摘要：智能仓储系统是指根据仓库出现的状况或者管理员的命令，自组织性的操作机械做出相对应操作的一个系统，而数据采集终端是智能仓储系统获取仓储系统获取环境信息关键手段，数据采集终端性能的优劣直接关系的智能仓储系统的性能。

本文主要讨论了针对仓库的数据采集终端的研究过程，所实现的系统以NXP半导体公司的微处理器芯片LPC11C14作为本次设计的微处理器。在软件方面，它采用了轮询的设计思路，借助OLED屏、数据采集模块、ZigBee通信模块以及报警模块，将该终端所处的仓库周围光照、温湿度、电池电量、三轴信息等环境信息进行实时采集，然后由主控芯片对采集的数据进行显示、打包、发送，最后接收服务器的命令，根据对应的命令通过终端上的外设调整仓库环境或者进行报警。

系统测试结果表明，这种实时的数据采集终端能够智能监控仓库周边环境信息以及发现异常后报警的功能，提高了仓库的安全性、可靠性。

关键词：数据采集，仓储管理，智能监控

Abstract：Intelligent storage system refers to the warehouse based on the problem or the administrator's order, self-organizing operation of the machinery to make a corresponding operation of a system, and data acquisition terminal is the intelligent storage system to obtain storage information key means of information, data acquisition terminal performance The pros and cons of the direct relationship between the performance of intelligent storage systems.

This paper mainly discusses the research process of the data acquisition terminal for the warehouse. The system is based on NXP Semiconductors' microprocessor chip LPC11C14 as the microprocessor of this design. In the software, it uses the design of the polling design, with OLED screen, data acquisition module, ZigBee communication module and alarm module, the terminal in which the warehouse around the light, temperature and humidity, battery power, triaxial information and other environmental information Real-time acquisition, and then by the master chip to collect the data collected, packaged, sent, and finally receive the server command, according to the corresponding command through the terminal peripherals to adjust the warehouse environment or alarm.

The system test results show that this real-time data acquisition terminal can intelligently monitor the surrounding environment of the warehouse and find out the function of abnormal alarm, and improve the security and reliability of the warehouse.

Keywords: Data collection, storage management, intelligent monitoring

目录

第一章 绪论 1

1.1研究背景与意义 1

1.2国内外研究现状 1

1.3论文组织架构 3

1.4本章小结 3

第二章 系统总体设计 5

2.1系统设计指标及功能要求 5

2.1.1系统设计指标 5

2.1.2系统功能要求 5

2.2系统总体设计方案 6

2.2.1硬件简述 7

2.2.2软件功能需求分析 8

2.2.3软件设计方案 9

2.3本章小结 9

第三章 系统硬件分析和软件设计方案 10