GE Aerospace, Waygate Technologies To Deliver New AI-Assisted Commercial Jet Engine Borescope Inspection Solution To Enhance Defect Recognition
GE Aerospace, Waygate Technologies To Deliver New AI-Assisted Commercial Jet Engine Borescope Inspection Solution To Enhance Defect Recognition
Jenkins noted that once the new AI-assisted borescope solution is deployed to its MRO shops, it will be used to perform HPC inspections for its GEnx and CFM LEAP* engines.- Successfully integrated cutting-edge AI techniques that help increase detection rates by ~34%, while reducing false alerts by >13% vs. previous Gas Power-assist model version 4.1.
- AI to assist inspectors with engine inspections, making inspections more reliable and ergonomically friendly
- New AI-enhanced version will be made available to customers through an upcoming software update for the Mentor Visual iQ+ video borescope later this year
- New inspection solution part of a broader technology push to improve reliability and turnaround times at MRO shops and remove supply chain bottlenecks
- 成功整合最前沿的人工智能技術，幫助提高檢測率約34%，同時將誤報減少超過13%，與之前的燃料幣動力輔助模型版本4.1相比。
- 人工智能協助檢查員進行發動機檢查，使檢查更可靠和符合人體工程學。
- 新的AI增強版將通過即將推出的Mentor Visual iQ+視頻內窺鏡軟件更新提供給客戶。
- 新的檢驗解決方案是更廣泛的技術推動的一部分，旨在提高MRO店鋪的可靠性和週轉時間，並消除供應鏈瓶頸。
Cincinnati, OH and Huerth, Germany / Skaneateles, NY – Monday, October 28, 2024 - GE Aerospace and Waygate Technologies, a Baker Hughes business, announced they have jointly developed a new, AI-assisted commercial engine borescope solution that will be available to Waygate Technologies customers and introduced to GE Aerospace's MRO network later this year. The development represents the successful completion of their first development program under a Joint Technology Development Agreement between the two companies announced in May of 2023.
辛辛那提, 俄亥俄州和德國胡爾特/紐約州斯卡尼亞提勒斯 – 2024年10月28日星期一 - GE航空航天和Baker Hughes旗下的Waygate Technologies宣佈，他們聯合開發了一款新的，受人工智能輔助的商用發動機內窺鏡解決方案，將提供給Waygate Technologies的客戶，並將在今年晚些時候引入GE航空航天的MRO網絡。 這一開發代表着他們在2023年5月宣佈的兩家公司之間的聯合技術開發協議下的第一個開發計劃的成功完成。
As part of the this first program, GE Aerospace and Waygate Technologies focused on enhancing machine vision-based assisted defect recognition (ADR) systems using AI for commercial aviation engine borescope inspections. Specifically, High Pressure Compressor (HPC) inspections were targeted, as these are one of the most critical and time-consuming tasks in the engine Maintenance, Repair, and Overhaul (MRO) process.
作爲該第一個計劃的一部分，GE航空航天和Waygate Technologies專注於利用人工智能增強的機器視覺輔助缺陷識別（ADR）系統，用於商用航空發動機內窺鏡檢查。 具體而言，他們着眼於高壓壓縮機（HPC）檢查，因爲這些是發動機維護、修理和檢修（MRO）過程中最關鍵和耗時最長的任務之一。
"At GE Aerospace, we increasingly are seeing the value AI technologies are bringing to help improve the speed, accuracy, and reliability of commercial jet engine inspections," said Nicole Jenkins, Chief MRO Engineer, GE Aerospace. "Collaborating with Waygate Technologies, we have successfully combined our industry domain knowledge and digital expertise to integrate new AI techniques with the right data to improve the detection capabilities of commercial engine borescope inspections."
「在GE航空航天，我們越來越看到人工智能技術爲幫助改善商用噴氣發動機檢查的速度、準確性和可靠性所帶來的價值，」 GE航空航天首席MRO工程師Nicole Jenkins說。 「與Waygate Technologies合作，我們成功地結合了我們的行業領域知識和數字專業知識，將新的人工智能技術與合適的數據整合在一起，改善商用發動機內窺鏡檢查的檢測能力。」
Jenkins noted that once the new AI-assisted borescope solution is deployed to its MRO shops, it will be used to perform HPC inspections for its GEnx and CFM LEAP* engines.
Jenkins指出，一旦新的人工智能輔助視頻內窺鏡方案部署到其MRO店鋪，將用於對其GEnx和祥發LEAP*引擎進行HPC檢查。
譯文內容由第三人軟體翻譯。
