Distributed acceleration meter data collector

Abstract

A distributed acceleration meter data collector comprises a control module, a conversion module, a storage module and a wireless module. The control module is connected with the conversion module, the storage module and the wireless module respectively. The distributed acceleration meter data collector has the advantages that the data collector can be connected with a charge-outputting acceleration meter or a piezoelectric-outputting acceleration meter; cost is lowered, and monitoring implementation difficulty is lowered; the conversion module in a corresponding amount can be arranged in the data collector according to amount of the acceleration meter; data can be analyzed, compressed, stored and sent to a wireless network in real time; completeness of data transmission can be guaranteed, and working efficiency can be improved.

Description

technical field [0001] The invention relates to the technical field of data collectors, in particular to a distributed accelerometer data collector. Background technique [0002] Accelerometer, as an inertial device, is not easily affected by external interference, and directly monitors the displacement trend of the point where it is located. The traditional accelerometer uses a high-precision inertial device, but because it is an analog output, in building monitoring, once it is necessary to arrange multiple locations, especially in the process of steel structure building construction, the collector inevitably needs to be placed in the The middle part of the entire building structure ensures that the sensor wiring is simple, resulting in the accelerometer can only transmit data through a wired connection, which limits the working range and reduces work efficiency. [0003] Therefore, there is an urgent need for an accelerometer data collector capable of wireless transmissi...

AI Technical Summary

Problems solved by technology

The traditional accelerometer uses a high-precision inertial device, but because it is an analog output, in building monitoring, once it is necessary to arrange multiple locations, especially in the process of steel structure building construction, the collector inevitably needs to be placed in the The middle part of the entire building structure ensures the convenience of sensor wiring, resulting in accelerometers that can only transmit data through wired connections, which limits the working range and reduces work efficiency

[0003] Therefore, there is an urgent need for an accelerometer data collector capable of wireless transmission, low cost, and capable of reading multiple accelerometers, but there is no report on this data collector at present

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