为提高医学及生命科学研究中实验动物管理的效率和安全性，本研究开发了一种融合遥控锁和位置检测功能的、新型的独立通风笼具系统。随着医学及生命科学研究的进步，科技工作者对实验动物的需求日益增长，传统的独立通风笼具(individually ventilated cage，IVC)系统存在因操作不当导致笼盒位置偏离，并进一步产生管理及生物安全风险等问题而面临挑战。本研究开发的新型IVC系统通过推拉伸缩杆及集成软件，能够有效区分复杂操作情况下的笼盒状态，并即时反馈，大幅提升IVC的生物安全性。该系统的预约管理和锁定功能，可有效避免多组实验共用IVC系统时的误操作，进一步提高了实验室管理的效率和安全性。这种带遥控锁和位置检测功能的IVC系统不仅能提高操作的准确性，而且能为实验室动物管理提供更高的安全性和可靠性保证，为医学及生命科学研究和生物安全实验室管理提供重要支持。

To enhance the efficiency and safety of laboratory animal management in medical and life science research, this study have developed a novel individually ventilated cage (IVC) system that integrates remote locking and position detection functions. As life science research advances, the demand for experimental animals increases, posing challenges for traditional IVC systems due to issues like cage misplacement from improper handling. The new IVC system, integrated with software, employs clear lighting cues and system alarms to effectively differentiate cage statuses in complex operational contexts, providing instant feedback and significantly reducing the likelihood of mishandling. Its reservation management and locking capabilities prevent mishaps when multiple groups share the IVC system, further boosting efficiency and safety in laboratory management. This IVC system with remote locking and position detection functions not only increases the accuracy of operations, but also provides a higher level of safety and reliability for laboratory animal management. It offers important support for medical and life science research and the management of biosafety laboratories.