【正文】 n OK 169。 BP Channel Confidential Page 13 Step 2 : Design of the part Create a pocket ?Put in show the sketch 3 ?Select pocket icon and the sketch 3 ?Click on reverse direction ?Select More in the pocket definition panel ?First limit Up to last ?Second limit depth = 18mm ?Select ok ?Put in show the sketch 4 ?Select groove icon, the sketch 4 and OK ?Expand Open_body1 ?Put in show the sketch 17 (a point appears) 169。 BP Channel Confidential Page 14 Step 2 : Part Design Create a hole ?Drag and drop the hole icon on the indicated point and select the indicated face ?Select “Up To Plane” option ?Rotate the part around z using the pass and select the rear face ?Diameter = 3mm ?Click on Type tab and choose Counterbored ?Diameter = 7 mm ?Depth = 2 mm ?Click on Thread tab and select threaded ?Thread depth = 30mm ?Select ok in the panel ?Select ok in the panel 169。 BP Channel Confidential Page 15 Step 2 : Part Design ? Put in hide the sketch 17 ? Select circular pattern icon ? Select the Object field (Transformation features Toolbar) ? Select the hole 1 ?Parameters = plete crown ?Instance = 6 ?Reference element = face 1 (inner circular face) ? Check the Keep Specification box ? Select OK in the panel ? Select Apply material icon ? Select metal and steel ? Apply the material on part1 in the specification tree (drag and drop ) and OK ? Switch to the Material view mode 169。 BP Channel Confidential Page 16 Step 2 : Part Design Using Power Copy ?InsertInstantiate From Document ?In Associative_Supplier_Equipment_Design_XM1 \Data directory select and open it ?Select the indicated face as Reference Face and reverse the green arrow by clicking on it ?The green arrow must be in the shown direction ?Select the indicated edge as Reference Edge ?Click on the Parameters button and fill the window ?Hole Radius: 1mm ?Circular Radius: 17mm ?Select two times OK to validate 169。 BP Channel Confidential Page 17 Step 2 : Part Design ?Select the Isometric view icon ?Select the Thread/Tap icon (DressUp Features Toolbar) ?Lateral Face: Face 2 ?Limit Face: Face 3 ?Click on the Reverse direction button ?MB3 in the Thread Depth field and select Measure ?Select the two indicated faces and close the Measure Between window ?Copy the result of the measure (8mm) ?Click OK in the Thread/Tap Definition window to validate ?The thread icon is displayed in the specification tree 169。 BP Channel Confidential Page 18 Step 2 : Part Design Create a Part family ?Select design table icon and choose the “with current parameters values” option and OK ?Select the sketch 4 in the tree ?Select the Front view icon ?Select the dimension on the 3D geometry and add it by clicking on the arrow ?Add the 8 dimension too ?Select OK in the panel 169。 BP Channel Confidential Page 19 Step 2 : Part Design ?Go to the … / Associative_Supplier_Equipment_Design_XM1 /Data/tmp directory and Save it ?Select Edit table… , and fill the excel table as shown, save and exit the table ?Close the Knowledge information window ?Under the Associations tab click on Create parameters… ?Click OK in the Creation parameter panel ?Select the Configurations tab. 169。 BP Channel Confidential Page 20 Step 2 : Part Design ?Click the isometric view icon to show the ?Select the line 2 and apply ?The groove change ?Select the line 3 and apply ?The groove change ?Go back on the line 1 and click on OK ?Save in the folder Data\tmp\ the file as Gear Drive 169。 BP Channel Confidential Page 21 Step 2 : Catalog ?Create family of parts ? Go to the Catalog Editor Workbench by Start/Infrastructure ? MB3 on ? Enter “Gear Shaft” in the name field and OK ? Select the Add Part Family icon ? Enter “Shaft Family” in the name field ? Click on the Select Document Button and select Associative_Supplier_Equipment_Design_XM1 \Data\tmp\Gear Drive and OK (twice) ? Doubleclick on Shaft Family on the tree and display the catalog by clicking on the Preview tab ? Save this catalog document in the Associative_Supplier_Equipment_Design_XM1 \Data\tmp directory and close it ? Close the Gear Drive part and the 169。 BP Channel Confidential Page 22 Step 3: Importing STEP file ? Import a STEP File and plete the assembly ? Open the Assembly Design Work Bench ? Open the CR1527732 HEAD from the … \ Associative_Supplier_Equipment_Design_XM1 \ Data folder ? Close the information panel ? Select all the Planes with a trap and Hide them ? Click the Fit All In icon ? Doubleclick on the “Coincidence Constraint” icon ? Select the circular face of the Intermediate Piston ? Select the circular face of the Ball Bearing ? Select the circular face of the Intermediate Piston ? Select the circular face of the Washer ? Select the circular face of the Intermediate Piston ? Select the circular face of the Intermediate Gear ? Click again on the “Coincidence Constraint” icon to deactivate it 169。 BP Channel Confidential Page 23 Step 3: Importing STEP file ? Doubleclick on the “Contact Constraint” icon ? Select the indicated face on the Intermediate Piston ? Select the indicated face on the Ball Bearing Use the Compass to select faces. ? Select the indicated face on the Intermediate Piston ? Select the indicated face on the Washer 169。 BP Channel Confidential Page 24 Step 3: Importing STEP file ? Select the indicated face on the Intermediate Gear ? Select the indicated face on the Ball Bearing ? Select the constraints in the tree and the no show icon ? Apply Steel Material to all the parts by drag and drop the steel material (onto the product name in the tree (CR15 –27732 HEAD