"基于单片机的多功能汽车防盗系统研究与设计"

"Based on Single-chip Microcomputer multi-function car alarm" is a bachelor's thesis aimed at designing a multi-functional car anti-theft system using a single-chip microcomputer. The document outlines the technical specifications, guidance, and purpose of the project. The thesis begins by highlighting the importance of automobiles in modern society and how the increasing number of vehicles on the roads has led to a rise in accidents and car thefts, resulting in significant loss of life and property. The demand for improved performance and anti-theft features has become a necessity for vehicle owners. As a result, the development of a simple, reliable, and user-friendly automatic safety system that can detect abnormalities in various parts of the car and provide warnings and anti-theft alerts to the driver is of great practical significance. The main technical indicators of the system include monitoring engine temperature in the range of -55°C to 125°C, with precision within the -10°C to 85°C range. Additionally, the system is designed to monitor the car's battery voltage, oil pressure, and door status, providing comprehensive security and reporting functionalities. The purpose of this thesis is to address the growing concerns around car safety and security by proposing a solution that leverages modern technology and automation. By integrating a single-chip microcomputer into the design, the system aims to provide an intelligent and efficient anti-theft system for automobiles. In summary, the "Based on Single-chip Microcomputer multi-function car alarm" thesis tackles an important social issue by proposing an innovative solution to improve car safety and security. Through its technical specifications, guidance, and purpose, the document sets the stage for the development of an advanced anti-theft system that meets the increasingly high demands of modern car owners.