安全は「先読み」できる

「地すべり用心棒」は土砂災害や地すべり対策に適した、表層の変位量を検出する計測装置です。台風やゲリラ豪雨による大雨など、万が一に備え危険を予測します。ソーラー電源、PCやスマートフォンで遠隔監視が可能のため、現場に行く回数が減り安全へつながります。

Landslide YO-JIN-BOW is a measuring device that detects the amount of displacement of the land surface layer and is suitable for sediment disaster and landslide countermeasures. It predicts danger in case of heavy rainfall caused by typhoons or sudden torrential downpours. The system can be operated by solar power and remotely monitored by PC or smartphone, reducing the number of trips to the site and increasing safety.

川の氾濫や山間部での土木工事の現状把握など、現場の様子がリアルタイムで確認できます。建設現場の資材盗難防止や複数の現場を一括で把握できる、橋梁工事の安全確保にも役立つカメラです。ソーラー電源、クラウド保存も可能な屋外に特化した製品です。

A real-time monitoring device of the situation at a site, such as a river flooding or the current status of civil engineering work in a mountainous area. This camera is also helpful for preventing theft of materials at construction sites, monitoring multiple locations at once, and ensuring safety during bridge construction. This outdoor-specific product is solar-powered; its data can be stored in a cloud server.

地盤変状や都市部で行われる大規模な土木工事によって、周辺の建物に傾きが生じていないかモニタリングいたします。丸形気泡管方式により全方向の傾きを検知し、0.01度の感度でリアルタイムに確認できます。ソーラー電源、遠隔監視、クラウド保存、屋外設置も可能な製品です。

This device monitors the inclination of surrounding buildings due to ground deformation or large-scale civil engineering works in urban areas. The round bubble tube system detects tilt in all directions and provides a real-time confirmation with a sensitivity of 0.01 degrees. This product is solar-powered, remotely monitored, cloud-stored, and can be installed outdoors.

建物内部に設置することで、建物の傾斜量を高精度に測定することができ、X・Y2軸の傾き量と振動データを合わせて遠隔取得いたします。傾斜0.001～0.0001度の感度があり、建物のごく微小な傾斜変化を検出可能です。通信ソフトとデータ解析ソフトを用いることで建物の固有な日周運動も可視化することができます。

By installed inside a building, this device can measure the amount of building inclination with high accuracy and remotely acquire the amount of inclination in the X-Y axes together with vibration data. With a sensitivity of 0.001 to 0.0001 degrees of inclination, it can detect minimal changes in the inclination of a building. By using communication and data analysis software, the intrinsic daily motion of the building can also be visualized.