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座舱是飞机中的重要构件,主要用于设备仪器安装、操作系统安装、飞行员操控和救生系统安装等。座舱的理论外形直接影响飞机的力学性能和安全,座舱的理论外形主要由风挡、座舱盖等组成。逆向技术是一种反求工程,它是将实样等的扫描数据进行数字化处理,进行三维建模的工程。对整个座舱进行扫描,应用逆向技术建模,构造座舱理论外形,并进行定位和对比,是一项复杂的任务。
Cockpit is an important component of the aircraft, mainly for equipment and equipment installation, operating system installation, pilot control and rescue system installation. The theoretical configuration of the cockpit directly affects the mechanical performance and safety of the aircraft. The theoretical profile of the cockpit mainly consists of a windshield and a cockpit cover. Reverse technology is a kind of reverse engineering, it is a real sample of the scanned data for digital processing, three-dimensional modeling of the project. It is a complex task to scan the entire cockpit, apply reverse modeling technology and construct the cockpit theoretical profile and position and contrast it.