Chapter 1 Creo 10.0 Engineering Drawing Overview
1.1 Concept and development of engineering drawings
1.2 The importance of engineering drawings
● Three-dimensional models (3D drawings) cannot be marked with complete processing parameters like 2D engineering drawings, such as dimensions, tolerances, processing accuracy, datum, surface roughness and welding symbols, etc.
● Not all parts need to be processed by CNC or NC machine tools, but only engineering drawings need to be produced for traditional processing on ordinary machine tools.
● Three-dimensional models (3D drawings) still have local structures that cannot be expressed clearly, such as skew grooves and concave holes in parts. These local details can be expressed in 2D engineering drawings through views from different directions.
● Usually, when sending parts to third-party manufacturers for processing and production, engineering drawings are required.
1.3 Drawing standards for engineering drawings
5. Dimensions
(1) Rules for dimensioning
● The size of parts should be based on the size values marked on the view, and has nothing to do with the size of the graphics and the accuracy of drawing.
● The dimensions in the view default to the dimensions after the part is processed. If not, additional instructions should be provided.
● If the dimension is marked in millimeters (mm), it is not necessary to indicate the name and symbol of the dimension measurement unit; if other units are used, the name and symbol of the corresponding unit should be marked.
● Dimensions are not allowed to be repeated and must be marked on the view that best reflects the part structure.
(2) Three elements of size
1.4 Features of Creo 10.0 engineering drawings
Chapter 2 Creo 10.0 Engineering Drawing Basic Settings and Work Interface
2.1 Basic settings of Creo 10.0 engineering drawings
2.1.1 Create user file directory
2.1.2 Set the startup directory of Creo 10.0 software
2.1.3 Creo 10.0 system configuration file
2.1.4 Set the interface configuration file of Creo 10.0 software
2.1.5 Set the configuration file of Creo 10.0 engineering drawing
2.1.6 Engineering drawing (drawing) environment configuration of Creo 10.0
2.2 Creo 10.0 engineering drawing work interface
Quick access toolbar area
Graphics area and smart selection bar
Chapter 3 Drawing Views
3.1 Overview of drawing views
3.2 Preliminary knowledge of engineering drawings
3.2.1 Orientation of views
3.2.2 Section preparation
1. Cross-sectional overview
2. Create a “flat” cross section
3. Create an “offset” cross section
4. Create cross sections of the assembly
3.3 Create new engineering drawing
3.4 Create basic drawing views
3.5 Moving views and locking views
3.6 Erase, restore and delete views
3.7 View display mode
3.7.2 Edge display and tangent edge display control
2. Tangential edge display control
3.8 Create advanced drawing views
3.8.2 Full cross-section view
3.8.3 Half view and half section view
3.8.4 Partial view and partial section view
3.8.7 Rotated Views and Rotated Section Views
3.8.8 Step cross-section view
3.8.9 Move out of section
3.8.10 Multiple model views
3.8.13 Copy and align views
3.9 Create assembly drawing views
3.9.1 Create the main view
3.9.2 Create an exploded view
3.10 View properties
3.10.1 View type and view name
3.10.2 View reference point and area (boundary)
3.10.3 Modify view orientation
3.10.5 Adding and deleting section arrows
3.11 Modify view section line
3.11.1 Modify section line attributes
3.11.2 Add/delete hatch lines
3.11.3 Import/Export hatch style
3.11.5 Modify the material removal direction
3.11.6 Section line processing of rib (rib) features
3.12 Drawing view example
3.12.1 Example 1─Creating a basic view
3.12.2 Example 2─Edge display
3.12.3 Example 3─Create full and half section views
3.12.4 Example 4─Creating a stepped section view
3.12.5 Example 5─Creating assembly drawing views
