The measurement of the flight path can be obtained by conducting simultaneous measurements at two or more measurement points.
This system is designed to measure the flight paths and altitudes of moving aircraft and helicopters. It was created to organize the relationship between aircraft noise and distance. The measurement system consists of an electronic theodolite (similar to a telescope on a tripod that you might see at construction sites) to measure the horizontal angle and elevation angle from a reference point, and a laptop that complements the angle data measured by the electronic theodolite into values at one-second intervals and saves them to a disk.
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basic information
【Features】 ○ By connecting two locations via a telephone line, it becomes possible to calculate flight paths in almost real-time. ○ The laptop supplements this data to values at one-second intervals and saves it to disk. ○ The measurement personnel track the target aircraft while looking through a telescope mounted on the measurement system. ● For other functions and details, please contact us.
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Delivery Time
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Applications/Examples of results
【Purpose】 ○ Creation of track charts, etc. ● For other functions and details, please contact us.
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Creating a reliable sound environment for a comfortable living space. The rapid changes in our economic society have manifested as threats to environmental destruction and the global ecosystem, alongside population growth and urbanization. Now, it has become an urgent issue for each of us, as a matter of survival and coexistence, to implement environmentally friendly conservation measures. Regarding the noise and vibration issues closely related to our daily lives, including transportation systems such as roads, shinkansen, and aircraft, measures are being taken in the direction of regulating noise levels to meet environmental standards. At ACT, we advocate for a positive "sound environment design" that does not solely focus on the negative perspective of "sound → vibration → regulation." Instead, we aim to retain the "desirable" necessary sounds for residents, sometimes adding new comfortable sounds, while selectively eliminating harmful "undesirable" sounds. Our philosophy is to envision a reliable sound environment for comfortable urban development, considering climate, local conditions, and urban environments from the perspective of amenities, while coexisting with the natural environment.
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