Landslide disaster and heavy rain countermeasure product: Slope measurement device "Landslide Guardian"
Are measures being taken against landslides and sediment disasters caused by typhoons and heavy rain? This is a measuring device equipped with solar panel power that is effective for detecting signs of surface soil slope collapse!
The slope measurement device "Landslide Guardian" is a measurement device that detects surface displacement. In recent years, due to torrential rains from guerrilla downpours and typhoons, measures against sediment disasters and landslides have become essential. This is a countermeasure product designed to prevent and predict such emergencies. It allows for cloud data storage, long-distance communication, and two-way communication. While it is effective with a single installation, monitoring multiple locations over an area is more effective, as it can detect cracks that occur before a slope failure, which are difficult for people to notice, from the sensor's deflection amount. 【Features】 ■ Effective in detecting signs of surface slope failure ■ Cloud data storage is possible ■ Long-distance communication and two-way communication are possible ■ Powered by solar energy, freeing it from commercial power sources ■ Supports everything from on-site installation to monitoring *For more details, please refer to the PDF document or feel free to contact us.
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【Device Overview】 ■ Solar panel power supply (15cm × 20cm) ■ Control unit (battery, communication device, etc.) ■ Sensor (φ40, L1000–4000) *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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GeoTech Co., Ltd. is a company that primarily develops its business by supporting civil engineering projects mainly in Ibaraki Prefecture as a specialist in surveying. We are engaged in the development, operation, and monitoring (IoT) of slope deformation monitoring systems. In 2023, we jointly developed a "Building Health Assessment System" with the Graduate School of Science and Engineering at Ibaraki University, focusing on diurnal motion, and obtained a patent for it.