Xforce Keygen Inventor LT 2009 64 Bit Windows
Clinio Ruel
When I am working in Inventor with numerous models active I sometime inadvertently click on something and the screen suddenly splits into numerous windows each with one of the models in it. I have no idea what I clicked on to get there and I have no idea how to get out of it other than close all of the models and start over. Can anyone help me on this? Thank you.
Thank you. That works to get out of it. Although it does not matter now, whatever I inadvertently did to get into it was down at the bottom of the screen where the open model numbers or names are listed.
It seems you may be double-clicking between windows on the status bar (either part/assembly names or blank space) which toggles between having a single window displayed and all open windows displayed. And if there are enough items open to have left and right arrows at the bottom-right (my drawing in red) to scroll through the full names of open items, fast-clicking the arrows to get to the beginning/end always seems to get me to display all items.
Support for dragging individual document windows out of the main Inventor window and onto a second monitor was added in 2019. This was a great step in the right direction. However, it doesn't quite meet all of our multitasking needs because the secondary windows are just the graphics canvas area; they don't include the Browser, the Ribbon toolbar, or anything else.
So, the next step to make multi-window even better for multitasking would be to add a dedicated Browser and Ribbon toolbar to secondary Inventor windows. There's already an idea created for that here: Inventor model tree and ribbon on second monitor.
The purpose of this idea, however, is to flesh out the multi-window experience even further. I would like for secondary Inventor windows to be fully functional: not just have their own Browser and Ribbon toolbar, but also have their own BOM window, Parameters window, Property Panel, etc. This way we can really truly multitask, and view the BOM, parameters, features, etc. for two parts or assemblies side-by-side, at the same time, and even copy and paste between them. This would fully round out the multi-window experience and maximize our productivity.
I would be fine with "increasing the cohesiveness" of multiple instances as long as it resolves both issues #1 and #2. But it may be a toss-up which is easier to implement (allowing fully-functional secondary windows, or fixing the issues with multiple instances). And if so, allowing fully-functional secondary windows is the clear winner form the usability standpoint.
Since the implementation of dragging out a separate window, I've been able to replace my workflow of taking a screenshot of a drawing sheet or a specific view of a model and placing it on my second monitor, and generally I'm able to use other files as references much faster, and that's been a great time saver. But actually WORKING on two screens isn't that practical without all the UI around as well, unless you are good at using hotkeys. Every time you switch windows, you have to first click in the model space before clicking any command on a ribbon or interacting with the browser or you'll be making changes to the wrong file. This could be as simple as returning to a top level when you don't want to; it's not harmful, just inconvenient. Or if you're unlucky you've got a file open for reference and you've deleted or messed with visibility of all sorts of parts that you weren't trying to look at, and now you just accidentally saved that instead of the file you were supposed to be saving.
Hi 2 instances of inventor also doesn't work well with certain PDM systems who connect to a single instance of inventor.
We really like the idea of having to screens of inventor with the model tree of those corresponding screens.
If it goes further then this. Have a fully functional inventor on the second screen then I'm also a fan. I'm sure this will increase productivity when comparing multiple models at once.
I tried installing Inventor without compatibility mode and it stops at the Pre-installation checks window. It detects unsupported version of Windows there. I've googled the problem and there are basically two kinds of answers:
Drill down to the inventor setup.exe file in the bin\ directory on the cd and it will not run the os detection and will install just fine. That's not saying that the program will run flawlessly once installed.
Inventor11 runs on windows7 in compatibility mode. Only the installation has a problem:it must to install WITHOUT the content center because it is based on win2000 and not accepted in win7. I tried to install the program in different methods, it was succesful on win7 32 bit and without content center. The only thing is strange that we have problem with the videocard despite of it is an nVidia 3450/4000 SDI card: there are strange shadows appear on the drawing area when we work with assemblies. The Pc is a Dell workstation.
Hello! From the past couple of weeks there is an issue ive been trying to solve. I work in a manufacturing company which uses STEP files to manufacture aluminium components. The usual workflow is to use Autodesk Inventor to model the components and export STEP files from that which is then loaded to the CAM software (Unilink).
