汽车防盗报警器的论文[毕业设计,精品论文]
【完整版】汽车防盗报警器的设计毕业论文设计
【完整版】汽车防盗报警器的设计毕业论⽂设计摘要本⽂介绍了本次毕业设计的课题汽车防盗报警器的设计。
整个系统的功能是通过检测来实现汽车防盗，当没有振动时，保持预警状态，有振动时就报警。
本系统主要包括三个部分的电路：振动检测电路、单⽚机控制电路、报警电路。
振动检测电路的主要功能是：检测汽车是否有振动，当没有振动时，输出保持低电平，当有振动时，检测电路产⽣数字脉冲信号，送到单⽚机控制电路。
单⽚机控制电路是整个系统的核⼼部分，它接收检测电路传来的信号，并通过程序来加以处理和控制报警电路，当它接收到的是低电平时，就保持报警电路关闭状态，当它⼀旦接收到脉冲信号时就开启报警电路。
报警电路主要实现声⾳和光两种报警。
本⽂⾸先说明了本次设计所能够采⽤的⽅案，接着介绍了芯⽚的功能及其它器件的特性，例如，AT89S52、振动传感器等。
然后描述了该系统的组成及其结构。
接下来分析了各个电路及整个系统的⼯作原理及具体⼯作过程。
最后阐述了调试⽅法以及电路的改进⽅案，以确保整个系统更加有效地⼯作和很好地完成本次设计。
关键词：振动检测电路单⽚机控制电路报警电路振动传感器AbstractThis paper introduces the design of automobile anti-theft alarm system of this graduation design.The function of the system is realized by detecting car alarm,when there is no vibration, keep alert,avibration alarm.This system mainlyincludes circuit of three parts:the vibration detection circuit,single-chip microcomputer control circuit,alarm circuit.The main function of the vibration detection circuit is: testing whether the automobile vibration, when there is novibration, the output remains low, when the vibration detection circuit, digital pulse signal, is sent to the MCU control circuit. MCU control circuit is the corepart of the whole system, it receives the signal detection circuit came, and through the procedures to it receives islow, keep the alarm circuit closed state,when it receives the pulse signal whenopening the alarm circuit. The alarm circuit is mainly to achieve sound and lightalarm two. This paper first explains to the design options, then introduces thecharacteristics, the function of the chip and other devices for example AT89S52 vibration sensor. Then it describes the composition and structure of the system. Then analyzed the working principle of the circuit and the whole system and the specific work process.Finally,the debugging method and the improved scheme of the circuit, so as to ensure the whole system work more effectively and perform well in the design.KEY WORDS:the vibration test electrical circuit the control electrical circuit of themicrocomputer the alarm electrical circuit the vibration sensor⽬录第⼀章引⾔ (1)第⼀节振动信息检测 (1)第⼆节车辆信息的传输与控制 (2)第⼆章系统概述 (3)第⼀节系统设计⽬标 (3)第⼆节系统结构框图 (3)第⼆节系统的改进与展望 (4)第三章系统硬件 (5)第⼀节MC9S08QG8单⽚机及其外围电路 (5)第⼆节MMA7260QT加速度模块及其外围电路 (6)第三节TC35i GSM Modem模块 (8)第四节其它辅助电路 (8)第四章系统软件 (9)第⼀节系统软件的整体设计思路 (9)第⼆节振动、倾⾓信息的提取和判别 (10)第三节车辆信息的传输与控制 (12)结束语 (18)谢辞 (19)第⼀章引⾔随着我国改⾰开放，⼈们⽣活⽔平的不断提⾼，汽车越来越成为⼈们⽣活中不可缺少的⼀部分。
汽车防盗报警器的论文
目录引言··························································································································································1 任务指标及要求························································································································2 方案确定·······································································································································3 芯片及器件介绍························································································································3.1 MCS-51 微型计算机·······················································································································3.1.1MCS-5l 基本组成及主要特点···································································································3.1.2MCS-51 