About 10 Trademarks found that are owned by Beet Inc.

Design and development of diagnostic and analytical tools and software associated therewith in the field of automation and automation processes; consulting services in the field of automation and automation processes; consulting services in the field of the implementation and use of computer software systems in the fields of automation and automation processes

The mark consists of geometric shapes and figures that form letters. Two oblong, horizontally-positioned arches, stacked atop one another form an abstract letter "B", wherein the leftmost vertical member of the traditional letter "B" is non-existent. A first series of horizontal line segments comprising a top line, a middle line, and a bottom line, form a first abstract letter "E" to the right of the abstract letter "B", wherein the leftmost vertical segment of the traditional letter "E" is non-existent and wherein the top line and the bottom line are equal in length and the middle line is shorter than the top and bottom lines. A second series of horizontal line segments comprising a top line, a middle line, and a bottom line, form a second abstract letter "E" to the right of the first abstract letter "E", wherein the leftmost vertical segment of the traditional letter "E" is non-existent and wherein the top line and the bottom line are equal in length and the middle line is shorter than the top and bottom lines. Two orthogonal line segments form the letter "T" to the right of the second abstract letter "E".

The mark consists of geometric shapes and figures that form letters. Two oblong, horizontally-positioned arches, stacked atop one another form an abstract letter "B", wherein the leftmost vertical member of the traditional letter "B" is non-existent. A first series of horizontal line segments comprising a top line, a middle line, and a bottom line, form a first abstract letter "E" to the right of the abstract letter "B", wherein the leftmost vertical segment of the traditional letter "E" is non-existent and wherein the top line and the bottom line are equal in length and the middle line is shorter than the top and bottom lines. A second series of horizontal line segments comprising a top line, a middle line, and a bottom line, form a second abstract letter "E" to the right of the first abstract letter "E", wherein the leftmost vertical segment of the traditional letter "E" is non-existent and wherein the top line and the bottom line are equal in length and the middle line is shorter than the top and bottom lines. Two orthogonal line segments form the letter "T" to the right of the second abstract letter "E".

Automation software, namely, software to integrate machine operations, track problems, and generate reports; computer software to monitor, analyze, and improve automation processes; computer software to monitor and analyze automation processes and operations to optimize productivity, reliability, and efficiency; computer software to monitor and analyze automation operations to reduce cycle time, reduce unplanned machine downtime, and anticipate needed maintenance of machines within the automated system

Recorded computer software for use in monitoring, analyzing, and improving automated systems and automation processes; recorded automation software, namely, software to integrate machine operations, track problems, and generate reports; recorded computer software to monitor and analyze automation processes and operations to optimize productivity, reliability, and efficiency; recorded computer software to monitor and analyze automation operations to reduce cycle time, reduce unplanned machine downtime, and anticipate needed maintenance of machines within the automated system; recorded computer software in the field of automation systems, namely, machine vision systems software, production planning software, automation software for monitoring and controlling communication between machines within an automated machine system and for monitoring and controlling communication computers and automated machine systems, industrial machine control software and maintenance software for automation controls; recorded factory automation software to track manufacturing machine operations, analyze time-based performance analytics, and generate predictive maintenance reports; recorded computer software for use in data integration for factory automation and manufacturing; automation systems and equipment, namely, mechanical and electronic devices in the nature of sensors, microprocessors, microprocessor-based hardware and embedded software, high resolution cameras, cameras, imagers, displays and monitors, alarms, and integrated circuits for image processing used to automatically locate, alter, inspect, test or sense materials or products as part of automated processes; computerized vision systems hardware, namely, sensors, microprocessors, microprocessor-based hardware, high resolution cameras, cameras, imagers, displays and monitors, alarms, and integrated circuits for image processing

