CN108810869B - NB-IOT (NB-IOT) -based terminal production test and terminal system registration solution method - Google Patents

Abstract

The invention discloses a production test and terminal system registration solution based on an NB-IOT terminal, which is divided into a terminal product test flow and a construction intelligent registration flow; after the terminal equipment finishes the downloading test, pasting an IMEI equipment code corresponding to the terminal equipment; during on-site construction, aiming at a street lamp needing to be reformed, scanning and uploading longitude and latitude coordinate information strictly at the position of the street lamp, and filling a corresponding street lamp number so as to associate an IMEI equipment code, a street lamp pole number and the corresponding longitude and latitude coordinate information; then, the cloud updates fixed parameter information such as an organization area, street lamp height information and various safety setting thresholds in combination with specific implementation projects; finally, all equipment construction and installation are completed, and the end-to-end system joint debugging is realized through unified electrification; the invention realizes the registration test and the IMEI equipment code printing of the terminal equipment before delivery, avoids manual input during construction, can unitedly and jointly adjust the terminal equipment in batches, greatly improves the efficiency and the accuracy, and saves the cost and the development period.

Description

NB-IOT (NB-IOT) -based terminal production test and terminal system registration solution method

Technical Field

The invention relates to a brand new testing method of terminal equipment; terminal equipment, in particular for NB-IOT technology; and parameters are obtained during system registration, particularly position coordinates, equipment and lamp pole data are obtained and bound.

Background

At present, corresponding to the production test of terminal equipment, production test equipment in general major in the industry, such as a comprehensive tester, develops corresponding tests based on a PC (personal computer) terminal, and needs to be provided with corresponding professional jigs for testing; for the registration of the existing NB-IOT equipment, the traditional scheme is that a special GPS chip is added on the terminal equipment or corresponding position information is manually recorded by a special instrument, and then corresponding coordinate parameters are manually input during system registration. The technical instrument is adopted, so that the cost is high, and the purchase period and the tool development period are long; for the registration of the equipment and the static application scene of the NB-IOT, the equipment registration needs to acquire corresponding coordinate information; the cost for independently developing a GPS scheme is high and the precision is not high, and the efficiency is too low when a manual professional instrument measures a coordinate scheme; in addition, aiming at the telecom Internet of things platform, the registration and the registration of the equipment must be finished 3-5 minutes after the power is on, otherwise, the system deletes the equipment; due to the reasons, the construction requirement of batch can not be met, and the method is the largest pain point in industrial application.

When the project is constructed at present, the equipment registration method is very troublesome; firstly, making corresponding labels, such as an intelligent street lamp pole number, an intelligent well lid number and an intelligent three-meter number, according to the installation position of an application project terminal; and then acquiring corresponding longitude and latitude position information through coordinate pickup software, and finally recording the number of the installed terminal equipment. At present, the scheme has low efficiency and cannot ensure the quality; is a pain point for mass construction at present.

Disclosure of Invention

In order to solve the problem of batch test registration of corresponding terminal equipment, the invention provides a method for solving the problems of production test and terminal system registration based on an NB-IOT terminal, provides a relatively standard automatic registration scheme and flow, and can efficiently and stably realize batch construction of test registration; the technical scheme of the invention is as follows: the method comprises two parts of a terminal product testing process and a construction intelligent registration process:

firstly, a terminal product testing process: after the terminal equipment completes the downloading test, the terminal equipment comprises an assembled coupling test, prints an IMEI equipment code of the terminal equipment, namely a terminal controller number, and pastes the IMEI equipment code on the corresponding terminal equipment; the specific operation is as follows:

a. downloading registration software on the terminal equipment, automatically acquiring an IMEI (international mobile equipment identity) equipment code of the terminal by the cloud, calling a network access interface and registering, sending a sensing parameter and a network parameter, and calling a cloud data query interface, thereby completing the network access registration of the terminal equipment;

b. the method comprises the steps that terminal equipment obtains key parameters and descriptions of current, voltage, power factor, electric quantity and temperature and humidity parameters of a terminal sensor, and SignalPower signal strength, SignalSnr signal-to-noise ratio, TxPower terminal transmitting power, Ecl signal coverage grade and CellD Cell location information of a cloud end reported by the terminal equipment;

c. the cloud terminal sends a service command, and the terminal equipment responds and uploads a test state to the cloud server; completing the PCBA state test of the terminal equipment, printing an IMEI equipment code and pasting the IMEI equipment code on the terminal equipment;

d. then, assembling the product of the terminal equipment, performing coupling test and uploading a test state to a cloud server, thereby completing the online state test of the terminal equipment;

secondly, construction intelligent registration process: the specific operation is as follows:

a. operating construction registration APK mobile phone terminal software, scanning the equipment code of the current construction to-be-installed terminal equipment to obtain the IMEI equipment code of the current equipment;

b. scanning and uploading longitude and latitude coordinate information strictly at the street lamp position, and filling corresponding street lamp numbers; so as to associate the IMEI equipment code of the current equipment, the number of the street lamp pole and the corresponding longitude and latitude coordinate information;

c. binding and sending three parameters of an IMEI equipment code, a street lamp post number and corresponding longitude and latitude coordinate information of the current equipment to a cloud server;

d. the cloud updates fixed parameter information such as an organization area, street lamp height information and various safety setting thresholds in combination with specific implementation projects;

e. and all the terminal equipment are constructed and installed, and the terminal equipment is uniformly electrified to carry out system joint debugging.