内部结构及功能简述···································································································3.1.3 工作原理······································································································································3.1.4 定时器········································································································································3.1.4.1 定时器的工作原理·············································································································3.1.4.2 定时计数器的控制·············································································································3.1.4.3 定时计数器的初始化·········································································································3.1.5 单片机的中断系统················································································································3.1.5.1AT89C51 的中断系统···········································································································3.1.5.2 中断处理过程······················································································································3.2 振动传感器··································································································································3.2.1 传感器的种类、原理和性能································································································3.2.2 传感器的选择··························································································································3.2.3 传感器的安装要点·················································································································3.2.4CLA-3 全向振动传感器···········································································································4 电路原理及设计过程···········································································································4.1 电路设计及原理分析·················································································································4.1.1 检测电路···································································································································4.1.2 单片机控制电路······················································································································4.1.3 报警电路···································································································································4.1.4 整体电路和控制程序·············································································································1 引言近些年来,随着社会经济的发展以及工业发展的突飞猛进,人民生活水平也有了显著提高,世界的距离也在不断缩小,随着交通日益发达，越来越多的汽车进入了人们的日常生活，随着科学技术的发展，汽车偷盗技术越来越高，令人们防不胜防，已对全世界造成极大的危害，汽车防盗问题也成了一个不容忽视的问题,无论是对汽车制造商还是社会保险业都具有极其重要的研究价值，如何制定出更为严范的法规，开发出更为有效的汽车防盗装置，减少车主的损失是今后人们研究的重要课题。
汽车防盗系统设计_毕业论文
汽车防盗系统设计_毕业论文设计汽车防盗系统摘要针对汽车犯罪日益严重的问题，本文主要研究了汽车防盗系统的设计。
首先，研究了当前汽车防盗技术的发展和应用情况，分析了当前存在的问题和不足。
然后，详细介绍了汽车防盗系统的整体设计和关键技术，包括传感器设计、控制器设计、报警器设计和信息传输等。
最后，对设计的汽车防盗系统进行了测试和评估，结果表明该系统能够有效地防止汽车被盗并提高汽车安全性能。
