但该团队发现眼球运动过快，相机难以捕捉其运动状况，无法实现精确定位功能。
However the team discovered that eyes can be too quick to be captured by camera for an accurate positioning function.
通过结合车辆定位平台的实例，设计和实现了数据库连接池，并验证了其有效性。
The design and implementation of database connection pool are done through an instance of vehicle positioning platform, which proves the efficiency of this method.
该系统采用计算机数控(CNC)系统作为其控制核心，实现了送料、定位、焊接的全程自动化。
This machine used CNC as its controlling system which realized the autoimmunization of whole process (feeding, position and welding).
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