コンクリート施工プロセスの省力化に!【BAIAS×おんどロイド】
コンクリート養生における配筋検査と季節の温度管理をまとめて解決!人材/時間のコストも大幅に短縮いたします!
NETIS登録製品「BAIAS」と「おんどロイド」の合わせ技! 時間と人材にかかるコストを大幅にカットいたします。 ★配筋検査ARシステム「BAIAS」【NETIS登録番号:CB-230022-VE】 1名で実施可能なAR配筋検査で生産性や作業効率が大幅に改善! iPad Pro1台で鉄筋コンクリート構造物の配筋検査を誰でも簡単に実施できます。 LiDARセンサーやARマーカーを用いて広範囲で鉄筋間隔の計測が可能です。 国交省実施要領の全計測項目に対応しており、生産性や作業効率の大幅な改善が期待できます。 ★コンクリート養生温度管理システム おんどロイド【NETIS登録番号:KT-230101-A】 計測箇所ごとに警戒値を設定可能。計測データが警戒値を超えると担当者にメールでお知らせ! 養生中のコンクリートの温湿度を24時間常時自動計測し、離れた場所からリアルタイムで監視・管理するシステムです。精度の高い管理システムで安心して施工を進められます。 冬季の寒中コンクリートの養生温度管理では、温度が警戒値を下回った場合に、所定の時間にジェットヒーターを作動させることも可能です。
basic information
※詳細は各製品ページをご参照ください。 ■おんどロイド通信モバイルステーション(親機)の仕様 通信方式(対サーバ):LTE(KDDI/docomo) 親機1台あたり子機の推奨台数:10台 使用温湿度範囲:-10~60℃、90%RH以下(結露なきこと) ■BAIASクラウド仕様 対応ブラウザ:Microsoft Edge最新バージョン/Chrome最新バージョン インターネット接続回線:光回線を推奨 解像度:1366×768 (px)以上を推奨 ■iPad Proアプリケーション仕様(BAIAS) 最大計測範囲:3m ※ダブル配筋計測時は5mまで計測可能です。 撮影距離:壁・柱方向 15~50(cm) スラブ方向:15~120(cm) 撮影角度:壁・柱方向 ±15° スラブ方向:±30° 保存画像拡張子:JPG 1280×960(px) (120万画素相当) 帳票データ:PDF/CSV
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用途:コンクリート養生における配筋検査・温湿度計測/管理・リアルタイム遠隔監視
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Revolutionary Renewal of the Rebar Inspection AR System "BAIAS"
We are pleased to announce a major renewal of the rebar inspection AR system "BAIAS" on July 1, 2025. By refreshing the UI design and implementing updates that significantly enhance user experience while maintaining robust measurement functions, we aim to evolve into a more intuitive and user-friendly system, thereby improving user convenience and work efficiency. <Renewal Details> - New UI Design Significantly Enhancing Usability We have completely revamped the application's logo and the entire user interface (UI). With highly visible icons and an intuitive layout, we have created a design that allows even first-time users to operate smoothly without confusion. This supports rapid inspections on-site. - Efficient Data Management Functionality We have newly implemented the ability to create and edit storage locations for measurement data in the cloud. This allows the on-site iPad Pro to focus solely on measurement functions, enabling workers to concentrate on inspections. By providing a system where administrators can centrally manage data storage locations, we strengthen collaboration between the field and back office, significantly reducing the effort required for data management. *For details and the full text, please check the link.
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Notice of participation in the "Hokkaido Civil Engineering and Architecture Future Technology Exhibition 2025" from July 2 (Wednesday) to July 3 (Thursday), 2025.
GRIFFY Co., Ltd. will be exhibiting at the "Hokkaido Civil Engineering and Architecture Future Technology Exhibition 2025" held at Access Sapporo. We plan to showcase our rebar inspection AR system "BAIAS," outdoor wireless transmission device "G-Wave," and virtual signage display system "Virtual Sign," among others. On the day of the event, you will be able to see actual products, as well as services and demonstrations, so please take this opportunity to visit the venue. We sincerely look forward to your attendance.
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The rebar inspection AR system "BAIAS" has been selected as a technology for promoting the use of NETIS!
The rebar inspection AR system "BAIAS" was selected as a "Promoted Utilization Technology" in the technical information provision system "NETIS" by the Ministry of Land, Infrastructure, Transport and Tourism on April 14, 2025. With this selection, the NETIS registration number has been changed, and we would like to inform you of this update. New NETIS registration number: CB-230022-VE Old NETIS registration number: CB-230022-A This selection recognizes the excellent technological capabilities of BAIAS, and it is expected to promote its utilization in future public works and further dissemination through incentives for users.
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Reinforcement Inspection AR System "BAIAS" confirms compliance with the standard values of the Ministry of Land, Infrastructure, Transport and Tourism in slab construction.
On January 16, 2025, we added a function to the rebar inspection AR system "BAIAS" that allows the input of design slopes, which are reflected during measurement, and began providing this feature. Additionally, with the implementation of this function, we would like to inform you that we have confirmed compliance with the allowable error of ±5mm (comparison value for individual rebar spacing) as stipulated in the Ministry of Land, Infrastructure, Transport and Tourism's implementation guidelines through on-site verification. In July 2023, the Ministry of Land, Infrastructure, Transport and Tourism established the "Implementation Guidelines (Draft) for Rebar Shape Measurement Utilizing Digital Data," which requires an allowable error of ±5mm for slab work, necessitating high measurement performance. In slab work, it is often necessary to establish slopes in both vertical and horizontal directions, making it difficult to align the measurement surface with the rebar in such cases. Therefore, "BAIAS" has added a function to input the design values of the slope in advance and reflect them on the measurement surface. We also conducted on-site verification tests at Muramoto Construction Co., Ltd. and confirmed that the AR marker measurement mode of "BAIAS" meets the allowable error of ±5mm. Moving forward, "BAIAS" will continue to promote functional updates aimed at improving productivity on-site.