关键词：汽车防盗系统；传感器；控制器；报警器；信息传输AbstractIn view of the increasingly serious problem of automobile crime, this paper mainly studies the design of automobile anti-theft system. Firstly, the current development and application of automobile anti-theft technology are studied, and the problems and shortcomings are analyzed. Then, the whole design and key technologies of automobile anti-theft system are introduced in detail, including sensor design, controller design, alarm design and information transmission. Finally, the designed automobile anti-theft system is tested and evaluated, and the results show that the system can effectively prevent automobile theft and improve automobile safety performance.Keywords: automobile anti-theft system; sensor; controller; alarm; information transmission一、前言目前，汽车已成为我们生活中必不可少的交通工具，是人们经常使用的一种交通工具。
毕业论文--汽车防盗系统
目录序言 (3)第一章汽车防盗技术的国外分析 (4)第二章汽车防盗系统的分类及其特点 (5)2.1汽车防盗系统的作用 (5)2.2汽车防盗器的类型和特点 (6)2.2.1机械式防盗器 (6)2.2.2芯片式防盗器 (7)2.2.3电子式防盗装置 (7)2.2.4GPS卫星定位汽车防盗系统网络式防盗器 (9)2.3国外汽车防盗新装置 (10)2.3.1数码防盗装置 (10)2.3.2通讯防盗系统 (11)2.3.3影像防盗 (11)2.3.4报警网络系统 (11)第三章汽车防盗装置的结构原理 (13)3.1电控门锁的组成 (13)3.2钥匙控制式防盗系统 (14)3.3中央集控门锁的功能与结构 (15)第四章汽车智能防盗的主要措施 (19)第五章汽车防盗系统的未来展望 (21)汽车防盗系统综述【摘要】随着人民生活水平的不断提高，我国公车和私车的拥有量逐年增多，特别是轿车正以很快的速度步入家庭，人们为了车辆的安全大都安装了汽车防盗报警系统。
防盗报警系统是安全防技术体系中一个重要的组成部分。
目前这种系统的应用在我国发展极快，市场竞争激烈。
防盗报警系统主要由六部分组成：留给司机进出汽车关、开防盗报警器总电源开关的延时电路、防盗车电路、外防劫车电路、物品防窃电路、高压自卫电路和报警声响电路所组成。
随着计算机技术的高速发展，整个系统的向着数字化，网络化，集成化的方向发展。
本文主要以防盗控制为例，论述一般防盗报警系统的类型特点和基本工作原理，以及介绍这种技术的最新发展趋势。
【关键词】防盗报警防盗器原理智能化汽车常用防盗系统综述序言随着人们生活水平的不断提高，汽车越来越成为人们生活中不可缺少的一部分。
从世界上第一辆T型福特牌轿车被盗开始，偷车已成为现今城市里最常见的犯罪行为之一。
汽车数量增多，车辆被盗的数量也逐年上升，这给社会带来极大的不安定因素，担心车辆被盗，成为困扰每一位汽车用户的难题。
随着敞篷汽车的流行，汽车门锁已无法成为万无一失的铁将军，使车门锁止系统的概念进一步被淡化，由此汽车防盗器也应运而生。
汽车防盗系统毕业论文
毕业论文（设计）题目汽车防盗技术的发展学生姓名唐思宇学号 13061518 班级 130615 专业汽车电子分院汽车分院指导教师汤思佳年月日目录序言 (4)第一章汽车防盗技术的国内外分析 (1)第二章汽车防盗系统的分类及其特点 (2)2.1汽车防盗系统的作用 (2)2.2汽车防盗器的类型和特点 (1)2.2.1机械式防盗器 (1)2.2.2芯片式防盗器 (1)2.2.3电子式防盗装置 (1)2.2.4 GPS卫星定位汽车防盗系统网络式防盗器 (1)2.3国外汽车防盗新装置 (2)2.3.1数码防盗装置 (2)2.3.2通讯防盗系统 (1)2.3.3影像防盗 (1)2.3.4报警网络系统 (1)第三章汽车防盗装置的结构原理 (3)3.1电控门锁的组成 (3)3.2钥匙控制式防盗系统 (4)3.3中央集控门锁的功能与结构 (5)第四章汽车智能防盗的主要措施 (9)第五章汽车防盗系统的未来展望 (11)汽车防盗系统综述摘要随着人民生活水平的不断提高，我国公车和私车的拥有量逐年增多，特别是轿车正以很快的速度步入家庭，人们为了车辆的安全大都安装了汽车防盗报警系统。
防盗报警系统是安全防范技术体系中一个重要的组成部分。
目前这种系统的应用在我国发展极快，市场竞争激烈。
防盗报警系统主要由六部分组成：留给司机进出汽车关、开防盗报警器总电源开关的延时电路、防盗车电路、内外防劫车电路、物品防窃电路、高压自卫电路和报警声响电路所组成。
随着计算机技术的高速发展，整个系统的向着数字化，网络化，集成化的方向发展。
本文主要以防盗控制为例，论述一般防盗报警系统的类型特点和基本工作原理，以及介绍这种技术的最新发展趋势。
【关键词】防盗报警防盗器原理智能化汽车常用防盗系统综述序言随着人们生活水平的不断提高，汽车越来越成为人们生活中不可缺少的一部分。
从世界上第一辆T型福特牌轿车被盗开始，偷车已成为现今城市里最常见的犯罪行为之一。
汽车数量增多，车辆被盗的数量也逐年上升，这给社会带来极大的不安定因素，担心车辆被盗，成为困扰每一位汽车用户的难题。
毕业设计任务书(3)编码式汽车防盗报警器设计
黄河科技学院本科毕业设计（论文）任务书信息工程学院电子信息工程系电子信息工程专业2006 级一班学号060102110 学生章立指导教师李海霞毕业设计（论文）题目编码式汽车防盗报警器设计毕业设计（论文）工作内容与基本要求一、背景和意义随着社会的发展和人民生活水平的不断提高，汽车已逐渐走入寻常百姓家中，越来越成为人们生活中不可缺少的一部分。
从世界上第一辆T型福特牌轿车被盗开始，偷车已成为现今城市里最常见的犯罪行为之一，汽车数量增加，汽车被盗的数量也逐年上升。
这给社会带来极大不安定因素，担心车辆被盗成为困扰每一位汽车用户的难题。
本课题采用编码无线发射和无线接收译码的方式，主要由安装在汽车上的触发报警发射器和司机携带的BP机式无线接收及两部分构成，遥控报警距离约为150米。
该课题有利于培养学生科技开发能力和创新精神，并有一定的实用意义。
二、目标和任务1、设计编码无线发射电路（开关转换电路、编码集成电路、编码发射电路）。
2、设计电阻降压稳压电路。
3、设计无线接收译码电路。
4、画出相应电路原理图。
三、途径和方法1、利用图书馆和网上资源查找相关资料。
2、应用模拟电子技术、数字电子技术和传感器技术实现编码式汽车防盗报警器电路的设计，并用Protel软件绘制电路原理图。
四、主要参考资料[1] 杨素行.模拟电子技术简明教材[M].北京:高等教育出版社,1998.[2] 方大千.实用电子控制电路[M].北京:国防工业出版社,2002.[3] 孙建民.传感器技术[M].北京：清华大学出版社，2005.[4] 康华光.数字电子技术基础[M].北京：清华电子学教研室高教出版社，1985.[5] 吴显鼎.集成电子电子线路设计手冊[M].福州:福建科技出版社,2003.五、技术要求1、提供每周上机时间不少于6小时。
2、提供查找资料的途径。
3、提供Protel绘图软件。
4、安排一定的辅导时间和学习场所。
5、安排实验场所，提供必要的仪器、仪表。
汽车遥控防盗报警器的设计_毕业设计论文
