Concrete structure "Remote Automatic Photography System" *NETIS registered product
NETIS Number: KT-190008-A
A shooting system that automatically captures images of concrete structures from a distance to visualize the condition of the surface, for crack and leakage inspection of dams, bridge piers, buildings, and more!
The "Remote Automatic Photography System" for investigating the deformation of concrete structures using images automatically captures concrete structures such as dams, bridge piers, and buildings from a distance using a digital video camera or digital camera, telephoto lens, and automatic pan-tilt head. By visualizing the condition of the surface of the structures, it accurately detects deterioration and deformation such as cracks and leaks. 【Features】 ■ NETIS Number: KT-190008-A ■ Capable of investigating areas that cannot be inspected visually ■ Can survey a wide area in a short time ■ Improved safety due to non-contact inspection ■ Significant reduction in work time compared to temporary setups *For more details, please download the PDF or contact us directly.
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basic information
【Other Features】 By converting the obtained image data into a deterioration and deformation development diagram and inputting it into our developed "CrackDraw21," detailed equipment management can be performed, such as confirming the condition of equipment and analyzing deterioration and deformation characteristics. This also facilitates responses to assessments of soundness after large-scale earthquakes. 【Target Cases】 ■ Concrete dams, concrete chimneys ■ Bridges, walls, buildings, etc.
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Concrete dam, concrete chimney, bridge, wall surface, building, etc.
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Company information
Tosetsu Civil Engineering Consultant Co., Ltd. has been engaged in the maintenance and management of facilities for hydroelectric power generation, such as dams, and civil engineering structures for thermal and nuclear power generation, including intake and discharge channels, through investigations, surveys, measurements, analyses, and diagnostics. Additionally, we have developed systems that capture images of tunnel walls using vehicles equipped with digital cameras while driving through tunnels, as well as systems that efficiently inspect marine structures from ships while controlling the ship's motion.