High-integration beidou satellite geological disaster professional monitoring station

Abstract

The invention discloses a high-integration beidou satellite geological disaster professional monitoring station. The high-integration beidou satellite geological disaster professional monitoring station comprises a GNSS receiver, wherein the GNSS receiver comprises a main circuit board, an antenna and an external interface; the main circuit board comprises a power supply system, a processor, a network module and a high-precision satellite positioning module; the antenna comprises a GNSS antenna and a network antenna; and the main circuit board is provided with a GNSS antenna interface and a network antenna interface which are used for being connected with the antenna. An existing beidou geological disaster monitoring system is highly integrated, and the manual installation and maintenancedifficulty is lowered; on the basis of a traditional monitoring scheme, a base cabinet and an antenna cover are removed, and the endurance time of the system is prolonged. The monitoring station is erected in a complex field terrain, and the manual transportation difficulty is lowered, so that the all-ground, all-weather, low-cost, high-precision and high-integration simple geological disaster monitoring system can be realized.

Description

technical field [0001] The invention relates to the application of satellite systems such as Beidou and GPS, geographical surveying and mapping, and the fields of geological disaster monitoring, in particular to a highly integrated Beidou satellite geo-disaster professional monitoring station. Background technique [0002] Beidou satellite geological monitoring has been fully applied in the market, and the technical solutions adopted are mostly high-precision RTK receivers, independent GNSS antennas (requires radome to fix and protect the antennas), suction cup network antennas (used for effective data remote transmission through the network) ) composed of satellite receiving function, the power supply system is composed of solar panels and lead-acid batteries. This solution can achieve the purpose of monitoring in practical applications, but it has low integration, high power consumption, and bulky system. Mainly manifested in two major aspects: [0003] 1. Problems with ...

AI Technical Summary

Problems solved by technology

[0003] 1. Problems with the power supply system: the system is set up in the field, and the geographical location is complex. Most of the batteries are powered by lead-acid batteries. A lead-acid battery that meets the battery life weighs about 20kg, which is not conducive to transportation in complex terrain.

[0004] 2. Satellite receiver problem: At present, the realization of high-precision positioning monitoring function requires two parts, one is the GNSS receiver, and the other is the antenna

Low integration comes with high installation complexity

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