汽车遥控防盗报警器的设计[摘要]汽车成为很多不可缺少的交通工具，现在汽车被盗的现象时有发生，盗贼的手段也层出不穷，为对付不断升级的盗车手段，人们已经进行一些防盗装置的研制为了对盗窃行为进行有效的监测和报警，设计了一种基于单片机的无线防盗系统，系统主要由硬件与软件两部分组成，硬件包括人体热释电红外传感电路、无线收发电路、控制处理电路和温度感应等。
当红外感应器感应到人时会发出高电平信号且当温度超过设定温度时候就会发出报警信号，使得蜂鸣器报警，在通过无线传输使得远程也接收到报警信号，使得车主能够及时作出应急措施。
[关键词]防盗系统；红外传感器；无线收发电路；单片机；温度传感器Car Remote Anti-theft Alarm DesignInstructor: xxxxxAbstract：Many cars become an indispensable means of transport, car theft is now the phenomenon have occurred, the means thieves are endless, to combat the escalating theft means, people have developed some security devices in order to carry out effective monitoring of theft and alarm, the design of a microcontroller-based wireless security systems, hardware and software system is mainly composed of two parts, hardware, including human pyroelectric infrared sensing circuit, wireless transceiver circuit, control circuit and temperature sensors and other processing. When the infrared sensor senses that the person will be issued when a high level signal when the temperature exceeds the set temperature and time will be an alarm signal, making the buzzer alarm, remotely via wireless transmission makes it receives the alarm signal, so that owners can timely make emergency measures.Key words：anti-theft system; infrared sensor; wireless transceiver circuit; mcu; temperature sensor1引言 (1)1.1课题背景 (1)1.2课题研究的目的与意义 (2)1.3汽车防盗技术的国内外分析 (2)1.4汽车防盗的分类 (2)2方案论证及选择 (6)2.1基于GSM的汽车防盗报警系统 (6)2.2基于pt2262的汽车防盗报警系统 (6)2.3方案的选则 (7)3系统硬件电路设计 (8)3.1红外传感器模块 (8)3.1.1红外传感器描述 (8)3.1.2红外传感器的参数说明 (8)3.2温度传感器 (9)3.2.1温度传感的描述 (9)3.2.2温度传感器工作方式 (9)3.2.3测温操作 (10)3.3无线收发模块pt2262/2272介绍 (14)3.4报警电路的设计 (15)3.5单片机最小系统的设计 (16)4系统软件设计 (18)4.1软件编译Keil简介 (18)4.2主控程序的设计 (18)4.3子程序设计 (19)4.3.1温度传感器子程序 (19)4.3.2报警子程序 (20)4.4程序编译于下载 (21)5系统电路制作与调试 (23)5.1系统电路制作 (23)5.1.1温度模块与红外线模块 (23)5.1.2报警模块及无线传输报警模块 (23)5.2系统调试 (24)结论 (26)致谢 (27)参考文献 (28)附录A 英文文献原文 (29)附录B英文文献译文 (41)附录C 源程序 (53)附录D汽车防盗原理图和仿真图 (58)附录E温度传感器子程序 (60)附录F元器件清单 (62)1引言1.1课题背景随着人们生活水平的不断提高，汽车越来越成为人们生活中不可缺少的一部分。
(完整版)基于单片机的汽车防盗报警系统毕业设计论文
摘要随着科学技术的进步，为对付不断升级的盗车的段，人们研制开发了不同方式结构的防盗器。
本设计以单片机AT89S52作为控制核心，从单片机最小系统设计、防人接近热释电检测电路的设计、玻璃防震、车身防击的振动检测电路的设计、防车门开启检测电路的设计、防接近驾驶座电路、汽车点火闭锁电路的设计、无线遥控电路及无线报警电路的设计等几个方面出发，详细研究和设计了汽车防盗报警器的各个部分内容，设计了单片机及其外围电路，并结合一套经典的程序算法。
给出了一套合理的汽车防盗报警器软硬件解决方案。
关键词单片机热释电多普勒效应振动无线报警遥控AbstractWith the scientific and technological progress, to combat the escalating car theft in the section, people developed different ways to structure the anti-theft device.The design MCU AT89S52 as thcontrol, from the microcomputer system design, anti-people close to the pyroelectric detection circuit design, glass vibration, the vibration of the body against attack detection circuit design, anti-detection circuit to open the door, anti-nearly driving Block circuit, car ignition locking circuit design, wireless remote control circuit and the design of wireless alarm circuit aspects of starting a detailed study and design of the vehicle anti-theft alarm in all parts of the design of the microcontroller and its peripheral circuits, combined with a set of the classic program algorithm. Given a reasonable car burglar alarm Wireless Alarm Remote control第一章绪论随着我国改革开放以来，人们生活水平不断提高，汽车越来越成为人们生活中不可缺少的一部分，从世界上第一辆T型福特车被盗开始，偷车已成为现今社会里最常见的犯罪行为之一，这已成为一个严重的社会问题。