On each floor of a building, a high-precision sensor which detects vibration
and acceleration, will determine the damage caused to the building by an
earthquake comparing monitored data before and after the earthquake.
Waveform & FFT acceleration (for each floor，X, Y, Z)
Seismic intensity (for each floor)
Displacement trajectory (for each floor)
Acceleration, angle and seismic intensity distribution (for each floor)
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Installation of the sensor (HM-0013) on each floor of the building
Construction of the sensor network
Construction of the cloud monitoring system using the Armadillo IoT as a gateway
Collection of data measured
Manual trigger / Time trigger / Threshold setting functions
With the new developed acceleration sensor module,
everything from the detection of long earthquake to
the building health monitoring can be measured.
Before, it was difficult to measure vibration below
1gal. Frequency below 1Hz was also hard to catch. For
these purposes, the new compact and robust HM-0013
have been developed and can respond to a wide range
of need for structures like bridges or buildings.
4 connections (Check the difference of the vibrations)
Synchronisation trigger (A measure can be triggered for all sensors at the same time)
Low-frequency measurement (Possibility for long-period oscillation)
DC stabilization (The measurement of a landslide is possible)
Impact resistance (Robust sensor will resist to any impact during the
installation or the transportation)
Self-check (Sensor will detect if any problem occurs)