Recently we had a project which required some complex geometry which I thought is more easily modelled using a Rhino/Grasshopper. For some reason the CAM software does not seem to gather the data from the STEP files exported from Rhino. Simple orthogonal cuts are detected, but anything which has a hole or angular cuts doesnt seem to be recognized.
We contacted Unilink and they suggest using inventor. Does anyone have any clue what could be the issue? Are there difference in how the data is structured when expporting step files in inventor as compared to rhino which seems to be causing this issue?
I remade the extrusion using the side profile and re-cut the holes in Rhino. Thus it is a 100% Rhino made object. I reexported that as STEP. Is this one OK?
TestReBuildReExport.stp (360.1 KB)
TestReBuildRhino3dm.3dm (2.5 MB)
@Helvetosaur Yes. This seems to work. So I managed to rebuilt it myself with the holes and it seems to be working for sure! Thanks for that. But I also need some stepped angular cuts in the profile. When I did that, the software again recognizes it as just linear cuts. Do you know what could be the issue this time ?
Testwithcuts.3dm (7.0 MB)
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I unfortunately do not have the same part modelled in inventor. Also I do not have inventor on my machine to give this a try, Ill have to bother my colleagues for this. Let me try to find a file with a step cut which we can remodel and check.
@Helvetosaur So. I modelled a step cut profile from Rhino and Inventor and tried to read the file in the software and both the inventor export and rhino export had issues. So it has nothing to do with the Rhino export specifically, the software has issues in reading angular cuts in general. So we have to take it up with the software company itself.
GOJO Industries may be best known as the inventor of PURELL Hand Sanitizer, but the Ohio-based company is also a growing digital innovator in public health. In recent years, the company has deployed about 25,000 connected dispensers that help more than a hundred health care facilities monitor hand hygiene, a simple, effective way to prevent infections.
Traditionally, human observers tracked hygiene compliance in health organizations by watching if you washed your hands when you were supposed to. PURELL SMARTLINK Technology, a set of technology solutions from GOJO, streamlines that process with motion sensors, internet-connected dispensers and a cloud platform that collects and analyzes data.
Launched in 2012, PURELL SMARTLINK Technology is now undergoing an upgrade with Azure Sphere, a solution that enables highly secured, connected devices powered by a microcontroller unit, a small computer on a chip.
Recent innovations include a new system available this year to monitor hand cleaning of individuals and job roles. Instead of aggregating data of everyone going in and out of patient rooms, the solution will associate hand hygiene with employee badges via Bluetooth communication.
The Mesh Enabler application converts mesh features to solid base features or surface features. This function can be applied to individual or multi-selected mesh features or mesh feature folders.
Version 1.0.15 Does not work with Inventor 2023.2 (Windows 11 Enterprise, OS Build 22000.1696, Version 21H2) We used the tool for several users in the past (W10, Mesh Enabler 1.0.12). After installing Mesh Enabler 1.0.15 with system account, Mesh Enabler DOES NOT APPEAR IN Add-In Manager 2023. I also can't find the earlier versions like 1.0.14 or 1.0.13. Too bad that even the system requirements were not specified. Can you please place link here to download versions 1.0.14 and 1.0.13?
Great for editing STL files for 3d printing. I've been using it for years now, and just got it working in Inventor 2023. Just make sure to load it in the add-in manager. Thanks for developing and updating it!
This is a great and very useful addin... I depend on it in my daily workflow... Have directly emailed the developer with no response... I suggest everyone email frequently and perhaps we will get somewhere. rocky...@autodesk.com
There is a missing step in the instructions that you need for 2021 (and probably the others). Make sure to pull up the "add in" option under the tools tab....and click on the mesh converter to make sure it is activated. They really should document that!
It works for 2021 Professional version for me. The publisher, Rocky Zhang, even said he updated it for 2021 below. Version 1.0.10 works just fine. Anyways, for anyone that is installing the .msi file, remember to close Inventor first. I thought the installation was taking forever, but it was because I didn't close Inventor first. After installation, go into Environments and checkmark 'Loaded/Unloaded' and 'Load Automatically' under 'Load Behaviour'. Good luck!
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