COMPUTER SOFTWARE VISUALLY DEPICTING

Brand Owner Address Description
PI VISION OSISOFT 1600 Alvarado Street San Leandro CA 94577 Computer software for visually depicting data and information from process and manufacturing industries and companies; computer software for collection, storing, verifying, converting, analyzing, displaying and reporting data and information in a visual manner using graphs, tables, and custom displays; computer software for monitoring, troubleshooting, optimizing, reporting on and tracking events and notifications regarding assets and processes, and for displaying the data and information in a visual manner; computer software that facilitates collaboration across industries, manufacturing facilities, processes and networks by collecting, storing, verifying, converting, analyzing, displaying and reporting data and information; computer software that enables the user to determine the information and data to be shared with other users, business units and enterprises through user-controlled sharing permissions; computer software, namely, application programming interface (API) software for the development of other software applications; * all the aforementioned goods in this class not for the operation of single and multiaxial positioning systems *;In the statement, Page 1, line 15, after APPLICATIONS, ALL THE AFOREMENTIONED GOODS IN THIS CLASS NOT FOR THE OPERATION OF SINGLE AND MULTIAXIAL POSITIONING SYSTEMS is inserted.;
 

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

    
Technical Examples
  1. A software tool and an electronic interface facilitate model railroaders in initiating, monitoring and directing the path trains (i.e. engine and rail cars) will traverse on the model layout. The software tool and an electronic interface are connected to one of the I/O ports of a computer. The display presented on the computer monitor will mimic the model railroad layout depicting each track turnout with a red or green path. The green path depicts the selected path through the turnout while the red path is the deselected path. With all turnouts displayed simultaneously the condition of the layout relative to train movement can be seen at once by following the green paths. To change the path through a turnout, the user places the cursor on the representation of the turnout on the computer display and performs a left mouse button click. The software will recognize the particular turnout selected and cause a momentary actuating signal to be sent to the tracks turnout motor through the electronic interface. The software will rewrite the red/green legs of the display to maintain the agreement of the display with the physical layout turnout.