Electric power geographic information operating system based on GPS and inertial positioning

Abstract

The invention discloses an electric power geographic information operating system based on the GPS and inertial positioning, belongs to the technical field of operating terminals, and in particular relates to an electric power geographic information operating system based on the GPS and inertial positioning. The invention is directed to the above problems and provides an electric power geographicinformation operating system, which is easy to use and has a wide range of adaptation, based on the GPS and inertial positioning. The electric power geographic information operating system includes aterminal body. A display module, a camera, keys and an infrared sensor are arranged on the exterior of the terminal body. The terminal body includes a main processor, an inertial module, a baseband and communication module, a wireless network module, a storage module, a power supply module, a positioning module, a camera module and an infrared module inside.

Description

technical field [0001] The invention belongs to the technical field of operation terminals, and in particular relates to a power geographic information operation system based on GPS and inertial positioning. Background technique [0002] Under the background of the reform of electric power enterprises and the deepening application of "Internet +", the combined application of traditional electric power information and geographic information plays an increasingly important role in the company's operation and management. Under the existing working conditions, coordinate collectors mainly rely on GPS locators to collect and record customer-marked geographic information, while energy meters are mostly located indoors, and GPS signals are poor, resulting in slow positioning speed, low positioning accuracy, and slow recording speed. Due to the large number of customers responsible for a single collection and monitoring personnel, the efficiency of on-site collection and recording w...

AI Technical Summary

Problems solved by technology

Under the existing working conditions, coordinate collectors mainly rely on GPS locators to collect and record customer-marked geographical information, while most of the energy meters are located indoors, and the GPS signal is poor, resulting in slow positioning speed, low positioning accuracy, and slow recording speed.

Due to the large number of customers responsible for a single collection and monitoring personnel, the efficiency of on-site collection and recording with a locator is low, which has caused limitations for the implementation of business and distribution, basic file verification, and line loss during the same period.

At the same time, based on the existing working system and working method, it is impossible to update the geographical information of the metering terminal in real time in accordance with the daily work process

[0003] In addition, the current electric power field work still mostly uses paper work orders. Although some units use meter readers or other equipment to carry out statistics on some data information, they cannot meet the many functions required in the process of electric power field work. A lot of manual operations are still required, and it is impossible to completely solve the artificial information entry work

At present, there is no effective mobile operation terminal to meet the hardware requirements for establishing a mobile office system based on power geographic information

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