#Japan #Tokyo #INTEGRAL PLUS #TTES

Introduction

In a significant advancement for bridge maintenance, TTES Co., Ltd. has unveiled a new tablet-based version of its innovative bridge deflection measurement system, INTEGRAL PLUS. The introduction of this new model is poised to enhance efficiency and user-friendliness in real-world applications, aligning with the increasing demands for infrastructure management.

Overview of INTEGRAL PLUS

Established and headquartered in Meguro, Tokyo, TTES has been at the forefront of developing technologies to ensure the safety and longevity of bridges. The INTEGRAL PLUS system utilizes a unique combination of sensors and tablets to measure bridge deflection with precision. Scheduled to roll out in June 2025 amidst a pilot project in Shunan City, Yamaguchi Prefecture, this initiative is part of a collaboration with the Ministry of Land, Infrastructure, Transport and Tourism (MLIT), Shunan City’s Road Department, Yamaguchi University, and Tokuyama College of Technology.

Features of the Tablet Version

The new tablet version of INTEGRAL PLUS boasts several standout features that provide substantial improvements:
1. Real-time Visualization: Users can view acceleration waveforms on-site, allowing for immediate assessment of measurement conditions.
2. Automated Deflection Calculation: The system automatically computes deflection waveforms from acceleration data, which can be checked instantly.
3. Comparative Analysis: Users can compare current data with historical records, enabling quick recognition of changes.
4. Device Status Monitoring: Users can verify the condition of the device concerning signal strength and battery life, facilitating effective all-day operations.
5. Enhanced Durability: The newly engineered model features improved waterproof performance, making it reliable even in adverse weather conditions.

Efficiency and Reliability

The INTEGRAL PLUS system signifies a leap forward in bridge maintenance management. Traditional measurement methods often come with high costs and risks, whereas this system simplifies the process significantly. By placing the equipment on the bridge and pressing a button, the system ensures high-precision deflection calculations automatically. Moreover, the collected data can be managed centrally via cloud technology, allowing easy access and analysis.

The INTEGRAL PLUS system is designed to provide high-precision automatic measurements without the need for specific setups for each bridge, thus minimizing human error. The results are automatically stored in the cloud, and their time-series can be managed on a mapping interface, enhancing analytical capabilities.

Practical Applications and Achievements

This technology has already seen fruitful implementations across various municipalities in Japan, contributing to the efficiency of bridge inspections and significant cost reductions. It has been widely recognized for its reliability, receiving several notable awards:

• - 2021 Excellent Award in the World Promotion Competition hosted by Tokyo.
• - 2022 Recognition at the Kyushu-Okinawa Conference for Industry Technology as the representative of Tokyo.
• - 33rd Small and Medium Enterprises Excellent New Technology/Product Award (General Category).

Furthermore, the reliability of this technology is recognized by the Ministry of Land, Infrastructure, Transport and Tourism as it has passed verification tests and is listed in the Inspection Support Technology Catalog for bridges and tunnels.

Conclusion

TTES's commitment to innovation in civil engineering, particularly through the introduction of the new INTEGRAL PLUS tablet system, reflects a proactive approach towards developing infrastructure management technologies. With widespread implications for local governments and infrastructure managers, this system promises to bring about significant advancements in the field of bridge safety and longevity. For inquiries regarding the product, please contact:
TTES Co., Ltd.
Contact Person: Hisatada Suganuma
Phone: 03-5724-4011
Email: info@ttes.co.jp
Website: https://ttes.co.jp/