AutoCAD Inventor :: Get Holes Made On Master Assembly To Appear On Part Level?
Oct 7, 2011
I am fairly new to Inventor and have recently just finished drawing up a machine made of many parts and sub assemblies and then made into one master assembly. Due to the nature of some hole positions i decided to draw some holes directly on the Master assembly thinking it would then change the original sub assembly/part file. Apparently not as i found out making technical drawings.
How i can rectify this so i dont have to re-draw all the holes on part level and keep my constraints in place?
When holes are put in at the assembly level by using the 2d sketch command, projecting geometry and then using the hole command in the Model tab works great. Is there a way to transfer the holes put in at the assembly level to the detail drawings (ipt)?
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.
I have created a parametric, multibody master part file to derive parts from it, and then put them in an assembly. See attached file. Now, I need 3 different versions of this setup (with different values of the parameter 'bending_angle').
What is the best way to do it? If I derive parts from it, they always follow the *actual* status of their master file. Is there some method to do this: "derive from this file, with parameter bending_angle=55deg", but keep the dependency relation, i.e. if I modify something on the master file, the derived part fill follow the modifications (with the value of bending_angle=55deg)
How do you save features added in an assembly to the part? For example, if I add a hole in an assembly, presently I cannot see it when I open the part. It seems like a very basic function, I'm not sure why it doesn't do it automatically.
I need converting imperial dimensions into metric in assembly as weell as part level sketches dimensions.
Any solution for converting all imperial dimensions to metric dimensions in whole assembly constraint level and as well as part level sketch dimensions. Any macros or any ilogic rules?
I am currently building an Iassembly and I keep running into this message whenever I go to save one of Iassembly members
It states " Do you want to calculate the mass properties for the master level of detail? if you select 'NO' Inventor will calculate the mass property for the currently active level of detail."
now when I go ahead and select yes or no, it goes ahead and places 4 BOM columns in my table with Default and Reference. What exactly does this mean? I keep deleting them and they keep coming back constantly adding more and more columns to my ipart table.
Since I am constantly suppresing and unsuppressing, adding and deleting components based on the configuration, I have to always be on another level of detail other the master detail correct?
I have a 3 part assembly . Holes have to be made though the 3 parts . The holes can be made and snet/projected/though all/though distance and this work fine. The holes are shown in each part and the participant command works fine
I want to make an assemby consisting of 3 parts. A crank shaft and a crank pin that screw into threaded holes in a crank disk. How can I insert them and prevent them rotating in their holes but still allow the whole assembly to rotate around the axis of the shaft? Also how could I lock a flywheel on to the shaft so that whole assembly can rotate togeather?
when open an assembly not all parts are shown. To be able to see entire assymbly need to change View representation to Master manually. How to achieve this in Ilogic?
I have a sheet metal part which has several holes in, from which I have created a hole table. The hole table does not list all the holes in my part as I am only permitted to to select holes on one face of the part in the selected view. I have tried selecting all holes on the Isometric view however I cannt do this either.
Autodesk Inventor Professional 2013 SP2 64-Bit Edition Windows 7 HP Z400, Intel Xeon W3550 3.07GHz 12.0GB RAM, ATI FirePro V4800 (FireGL)
I am working with a part that needs multiple 9mm gun drilled holes to different depths. The problem I am having is not being able to create a truly custom single line hole callout. Example( DIA 9mm +.50mm -.00mm TO DEPTH 1.25in)
I understand that this isn't a common hole callout but in my situation it is what is needed. The values need to be linked to the part and not simply overridden as text. I am essentially wanting to make a style that I could apply to any hole note that would give the hole diameter a metric dimension and the depth an inch value.
I thought I kind of understood level of detail and master views but apparently not. I have an I-Beam that I have cut and bent in the part file. In the drawing I would like to show the beam both full length and in the bend configuration. From my reading I thought I would be able to create one view with the part in final shape and one view where I suppress all the bends and show the part with the cuts in it but all flattened out. I created view1 with the part bent, I then created view 2 and supressed all the bends. Unfortunately the bare does not toggle back and forth in the part, and when I place the part in a drawing. I am still not bale to have a difference in the part in the drawing with the two configurations either. What is the proper method of obtaining the two different views?
Also is there a way to request software enhancements?
We create many large assemblies where the shop uses a cut sheet to make the parts. Since many of the parts have secondary opperations like forming or cutting done to them i like to create a second sheet with the piece parts dimensioned on the sheet. In SolidWorks i would simply create the views, create an assembly BOM and link the balloons to that BOM, end of story. Not in Inventor! And creating a million LOD views to hide all but the one part in each view is not an answer for a professional CAD program.
Inventor Premium 2013 SP1.1 Vault 2013- plain vanilla version HP G71 notebook celeron cpu w 4gb RAM and 64 bit system Win 7 home premium
I have to create a workplane and then define the section.
Usually the sectioning is done w.r.t flat surface/s and then the section plane can be offset depending upon our requirement and placement in the assembly. I am not getting this offset option when I want a Sectioned View. The section takes where I click on the flat face straight.
I have a sub assembly with frame members and have used different colors for different sizes. In the top level assembly all the colors are lost, presumably because it defaults back to material color. Is there a way to get the frame member colors to display and all assembly levels?
I am using IV 2010. I have an assembly that is made up of subassemblies and individual parts. Some of the subassemblies share the same parts. I would like to know when I create the BOM for the top level assembly if it can show parts only with no assemblies. I want to get the BOM to combine like parts from all subassemblies in one list. I have tried to use the part only option and it still puts subassemblies in the BOM and breaks the parts out per subassembly.
When ballooning an assembly drawing having a structured/all levels BoM, the balloons default to the part level of the BoM hierarchy. Is there a way to have the balloons reference the part's subassembly (direct parent) without having to override the value of each balloon manually?
I have an assembly that changes daily and drawings made at each step of the way using .dwg format. The problem is, that when I add something to the assembly, it addes it to the drawings already made and as a result losses dims and notes that I made. Is there a way to set the dwgs so that all new items added to the model automaticly are no visible in the drawings that were already created. I spend a lot of time changing old drawing to what they used to be.
I have a rule that turns off all work geometry and sketches of an assembly and all referenced parts and assemblies.
This rule is almost perfect.
When i run the rule. All sketches and work geometry are turned off. But sketches in sub assemblies remain visible in the top assembly. When i open the document of the sub assembly the sketches are off.
So what I see is a top assembly 'override' of sketch visibility inside sub assemblies
How can I turn off visibility of a sketch on a level higher?
Currently I have some code which loops through all sub components of an assembly and sub assemblies. However I only need sub components inside the top level assembly and not any sub-assemblies. Is there an easy way to acomplish this?
This code will list all sub components inside an assembly when a drawing is open.
Dim oDocument As Document Set oDocument = ThisApplication.ActiveDocument Dim oRefDocs As DocumentsEnumerator Set oRefDocs = oDocument.AllReferencedDocuments Dim oRefDoc As Document For Each oRefDoc In oRefDocs debug.print oRefDoc.FullDocumentName Next
How to use different configuration of parts made with iLogoc in assembly? I want to have equal part with different configuration. I have a problem with the equal files.How to use different configuration of an assembly made with iLogic in assembly?
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.
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.
