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Laplink® Delivers New PCmover® Enterprise Software That Simplifies and Streamlines PC Migrations for Remote Workers Today, we announced the production release of a new version of PCmover Enterprise software designed to simplify and streamline PC migrations and upgrades for remote employees. With new cloud support and centralized management of multiple migrations, IT teams have the flexibility they need to accommodate any PC migration scenario at scale. With enterprises increasingly adopting a “work from anywhere” model, IT teams face unprecedented challenges to efficiently manage PC upgrades and migrations. Each upgrade presents new obstacles, whether its spotty connections, low upload speeds, or specialized applications. With the industry’s first cloud integration, the new release of PCmover Enterprise gives IT teams another user-friendly transfer option as well as powerful tools for managing large number of migrations simultaneously. “There is no-one-size-fits-all answer when it comes to PC migrations at the enterprise scale, particularly when you add remote workers to the mix,” said Thomas Koll, CEO at Laplink. “That’s why we’re giving our many enterprise customers around the globe the added flexibility of leveraging the scale and convenience of the cloud for managing migrations, while also making it easier to manage high volumes of migrations.” Read the Press Release Read the entire press release here, and learn more on enterprise.laplink.com.

Lenses. Effortless image capturing One simple click of the image capture button on the microscope base during observation enables the Digital Sight camera to capture the specimen image. Camera control software for tablet PC NIS-Elements L is equipped with a scene mode that can automatically set the optimum shooting conditions for each observation method. Since it has a network function, you can share images with a remote PC.* NIS-Elements L is not for clinical diagnostic use. Image capture button NIS-Elements L camera control software for tablet PC Digital pathology via network Enjoy enhanced efficiency during observations ❶ ECO mode: ON ❷ LIM function: ON ❸ Objective name ❹ Magnification ❺ Brightness state Status Display for easy confirmation at a glance Quickly and easily check magnification and brightness settings using the display at the base of the microscope without changing your observation posture. Turning the nosepiece automatically adjusts the scale bar The scale bar on the PC display changes automatically to match the magnification level, eliminating the need to set the scale manually.*Sold separately: Software (NIS-Elements D / BR / AR), Nikon recommended camera required Versatile observation techniques Phase contrast High-contrast images with neutral background coloration regardless of the magnification range can be captured. This observation technique is suitable for observation of unstained structures. Phase contrast accessories and objective lenses Simple polarizing Ideal for observing bi-refringent samples such as collagen, amyloids and crystals.* Two types of analyzer are available: intermediate tube type and nosepiece slider type. 2.8-Dihydroxyadenine crystals, Simple polarizing, CFI Plan Fluor 40X Department of Clinical laboratory, Nihon University Itabashi Hospital Simple polarizing accessories Sensitive color polarizing Enables Identification of uric acid crystals by changes in the interference color. This technique is ideal for gout and pseudo-gout tests.* Two types of analyzer are available: intermediate tube type and nosepiece slider

The factor between ACAD.PAT and ACADISO.PAT is 1"=25.4mm.If MEASUREMENT is the same on both PC's (which BTW shouldn't cause problems as it's saved in the DWG not on the PC) then the same file should be used on both. What may have caused problems is if someone's modified the ACAD.PAT / ACADISO.PAT files (as these are specific to each PC). Usually someone adds to these to create "custom" hatches which show in the normal Hatch dialog. Officially it's not a good idea as the ACAD*.PAT files may be overwritten on an update.Check the values inside these files comparing between the 2 PC's. The ACADISO.PAT should have values 25.4 times that of the ACAD.PAT file.If you want to add custom hatches to ACad rather have a PAT file for each saved in one of your support paths and leave the standard ACad hatch patterns alone. 2009-05-26, 03:17 PM #9 Member Re: Hatch scale/angles different per computer Thanks for the help. The ACAD.PAT file had not been modified but I did find how to correct the problem, just don't understand why it occured. The problem was with where in the list of support files that the custom hatch pattern directory was located. If the path was listed first the scale used was the larger scale, if the path was listed last the scale used is the proper scale.So I fixed the problem, just don't know why it fixed it.thanks again for the help,Confused but no longer extreamly frustrated. 2009-05-26, 04:43 PM #10 Re: Hatch scale/angles different per computer Sounds like a custom hatch.PAT file is "redefining" a standard hatch but using the definition from the ACADISO.PAT file. Not sure how ACad loads these, if as per the norm the first Hatch pattern it finds is the one used then this scenario should