イー・アイ・ソル Product Lineup

At E.I. Sol, we develop original systems that are not available in commercial products. We address customer challenges with our technological capabilities and proposal skills, including advanced technology development, testing devices that do not exist in the market, experimental devices with new algorithms, data acquisition for prototypes, bulk data collection from remote locations, visualization using iPads, visualization of sensory evaluations, and automation of manual testing, among others.

To significantly improve the efficiency of measurement tasks for internal evaluation of inkjet printers, we developed the "Multi-Oscillo System" and delivered it to Canon Inc. By integrating an oscilloscope and a logic analyzer, we achieved high-speed processing of large data using a RAM DISK, a refined user interface, and automated processing that greatly improves the effort required for analysis. This system won the Grand Prize among all entries in the 2011 Application Contest. [Implementation Effect] ■ Achieved one-tenth of the previous work time *For more details, please refer to the PDF document or feel free to contact us.

The "HEMS System" has been adopted for monitoring the power consumption of the all-air conditioning system "Kikubari," which realizes barrier-free temperature control by Azbil Corporation. Using an iPad, the visualization of power consumption is achieved not only for power consumption itself but also by measuring various signals from wireless sensors, which are then visualized on the iPad via a server. From measurement to server and web application for viewing, E.I. Sol has realized the entire system construction in a one-stop manner. This system won the Best System Integration Award among all alliance partners at the 2012 Application Contest. [Implementation Effects] - By adopting a cRIO with an embedded RTOS, a PC-less standalone power monitoring device can be constructed, allowing installation in distribution boards. - Since it was built as a one-stop solution by a single company, maintenance, upkeep, and responses to issues can all be managed and handled by one company. - In the event of channel increases or other occurrences, additional modules can be added, improving scalability. *For more details, please refer to the PDF document or feel free to contact us.

This is a case study of a system that monitors and prevents collapses during tunnel construction. In tunnel excavation, it is necessary to continuously monitor information such as temperature, humidity, rock surface stress, and moisture content in unstable areas to ensure safer construction, quickly detect abnormalities, and take measures before accidents occur. Conventional methods required moving sensors and other equipment each time the excavation site changed, which limited the effectiveness of monitoring for safety relative to costs. This system uses a wireless network module (WSN) based on Zigbee to centrally manage and monitor strain data from various distributed locations over extended periods. [Challenges] - Ability to monitor from a distance of about 100 meters - Capability for long-term continuous stable monitoring - Output power supply triggers for strain sensors from the measurement node side - Ability to set output timing and integrate it into the measurement node - Easy installation - Delivery within a short lead time (around 3 weeks) - No need for battery replacement for over 3 months - Cost-effectiveness *For more details, please refer to the PDF document or feel free to contact us.

By introducing EI-STUDIO, you will be able to display and analyze the thermal images from FLIR's thermal cameras immediately after purchase on the software. Please refer to the attached catalog for more details. - Measurement Real-time display of thermal images on PC 320×240 (30/60fps), 464×348 (30fps), 640×480 (30/50fps), 640×512 (30fps) Adjustable display update speed Up to 179 points (99 spots, 40 lines, 40 rectangular/polygonal areas) Spot display of the highest temperature within the thermal image - Analysis Trend output of temperature data for any selected spot Trend output of MAX, MIN, and AVERAGE temperature data for any selected line Trend output of MAX, MIN, and AVERAGE temperature data for any selected area Emissivity change: Change of emissivity (only during playback) Offline playback display of thermal images: Play/Pause/Frame-by-frame/Rewind of thermal images Output of thermal image temperature data: Output temperature data of all images to a CSV file Recording formats: CSV/Ax5/BMP/JPEG/PNG format files Re-recording function: Modify thermal images and change recording formats *Other functions available.