AutoCAD Inventor :: Using Split Command On One Part
Jan 9, 2013
I am wondering how many times you can use split command on one part?
I have never used split command before.
if you look at the image below, i would like to split this into 4 pieces, and looking for the quickest and the way that makes the most sense way to do it.
I have a sheet metal part drawn up that I can't manufacture as modeled. The solution is to convert it from a two bend part into two single bend parts that will then be welded together. (I have an iLogic configurator that spit it out or else I would have drawn it right in the first place) Normally I would split it into two solids and derive them into two parts, but because Inventor still doesn't support multi-body sheet metal (this is something I curse about daily, by the way...) I would have to convert it to a standard part first.
The problem here is, I have a ton of edits done to my flat pattern. I have an extruded tab that's needed for my press brake operator that later gets cut off, and I have a fairly complex sketch that I use to program my laser with etch lines for my welders to use. How I can accomplish converting this into right/left parts without having to redo my flat pattern edits?
I separated to a part with the split tool now I want to reconnect the part together, how do I do that?
I tried offesseting the surfaces of each side of the part then combine them using the "stich tool", bu the spliting edge still remains between the solid.
I have a solid body but I need to make a part of it removable. I want to be able to lift it off and put it back on. The problem is that at the moment it is all one piece. So what I need to know how to do is remove just this one face from my solid, turn it into a seperate part so that I can create a lip on the solid for it to set on once it is reasymboled.
I have made a sheet metal part in inventor (see image). I have made the part as it will be in the finished production state. The problem is that the part is impossible to bend from one single plate, so it has to be made from several plates and welded together.
What i want to do is to remove the four corner plates (denoted with red arrows in the image) and make a flat pattern for these separately.
The reason i made these corner plates in my model is to get the assembled part 100% correct. if i dont, inventor doesnt make the angles that i need between the flanges in the top.
For a while now, I've been trying to shell a split game controller that will create the bottom part of the casing. However, every time I try to shell, a problem occurs "Modelling failure in ASM. Redefine inputs".
I've tried to find the source of the problem through supressing features, and when it finally does shell, the casing creates another problem that will not allow me to loft to get the proper appearance.
A workflow that works great for me is to create parts (Make Part command) from a multibody solid. The dialog window presents one with an option to choose other Templates (I have a few), BUT I have to choose the template I want to use EACH time I create a part. That is, Inventor doesn't automatically remember the last Template I chose, it defaults to the Standard.ipt or Standard.iam.
Is it possible to set it so that Inventor remembers what Template I chose the last time so that I don't have to choose it every time I Make Part?
I have attached a sheet metal part (2014 .ipt) and am having issues trying to use the rip command, maybe my understanding of the rip command is unclear, and I should probably just create a sketch and extrude a slit.
Using the image below as a reference,
What I want to do is to create a rip or slit from P1 to P2, which will give me face C. After this rip, I want to bend face C at P1 so that it is parallel to face A, leaving face B at its current state.
(the construction lines are from the existing frame that this will be welded to.)
My 2 solutions are to create this slit using the extrude command then fold, or to cut face C out completely and add a flange to that cut edge. I am just curious why the rip command is not letting me create a slit from P1 to P2.
If there is a command to split a line into segments? I know there is the divide command but that does not physically split the line, it just gives it points. i need the line to be seperate segments without the gap like the break command gives.
I would like to use the hole command to place a hole in a part. When I place the hole it won't allow me to use one of the origin planes to locate the hole from. Can I only locate holes off edges?
To recreate this error, draw 2 simple shapes in Illustrator CS6, copy and paste them together as a Shape layer in Photoshop CS6.
Then go to 3D > New 3D Extrusion from Selected Path. I just accept the defaults.
Then go to 3D > Split Extrusion.
The error is thrown at this point. No matter what I do, I can't get it to work.
I've tried rasterizing the shape, but then I get a different error. When I select 3D > New 3D Extrusion from Selected Layer, I get the error: "Could not complete the New 3D Extruions from Selected Layer command because the path is too complex." This is ridiculous. I can't get the 3D to work at all.
I have a very large assembly drawing. The BOM is three times the height of my D size format. How do you split the BOM to break it into 2 or 3 columns instead of one large one that does not fit on the paper?
