset indicates the spacing between the same points of two neighboring columns. (Refer

to Fig. 2-4)

The column/Line offset value can be negative value. When the column/row offset is

set to be negative values, the moving will be from right to left or from up to down. Press

—

+/-

button to input the minus mark

. Press the key

again, to remove the minus

+/-

mark -.

2.2.2 By TeachArray

Press [SHF] can switch the type of the array to “By Teach Array”.

Fig. 2-5 By Teach Array

Y Step 1

Input the number of column and line.

Y Step 2

Press [F1], the nozzle will move to the starting point of the last one in the first line.

(Line 1 Column 3).

Y Step 3

Press [F2], the nozzle will move to the starting point of the last one in the first

column. (Column 1 Line 4).

Y Step 4

Press [ENT] to save.

Start Point

Line 1 Co L lu o m go n sh 3 op

Logoshop

Column 1

Line 4

Logoshop

Fig. 2-6 Three-dimensional Array Diagram

The direction of the red dashed line is the processing path.

By Teach array not only support rectangular array, but also support any three-

dimensional parallelogram.

The use of “By teach array” type has the advantage of programming is not

required to enter the specific offset values, you can run more accurate in practice.

2.2.3 Custom Array

You must specify the base position for each sub-file of the array when the array is

not normal array.

Fig. 2-7 Array Expand Diagram

Press [#] to expand. Now array can be expanded into specific points, and each of

points can be edited.

Fig. 2-8 Array Expand

2.3 End Action

In the File Parameter Interface, press [3] to enter After working move to Interface .

Fig. 2-9 End Action

End Action parameters can be used to define what motion is to be taken when the

dispensing completed. It can be set as staying right above the end point, returning to the

start point, reset, returning to the specify point, or connecting to another file.

Type

Description

Parameters

Start Point

The nozzle stay at the starting point of the top of the file The nozzle stay at the end point of the top of the file

Final Z Position

End Point

Final Z Position

Origin Specify Point

Return to origin

Return to the specified point coordinates

Final Position (X, Y, Z)

Next File

Run the connection file after the current file completed.

Final Z Position Next File Name

Table 2-1 End Action Introduce

2.4 Rotate

In the File List Interface, press [5] enter to Rotate Interface .

Fig. 2-10 Rotate Interface

Y Step 1

Rotate the current point A to the specified point A`.

Y Step 2

Rotate the current point B to the specified point B`.

Fig. 2-11 Rotate Diagram

2.5 Points Type

2.5.1 All Types

In the Point List Interface, press [F1] to enter Points Type Interface .

Fig. 2-12 Points Type Interface

Point Type

Description

Point

Isolated point. Usually, it is used for single point process or position. Its only parameter is position. Polyline is composed of lines and arcs. Most of the graphics, including the runway, rounded rectangle, irregular curves can be fitted by polyline. A line segment with directions between two points. It has two parameters: line start and line end. there are three points, generate an arc through them, also the first point is Arc start, the last point is Arc end, the middle point is Arc mid.

Polyline

Line

Arc

This point used for reference of starting point and rotation pole which has coordination information, but not executive in actual movement 。 This point can be inserted to a trajectory to change all the following moving speed values to the specific speed. Priority: speed of Graphic > Speed Point > speed of File

Mark

Speed

Control the status of uncommitted output ports.

Output

Delay for some time immediately 。

Delay Pause

Automatic pause during a work. Program continues to go when meet certain conditions 。 Modify certain operating parameters of graphics after current parameters point. Including On Delay, Off Delay, Off Distance, Lift Heigth, Draw Heigth, Move Speed, Move acceleration, Corner. Priority: Parameters of Graphic > Parameters Point > Parameters of File

Change parameter

Call a subroutine Closed graphic 。

Subroutine

Circle Raceway Ellipse Round Rectangle Close Polyline

Glue in a circle or rectangular area 。

Brush Area

Table 2-2 Points Type Introduce

2.5.2 Output Point

Fig. 2-13 Out Point Interface

Output point can change the status of the motherboard or extension board. Output

point can set to tri-state, including open(Anti-significant), close (Solid frame) and constant

(Dashed frame).

