Optimal Design and Analysis of Fiber Optic Cable Management Cabinet Structure
In order to solve the existing redundant fiber chassis existing active optical fiber in the maintenance process is easy to damage,multi-fiber pile up entanglement and difficult to manage and other problems,this paper put forwards a new type of fiber optic cable management chassis in which the structure is optimized.The structure of the chassis is modeled and analyzed in SolidWorks.The fiber optic cable tightening control mechanism is used to automatically tighten and release the fiber optic in the process of chassis closing and pulling open.The active optical fiber is dynamically managed,and the fiber path is reasonably planned to ensure that the fiber optic cable is not easily damaged and has stable performance in the maintenance process.Stress simulation analysis and comparison of the old and new chassis structure for redundant fiber weight are carried out,which confirms that the new fiber optic cable management chassis redundant fiber deformation is small,the strength is reliable,it is more suitable for application in the field of communications.
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维普