I have made a large amount of custom parts in a systems furniture drawing I am doing. I made the mistake of putting them all on the same layer and am now realizing i need them to be on separate layers. I tried to just make new layers and then assign the new layers to my custom parts. It acts like it does it but then the parts behave as if they were still on the common layer that i originally created them on. Is there a way to get the custom parts to only be linked to the new layer and not act like they are still on the original layer? My other thought was if i made a new layer, then drew my custom symbol again using that layer... could I then somehow tell my custom part to now use this new symbol that is on the new layer instead of the current symbol that is on the bad layer? I am trying to avoid having to completely start over creating all my parts again because there are at least 30 and I had already put in all of the options, atriubtes, part numbers, pricing, etc... and it would be very time consuming to start that over.
I modified a box build in Inventor in Fusion and then imported it back into Inventor as a bowl. I am trying to split the bowl in half and create an assembly drawing which I can submit. When I try to split the bowl I get and error message: "The attempted operation did not successfully complete due to unforseen problems. Try with different inputs or outputs." I've attached the file in case you want to try yourself.
I want to apply a pressure load on portion of a surface in my INVENTOR solid model. My problem is that i cannot split the surface in inventor easily. I did it my creating a separate surface with an offset that i reduced to almost zero.
I made all my polygons with the same technique but somehow interactive polygon split tool does not split all polygons... I attached a file with which I have problem. Split tool just "disappears" after submitting changes...
I set up our company log which gets embossed on most parts as a sketch block in an .ipt. The .ipt contains nothing but the sketch block. To use it, the designer only needs to derive the Logo.ipt file into their part and then use the scale setting to set the derived block to the desired size for that part. The result is a scalable set of line geometry that can easily be used for extrusion or emboss that is standard for all users. It works beautifully, that is until you try to use it in a sheet metal part in 2012.
For some reason, when this same part, which works perfectly in normal parts, is derived into a sheet metal part an error pops up stating that, "Selected part does not have any geometry that can be derived." Say what?
I was able to find a workaround by directly copying the block into the sheet metal part, but you no longer have the ability to go back and scale it if needed. Even more strange, when the block was copied over, it could not be deleted from the new part.
Is this just a bug with 2012? Why does it work in a normal part but not sheet metal?
Dear Sir, In particular project, when I insert part in Assembly file, It is inserted as a Tube & Pipe run part. so that It is not Grounded automatically. What is the settings by which I can insert as a normal part in assembly file ? I have attached herewith the JPG file also.
The part i make is from solid model>The part needs to be in sheet metal.What steps do i use to make as sheet metal part and have option to flatten part.
I`m looking for the iLogic code that can change one parameter (user defined) for each (ipt) part in assembly (iam)
The one below doesn`t work.
Sub Main Dim oApp As Inventor.Application = ThisApplication Dim oAssy As Inventor.AssemblyDocument = oApp.ActiveDocument For Each oSubDoc as Inventor.Document In oAssy.AllReferencedDocuments On Error Resume Next Parameter(oSubDoc, "FH") = 15.26 Next End Sub
I would like to simplify this assembly into one seamless part for FEM calculation:The assembly consists out of parts that, in reality, will be welded together. Due to their form, there is no way to place them exactly onto each other, therefore there are slight gaps between the parts:
Now when I try to merge the assembly into one part via "simplify" --> "create simplified part" and choose "single solid body with seams between planar faces merged", Inventor does not fill these gaps (even though it displays only one part in the bottom right corner of my window). Unfortunately, the remaining gaps brings "contact" problems in the FEM simulation.
how to close the gaps and really merge the assembly into one part?
I have a part that has protrusions. When i mate that part up to another part that second part needs to have cutouts/holes to receive those protrusions.
i mainly use it in sheetmetal parts. and use the rectangular protrusions on de contour to mate up with corresponding cutouts in the other sheet. this works with positioning and also makes for a nice weld spot/area.
But also for making holes to accommodate a mold pin used in custom punch dies. I want the intervening part to receive a corresponding (propperly tolleranced) hole automatically. Much like a bolted connection does.
same for parts like circlips. i want them to automatically generate the seat in the part it's mated to. Rather than using the axle generator.
Ofcourse one can place the parts and do an in assembly interpart projection and go from there, but i want the part to generate the (predifined) modification to the other part. It would save time and also reduces problems as the parts are moved about or even removed.
I have an assembly with 10 parts in it. We use many assembly features at the assembly level (Revolve cut, Extrusion cut..etc). How to find the mass difference of each part by comparing at its parts level and its assembly level.
convert the part that I have drawn to sheet metal. I have tried to make the part from sheet metal and it did not work out at all. I have attached both versions of the part.