When the delay value is greater than 0, execute the operation of Output point, delay

some time, and then close the operation. If the delay value is 0, change the Output point

directly, execute the next point.

2.5.3 Pause Point

Fig. 2-14 Pause Point Interface

Automatic pause during a work. When the program is paused, press continue button

to make the program to go on when the condition is “Button To Continue”, if detected the

corresponding input valid, the program continue to run when the condition is “Main Input

Valid” or “Ext input Valid”.

2.5.4 Subroutine

Fig. 2-15 Subroutine Interface

Y Select subroutine

Press [F1] to select subroutine.

Y Select coordinate

If you select [F2](Default), the program will run their own position of the

subroutine.

If you select [F3](Specify), the program will run the specified point as the starting

point of the subroutine.

Y Set condition

• When the program executes the subroutine point, call the subroutine

immediately if the condition value is 0.

• Check the status of the port Min1`4 and decide whether to call the subroutine if

condition value is between 1 and 4.

• Check the status of the port Ein1`8 and decide whether to call the subroutine if

condition value is between 5 and 12.

Y Set level valid

If the level valid value is 1, it means that the high effective, else it indicates that

the low effective.

2.6 Insert Closed Polyline

2.6.1 Common Attribute

ryi Closed graphic

ryi Can set the parameters of OnDistance

ryi Can set the parameters of Lap (including thedecimal)

ryi Can be converted to a closed polyline

2.6.2 Different Attributes

Graphic

Description

Teac h

Input parameters

√

Circle

Teach: Circle start, Circle Mid, Circle End Parameter: Radius

√

Runway

Parameter: Length, Diameter 。

√

Ellipse

Teach : Ellipse start, Ellipse Mid, Ellipse End 。 Parameter : X Length , Y Length 。

√

Rounded Rectangle

Parameter : X Length: Y Length, Radius 。

√

× Teach : Points Table 2-3 Different Attribute Introduction

Closed

2.6.3 Insert Graphics

Select program type

Input Parameters

Teach Three Points

Fig. 2-16 Insert Ellipse

2.7 Insert Brush Area

Y Step 1 Select a way to glue

Y Step 2 Select program mode

Y Step 3 Set glue width

Y Step 4 Set parameters

Fig. 2-17 Insert Glue Area

2.8 Retract

In the Point List Interface, select the end point of graphic and press [F4] to edit the

parameter of retract.

A. No Retract

B.Normal Back

Height

Length

C.Square Back

Height

Length

D.Normal Forward

Height

Length

E.Square Forward

Height

Length

Fig. 2-18 Retract Details

Fig. 2-19 Select Retract Interface

Press [+/-] to select retract type , set parameters of stayed length and stayed heigth.

Fig. 2-20 Select Retract Type

2.9 Group Edit

In the Point List Interface, press [#] to enter Group Edit Interface . Press [↑][↓] to

select multiple consecutive points.

Fig. 2-21 Group Edit Interface

Operation

Description

Array Copy Offset

Array of selected points 。

Copy the selected points with different base point.

Group Offset function can be used to adjust the position of a group of points

Parameter s

Set the parameters of the selected points.

Delete

Delete points

Simulate

Download the selected points

Table 2-4 Group Edit Introduction

2.10 Set Global Parameters

2.10.1 Drop Parameter

If no dispensing process or other operations carried out after a specified number of

seconds (DROP WAIT), system will reset automatically and enter the dripping work mode

to start dripping.

• DROP TIME refers to the duration (seconds) of each dripping process.

• DROP INTERVAL refers to the interval (seconds) between two dripping processes.

Fig. 2-22 Drop Diagram

2.10.2 Home Adjust

Home Adjust function can be used to correct the starting point if there’s any difference

between the practical processing trajectory and the programmed trajectory.

