Intelligent terminal parameter configuration method

Abstract

The invention discloses an intelligent terminal parameter configuration method, which comprises the following steps: opening a configurator APP application program which is installed on a mobile terminal in advance; the mobile terminal is connected with an intelligent terminal through bluetooth; a display interface of the mobile terminal skips to a configuration interface of the intelligent terminal, and parameter information of parameters to be configured is selected and modified; the parameter information is stored and submitted to the intelligent terminal after modification is completed; and parameter configuration is completed after the intelligent terminal is restarted. According to the method, no data bus is needed in the whole configuration link; a link of repeated deployment is effectively avoided; time and labor cost are saved, and operability of the intelligent terminal is greatly improved.

Description

technical field [0001] The invention relates to a method for configuring intelligent terminal parameters. Background technique [0002] With the advent of the intelligent era, people rely more and more on smart terminals, and smart terminals need to set and modify parameters before they can work normally. In the existing technology, the basic principle of the traditional parameter modification technology for intelligent terminals is to use a computer, and use special software after changing the communication interface and wiring. However, due to the cumbersome operation links, the configuration efficiency is greatly reduced. Or you can also establish a parameter database on the smart terminal first, and display the field parameters in real time by the human-computer interaction interface designed by the embedded design in the industrial field, extract the parameter information of the parameters to be configured from the parameter database through the data bus, and finally co...

AI Technical Summary

Problems solved by technology

In the existing technology, the basic principle of the traditional parameter modification technology for intelligent terminals is to use a computer, and use special software after changing the communication interface and wiring. However, due to the cumbersome operation links, the configuration efficiency is greatly reduced. Or you can also establish a parameter database on the smart terminal first, and display the field parameters in real time by the human-computer interaction interface designed by the embedded design in the industrial field, extract the parameter information of the parameters to be configured from the parameter database through the data bus, and finally combine the on-site demand configuration for assembly. This configuration method will consume too much time due to the preparation work in the early stage, which will bring inconvenience to the operator. In addition, different intelligent terminals need different data buses during the configuration process. Repeated deployment and control links not only limit the operation range, but also It will affect the configuration efficiency and narrow the scope of application

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