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在此页面中，将跟踪并介绍向导：使用Open Technologies的'''动态咬合模块'''来扫描带3个代型（2个上部和1个下部）的2个咬合模型的向导。

'''动态咬合模块'''使得用户可以将实验室中实现的咀嚼位置用真正的咬合架传送到其Exocad虚拟对象中。我们可以为Exocad的可用咬合架提供确切的定位，包括Artex、Protarevo Kavo、Sam、Bioart A7和Whipmix提供的Denar。

当“动态咬合模块”被启用时，用户将提供4个一套的“安装板”和“重新校准对象”。参见[[Accessories|配件 - 动态咬合模块]]。

首次使用模块之前，必须校准扫描器的轴线，相应进行工作以模仿咬合。通过[[Calibration|校准扫描仪]]了解如何在页面上进行校准。

'''这是OPEN TECHNOLOGIES的另一个许可证模块：询问您的经销商如何获得！！'''

==从Exocad开始的项目定义==
 
要在Exocad中创建此项目，请单击桌面上的DentalDB图标。项目管理器将打开。

填写项目信息、需要设计的修复类型和额外的参数。对于这种项目，请确保在Exocad的一个可用虚拟咬合架上设置'''扫描模式'''；在以下两者之间选择：

*'''咬合架A中的两个石膏模型'''用于Artex
*'''咬合架S中的两个石膏模型'''用于Sam或Adesso
*'''咬合架P中的两个石膏模型'''用于Protarevo- Kavo
*'''咬合架B中的两个石膏模型'''用于Bioart's A7
*'''咬合架D中的两个石膏模型'''用于Whipmix提供的Denar

有关如何在Exocad中创建项目的更多信息，请访问[http://wiki.exocad.com/wiki/index.php?title=DentalDB_Module Exocad Wiki?]上的特定页面！

这是我们演示项目的项目定义；我们使用了Kavo的咬合架Protarevo：

[[File:prj-exo-dynamic.gif]]

一旦定义了项目，只需在“操作”部分中单击'''OPT'''，即可启动扫描软件。 扫描软件首先显示的是在Exocad中创建的项目。检查咬合架选择是否正确，如果正确，请点击“接受”按钮{{Inline button | ok.png}}。

[[File:prj-check-dynamic.gif]]

==从ScanWay开始的项目定义==

所有的项目都可以在扫描软件中进行定义，不管以后使用哪个CAD进行设计。

双击桌面上的ScanWay图标启动扫描软件。[[Splash|欢迎页面]]将打开；要创建项目，请点击第一个图标。

有关如何定义项目的详细信息，请访问特定页面：[[NewPrj|创建新项目]]。

对于这个项目，要特别注意咬合架的选择。如果咬合架定义错误，则虚拟咬合是不现实也没有用的。 另外，请记住将Exocad设置为CAD平台，因为该模块设计旨在用于Exocad的虚拟咬合架。

这是我们的演示项目的定义：

[[File:prj-definition-dynamic.gif]]

所描述的项目定义都会指向同一个向导，现在将逐步遵循该向导。

==步骤1：咬合架扫描==

任何已设置为具有双颚的项目的第一步是扫描咬合架。

In this specific case, the Articulator has to be scanned. The scanned articulator needs to match the one selected in the project definition. 
We suggest scanning the articulator tilting it backward, to get as much information as possible. This is just a suggestion as not all articulators can be tilted.

[[File:articulator_positions.png]]

In the live view of the scanning interface, you can actually see that if the articulator is standing straight it will be difficult to acquire the occlusion properly.

[[File:live_arti_posizioni.png]]

一旦将咬合架放置在扫描仪中，则可以用'''扫描按钮'''{{Inline button|scanAction.png}}开始扫描。扫描结束后，将显示结果。

[[File: arti-dynamic-steps.png]]

如需有关其他可用功能的更多信息，请查看[[Scan|扫描界面]]页面。

单击{{Inline button|nextAction.png}}以访问向导的第二步。

==步骤2：下颚模型==

任何被设定为具有双颚的项目的第二步是下颚模型扫描。除了咬合架相关步骤，所有步骤都包括两个子步骤：实际的扫描和采集图像的编辑。

===扫描步骤===

Place the lower model on the split-cast base matching the selected articulator; for our demo case we used the Protarevo- Kavo Splitcast base.

[[File:splitcast.png]]

点击'''扫描按钮'''{{Inline button | scanAction.png}}。扫描结束后，将显示结果。

[[File:lower-dynamic-steps.png]]

点击{{Inline button | nextAction.png}}进入下颚模型步骤的第二部分。

===编辑步骤===

此步骤可以编辑采集的图像；有关此步骤中所有可用选项的详细信息，请访问[[Edit|编辑工具]]页面。

The image at this step can be both edited or trimmed. At this stage, it is actually important not to edit too much the image or cutting big chunks of information, since it would make it more difficult for the software to calculate the automatic alignment of the object to its reference.

