Fujitsu and Fujitsu Advanced Engineering are using their strength in sensing technology and their operational experience gained from implementing numerous factory systems to offer new services that make smart assembly and manufacturing facilities possible.
We have applied the sensing technology acquired in the automatic door and shutter markets in Japan, and developed a shutter sensor to optimize the work environment by improving the environmental efficiency and safety of shutters used at warehouses and factories where forklifts and people work side by side.
Optex has used its turbidity meter, which since going on the market has been employed in a great many factories and water purification plants throughout Japan, to cultivate sensing technology, and has combined this sensing technology with IoT technology using IT to create"WATER it," a simple water quality measurement system to address these challenges.
In the new Advanced Rapid Transit system, sensing technologies combining many sensors and AI will be used for systems such as automated driving systems and traffic control systems. This will enable the stable operation of vehicles that run at high frequency, prevent crashes with optimal acceleration and deceleration, and permit transfers with no waiting time.
Konica Minolta has further succeeded in combining the sensing technologies the company has refined through its chlorophyll meter products with image processing technologies using specialized cameras, which allows for not only measurement of chlorophyll for entire agricultural fields, but also degitalization of soil fertility and crop nitrogen absorption which showsrice growth conditions.
Kurita will integrate its comprehensive capabilities not only in water treatment chemicals and operation management of facilities to maintain water quality at an optimal level but also in other areas, such as IT sensing technology that enables stable operation, thus allowing the complete(100%) recycling of wastewater and effective use of water resources.
Conventionally, this kind of microscopic-level carrier behavior was observed not by direct observation, but rather by a method combining macroscopic measurements with the construction of a model. In our lab, we are pursuing development work on microscopic optical measurement techniques such as scanning near-field optical microscopes, with the aim of establishing nano-optical sensing techniques that can directly capture such behavior and determine its variation with time.
位置センシング技術について。
Discover Position Sensing technologies.
及び光学センシング技術開発。
And optical sensing technology.
複数のセンサによる分散センシング技術。
Distributed sensing technology by multi-sensor.
一般財団法人リモートセンシング技術センター。
General Foundation Remote Sensing Technology Center.
財団法人リモート・センシング技術センター。
Remote Sensing Technology Center.
財団法人リモート・センシング技術センター。
Remote Sensing Technology Center of Japan.
一般財団法人リモートセンシング技術センター。
The Remote Sensing Technology Center of Japan.
海洋一般財団法人リモートセンシング技術センター。
Ocean Remote Sensing Technology Center.
一般財団法人リモート・センシング技術センター。
Remote Sensing Technology Center.
グレーティングタイプのセンシング技術を備えたCOMSセンサ。
COMS Sensor with Grating type of Sensing technology.
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