Recorded computer software for use in monitoring, analyzing, and improving automated systems and automation processes; recorded automation software, namely, software to integrate machine operations, track problems, and generate reports; recorded computer software to monitor and analyze automation processes and operations to optimize productivity, reliability, and efficiency; recorded computer software to monitor and analyze automation operations to reduce cycle time, reduce unplanned machine downtime, and anticipate needed maintenance of machines within the automated system; recorded computer software in the field of automation systems, namely, machine vision systems software, production planning software, automation software for monitoring and controlling communication between machines within an automated machine system and for monitoring and controlling communication computers and automated machine systems, industrial machine control software and maintenance software for automation controls; recorded factory automation software to track manufacturing machine operations, analyze time-based performance analytics, and generate predictive maintenance reports; recorded computer software for use in data integration for factory automation and manufacturing; automation systems and equipment, namely, mechanical and electronic devices in the nature of sensors, microprocessors, microprocessor-based hardware and embedded software, high resolution cameras, cameras, imagers, displays and monitors, alarms, and integrated circuits for image processing used to automatically locate, alter, inspect, test or sense materials or products as part of automated processes; computerized vision systems hardware, namely, sensors, microprocessors, microprocessor-based hardware, high resolution cameras, cameras, imagers, displays and monitors, alarms, and integrated circuits for image processing

Providing use of on-line non-downloadable computer software for use in monitoring, analyzing, and improving automated systems and automation processes; providing use of on-line non-downloadable automation software, namely, software to integrate machine operations, track problems, and generate reports; providing use of on-line non-downloadable computer software to monitor and analyze automation processes and operations to optimize productivity, reliability, and efficiency; providing use of on-line non-downloadable computer software to monitor and analyze automation operations to reduce cycle time, reduce unplanned machine downtime, and anticipate needed maintenance of machines within the automated system; providing use of on-line non-downloadable computer software in the field of automation systems, namely, machine vision systems software, production planning software, automation software for monitoring and controlling communication between machines within an automated machine system and for monitoring and controlling communication computers and automated machine systems, industrial machine control software and maintenance software for automation controls; providing use of on-line non-downloadable factory automation software, to track manufacturing machine operations, analyze time-based performance analytics, and generate predictive maintenance reports; providing use of on-line non-downloadable computer software for use in data integration for factory automation and manufacturing

Providing use of on-line non-downloadable computer software for use in monitoring, analyzing, and improving automated systems and automation processes; providing use of on-line non-downloadable automation software, namely, software to integrate machine operations, track problems, and generate reports; providing use of on-line non-downloadable computer software to monitor and analyze automation processes and operations to optimize productivity, reliability, and efficiency; providing use of on-line non-downloadable computer software to monitor and analyze automation operations to reduce cycle time, reduce unplanned machine downtime, and anticipate needed maintenance of machines within the automated system; providing use of on-line non-downloadable computer software in the field of automation systems, namely, machine vision systems software, production planning software, automation software for monitoring and controlling communication between machines within an automated machine system and for monitoring and controlling communication computers and automated machine systems, industrial machine control software and maintenance software for automation controls; providing use of on-line non-downloadable factory automation software, to track manufacturing machine operations, analyze time-based performance analytics, and generate predictive maintenance reports; providing use of on-line non-downloadable computer software for use in data integration for factory automation and manufacturing

ELECTRONIC PVS

Providing use of on-line non-downloadable computer software for use in monitoring, analyzing, and improving automated systems and automation processes; providing use of on-line non-downloadable automation software, namely, software to integrate machine operations, track problems, and generate reports; providing use of on-line non-downloadable computer software to monitor and analyze automation processes and operations to optimize productivity, reliability, and efficiency; providing use of on-line non-downloadable computer software to monitor and analyze automation operations to reduce cycle time, reduce unplanned machine downtime, and anticipate needed maintenance of machines within the automated system; providing use of on-line non-downloadable computer software in the field of automation systems, namely, machine vision systems software, production planning software, automation software for monitoring and controlling communication between machines within an automated machine system and for monitoring and controlling communication computers and automated machine systems, industrial machine control software and maintenance software for automation controls; providing use of on-line non-downloadable factory automation software, to track manufacturing machine operations, analyze time-based performance analytics, and generate predictive maintenance reports; providing use of on-line non-downloadable computer software for use in data integration for factory automation and manufacturing