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Instructions for the use of this book
1 Chapter Engineering Drawings and Engineering Views
1. 1 Preparation contents of architectural engineering drawings
Overview 1. 1. 1
1. 1.2 Prepare parts for engineering drawings.
1.2 Overview of engineering drawings and views
1.3 terminology
1.3. 1 multi-engineering drawings
1.3.2 Create a drawing
1.3.3 Settings
1.3.4 drawing properties
1.4 engineering view
1.4. 1 engineering sketch view
1.4.2 parent view of drawing view
1.4.3 Naming of Engineering Views
1.4.4 Add a drawing view
1.5 Sketch in drawing view
1.5. 1 Activate the drawing view.
1.5.2 Pop-up Function Manager.
1.5.3 partial view
1.5.4 projection view
1.5.5 section
1.6 view settings
1.7 P center symbol line and center line
1.7. 1 center symbol line
1.7.2 Add center symbol line
1.7.3 centerline
1.7.4 Add centerline
Model edge in 1.8 view
Exercise 1- 1 Creating a View
Exercise 1-2 Creating an Auxiliary View
Exercise 1-3 Create a cropped view.
Exercise 1-4 Creating a Partial Section View
Exercise 1-5 Creating a Fracture View
Chapter 2 Dimensions
2. 1 overview
2. 1. 1 size type
2. 1.2 Insert model project
2. 1.3 model size grouping
2. 1.4. Insert model project
2.2 Moving and Deleting Dimensions
2.2. 1 drive size
Alignment dimension
2.3 Size attributes
2.3. 1 property manager option
Modify size
Exercise 2- 1 Viewing and Driving Dimensions
Exercise 2-2 Views and Centerlines
Exercise 2-3 Viewing and Hiding Edges
Exercise 2-4 Views, Dimensions and Configuration
Chapter 3 Adding Notes
3. 1 overview
3.2 Annotation types
3.2. General characteristics of1notes
Add comments
3.2.3 Adding datum feature symbols
3.2.4 Add the symbol of form and position tolerance.
3.3 yuan
3.3. 1 Create Block
Making block
Save block
Insert block
Exercise 3- 1 Notes
Exercise 3-2 Using Building Blocks
Exercise 3-3 Dimensions and Notes
Exercise 3-4 Views and Driving Dimensions
Chapter IV Drawing Format and Engineering Drawing Template
4. 1 overview
4.2 Engineering Drawing Template
4.2. 1 engineering drawing template and drawing format
4.2.2 Customize the engineering drawing template and drawing format.
4.3 template properties
4.4 User-defined attributes
Insert a custom attribute
4.4.2 SolidWorks specific properties
4.4.3 Special functions of specific attributes
4.4.4 Save the view state in the drawing.
4.5 Custom drawing format
4.5. 1 Insert OLE object
4.5.2 Anchor points of bill of materials
4.5.3 Save the drawing format
4.5.4 Save the engineering drawing template.
4.5.5 Assembling predefined views
4.5.6 Add geometric relations in the drawing format.
4.5.7 Template Settings of Engineering Drawings
4.5.8 Predefined view templates
4.5.9 Using engineering drawing template
4.6 define the title bar
4.6. 1 What do you choose to edit?
Fill in the title bar
4.7 Update the drawing format
Exercise 4- 1 Adding Attributes to Sheet Format
Exercise 4-2 Adding Attributes and Predefined Views
Exercise 4-3 Setting File Properties in Drawing Format
Chapter 5 Assembly Engineering View
5. 1 overview
5.2 Establish assembly engineering view
Automatic hiding
deploy
sectional view
Hidden component
Alternate position view
Model view
Exploded view
display status
Exercise 5- 1 Creating an Assembly View
Exercise 5-2 Creating Assembly Views and Part Drawings
Chapter VI List of Materials and Design Table
6. 1 Create and manage the bill of materials
6.2 Bill of Materials
6.3 Add bill of materials
6.4 modify the bill of materials
6.4. 1 move columns
Add column
table format
Divide the list of materials
6.4.5 Create a BOM template.
Add project
6.5 List of Production Materials
6.5. 1 Zero Quantity
Content of bill of materials
classify
6.6 Engineering Drawing Series Parts Design Table
6.6. 1 Edit the design table of series parts
Use Excel function
6.6.3 resizing OLE objects
6.6.4 Dimensions of axonometric drawing
Exercise 6- 1 Creating Drawings and Bills of Material
Exercise 6-2 Adding a Hole Table
Exercise 6-3 Using the Series Parts Design Table
Exercise 6-4 Using Summary Tables
Chapter 7 Performance and Presentation
7. 1 overview
7.2 Large-scale assembly mode
7.3 Light Chemical Engineering Drawing
7.3. 1 Dynamic highlighting is disabled.