When positioning the glue tip i.e. adjusting the home point, these parameter can be

used to enable/disable Z axis moving downwards to avoid collision and eliminate

cumulative error.

2.10.3 Jog Parameters

Set parameters of jog. Press [MENU] to enter Jog Parameter Interface in any Jog

Interface.

2.10.4 Move Parameters

Set the speed and acceleration value of movement.

2.10.5 Template Parameters

Template parameters refers to the default parameters effective for a new created file.

These parameters will be applied to all new created files. Properly set these parameters

can improve the programming efficiency.

2.10.6 Display & Sound

User can set the keyboard sound is turned on, and modify the display style of

interface.

3 Logoshop Programming

3.1 Introduction

Logoshop is a set of front-end designing software used in 3D motion control system,

the main goal of which is supplying front-end craft processing and route optimization for

control system, such as dispenser robot 、 laser cut machine.

3.2 Begin To Use

3.2.1 Interface Layout

Similar with other CAD and graphics software, the main interface of Logoshop is

drawing area, above which is menu item and tool bar , the left of which is drawing tools ,

the right of which is craft parameters , below of which is status information . See below:

Fig. 3-1 Logoshop Interface

3.2.2 Set Default Parameters

These parameters are used for controlling appearance of drawing table, such as

colour, font, and habits, reactions of drawing table to mouse, key board. You can choose

“tool”- “default parameters” from menu item, then there would be pop-up windows of

“system parameter configuration”, the first page of which is used for parameters of drawing

table, the second page of which is used for parameters of motion parameters, the third page

of which is used for parameters of technical parameters.

Fig. 3-2 Motion Parameter

Fig. 3-3 Technical Parameter

3.3 Operation

3.3.1 Open The File

Click “ ”button of tool bar, or click “file”-“open” from menu item, there will be popup dialog for opening files, choose the file, and double-click the icon, or click “open” button so that you can read files to drawing table.

Fig. 3-4 Open File

Click “File”-“Import” from menu item, there will be popup dialog for opening files,

choose the file .

Fig. 3-5 Import File

3.3.2 Set File Parameters

Click “Param”

from tool bar ,there will be popup dialog for file

parameters.

Fig. 3-6 File Parameter

3.3.3 Draw

The tool bar, which is in the left of drawing area, lists eleven types of graphics that

Logoshop could add, you may refer to below:

Fig. 3-7 Graphic Type

3.3.4 Path Planning

3.3.4.1 Set Basic Point

“Basic point” here means points used only for home adjust of process files. During

actual processing, as changes of workpiece position and work drum may both cause

deviations of storage route.

Click

” of tool bar, there is reminder” please specify home reference”, then

click the position of basic point, after setup, command window shows information. Basic

point already set up shows in screen via”

”.

3.3.4.2 Sorting Of Route

Logoshop has function of automatic sort, you just need to specify a reference position,

Logoshop would sort sequence of graphics automatically, if necessary, automatic sort could

reduce move route via changing direction of graphics.” automatic sort” starts from specified

reference position and find the nearest graphics, until finish sorting all graphics.” automatic

sort” can make sure optimization of part route.

When clicking button”

”, initial reference position is start point before sorting,

that is position of ” button, the sorting goal is all graphics in drawing table.

When clicking button”

” again, Logoshop would reminds of you reference

sorting point, you may key in values you like via mouse or key board.

3.3.5 Set Graphic Parameter

Except parameters of “file default parameter”, each graphics can be set up craft

parameters independently. After setting up parameters, when exporting, it will use graphics

parameters, if no, it will use parameters of “file default parameter”.

“Graphics parameters” is located in right side of main interface of Logoshop, you may

refer to below picture.

Fig. 3-8 Graphic Parameter

3.3.6 Export The File

Click

button of tool bar, choose appropriate format to save the designing

result.

Fig. 3-9 Export .tcf File

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Tel. +44 (0) 1908 686660 Fax +44 (0) 1908 686836

support@adhesivedispensing.co.uk www.adhesivedispensing.co.uk

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