Earthquake Observation System - メーカー・企業と製品の一覧

Earthquake Observation Systemの製品一覧

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Centralized management of wide-area and multi-location damage situations - IoT earthquake observation service

Centralized management of wide-area and multi-location damage situations - IoT earthquake observation service

Centralized management of damage situations across wide areas and multiple locations! Providing a total system from seismometers for measurement to cloud services and notification functions for sharing!

The IoT earthquake observation service is a service that allows for centralized management of damage conditions across a wide area and multiple locations. It provides a total system from seismometers for measurement to cloud services and notification functions for sharing. - Centralized management of damage conditions for each facility in the cloud - A total system from seismometers for measurement to cloud services and notification functions for sharing *For more details, please check the related links below or contact us.*

  • IoT

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[Case Study] Evaluating building damage during an earthquake to determine accessibility.

[Case Study] Evaluating building damage during an earthquake to determine accessibility.

The birth of a disaster risk assessment consulting service in collaboration with our "IoT Earthquake Observation Service" and API integration.

Since 2014, the Structural Planning Institute has been making proposals for reinforcing factory buildings. In this context, there have been requests from end users to provide feedback on the measurement results of earthquakes that occur regularly, in order to verify the accuracy of pre-simulation results. To address this, we were looking for a partner to build a system together with a seismometer that can be combined with our own analysis technology. As a result, we provided the seismometer "PL200," used for IoT earthquake observation services, and the web service "Geonavi," which manages and displays measurement data in the cloud, through API integration. [Expected Effects] <For the System Builder: Structural Planning Institute> ■ Able to provide a comprehensive solution that includes responses during and after a disaster ■ By incorporating seismic measurement technology through API integration, it enables damage assessment utilizing unique analysis techniques ■ Can objectively evaluate pre-vibration analysis results against actual measurement data, while also improving subsequent analysis accuracy *For more details, please refer to the related links or feel free to contact us.

  • Vibration and Sound Level Meter

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[Case Study] Earthquake Observation System for Detailed Ground Investigation

[Case Study] Earthquake Observation System for Detailed Ground Investigation

A seismic observation system has been established to monitor aftershocks using seismometers installed underground and on the surface, and to investigate ground amplification characteristics.

**Overview** ■Purpose: Earthquake Observation ■Category: Measurement Equipment ■Related Products: Measurement Units for Earthquake and Volcano Observation ■Scope of Provision: System Design, Complete Equipment Set, Installation and Adjustment **Background and Issues** At the Railway Technical Research Institute, during the main shock of the Kumamoto Earthquake in 2016, non-linear ground behavior was confirmed in the northern part of the Kumamoto Plain. The customer decided to conduct temporary earthquake observations at two locations, one in an urban area and the other in a mountainous area, to investigate detailed ground amplification characteristics. There were conditions that required the use of a high dynamic range seismometer, a local recording method, and the inability to secure commercial power supply at the mountainous observation site. **Provided System** For the underground and surface seismometers, we provided high dynamic range digital output servo accelerometers. At the urban observation point, a seismometer was also installed underground (borehole approximately 40m) for the continued investigation of ground amplification characteristics. At the mountainous observation point, where commercial power was not available, a solar-powered system was implemented. In addition to a controller to manage the seismometer, we provided a recording device that allows for easy data retrieval through external SSD exchange. This setup contributed to achieving high-speed sampling (1000Hz) while enhancing operational efficiency, despite being a local recording method.

  • Vibration and Sound Level Meter

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[Case Study] Centralized Management of Damage Conditions at Logistics Centers Nationwide

[Case Study] Centralized Management of Damage Conditions at Logistics Centers Nationwide

Strengthening the supply chain further through the introduction of IoT earthquake observation services.

【Overview】 ■Purpose: Understanding the damage situation of logistics bases nationwide and strengthening initial response ■Related Product: IoT Earthquake Observation Service ■Scope of Provision: Complete set of equipment, implementation support, operational support, service provision 【Background and Challenges】 Many of the products handled by Trusco Nakayama are used for disaster prevention. In the past, even when a certain region was affected by a disaster, a backup system was established at bases in other regions. However, since earthquakes can occur anywhere in the country and the impact of a major earthquake can be significant, countermeasures are essential. 【Implementation Effects】 - Previously, damage investigations and various response decisions were based on seismic intensity information from the Japan Meteorological Agency. After implementation, it became possible to conduct pre-estimations of damage based on accurate seismic intensity information for the target buildings, allowing for assumptions about access and the number of personnel and time required for damage investigations. - The ability to observe seismic intensity information in real-time 24 hours a day made it easier to imagine the damage situation even from a distance, facilitating initial response efforts.

  • IoT
  • Other measuring instruments
  • Other Management Services

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[Case Study] Streamlining In-House Seismic Intensity Reporting and Accelerating Initial Response After an Earthquake

[Case Study] Streamlining In-House Seismic Intensity Reporting and Accelerating Initial Response After an Earthquake

Automation of situation reporting in IoT earthquake observation services enables rapid initial response.

**Overview** - **Purpose:** To streamline the situation reporting process during earthquakes - **Category:** IoT Earthquake Observation Service - **Related Products:** IoT Earthquake Observation Service - **Scope of Provision:** Complete set of equipment, implementation support, operational support, service provision **Background and Challenges** JFE Steel Corporation's East Japan Works (Chiba Area) covers an area of approximately 7.65 million m² (equivalent to about 165 Tokyo Domes) and employs around 11,000 people, including group and partner companies. In the Chiba area, multiple seismometers were installed throughout the factory to implement initial response measures as defined for each seismic intensity. However, traditional seismometers required manual data verification on-site, resulting in a reporting time of about 20 minutes. **Effects After Implementation** The verification of earthquakes on-site and the email reporting process have been automated, leading to improved operational efficiency. In particular, the time required for internal situation reporting has been reduced, enabling immediate responses to damage assessments, operational adjustments, and requests for support to other areas. Additionally, employees who were previously involved in this task can now focus on other responses immediately after an earthquake occurs.

  • IoT
  • Other measuring instruments
  • Other Management Services

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