General full-automatic intelligent safety automobile block box and system

Abstract

The invention discloses a general full-automatic intelligent safety automobile block box and a system. The automobile block box comprises a face shell, a bottom shell, a protection cover and a circuit module, wherein the face shell and the bottom shell are fixedly mounted together to form a housing; the circuit module is arranged in the housing; the protection cover is mounted on the face shell; an SIM card mounting groove is formed in the face shell, and corresponding to the position of the protection cover; an SIM card connector is arranged below the protection cover and in the SIM card mounting groove; the circuit module comprises a CPU, a signal output connector, a GPS module, a GSM chip, a microphone, a loudspeaker, an SOS key, a charging connector and a battery; the signal output connector, the GPS module, the GSM chip, the microphone, the loudspeaker and the SOS key are respectively connected to the CPU. The general full-automatic intelligent safety automobile block box and the system have the advantages that the structure is simple, the use is convenient, the satellite signal receiving function of a conventional GPS antenna can be obtained, a function of a common GPS module of an original automobile is replaced, and besides, data are uploaded to a cloud server synchronously.

Description

technical field [0001] The invention discloses a vehicle positioning device, in particular a general-purpose fully automatic intelligent vehicle safety black box and system, which belongs to the application field of the Internet of Vehicles multifunctional vehicle safety and real-time data cloud application device. Background technique [0002] In the prior art, the GPS antenna module (ie G-MOUSE) receives satellite signals (satellites include American GPS satellites and domestic Beidou positioning satellites) through the GPS frequency band antenna, and the original signals are directly output without hardware IC circuit calculations. , input to the navigation device, after the navigation device receives the data, it needs to be calculated by the internal computing device, and finally there is GPS positioning coordinate data for the device to locate its current position. The existing technology is to receive GPS satellite positioning data through the GPS ceramic antenna, and...

AI Technical Summary

Problems solved by technology

The existing technology is to receive GPS satellite positioning data through the GPS ceramic antenna, and directly transmit the antenna signal to the specific navigation through the wire, so there is no standard signal directly used by the equipment. If the existing technology needs to output the international standard GPS signal, it needs An additional computing module is added inside the antenna module. The computing module is generally a third-party product, which is not conducive to production and independent research and development. It needs to rely on the provider of the third-party computing module.

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