Hello and good weekend
What is the best procedure to create a clamping of two flats pinned by a tapered pin (1:50)?
Especially:
How do you create a conical hole (1:50) in both parts?
I couldn't find the tapered pins and position pins (studs) in the toolbox?
Thank you
Claude
Hello
For my part, I would create the assembly with the 2 flats and the pin without the hole so that all the parts are constrained. Then the would create a sketch in the assembly using a plane of the tapered pin and convert the pin in the sketch and draw a line in the middle of the sketch to cut it in 2 and adjust it, then I would do a material removal with revolution and propagate the function to the parts.
Manu
In the idea, @manu67's solution is the right one so as not to bother too much.
Make the pin hole and create the pin "in context" of an assembly.
The only flaw is that the pin is then dependent on the assembly. This may not be a problem. Otherwise, break the references to the assembly or create a new pin identical to the one studied in the assembly and replace it.
I think you misunderstood Alain. I do not conceive of the pin; It comes from toolbox. I just use it to do a removal of material by revolution.
for me I prefer to make the pin in revolution save it in part
Once this pin is made I insert it into the assembly with a Boolean operation and remove the unnecessary volume
@+ ;-)
Oops I thought he had found the pin in toolbox....
Here is the link for the credits in traceparts:
SORRY....
Thank you for your solutions
another (draw the sketch below):
Insert - Sketch
Draw a circle.
Tools - Sketch Entity - Circle
Pierce the material.
Insertion - Material removal - Extrusion
Choose the surface on the part.
Set the End Condition to One-Eyed.
Adjust the Depth.
Click Draft On/Off and enter the angle measurement.