AR Automotive Inspection With Hands-Free Parts Ordering
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Solution Overview
Problem
Automotive inspection and repair processes are labor-intensive and inefficient due to manual documentation, separation of inspection and parts ordering systems, and lack of seamless integration, leading to workflow interruptions and errors.
Innovation Solution
An augmented reality system using an AR headset for technicians to perform inspections with integrated part identification and ordering, allowing hands-free selection and automatic ordering through voice commands, gesture recognition, or gaze tracking.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If technicians use traditional paper-based or digital checklist methods for inspection documentation, then they can maintain detailed records of findings, but they experience workflow interruptions and potential errors in recording findings
Solution Approach 1:
The patent merges inspection documentation and parts ordering into a single integrated system. The AR headset combines checklist documentation, part identification, and ordering capabilities into one unified interface, eliminating the need to switch between separate paper-based or digital systems. This integration allows technicians to perform all tasks through a single device without workflow interruptions.
Solution Approach 2:
The patent replaces manual mechanical documentation methods (writing on paper or typing on keyboards) with voice commands and gesture-based controls in the AR headset. Technicians can document findings and order parts using voice instructions and hand gestures, eliminating the need to physically interact with traditional documentation tools while maintaining accurate records.
2Adaptability or versatility
If technicians use separate computer systems or phone calls for parts ordering, then they can access comprehensive parts catalogs and place orders, but they extend the overall service time due to stepping away from the vehicle
Solution Approach 1:
The patent merges parts catalog access and ordering functionality directly into the AR headset used for inspection. The system integrates the parts database, search capabilities, and ordering interface within the same device the technician is already using for inspection, eliminating the need to move to separate computer systems or make phone calls.
Solution Approach 2:
The AR headset serves multiple functions simultaneously: it acts as an inspection checklist, a parts catalog reference system, and an ordering terminal. This multi-functional device allows technicians to perform inspection, identify parts, and complete ordering all through one universal interface without switching between different systems or locations.
3Reliability
If less experienced technicians seek assistance from senior staff for part identification and inspection procedures, then they can ensure proper identification and correct procedures, but they create bottlenecks in service operations
Solution Approach 1:
The patent enables technicians to independently perform part identification and inspection without requiring senior staff assistance. The AR headset provides built-in guidance, part recognition capabilities, and procedural instructions that allow any technician to accurately identify parts and follow correct procedures autonomously, eliminating the need to wait for expert intervention.
Solution Approach 2:
The system provides real-time feedback to technicians during inspection and part identification. The AR headset delivers immediate confirmation of part identification accuracy, guidance on correct procedures, and validation of documentation entries, allowing technicians to self-correct and ensure accuracy without requiring supervisory review at each step.
4Ease of operation
If technicians manually enter data for parts ordering, then they can input specific part numbers, specifications, and quantities, but they introduce opportunities for errors in part numbers, specifications, or quantities
Solution Approach 1:
The patent replaces manual data entry with automated voice recognition and gesture-based input methods. Technicians can specify part numbers, specifications, and quantities through voice commands or gestures, eliminating manual typing and reducing errors associated with handwriting or keyboard input. The system automatically captures and processes this data with high accuracy.
Data Source
AI summary
A method for augmented reality assisted automotive inspection and automatic ordering of automotive parts and/or services begins with the detection of an automobile inspection session's initiation using an AR headset worn by a technician. The system then generates relevant AR elements for the inspection session, which may include technician workflows, part identifications, part descriptions, and ranked ordering options for parts and services. These AR elements are displayed as an overlay to the technician's field of view through the AR headset. The method includes detection of a technician's selection of a part or service via voice command, gesture recognition, or gaze tracking. Finally, the selected part or service is automatically ordered without requiring any physical manual input from the technician, streamlining the entire inspection and ordering process.