3.12.6 Example 6─Creating an exploded view of an assembly
Chapter 4 Two-dimensional sketching (Draft) in engineering drawings
4.1 Overview of 2D sketching in engineering drawings
4.2 Set up the sketching environment
4.2.1 Custom drawing grid
4.2.2 Sketcher Preferences
4.4 Drawing and chaining of continuous primitives
4.5 Parametric association
4.6 Drawing primitive groups
4.7 Edit sketch primitives
4.8 Filling of sketches (hatching)
4.9 Example of two-dimensional sketching of engineering drawings
Chapter 5 Engineering Drawing Annotation
5.1 Overview of engineering drawing annotations
5.2 Dimensions
5.2.1 Characteristics and requirements of dimensioning
5.2.2 Automatically generate dimensions
5.2.3 Manually create dimensions
5.2.4 Dimensioning of assemblies
5.3 Annotation annotation
5.3.2 Manually create a ball mark
5.3.3 Display, erase and delete annotations
5.4 Datum annotation
5.4.3 Creating baseline targets
5.4.4 Erasure and deletion of benchmarks
5.5 Dimensional tolerances
5.5.1 Display dimensional tolerances
5.5.2 Set dimension tolerance format
5.5.3 Edit dimensional tolerances
5.7 Surface roughness marking
5.7.1 Inserting surface roughness symbols
5.7.2 Editing surface roughness symbols
5.8 Welding symbol marking
5.8.1 Inserting welding symbols in the part model environment
5.8.2 Inserting weld symbols in the drawing environment
5.9 Comprehensive example of engineering drawing annotation
Chapter 6 Frame and table production of engineering drawings
6.2 Create a simple form and fill in the form content
6.2.2 Fill in the form content
6.3 Edit table
6.3.1 Move and rotate tables
6.3.2 Select and delete tables and change and delete table contents
6.3.3 Insert rows and columns
6.3.4 Merge and unmerge cells
6.3.6 Adjusting width and height
6.4 Creating and saving title blocks
6.5 Page operations
6.5.1 Add and delete pages
6.6 Page format
6.6.1 Creating formats using externally imported data
6.6.2 Creating formats using sketching
6.6.3 Creating formats using 2D sketch mode
6.6.4 Calling format files
Chapter 7 Production of parts family table and hole table
7.1 Parts family table
7.1.1 Create a family of parts
7.1.2 Create a family table in the drawing
7.1.3 Create drawings of part examples
Chapter 8 Production and application of material report form (BOM list)
8.1 Create solid part templates and assembly templates
8.1.1 Create templates for solid parts
8.1.2 Creating assembly templates
8.2 Create part entities and assemblies in templates
8.2.1 Create solid parts in templates
8.2.2 Creating assemblies in templates
8.3 Settings of title bar and detail list
8.3.1 Calling the title bar
8.4 Edit BOM table
8.4.1 Repeat region attributes
8.4.2 Using dashes in the BOM
8.4.3 Add remarks to the BOM table
8.4.5 Using custom parameters and relationships in the BOM
8.5 BOM ball mark
8.5.1 Create BOM ball mark
8.5.2 Modify BOM ball mark type
8.5.3 Merge/split BOM balloons
8.5.4 Modify BOM ball mark style
8.6 Develop detailed schedule manual
8.7 Material report production example
Chapter 9 User Customization
9.1 Customized drawing (engineering drawing) template
9.1.1 Create a new drawing template
9.1.2 Enter drawing template mode
9.1.3 Load page configuration file
9.1.4 Defining automatically created views
9.1.5 Setting configuration file options (variables)
9.1.6 Inserting annotations
9.1.7 Use templates to quickly generate engineering drawings
9.2 Custom styles and symbols
Chapter 10 Creating Sheet Metal Drawings
10.1 Overview of sheet metal drawings
10.2 Example of creating sheet metal drawings
10.2.1 Creation method one
10.2.2 Creation method two
Chapter 11 Engineering Drawing Comprehensive Example
11.1 Example 1─Engineering drawing of a simple part
11.2 Example 2─Engineering drawings of complex parts
11.3 Example 3 - Engineering drawing of assembly
Appendix Drawing Settings File Options (Variables)
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