鉴于科技的持续推进,智能家居在现代家庭中占据了重要地位。智能婴儿床系统作为智能家居的关键应用之一,其目的在于运用智能化技术为婴儿打造更安全、舒适且便捷的睡眠环境。本文提供了一种基于树莓派的智能婴儿床系统设计方案,该系统...鉴于科技的持续推进,智能家居在现代家庭中占据了重要地位。智能婴儿床系统作为智能家居的关键应用之一,其目的在于运用智能化技术为婴儿打造更安全、舒适且便捷的睡眠环境。本文提供了一种基于树莓派的智能婴儿床系统设计方案,该系统集成了环境监测、视频监控、智能报警和远程控制等功能,能够为家长提供全方位的婴儿监护服务。其研究成果也较为明显,我们通过实时监测装置和安全检测模块,智能婴儿床能够实时监测婴儿的生理指标并在异常情况下及时报警,确保宝宝安全。多样化的按键设计、多场景适用性和多模式助眠功能提升了使用的便捷性,同时智能存储并分析宝宝数据。此外,智能婴儿床还具备互动功能,通过声音检测和远程操控实现父母与宝宝的互动;提供早教资源;且可与其他智能设备和服务互联,搜集信息和友好的交户界面设计。通过对系统的设计,实现了对婴儿床环境的实时监测和控制,有效提高了婴儿的安全性和舒适度。In view of the continuous advancement of science and technology, smart homes occupy an important position in modern households. As one of the key applications of smart home, the smart crib system aims to use intelligent technology to create a safer, more comfortable and convenient sleeping environment for babies. This paper gives a design scheme of an intelligent crib system based on Raspberry Pi. The system integrates environmental monitoring, video surveillance, intelligent alarm, and remote control functions, and can provide parents with comprehensive baby monitoring services. Its research results are also relatively significant. Through the real-time monitoring device and safety detection module, the smart baby crib can monitor the infant’s physiological indicators in real time and give an alarm promptly in abnormal situations to ensure the baby’s safety. The diverse button design, multi-scenario applicability and multi-mode sleep aid function improve the convenience of use. Meanwhile, it can intelligently store and analyze the baby’s data. In addition, the smart baby crib also has an interactive function, realizing the interaction between parents and the baby through sound detection and remote control;providing early education resources;and being able to interconnect with other smart devices and services, gathering information and having a user-friendly interface design. Through the design of system hardware and software, real-time monitoring and control of the crib environment is realized, which effectively improves the safety and comfort of infants.展开更多
为了解决生物样本存储于密闭空间时,由于光照不均匀而导致的二维码识别率不高的问题,本文设计了一种基于树莓派的生物样本二维码识别系统。该系统硬件主要由计算机、树莓派、图像采集模块、设备外壳与平行光源组成,软件采用多种图像处...为了解决生物样本存储于密闭空间时,由于光照不均匀而导致的二维码识别率不高的问题,本文设计了一种基于树莓派的生物样本二维码识别系统。该系统硬件主要由计算机、树莓派、图像采集模块、设备外壳与平行光源组成,软件采用多种图像处理算法,实现对生物样本二维码的高精度识别。In order to solve the problem that the two-dimensional bar code recognition of biological samples is difficult due to uneven illumination when stored in confined spaces, a two-dimensional bar code recognition system for biological samples based on Raspberry Pi was designed and manufactured in this paper. The hardware of the system is mainly composed of a personal computer, a raspberry pi, a camera, a device shell and a parallel light source, and some image processing algorithms are used to achieve high-precision recognition of the two-dimensional bar code of biological samples.展开更多
文摘鉴于科技的持续推进,智能家居在现代家庭中占据了重要地位。智能婴儿床系统作为智能家居的关键应用之一,其目的在于运用智能化技术为婴儿打造更安全、舒适且便捷的睡眠环境。本文提供了一种基于树莓派的智能婴儿床系统设计方案,该系统集成了环境监测、视频监控、智能报警和远程控制等功能,能够为家长提供全方位的婴儿监护服务。其研究成果也较为明显,我们通过实时监测装置和安全检测模块,智能婴儿床能够实时监测婴儿的生理指标并在异常情况下及时报警,确保宝宝安全。多样化的按键设计、多场景适用性和多模式助眠功能提升了使用的便捷性,同时智能存储并分析宝宝数据。此外,智能婴儿床还具备互动功能,通过声音检测和远程操控实现父母与宝宝的互动;提供早教资源;且可与其他智能设备和服务互联,搜集信息和友好的交户界面设计。通过对系统的设计,实现了对婴儿床环境的实时监测和控制,有效提高了婴儿的安全性和舒适度。In view of the continuous advancement of science and technology, smart homes occupy an important position in modern households. As one of the key applications of smart home, the smart crib system aims to use intelligent technology to create a safer, more comfortable and convenient sleeping environment for babies. This paper gives a design scheme of an intelligent crib system based on Raspberry Pi. The system integrates environmental monitoring, video surveillance, intelligent alarm, and remote control functions, and can provide parents with comprehensive baby monitoring services. Its research results are also relatively significant. Through the real-time monitoring device and safety detection module, the smart baby crib can monitor the infant’s physiological indicators in real time and give an alarm promptly in abnormal situations to ensure the baby’s safety. The diverse button design, multi-scenario applicability and multi-mode sleep aid function improve the convenience of use. Meanwhile, it can intelligently store and analyze the baby’s data. In addition, the smart baby crib also has an interactive function, realizing the interaction between parents and the baby through sound detection and remote control;providing early education resources;and being able to interconnect with other smart devices and services, gathering information and having a user-friendly interface design. Through the design of system hardware and software, real-time monitoring and control of the crib environment is realized, which effectively improves the safety and comfort of infants.
文摘为了解决生物样本存储于密闭空间时,由于光照不均匀而导致的二维码识别率不高的问题,本文设计了一种基于树莓派的生物样本二维码识别系统。该系统硬件主要由计算机、树莓派、图像采集模块、设备外壳与平行光源组成,软件采用多种图像处理算法,实现对生物样本二维码的高精度识别。In order to solve the problem that the two-dimensional bar code recognition of biological samples is difficult due to uneven illumination when stored in confined spaces, a two-dimensional bar code recognition system for biological samples based on Raspberry Pi was designed and manufactured in this paper. The hardware of the system is mainly composed of a personal computer, a raspberry pi, a camera, a device shell and a parallel light source, and some image processing algorithms are used to achieve high-precision recognition of the two-dimensional bar code of biological samples.
