Dynamic Telecommunication Regulation Acquisition via Location Data
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Conventional methods for producing wireless communication modules require pre-burning of regulation codes and configurations for different shipping regions, leading to inflexibility and increased costs due to the need for reprogramming if actual shipments do not match estimated quantities or if regulations change.
Innovation Solution
A method and system that allow wireless communication modules to acquire telecommunication regulations dynamically using location data, eliminating the need for pre-burning codes and enabling the use of a single stock keeping unit (SKU) for production and shipment, by executing a driver that compares location data with stored program codes to determine the applicable regulation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If regulation codes and configurations for different shipping regions are pre-burned into memory modules during manufacturing, then the wireless communication modules can comply with regional telecommunication regulations, but the production management becomes complex and inflexible when actual shipments do not match estimated quantities or when regulations change
Solution Approach 1:
The patent applies dynamics by making the regulation code determination flexible and changeable after manufacturing. Instead of static pre-burning of regulation codes into memory modules, the system dynamically determines the regulation code based on location data obtained from GPS, Wi-Fi positioning, or user input, allowing the wireless communication module to adapt to different regional regulations without requiring complex production management for multiple SKUs
Solution Approach 2:
The patent changes the parameter of regulation code from a fixed manufacturing-time parameter to a runtime parameter that can be modified based on location data. The system stores multiple regulation codes and selectively applies the appropriate one based on the determined location, enabling compliance with regional regulations while simplifying production to a single SKU model
2Reliability
If multiple stock keeping units (SKUs) are produced with different pre-burned regulation codes for different regions, then compliance with regional telecommunication regulations is ensured, but the production costs and maintenance burden increase
Solution Approach 1:
The patent applies universality by designing a single wireless communication module that can universally comply with telecommunication regulations of multiple different regions. The module contains a database of multiple regulation codes and the capability to select and apply the appropriate regulation code based on location data, eliminating the need to produce and maintain multiple separate SKUs for different regions
Solution Approach 2:
The patent uses copying by storing multiple regulation code configurations within the same memory module. Instead of creating physically different modules for each region, the system copies and stores multiple sets of regulation parameters in software, allowing a single hardware design to serve multiple regulatory environments
3Device complexity
If a single stock keeping unit (SKU) is used for production and shipment without pre-burned regulation codes, then production management is simplified and flexibility is improved, but the ability to comply with regional telecommunication regulations must be achieved through alternative means
Solution Approach 1:
The patent applies preliminary action by pre-storing multiple regulation codes and the location determination mechanism within the wireless communication module during manufacturing. While the specific regulation code is not predetermined, the system prepares multiple regulatory configurations and the capability to select among them, enabling compliance to be achieved automatically when the device operates in different regions
Solution Approach 2:
The patent implements feedback by using location data from GPS, Wi-Fi positioning, or user input to determine which regulation code should be applied. The system continuously monitors location information and adjusts the active regulation code accordingly, ensuring ongoing compliance with regional telecommunication regulations while maintaining simple production management
Data Source
AI summary
A method for acquiring telecommunication regulations and a system applying the same are provided. The method allows a wireless communication device to acquire the telecommunication regulations, and the system is applicable in the wireless communication device. In the method, a driver installed in the wireless communication device is executed to drive a wireless communication module of the wireless communication device. In the meantime, the driver can obtain location data from a BIOS or an operating system, or through environment detection. The driver uses the location data to compare the multiple telecommunication regulations recorded in program codes of the driver, so as to obtain the telecommunication regulation corresponding to the location data. Therefore, the system having the wireless communication module can operate according to the telecommunication regulation corresponding to the location data.