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文献检索课综合检索报告检索课题（中文） _____光电传感器的应用________________________________ （英文）___The_Application__of___P hotoelectric Sensor_________________一、检索词：主题词（中文）___光电传感器______ （英文）_____photoelectric sensor___副主题词：（中文）___应用_________ （英文）_____application___近义词1：（中文）_________ （英文）________近义词2：（中文）_________ （英文）________近义词3：（中文）_________ （英文）________二、检索结果：分别写出篇名、作者、文献来源（期刊指刊名、年、卷期；专利指专利号；学位论文指授予单位，标准指标准号等文摘形式）及摘要（不要原文），所有数据库均检索近五年的文献。

1、中文期刊文摘（找6篇）：(1)篇名：光电式传感器的应用与发展作者：张燕；曾光宇文献来源：科技情报开发与经济, Sci-Tech Information Development & Economy, 编辑部邮箱 2006年 13期摘要：简要介绍了光电式传感器的分类,着重阐述了光电式传感器在工业生产、自动控制、光电检测等方面的应用,并进一步预测了其发展前景。

(2)篇名：光电传感器的应用作者：郭传宝；刘峰; 朱本宏文献来源：中国井矿盐, China Well and Rock Salt, 编辑部邮箱 2011年 01期摘要：光电传感器是把被测量的变化转换成光信号的变化,然后,借助光电元件把光信号转换成电信号来实现控制。

如光电开关、光感电阻、光感二极管、光电池、光纤等。

(3)篇名：智能光电传感器的原理与应用作者：张先富；苏丽秋；赵明富文献来源：磁性材料及器件, Journal of Magnetic Materials and Devices, 编辑部邮箱 2009年 02期摘要：介绍了一种能辨别人员进、出状态的光电传感器检测电路,可广泛用于商场、候车室、展览馆、图书馆及学校教室等人数动态变化的场合,能自动记录和显示进、出人员数量,便于行政部门的规划与管理。

(4)篇名：光电传感器在印刷机上的应用作者：商允振文献来源：可编程控制器与工厂自动化, Programmable Controller & Factory Automation, 编辑部邮箱 2009年 12期摘要：光电传感器在提高印刷机自动化方面起着非常重要的作用。

诸如输纸故障检测、纠偏装置、以及印品质量检测都是通过光电传感器来实现的。

本文结合印刷过程全面系统的阐述了光电传感器的原理与应用,对于印刷技术和印刷设备的创新发展有着非常重要的意义。

(5)篇名：光电传感器的车载应用作者：侯巧珍；李琳文献来源：科技信息, Science & Technology Information, 编辑部邮箱 2011年 25期摘要：光电传感器是采用光电元件作为检测元件的传感器.它首先把被测量的变化转换成光信号的变化,然后借助光电元件进一步将光信号转换成电信号。

光电检测方法具有精度高,反应快,非接触等优点,而且可测参数多,传感器的结构简单,形式灵活多样,因此,光电式传感器在检测和控制中应用非常广泛。

本文主要介绍了光电传感器的测距应用。

(6)篇名：光电传感器的基本知识及其创新应用作者：陈振宽；王志标文献来源：农村实用科技信息, 编辑部邮箱 2011年 01期摘要：<正>光电传感器是采用光电元件作为检测元件的传感器,具有反应快、精度高、非接触等优点,而且可测参数多,传感器的结构简单,形式灵活多样,因此,光电式传感器在检测和控制领域中应用非常广泛。

一、光电传感器基本知识光电传感器最根本的原理是光电效应,光电效应又分为外光电效应和内光电效应外光电效应:在光线作用下,物体内的电子逸出物体表面向外发射的现象称为外光电效应。

在光线作用下,物体的导电性能发生变化或产生光生电动势的效应称为内光电效应。

内光电效应又可分为以下两类:(1)光电导效应。

在光线作用下,对于半导体材料吸收了入射光子能量,若光子能量大于或等于半导体材料的禁带宽度,就激发出电子。

2、外文期刊文摘（找3篇）：（1）TI Title：Photoelectric sensors: A solution for every application. Authors: Myers, Ed; Allison,Jeff; Frigyes,GarySource: Control Solutions International; Mar2004, Vol. 77 Issue 3, p50-53, 4p, 4 Diagrams, 1 ChartAbstract:This article focuses on the advantages and basic modes of operation of photoelectronic sensors. These sensors detect a change in light intensity. The sensors are made up of a light source, a receiver, a signal converter, and an amplifier. Sensing ranges for photoelectricsensors far surpass that of inductive, capacitive, magnetic, and ultrasonic technologies. Photoelectronic sensors provide diffused, retro-reflective, and thru-beam target detection. Diffused mode with background suppression can operate at a fixed distance or at a variable distance. Retro-reflective mode photoelectricsensors are available with or without polarization filters. Thru-beam mode uses two separate housings, one for the transmitter and one for the receiver. It allows the longest possible sensing ranges. Fiber sensors guide the light from the transmitter through either plastic or glass cables called fiber optic cables. Fiber optic cables allow either diffused mode or thru-beam mode sensing. Glass fiber optic cables are constructed from tiny strands of glass that are bundled together inside an application-specific sheath. Plastic fiber optic cables are manufactured from a light conductive plastic monofilament material and are housed in a protective polyvinyl chloride jacket. INSET: Application-specific photoelectricsensors.（2）TI Title:A nonimaging optics approach for photoelectric sensor applicationsAuthors:Jun,JiangSource: 2007 Asia Optical Fiber Communication and Optoelectronic Exposition and Conference, AOE, p 130-132, 2007, 2007 Asia Optical Fiber Communication and Optoelectronic Exposition and Conference, AOEAbstract:This paper discusses the application of a hybrid TIR lens, a nonimaging optics, in photoelectric sensors. The performances and design are evaluated using a commercial non-sequential ray tracing software. The results of the TIR lens in a conceptual thru-beam photoelectric sensor system are compared with the results from a CPC and an imaging optics.（3）TI Title:Application of real-time feature level multi-sensor data fusion system to photoelectric theodoliteAuthors:Cheng,Guo-Ying;Zhang,Sun-Mei;Gao,Hui-Bing;Qiao,Yan-FengSource: Guangxue Jingmi Gongcheng/Optics and Precision Engineering, v 16, n 11, p 2151-2157, November 2008Abstract:In order to satisfy the requirement of real-time tracing for photoelectric theodolite with multi imaging systems and to guarantee tracing precision and reliability, a new servo-control system according to Multiple Instruction Multiple Data Stream (MIMD) structure was proposed. The predictive filtering and data fusion of theodolite was derived theoretically. The resuts show that solution of data fusion needs a vast amount of numerical calculations. In order to satisfy the calculation requirement, a special parallel calculation system with three arithmetic units, two DSPs and a single FPGA was developed. The time outgoing of real-time calculation for each calculation unit was analysed. The simulation results show that the system can achieve 1.25 ms operation time in real-time for the theodolite with three imaging systems, while the CCD sampling frequency is 50 Hz and sampling frequency of photoelectric encoder is 800 Hz.3、学位论文文摘（找1篇）：篇名：光电传感器在继电保护中的应用研究作者：高阳授予单位：东北大学摘要：随着微电子技术、光电技术、通信技术的飞速发展，智能化、数字化和网络化的测试、控制技术迅速在电力系统中得到广泛应用，改变了传统电力系统的运行、维护和管理模式。