摘要由于当今世界科学技术的发展非常的迅速，全球的农业设备及技术，都逐渐演变成了比较不错的技术，生产工艺和装备都已经达到了一个相当不错的阶段。对于正常的温室里的温度湿度等这些控制中所使用的联系方式，一般情况下都是从测试点中的一点到控制器的另外一点，抑或通过人工处理的方式。于是很多问题就出现了，比方说：由于线路排版样式多变，对P  C  B工程师的布线画图的要求就会很高，电路在工作时的情况很不稳定，所测量到数据和实际是有一定的差别，因为受到所处环境的影响或人工引起的。传输电缆如果发生了腐蚀现象，其原因可能是：气温、日照时长、P H值等。使用蓝牙就是解决这些问题的一种不错的选择。80689

本次作品最为重要的三个模块，依次是蓝牙通讯模块、温室调节系统和上位机客户端。首先建立蓝牙通讯环境，然后让相应的传感器收集室内相关参数，单片机进行数据计算并且处理之后，再通过蓝牙模块把数据上传到VB开发的上位机终端。上位机可以实时监测各种数据并反应出状态，同时反馈控制命令传输到温室调节系统，控制设备运行。此论文主要研究了蓝牙通信技术和单片机控制技术，详细介绍了蓝颜控制的温室调节系统的优点和性能。

该论文有图15幅，表3个，参考文献9篇。

毕业论文关键词：传 感 器  上 位 机  无 线 通信  蓝 牙  技 术 

Wi rele ss C ontr ol S ys tem A bo ut the Gre e n ho use B ase d on Bl ue too th 

Abstract Along with rapid d eve lop m ent of technology and science, the global agricultural equipment and technology has already been in a complete level。 In addition, the production technology has been in the position of a nice section。 For the normal greenhouse temperature, humidity and other connection factors used in control process, which is often figured out from one point to another point in controller or handled by manual handing。 Therefore, here comes some problems, such as higher line drawing requirement for PCB engineer for persity of circuit; instability of circuit for some environmental and contrived factors; inaccuracy of the metrical data。 If there happens corrosion phenomenon in transmission cables, the reason could be temperature, sunlight period, PH value, etc。 The utilization of Bluetooth has already been a good choice for solving these problems。

    This project contains three main modules, which are a PC client, a Bluetooth and a greenhouse control system。 To begin with, we establish a Bluetooth communication environment and make the corresponding sensors collect parameters indoors。 After computing data information by single-chip computer, the processed data would be uploaded to VB developing PC through Bluetooth。 PC can monitor various data in real time and give the feedback command to greenhouse control system for controlling the operation of device。 This paper focus on Bluetooth communication technology and single-chip microcomputer control technology, which demonstrates the advantages and frame of greenhouse control system and the design process of the hardware and software。

Keywords: sensor  upper computer  wireless  communication  Bluetooth technology

目 录

摘  要 I

Abstract II

目 录 III

1研究的背景 1

1。1 国内外研究现状 1

1。2研究任务与内容 2

2设计方案论证和选择 4

2。1系统方案