SOFTWARE CONTROLLING MACHINES

Brand Owner (click to sort) Address Description
AERSMART Aerzener Maschinenfabrik GmbH Reherweg 28 Aerzen Aerzen Germany Software for controlling machines, motors, and engines; computer hardware; electronic control systems for machines; computer software and hardware systems for electric and electronic controls and control devices for controlling machines, motors, and engines; master electric or electronic control systems, namely, electronic controllers; electric and electronic controls for the interconnected operation of blower and compressor units; all of the foregoing in the wastewater treatment field * with regard to the energetic optimization of industrial and water provision facilities *;In the statement, classes 7 and 9 have been corrected per the Restriction dated April 23, 2020, and per the Fnote dated May 19, 2020.;Apparatus and devices for machine control namely, hydraulic and pneumatic controls for machines; hydraulic and pneumatic control mechanisms for machines, motors and engines; all of the foregoing in the wastewater treatment field * with regard to the energetic optimization of industrial and water provision facilities *;
DATAVIEW BUHLER AG GUPFENSTRASSE 5 UZWIL 9240 Switzerland Software for controlling machines, particularly controlling die-casting machines;DATA VIEW;
ELUMATEC ELUMATEC AG Pinacher Str. 61 75417 Mühlacker Germany Software for controlling machines for processing aluminum, plastic and steel profiles, in particular for the window, door and facade industry; software for designing windows, doors and facades; measuring instruments for measuring length and angles; measuring tables for measuring length and angles; measuring apparatus for measuring length and angles;Machines for processing aluminium, plastic and steel profiles, in particular for the window, door and facade industry; table and mitre saws; double mitre saws; power operated automatic saws; power operated wedge-cutting and v-cutting saws; milling machines; copy milling cutters; end milling cutters and automatic notching machines; water slot milling cutters; corner crimping machines for working metal; rod machining centres for working metal and plastic rods; electric welding machines; plastering machines; welding and cleaning lines; bending machines, including bending furnaces and bending installations; screwing systems for fixing reinforcements to profiles; drilling machines, drilling rigs; punching machines for metalworking being presses; stops for machines for processing aluminium, plastic and steel profiles; assembly stands and assembly tables being parts of machines; tools for the aforesaid machines; metalworking machines, namely, rotary tables; saw fences for use on table saws;Technological planning for installations for processing aluminium, plastic and steel profiles; technological consultancy for installations for processing aluminium, plastic and steel profiles;
SCOTT-WRITER Scott Machine Development Corporation 200 Prospect Avenue PO Box 88 Walton NY 138560088 software for controlling machines to cut lettering, designs and graphics from plastic webs and sheets;machines to cut lettering, designs and graphics from plastic webs and sheets;
SMART INDIGO SEDO ENGINEERING SA Rue du Village 7 Riddes CH-1908 Switzerland [ Software for controlling machines for the manufacture of dyes for clothing; electronic measuring, control and checking devices for measuring, checking and controlling machines for the manufacture of dyes for clothing ];Machines for the manufacture of dyes for clothing;[ Installation, maintenance and repair of machines for the manufacture of dyes for clothing ];Clothing, namely, shirts, pants, jackets [ and pullovers; footwear, headgear, namely, hats and caps ];Paints; dyes for general industrial use;INDIGO;[ Programming, installation, repair and maintenance of software for the control of machines for the manufacture of dyes for clothing ];
 

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

    
Technical Examples
  1. A unified architecture for a multipoint VC session and interactive broadcasting system is provided that includes a server, one or more video accessing points, reflectors and client machines. The server sets up the video communication sessions (VC sessions), each of which is hosted by one video accessing point. The server downloads the A/V client software to client machines. Reflectors direct audio/visual signals to client machines. The reflectors are coupled to the video accessing point and receive a control signal from the video accessing point in order to direct the A/V signals from the client machines participating in the VC session. The client machines process all of the A/V signals. This system for distributing the VC session tasks across these components reduces any bottleneck effect from using a single, central control point to direct the VC session and route the A/V signals. The server, also, serves as a ticket agent, and is configured to issue and redeem tickets for specific VC sessions and broadcasts through the use of a session booking module. Finally, the downloading process of the A/V client software prevents software incompatibility among participants and enables low storage devices such as handheld devices to participate.