Parameter setting method of stratospheric airship equipment based on installation location

Abstract

The device parameter setting method based on the installation location mainly includes a parameter acquisition module 110 in the device 100 and a parameter setting module 210 in the installation interface 200 . Among them, the parameter acquisition module 110 is composed of a communication interface 111 , a parameter memory 112 , a parameter receiving interface 113 , and a data processor 114 , and the parameter setting module 210 is composed of a parameter setting interface 211 and a parameter storage unit 212 . The parameter setting method includes the following steps: 1. The parameter setting interface 211 obtains the parameter setting information in the parameter storage unit 212; 2. The parameter setting interface 211 transmits the parameter setting information to the data processing through the parameter receiving interface 113 3. The data processor 114 comprehensively analyzes the parameter setting information of the parameter memory 112 and the parameter setting information of the parameter receiving interface 113, and transmits the processed parameter setting information to the device function unit 120 through the communication interface 111, and The parameter setting information is stored in the parameter memory 112 .

Description

technical field [0001] The invention provides a parameter setting method for stratospheric airship equipment, which involves setting the parameters according to the installation position of the airship equipment. Background technique [0002] In the stratospheric airship, the flight control computer communicates with the battery pack, power management unit and propulsion motor through the bus. Each device on the bus needs to set different operating parameters according to its installation location and function. For example, devices installed in different locations have different communication addresses; power management units installed in different locations and connected to different devices need to output different voltages and currents; motors installed in different locations and connected to different loads need to be set to different Operating and control parameters. At present, there are mainly two methods for setting the parameters of each device in the stratospheric...

AI Technical Summary

Problems solved by technology

In the first method, since the parameters are directly written in the firmware, professional personnel are required to use special tools and software to operate the equipment during maintenance and replacement, which makes debugging and maintenance time longer and requires more manpower and material resources.

The second method is prone to repeated setting of parameters, and because there is a dial switch outside the device, additional shockproof, waterproof and antifog treatments are required

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