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基于Kinect图像识别的翻书机设计 预览

Flipbook Design Based on Kinect Image Recognition
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摘要 为了满足特殊人群正常阅读纸质书籍的需要,设计了一个基于Kinect图像识别的翻书机设计方案,利用图像处理技术和负压吸附原理,实现了非接触式翻书功能。设计最大的特点在于采用了微软公司Kinect系统实时捕捉用户肢体动作,并根据用户动作对其意图进行判断,从而准确、及时地发出翻书指令。同时,本设计采用简洁高效的机械结构以及负压吸附原理来实现翻书动作,克服了传统翻书机结构复杂、翻书动作繁琐的缺点。经测试,翻书机能够较好地实现翻书功能,指令识别准确率高、翻书成功率高,具有较好的应用前景。 In order to meet the needs of the special population to read the paper books normally,a design scheme of book turning machine based on Kinect image recognition is designed.Using the image processing technology and the principle of negative pressure adsorption,a non-contact book turning is realized.The biggest feature of the design is the use of Microsoft's Kinect system to capture the user's body movements in real time,and then determines their intentions based on the user's actions,so that the instructions for turning books can be issued accurately and in a timely manner.At the same time,this design uses a simple and efficient mechanical structure and negative pressure adsorption principle to achieve the book-turning action,which overcomes the shortcomings of the complex structure of the traditional book-turning machine and the cumbersome turning of books.The test results show that the book-turning machine can better realize the function of turning books,it has a high accuracy of instruction recognition,and has a high success rate of turning books.It has a good application prospect.
作者 千承辉 李继源 张宇轩 王鹏飞 Qian Chenghui, Li Jiyuan, Zhang Yuxuan, Wang Pengfei(College of Instrumentation and Electrical Engineering,Jilin University, Changchun 130026, China)
出处 《单片机与嵌入式系统应用》 2018年第6期78-80,共3页 Microcontrollers & Embedded Systems
基金 国家级大学生创新实验计划基金项目(项目编号:2014A65300)
关键词 翻书机 KINECT 负压吸附 bookbinding machine Kineet negative pressure adsorption
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