Satellite positioning receiver of integrated high-precision locating application system

Abstract

The invention relates to a satellite positioning receiver of an integrated high-precision locating application system. The satellite positioning receiver comprises a satellite positioning receiving processing module and a satellite positioning application system module. The satellite positioning receiving processing module is used for receiving and processing satellite positioning signals. The satellite positioning application system module is connected with the satellite positioning receiving processing module and is communicated with user terminals. The satellite positioning receiver of the integrated high-precision locating application system can achieve the purpose of integrating a satellite positioning function and an application function in one receiver circuit board card, and achieve the purpose that a terminal device which does not limit an operation system and is provided with a standard web browser can be accessed to the satellite positioning receiver to obtain the satellite positioning application function. Moreover, any mobile terminal can be connected with the satellite positioning receiver for working, and a web service development interface can be provided for secondary development. Consequently, the customized development of application in various industries can be realized, and the satellite positioning receiver has a wider application range.

Description

technical field [0001] The invention relates to the field of satellite positioning, in particular to the field of satellite positioning receivers, in particular to a satellite positioning receiver integrated with a high-precision positioning application system. Background technique [0002] At present, the application systems of various industries of the high-precision satellite positioning system adopt the separate development mode of the satellite positioning receiver, the application system computer or the electronic handbook, such as figure 1 Shown is a schematic diagram of the structure of a satellite positioning receiver in the prior art. Under this development method, due to the changeable hardware environment of the application system, there are Windows tablet computers, Android mobile terminals, Windows PCs, and Linux computers. Different application systems must independently develop application software systems for hardware environments and corresponding operating...

AI Technical Summary

Problems solved by technology

[0003] 1. The satellite positioning receiver only has the function of collecting spatial coordinates. It is necessary to develop supporting spatial information application systems for different operating system environments. The development workload is huge and cross-platform operations cannot be realized.

[0004] 2. The data collected by the satellite positioning receiver needs to be transmitted to the mobile terminal for application system development, which will increase the development workload of communication functions with various devices, and at the same time involve the information interaction between the receiver and various devices , resulting in data communication errors and instability

[0005] 3. At present, the satellite positioning data acquisition systems in the industry all use professional special mobile terminals, and the terminal equipment cannot be changed at will, resulting in high cost of system upgrades and a narrow range of system use

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