[Technical Introduction] Structural Deformation Measurement (Settlement and Inclination of Structures)
Electronic levels / methods by staff and methods using HyPos! Introducing measurements in the civil engineering and construction fields.
Our company conducts "Structural Deformation Measurement." In the "Method using communicating pipe type settlement gauges and inclinometers," a reference device is installed at a fixed point, and communicating pipe type settlement gauges are placed at each measurement point. This is a popular method that also includes the installation of inclinometers. In addition, we offer methods using an automatic tracking total station called "HyPos" and methods using a non-prism type total station (TS). 【Overview of Structural Deformation Measurement】 ■ Method using communicating pipe type settlement gauges and inclinometers ■ Method using electronic levels/staff ■ Method using HyPos ■ Measurement of track displacement using laser distance meters ■ Method using non-prism type total station (TS) ■ Measurement of subway inner space displacement using laser distance meters *For more details, please refer to the PDF materials or feel free to contact us.
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**Features** <Electronic Level / Staff Method> - Measurements of subsidence in legs and other areas where a communicating pipe type subsidence gauge cannot be used are conducted using an electronic level and staff. - An inclinometer is installed simultaneously. <Track Displacement Measurement Using Laser Distance Meter> - Vertical and horizontal displacements of the track are measured using a combination of a communicating pipe type subsidence gauge and a laser distance meter. - For vertical displacement measurement of the track, a fixture is directly attached to the rail, and the communicating pipe type subsidence gauge is installed horizontally, allowing it to be placed within construction limits. - For horizontal displacement measurement of the track, a laser distance meter is used to directly shine laser light on the rail, measuring the slant distance and converting it to horizontal displacement. *For more details, please refer to the PDF document or feel free to contact us.*
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【Usage】 ■Civil Engineering and Architecture *For more details, please refer to the PDF document or feel free to contact us.
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We are professionals in "measuring," engaged in everything from sensor design and manufacturing to measurement services. We are a sensor manufacturer established in 1976, used to detect various behaviors such as rock mass movements, strain and internal stress within concrete, and the settlement and tilting of existing structures near construction sites, ensuring safety during construction and stability after completion when creating large structures like dams, tunnels, bridges, and skyscrapers. Our various sensors provide data to confirm the safety of not only Japan's iconic structures like the Yokohama Bay Bridge, Landmark Tower, and Kansai International Airport but also urban underground infrastructure such as subways and water supply and drainage systems, as well as hydropower plants, radioactive waste facilities, and underground storage facilities located hundreds of meters underground.
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