The beneficial effects of the invention adopting the technical scheme are as follows: the traditional comprehensive tester is avoided, registration test and IMEI equipment code printing are carried out on the terminal equipment before leaving the factory, manual input is avoided during construction, the terminal equipment can be unified and batched, efficiency and accuracy are greatly improved, and cost and development period are saved.

Drawings

FIG. 1 is an end product test flow of the present invention;

fig. 2 is a construction intelligent registration flow of the present invention.

Detailed Description

As shown in fig. 1 and 2, the invention is composed of two parts, namely a terminal product testing process and a construction intelligent registration process:

firstly, a terminal product testing process: after the terminal equipment completes the downloading test, the terminal equipment comprises an assembled coupling test, prints an IMEI equipment code of the terminal equipment, namely a terminal controller number, and pastes the IMEI equipment code on the corresponding terminal equipment; the specific operation is as follows:

a) downloading registration software on the terminal equipment, automatically acquiring an IMEI (international mobile equipment identity) equipment code of the terminal by the cloud, calling a network access interface and registering, sending a sensing parameter and a network parameter, and calling a cloud data query interface, thereby completing the network access registration of the terminal equipment;

b) the method comprises the steps that terminal equipment obtains current, voltage, power factor, electric quantity and temperature and humidity parameters of a terminal sensor, and key parameters and descriptions of SignalPower signal strength, SignalSnr signal-to-noise ratio, TxPower terminal transmitting power, Ecl signal coverage grade and Cell ID Cell location information reported by the terminal equipment;

c) the cloud terminal sends a service command, and the terminal equipment responds and uploads a test state to the cloud server; completing the PCBA state test of the terminal equipment, printing an IMEI equipment code and pasting the IMEI equipment code on the terminal equipment;

d) then, assembling the product of the terminal equipment, performing coupling test and uploading a test state to a cloud server, thereby completing the online state test of the terminal equipment;

secondly, construction intelligent registration process: the specific operation is as follows:

a) operating construction registration APK mobile phone terminal software, scanning the equipment code of the current construction to-be-installed terminal equipment to obtain the IMEI equipment code of the current equipment;

b) scanning and uploading longitude and latitude coordinate information strictly at the street lamp position, and filling corresponding street lamp numbers; so as to associate the IMEI equipment code of the current equipment, the number of the street lamp pole and the corresponding longitude and latitude coordinate information;

c) binding and sending three parameters of an IMEI equipment code, a street lamp post number and corresponding longitude and latitude coordinate information of the current equipment to a cloud server;

d) the cloud updates fixed parameter information such as an organization area, street lamp height information and various safety setting thresholds in combination with specific implementation projects;

e) and all the terminal equipment are constructed and installed, and the terminal equipment is uniformly electrified to carry out system joint debugging.

The foregoing detailed description is given by way of example only, and is provided to better enable one skilled in the art to understand the patent, and is not intended to limit the scope of the patent; any modification or modification that is substantially the same or equivalent to the technical content of the technical means disclosed in the present patent is included in the scope of the present patent.

Claims (1)

1. A production test and terminal system registration solution method based on NB-IOT terminals is characterized in that:

the method comprises two parts of a terminal product testing process and a construction intelligent registration process:

the terminal product testing process specifically comprises the following steps:

a) downloading registration software on the terminal, automatically acquiring an IMEI (international mobile equipment identity) equipment code of the terminal by the cloud, calling a network access interface and registering, sending a sensing parameter and a network parameter, and calling a cloud data query interface so as to complete network access registration of the terminal;

b) the method comprises the steps that terminal equipment obtains current, voltage, power factor, electric quantity and temperature and humidity parameters of a terminal sensor, and key parameters and descriptions of SignalPower signal strength, SignalSnr signal-to-noise ratio, TxPower terminal transmitting power, Ecl signal coverage grade and Cell ID Cell location information reported by the terminal equipment;

c) the cloud terminal sends a service command, and the terminal equipment responds and uploads a test state to the cloud server; completing the PCBA state test of the terminal equipment, printing an IMEI equipment code and pasting the IMEI equipment code on the terminal equipment;

d) then, assembling the product of the terminal equipment, performing coupling test and uploading a test state to a cloud server, thereby completing the online state test of the terminal equipment;

secondly, the intelligent registration process of construction specifically comprises:

a) operating construction registration APK mobile phone terminal software, scanning the equipment code of the current construction to-be-installed terminal equipment to obtain the IMEI equipment code of the current equipment;

b) scanning and uploading longitude and latitude coordinate information strictly at the street lamp position, and filling corresponding street lamp numbers; so as to associate the IMEI equipment code of the current equipment, the number of the street lamp pole and the corresponding longitude and latitude coordinate information;

c) binding and sending three parameters of an IMEI equipment code, a street lamp post number and corresponding longitude and latitude coordinate information of the current equipment to a cloud server;

d) the cloud updates the organization area, the street lamp height information and the safety setting threshold value fixed parameter information in combination with specific implementation projects;

e) and all the terminal equipment are constructed and installed, and the terminal equipment is uniformly electrified to carry out system joint debugging.

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