在这一特殊案例中，由于模型安装在咬合架中，因此不会在完全水平的平面上进行扫描，为了可以更快地进行修整，我们使用多边形切割工具。

[[File:edit-lower.gif]]

当您对结果感到满意时，请点击{{Inline button|nextAction.png}}以访问下一个向导步骤。

===步骤3：上颚模型===

上颚模型扫描与下颚模型扫描一样，要求用户进行两个步骤。

===扫描步骤===

Place the upper model on the split-cast base matching the selected articulator and click the '''Scan Button'''{{Inline button|scanAction.png}}. Once the scan is finished the result will be shown.

[[File:upper-dynamic-steps.png]]

点击{{Inline button|nextAction.png}}以进入上颚模型的编辑步骤。

===编辑步骤===

上颚模型仍然可以按照下颚模型相同的步骤进行编辑。这一次，我们将使用不同的选择工具编辑图像。

[[File:edit-upper-dynamic.gif]]

==步骤4：代型扫描==

The steps necessary to successfully scan the dies vary depending on the scanning method that the user chooses to apply: the use of the multi-die plate or the custom set-up.

===使用多代型===

This method is applied by default by the software. It implies that the user will put the dies on the multi-die plate in the position shown by the software, which will make each die immediately recognizable and cut the steps of the wizard.

;Definition: As mentioned, the position of the dies in the multi-die plate is pre-established by the software.

The multidie order is based on the Universal tooth numbering, starting from the last element of the first quadrant and following in a clockwise order. Therefore the die that needs to be placed in the central element will always be the one closest to the last element of the first quadrant. If there are more than 9 dies, a second definition step will be shown.

点击{{Inline button|nextAction.png}}以进入多代型扫描步骤。

;Scan: The multi-die scan interface is similar to the other steps we just explained, except for the multi-die reference that is kept as a reminder on the right side of the window, under the live view. To proceed click the '''Scan Button'''{{Inline button|scanAction.png}}. Once the scan is finished the result will be shown.

[[File:multidie-steps.png]]

点击{{Inline button|nextAction.png}}以进入多代型扫描的编辑步骤。

;编辑：编辑步骤提供了我们在之前步骤中看到的相同工具。在本例中，可能需要应用多种工具。

[[File:edit-multidie.gif]]

当您对结果感到满意时，请点击{{Inline button|nextAction.png}}以访问下一个向导步骤。

;Alignment: After being edited the dies get aligned to their references. The result is then shown on the monitor. To learn how to change, fix or redo the alignment check the [[Align|Alignment Interface]] page.

[[File:dies-autoalign.gif]]

===定制设置（无多代型）===

The user can also decide to scan the dies in a custom order, for instance, if he needs to scan the dies on the model base. To access the custom set- up definition, click on the {{Inline button|customSetupAction.png}} icon when the software presents the multi-die definition.

;Definition: The software proposes by default a unique scan group which means that, if not defined otherwise, the software will ask the user to scan all the stumps together. In this case, I have created a second scan group, to divide the scan of the upper dies from the scan of the lower dies. Click {{Inline button|nextAction.png}} to access the scan steps.

;扫描：根据创建的扫描组的数量，软件将提议进行一个或多个扫描步骤。

首先，软件需要用户将代型插入扫描仪中并采集第一组的项。 作为提醒，它将窗口右侧的一起扫描的项目标记在直播视图下。

然后它将要求用户插入为第二组选择的项目。由于第二次扫描的是个人代型，所以右边没有提醒。点击{{Inline button | nextAction.png}}继续。

[[File:dies-steps.png]]

;Dies Identification: When a scan group has more than one item, the user will be asked to separate each die from the others to correctly identify it. This step occurs in between the scanning steps. To learn more about the identification of the dies visit the [[Scan|Scan Interface]] page. Click {{Inline button|nextAction.png}} to continue.

[[File:extract _24_26.gif]]

;编辑：如果扫描组由一个单独的模具组成，则不会有识别步骤。相反，将显示编辑步骤。点击{{Inline button|nextAction.png}}继续。

;Alignment: After being edited or identified the dies get aligned to their references. The result is then shown on the monitor. To learn how to change, fix or redo the alignment check the [[Align|Alignment Interface]] page.

==步骤5：健康齿和桥体==

At this stage, the project has been scanned, unless the user wants to rescan the healthy and pontics. This step is, in fact, a result of the scan of the scanned reference model, trimmed to exclude the parts that have been scanned individually (in this case, the dies). It sometimes happens that in the first model scan, the contact points on the healthy are not correctly recognized, which would require the user to rescan the model. Otherwise, just click {{Inline button|nextAction.png}} to continue.

[[File:Healty-both.png]]

然后，软件将提出进一步的编辑步骤，以允许用户修改健康齿图像。按照前面的说明进行编辑步骤。

==第6步：网格生成和导出==

At this point, the software immediately starts mesh generation. The meshes can be edited and exported individually or as a unique image. To learn more about mesh editing visit our [[Mesh|Mesh Tools]] page.

单击“导出”按钮{{Inline button|exportToCadAction.png}}导出到CAD。

If the project has been started from Exocad, the CAD will automatically open and the design can be started immediately. Otherwise, the software will ask the user how to export the file. Since Exocad has been selected in ScanWay's project definition, the software will ask the user to find the folder containing the DentalProject file for this job.

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