Semi-automated rebar inspection using AI
First written in FY2020. 2 of 5 entries say "Restated". Latest entry: FY2024.
1 other company's latest entry also says "Restated".
- FY2024RestatedAnnual report
「The Company is working to improve and enhance the AI detection accuracy of three-dimensional rebar configurations and plans to put the system into practical use from fiscal 2024.」
The AI rebar inspection system continues to improve its detection accuracy for three-dimensional rebar configurations, and the Company has reaffirmed its plan to put it into practical use from fiscal 2024. - FY2023SoftenedAnnual report
「The Company is currently improving the AI detection accuracy of three-dimensional rebar configurations and aims to begin full-scale operation from the fiscal year ending March 2025.」
The timeline for the AI rebar inspection system has been pushed back from the initial target of completion during fiscal 2022 to a target of full-scale operation from the fiscal year ending March 2025, following efforts to improve the accuracy of detecting three-dimensional rebar configurations. - FY2022RestatedAnnual report
「The system is currently in the test-operation stage using a prototype device, and the Company aims to complete it during fiscal 2022.」
The AI rebar inspection system is in the test-operation stage using a prototype device, and the Company has reaffirmed its plan to complete it during fiscal 2022. - FY2021AdvancedAnnual report
「The Company began test operation of a prototype this fiscal year and aims to move to full-scale operation in stages.」
The AI and image-analysis rebar inspection system advanced from the development stage to the prototype test-operation stage. - FY2020First statedAnnual report
「AI is used to calculate the diameter, number and spacing of reinforcing bars in images, measure their three-dimensional configuration, compare the results with drawing data, and automatically enter the results into rebar inspection reports, with the aim of semi-automating rebar inspections.」
The Company newly describes the joint development of a rebar inspection system using AI, three-dimensional measurement and drawing-data comparison to address the decline in skilled workers and ensure quality.