Mobile Device Mileage Tracking via Wireless Vehicle Connection
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Solution Overview
Problem
Traditional methods of mileage tracking are manual, tedious, and prone to errors, making them inconvenient and inaccurate for users who need to report driving miles for tax or reimbursement purposes.
Innovation Solution
A computer-implemented method using a mobile device to establish a wireless connection with a vehicle, automatically track mileage by determining trip types based on time periods and user-specific rules, and display or submit the mileage data for storage, leveraging technologies like Bluetooth and GPS for accurate and efficient tracking.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If manual methods (log books or spreadsheet applications) are used for mileage tracking, then users can record mileage information, but the process becomes tedious and inconvenient leading to procrastination or forgotten recording
Solution Approach 1:
The system enables automatic mileage tracking where the mobile device autonomously collects location data, calculates distances, and records trip information without requiring manual user input. The device self-monitors GPS coordinates, self-computes mileage based on location changes, and self-stores the data, eliminating the tedious manual recording process while maintaining accurate mileage records.
Solution Approach 2:
The patent replaces the mechanical manual process of writing in log books or typing into spreadsheets with an automated electronic system. The mobile device uses GPS hardware and software algorithms to automatically track location and compute mileage, substituting the manual mechanical action with an automated technological system that continuously monitors and records travel data.
2Productivity
If users manually recall or estimate miles due to procrastination, then they can still submit mileage reports, but the reporting becomes incorrect or inaccurate
Solution Approach 1:
The system maintains continuous automated monitoring of location data throughout the tracking period. GPS coordinates are continuously captured and stored at regular intervals, ensuring that mileage data is constantly being recorded without interruption. This continuous automatic tracking eliminates gaps where manual recall would be needed, ensuring both timely and accurate mileage reporting throughout the entire trip duration.
Solution Approach 2:
The system provides automatic feedback by continuously monitoring location data and computing mileage in real-time. The mobile device processes GPS coordinates, calculates distance traveled, and updates the mileage record automatically. This closed-loop feedback mechanism ensures accurate mileage computation and immediate recording, preventing the need for later manual estimation or recall.
3Measurement precision
If hardware solutions are deployed for mileage tracking, then higher accuracy can be achieved by ensuring every mile is properly recorded, but extra costs are incurred in terms of equipment, physical installation, management and administrative expenses
Solution Approach 1:
The patent utilizes the mobile device's existing multi-functional capabilities, particularly its GPS receiver and processing unit, for mileage tracking. Instead of requiring dedicated hardware, the system leverages the universal functions already present in smartphones and tablets. The mobile device serves multiple purposes including communication, navigation, and now mileage tracking, eliminating the need for separate specialized hardware and reducing deployment complexity.
Solution Approach 2:
The system creates a software-based copy of the mileage tracking function that runs on the mobile device's existing hardware. Rather than installing dedicated physical tracking equipment, the patent implements a software application that replicates the mileage tracking functionality using the device's built-in GPS and processing capabilities. This software copying approach achieves accurate tracking without the costs and complexity of additional physical hardware installation.
Data Source
AI summary
A method for automatic mileage tracking using a mobile device may include establishing a wireless connection between the mobile device and a vehicle, and executing mileage tracking to determine a total mileage for a current trip. The method may also include defining a trip type for the current trip based on (i) a time period in which the current trip occurs and (ii) a user-specific set of trip categorization rules that specifies one or more time periods designated for one or more respective trip types. The method may further include displaying the total mileage for the current trip to the user along with an indication of the trip type defined for the current trip, and/or submitting via a network, for storage in a database, the total mileage and the indication of the trip type.