Oblique Surfaces. Obl-1. Surface A is cut at an angle to all three reference planes. It will appear foreshortened in all the regular views.
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1 Oblique Surfaces Compound ngle Surfaces Oblique Surfaces in 3D Space Dimensioning Oblique Surfaces Modeling Oblique Surfaces ase Object Create Reference Plane Defining Object-Extents Oblique CutOut Special Shape Oblique CutOut Create Reference Plane Defining Cut Shape Special Reference Plane Setups Reference Plane Perp. to line Creating Oblique Plane Creating Oblique Features Oblique Surface Drawings Dimensioning Surface is cut at an angle to all three reference planes. It will appear foreshortened in all the regular views. Oblique surfaces are also known a compound angle surfaces. Obl-
2 Oblique Surface Double slant in space Inclined surface Single slant in space Inventor compound angle plate is shown. Many machine tool tables and vises have similar adjustments. Normal Surface Horizontal or vertical in space Machine Vises for Compound-ngle drilling and milling. Obl-
3 The simplest oblique surface results from cutting off the end of a cube as shown. Three points define the surface. These points may be located by linear dimensions, by angles or by a combination of linear distances and angle. Oblique surfaces may have many corners and edges. Modeling the surface in this example requires only three points to define the cut. cut across the entire object only requires that the cutting plane be defined. ll other intersections are determined by Inventor. Dimensioning In this example the oblique surface is dimensioned by locating the vertex point V and two angles. The 0 degree line in the front face and the 50 degree line in the side face (along with V ) will define the oblique cut. V Vertex Point Linear dimensions were used to specify points on the Oblique surface. In this example the.48,.96 and.50 dimensions (to point V specify three points on the cutting plane. Obl-3
4 Inventor Tutorial - - Create the ase Object. Model a rectangular solid 4.00 width X.50 height X 3.00 depth. Start a protrusion from the front reference plane. Draw a rectangle and dimension 3.00 height x 4.00 width. Extrude depth =.50 Start a sketch on the Front plane. Draw the part in the nd quadrant. Lower corner starts at origin point. Draw the 3.00 x 4.00 rectangle as shown. Sketch line in front face Extrude the part.50 deep. Turn off the reference planes. Save the part - Obl-Tutor- Obl-4
5 Start a sketch on the front surface of the part. Draw a line - any length - as shown. Dimension and constrain. Lower point on line must be dimensioned as shown and constrained vertically with the lower corner of the part. Start a sketch on the side face and draw a line as shown. Dimension the end point.50 below the corner of the part. Constrain the lower point on the line vertically to the lower corner of the part. Note: Two intersecting lines determines a plane. We will use these lines to place a oblique work plane. Obl-5
6 Select Plane... Three Points option. Click... pt pt pt 3 This will set a oblique work plane. pt pt pt 3 Inventor Start a sketch on the work plane. Draw a polygon (any size) as shown on the work plane. --C-D Finish the sketch and start Extrude. Remove material through all to cut the face upward as shown. D C Obl-6
7 Save the part. Make a drawing. No dimensions. END OF TUTORIL DRWN DTE WSHINGTON UNIVERSITY IN ST. LOUIS TOLERNCES.X =. IN.XX =.03 IN TITLE OLIQUE TUTORIL.XXX =.00 IN NGLES DEGREE SIZE SCLE DWG NO REV Obl-7
8 Inventor Tutorial # Model the Radius Test lock Start a new English part. Orient the view cube Front-Top-Right as shown. Start a sketch on the top plane. Create a extrusion 4.00 wide, 3.00 deep and.50 height. Create a sketch on the front face. Draw the 5 degree line (any length) as shown. Create a sketch on the side face. Draw the 5 degree line (any length) as shown. Obl-8
9 Construct a 3 Point Plane using points, and C. Start a sketch on the work plane. Draw the geometry shown. How would you know (find) the center for the.50 radius? C.00 fter starting a sketch on the work plane, select View. Click Slice Graphics. Select Sketch. Draw the closed loop geometry as shown above. Finish the sketch. Save the model. Obl-9
10 Inventor Extrude the region. Remove material. Through all. Save the model Start a sketch on the top surface. Project the geometry upward to the top surface as shown. (We need a straight cut upward to remove material.) Obl-0
11 Start a protrusion to remove material. Select the region shown. Select To Next Face. Save the part. Make a drawing. No dimensions. Save drawing. 4 3 DRWN Y CRIG, J DTE WSHINGTON UNIVERSITY IN ST. LOUIS TOLERNCES.X =. in TITLE INCLINED SURFCE TUTORIL.XX =.03 in.xxx =.00 in ngles Degree SIZE SCLE DWG NO REV 4 3 Obl-
12 Tutorial - -3 Inventor The oblique surface on the model is defined by two angles. dditional reference planes are needed to model the part. The drawing shows two successive auxiliary views: Primary uxiliary - Secondary uxiliary - The second auxiliary is projected off the first. This is the type of detail drawing used to produce the part HOLES R R UXILIRY VIEW UXILIRY VIEW DRWN Y DTE CRIG, J WSHINGTON UNIVERSITY IN ST. LOUIS TOLERNCES TITLE CHIN PLTE.5.X =. in.xx =.03 in 4 3.XXX =.00 in ngles Degree SIZE SCLE DWG NO REV Obl-
13 Start a part. Use inch measurements. Turn on the reference planes. Create a sketch on the top plane. The rectangle is 3.50 wide by.50 deep. Center on Origin Origin Fillet the corners.50 radius. Place the.4 diameter circles concentric with the arcs at each corner. Extrude the shape.5 deep. Draw the 60 degree line as shown. Dimension.5 right of the origin point. Dimension the 60 degree angle. (Needed for constraints) Set the line as an axis. Set a Point at the lower end of the axis line. Point Obl-3
14 Inventor Create a work plane perpendicular to the axis line through the end point. Draw a 50 degree line from the axis point any length as shown. Create a work plane using the 60 degree line and 50 degree lines. Obl-4
15 Start a sketch on the oblique work plane. Project the axis line and Sketch the shape shown. Note: The inner circle is.00 diameter. Extrude the region.5 deep. Save the model. Obl-5
16 Inventor 4 3 Place the regular views. Note the Right view is not needed and was erased in the lower drawing. DRWN Y DTE WSHINGTON UNIVERSITY IN ST. LOUIS TITLE TOLERNCES.X =. in.xx =.03 in 4 3.XXX =.00 in ngles Degree SIZE SCLE DWG NO REV Select line for direction HOLES R R UXILIRY VIEW Create the uxiliary view - projecting from the top view. Create uxiliary view projecting from ux View UXILIRY VIEW Place views and dimension as shown. Select line for direction DRWN Y CRIG, J DTE TOLERNCES TITLE CHIN PLTE WSHINGTON UNIVERSITY IN ST. LOUIS.5.X =. in.xx =.03 in 4 3.XXX =.00 in ngles Degree SIZE SCLE DWG NO REV Obl-6
17 Problem.. Model part.. Create a drawing and dimension as shown. Material: luminum. Problem.. Model the part.. Create a drawing. Dimension as shown. Material: Steel Look t Face option used to place true view Not Isometric View Obl-7
18 Problem 3.. Model the part. Material: Steel.. Create a drawing. Place auxiliary views - and - as shown. Dimension as shown. e sure to show Tolerance lock. Use correct number of decimal places in dimensions. Inventor Obl-8
19 Obl-9
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