CAD CAM SOFTWARE ENGINEERING AUTOMATIC

Brand Owner (click to sort) Address Description
SPRINK TYCO INTERNATIONAL MANAGEMENT COMPANY 9 Roszel Road 9 Roszel Road Princeton NJ 08540 CAD/CAM software for engineering automatic sprinkler systems for fire protection; Computer software and firmware for engineering automatic sprinkler systems for fire protection;
SPRINKCALC TYCO INTERNATIONAL MANAGEMENT COMPANY 9 Roszel Road 9 Roszel Road Princeton NJ 08540 CAD/CAM software for engineering automatic sprinkler systems for fire protection; Computer software and firmware for engineering automatic sprinkler systems for fire protection;SPRINK CALC;
SPRINKCODE TYCO INTERNATIONAL MANAGEMENT COMPANY 9 Roszel Road 9 Roszel Road Princeton NJ 08540 CAD/CAM software for engineering automatic sprinkler systems for fire protection; Computer software and firmware for for engineering automatic sprinkler systems for fire protection;SPRINK CODE;
SPRINKFDT TYCO INTERNATIONAL MANAGEMENT COMPANY 9 Roszel Road 9 Roszel Road Princeton NJ 08540 CAD/CAM software for engineering automatic sprinkler systems for fire protection; Computer software and firmware for engineering automatic sprinkler systems for fire protection;SPRINKLER FLUID DELIVERY TIME;
SPRINKSLIC TYCO INTERNATIONAL MANAGEMENT COMPANY 9 Roszel Road 9 Roszel Road Princeton NJ 08540 CAD/CAM software for engineering automatic sprinkler systems for fire protection; Computer software and firmware for engineering automatic sprinkler systems for fire protection;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. An automatic test system, such as might be used to test semiconductor devices as part of their manufacture. The test system uses instruments to generate and measure test signals. The automatic test system has a hardware and software architecture that allows instruments to be added to the test system after it is manufactured. The software is segregated into instrument specific and instrument independent software. Predefined interfaces to the software components allow for easy integration of instruments into the test system and also easy reuse of the software as the physical implementation of the test system or the instruments changes from tester to tester in a product family.