MV-9_Chapter 5. Teaching.pdf - 第11页

错误 ! 使用“开始” 选项卡将 제목 2 应用于要在此处显示的文字。错误 ! 使用“开始”选项卡将 제목 2 应用于要在此处显示的文字。 . 5- 11 ② T o create a new PCB model i n a new folder , as shown in [Figure5- 13 ] , click <folder > button and enter folder name to be newly…

MV-9 User Manual

5-10

[Figure 5-11 conveyor skip mode]

5.2. Creating and opening PCB model

In chapter 5.2, we describe about creating a new PCB model or opening model for which

teaching is already completed.

5.2.1. Creating new model

If there is no model for which teaching is already completed or to create a new model, create a

new model according to the following sequence.

1) Creating a new PCB model

① Select „Create new PCB model‟ in „current model‟.

[Figure 5-12 Screen to create a new PCB model]

[Inlet part]

[Inspection

part]

[Ejection

part]

Sensor Stopper

错误!使用“开始”选项卡将 제목 2 应用于要在此处显示的文字。错误!使用“开始”选项卡将 제목 2 应用

于要在此处显示的文字。 .

5-11

② To create a new PCB model in a new folder, as shown in [Figure5-13], click <folder> button

and enter folder name to be newly created.

[Figure 5-13 screen to create a new PCB model folder]

③ Click newly created folder, input name and description of a model that will be created, and

then click <Create> button. At this point, name of the model to be created must have unique

name among the whole registered model names.

[Figure 5-14 Screen to input name of a new PCB model folder]

④ Register a name of a new PCB model to display model area screen to set PCB area as

shown in the figure below.

MV-9 User Manual

5-12

[Figure 5-15 PCB area setting screen]

⑤ Move the robot to the left down part of PCB, click <Down/left> button, and move the robot to

right up part and then click <Up/right> button in model area screen to set the size of new

PCB model. After setting, click <OK> button.

⑥ After size setting of a new PCB model, screen to ask if a user wants to image an image that

will be displayed in whole image screen. Click <Yes (Y)> button to image whole PCB image.

[Figure 5-16 Whole imaging confirmation screen]

⑦ As shown in [Figure5-16], robot will image the whole PCB image from down/left part to

up/right part of PCB. At this point, currently imaged image will be displayed in whole image

screen.

(Left Bottom)

PCB

(Right Top)