7.3.2 Switch large-scale assembly mode
7.4 Separate Engineering Drawings
7.4. Advantages of1separated engineering drawing
7.4.2 Performance
filesize
7.4.4 Transformation
Forced reconstruction
Engineering drawing backup
7.4.7 Convert into independent engineering drawings.
Modify reference component
Loading model
7.5 Display Problems in Engineering Views
7.5. 1 interference check
Display quality settings
Exercise 7- 1 Detailed Engineering Drawing 1
Exercise 7-2 Independent Engineering Figure 2
Chapter VIII Reference and Comparison of Engineering Drawings
8. 1 Reuse of engineering drawings and documents
8.2 Replace engineering drawing reference
8.3 Comparison with Drawing
8.4 Design Checker
8.4. 1 Head Check
8.4.2 Check the active file.
Exercise 8- 1 Modify Drawing Reference
Exercise 8-2 Number of Users Check
Chapter 9 Using DimXpert and TolAnalyst
9. 1 DimXpert
9.2 Tolerance types and characteristics
9.3 DimXpert selector
9.4 DimXpert option settings
9.4. 1 Comparison between block tolerance and general tolerance
DimXpert property
9.5 Automatic Adjustment Scheme
9.5. 1 Working principle of automatic size scheme
9.5.2 Prisms and Rotating Parts
9.6 rotating body parts
9.7 Use positive and negative tolerances
9.8 DimXpert notes and engineering drawings
9.9 using DimXpert manually
9. 10 to analyst
9. 10. 1 to analyst examples
9. 10.2 Dimension expert of parts
9. 10.3 Edit the analysis results
Appendix a preparatory work
Appendix b engineering drawings and engineering views
B. 1 engineering drawings
B. 1. 1 new engineering drawings
B. 1.2 Editing engineering drawings
B.2 engineering view
B.2. 1 view palette
B.2.2 model view
B.2.3 standard three views
B.2.4 projection view
B.2.5 relative view
B.2.6 auxiliary view
B.2.7 fracture view
B.2.8 axial sectional view
B.2.9 development drawing of sheet metal parts
B.2. 10 profile
B.2. 1 1 rotary sectional view
B.2. 12 partial view
Section B.2. 13
B.2. 14 crop view
B.2. 15 blank view
B.2. 16 Drawing overlapping parts
B.2. 17 view display mode
B.2. 18 trim display
B.2. 19 view configuration
B.2.20 hide view
B.2.2 1 copy and move views
B.2.22 view alignment and rotation
B.2.23 hide/show profits
B.2.24 show hidden edges.
B.2.25 line style
B.2.26 Edge color, line type and line thickness
Appendix c center symbol line and center line
C. 1 center symbol line
C.2 center line
Appendix d dimensions
D. 1 insert model project
D.2 placement dimensions
D.3 machining dimensions
D.4 format brush coater
D.5 drive dimensions
D.6 size display options
D.7 alignment dimensions
D.8 dimension attribute manager
Appendix e notes
E. 1 general properties of comments
E.2 notes
E.3 spell check
E.4 welding symbols
E.5 caterpillar
E.6 Welding endpoint treatment
E.7 Symbol of form and position tolerance
E.8 surface roughness
E.9 Multi-turn conductor
E. 10 hole mark
E. 1 1 benchmark characteristic symbol
E. 12 benchmark target symbol
E. 13 pin symbol
E. 14 area section line/fill
E. 15 decorative line
E. 16 part serial number
E. 17 automatic part serial number
E. 18 group part serial number
E. 19 revised symbol
20 yuan RMB
E.2 1 calibration
E.22 grouping
E.23 layer attributes
Appendix f drawing format and engineering drawing template
F. 1 property
F.2 predefined views
Appendix g assembly engineering view
G. 1 configure and display status
G.2 sectional view of assembly body
G.3 Cross-sectional view of fracture assembly
G.4 Axial sectional view of assembly body
G.5 exploded view
G.6 alternative position view
G.7 line type of parts
G.8 hidden parts
G.9 Hidden parts behind datum plane
G. 10 Automatically hide components when generating views.
G. 1 1 advanced selection
Appendix h bill of materials and design table
H. 1 bill of materials
H.2 summary table
H.3 hole table
H.4 revised form
H.5 weldment cutting list
Appendix I Settings
I. 1 overview
I.2 system options
I.2. 1 engineering drawing
I.2.2 default display type
I.2.3 area shading/filling
I.3 file attributes
I.4 drawing standards
I.5 Notes
I.5. 1 part serial number
I.5.2 datum point
1.5.3 shape and position tolerance
I.5.4 notes
I.5.5 surface roughness
I.5.6 welding symbols
I.6 size
I.6.1angle
1.6.2 arc length
I.6.3 chamfering
1.6.4 diameter
I.6.5 hole marking
I.6.6 linearity
1.6.7 dimension chain
I.6.8 radius
I.7 centerline/central symbol line
I.8 DimXpert
I.9 forms,
I.9. 1 bill of materials
1.9.2 normal
I.9.3 hole
I.9.4 revision
I. 10 view label
I. 10. 1 auxiliary view
I. 10.2 partial view
I. 10.3 profile
I. 1 1 virtual intersection point
I. 12 drawing details
I. 13 gridlines/snaps
I. 14 unit
I. 15 line type
I. 16 line style
I. 17 line thickness
I. 18 image quality
I. 19 body sheet metal