Solve the jagged waveform caused by temperature changes between day and night!
We would like to introduce the background of our "Collapse Sign Detection System" proposal to construction companies. Data was causing issues with jagged patterns. 【Background】 <Assumed Scenario> - A situation where a collapse is imminent and urgent measures are required. 【Issues】 - Due to temperature changes between day and night, the waveforms become jagged, making early collapse predictions difficult. - The tilt cannot be visually detected, requiring time for urgent inspections. - Since outputs are provided for each XY direction, it is not intuitive to grasp the direction and amount of tilt. *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Tilt Detection System for Visible Collapse Signs - Features】 ■ Bubble tube type inclinometer that intuitively shows the tilt direction and amount ■ Good data stability and high precision ・ Less dependency on temperature and noise compared to accelerometer-based methods ・ Smaller variation in measurement values due to differences in principles ■ Intuitive visual confirmation for operators ・ Tilt can be directly checked by the position of the bubble ■ Outputs tilt in all directions ・ Equipped with a directional sensor ・ Calculates and displays the tilt direction with north set as 0 degrees from any location *For more details, please refer to the PDF document or feel free to contact us.
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【Purpose】 ■Detection of signs of collapse at construction sites, etc. *For more details, please refer to the PDF document or feel free to contact us.
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Company information
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.