CAJ | 학술논문

目的探索检影镜数字化视频系统的研制方法,为以后的相关开发研究和产品化莫定基础.方法通过自制光学适配器来改造现有的检影镜光路;通过整合光学镜头、电荷耦合元件(CCD)和采集卡来改造电路;通过自主开发相应的软件来实现视频/图像和验光结果的捕获、存储和检索.结果检影镜数字化视频系统的研制获得成功.通过该系统可以实现检影影动的同步示教、影动视频和验光结果的存储和检索功能.结论通过对现有检影镜的光路和电路进行改造,结合软件开发可以实现检影镜数字化视频系统的研制.
목적 탐색검영경수자화시빈계통적연제방법,위이후적상관개발연구화산품화막정기출.방법 통과자제광학괄배기래개조현유적검영경광로;통과정합광학경두、전하우합원건(CCD)화채집잡래개조전로;통과자주개발상응적연건래실현시빈/도상화험광결과적포획、존저화검색.결과 검영경수자화시빈계통적연제획득성공.통과해계통가이실현검영영동적동보시교、영동시빈화험광결과적존저화검색공능.결론 통과대현유검영경적광로화전로진행개조,결합연건개발가이실현검영경수자화시빈계통적연제.
Objective To develop a digital video system for retinoscopy and to lay a foundation for related research and development. Methods An optical adapter was created to transform the optical path images of a retinoscope. The electronic circuit performed the transformation by integrating the appropriate optical lenses with a charge-coupled device (CCD) and video capture card. The digital video was saved and reviewed by a newly developed video capture program and management system.Results The digital video system for retinoscopy was successfully created. A synchronization demonstration could be performed and the system could meet the demand for digital video.Conclusion By using an electronic circuit for transforming the optical images of retinoscopy and developing a software program, a digital video system for retinoscopy can be successfully created.