智能型光伏百叶窗防盗报警装置的设计与实现
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摘要
针对目前的建筑遮阳研究状况及市场需求,设计了一种智能型光伏百叶窗防盗报警装置,既有智能遮阳功能、又能光伏发电并且具有防盗短信报警能力。本装置由光伏板与遮阳叶片组成阵列,可根据外界环境气候及一年四季太阳运行的变化而自动调整叶片角度,取得符合设计要求的遮阳效率及发电量。通过无线模块把室内的温度、湿度、光照度传送至手机界面上,实时监测室内环境情况,并可以一键开启光伏百叶窗,单片机通过外接光敏电阻采集室外光强变化,也可根据雨滴传感器采集的天气情况,为叶片运行提供输入信号。系统联动的智能家庭防盗装置可以检测家中是否有人未经许可进入,如果发生异常情况则通过GSM模块及时将提醒短信发送给用户。本装置通过实验模拟验证了系统设计的可行性。
In view of the current research status and market demand of building sun shading, a kind of intelligent PV blinds anti-theft alarm device has been designed, which not only has intelligent sun shading function, but also can generate photovoltaic power, and has the ability of security short message alarm. This device consists of photovoltaic panel and sunshade blade array, which can automatically adjust the blade angle according to the environment climate and the change of the solar running of the four seasons of the year, and obtain the sun shading efficiency and the power generation quantity that meet the design requirements. Through the wireless module, the indoor temperature, humidity and light illumination are transmitted to the mobile phone interface, and the indoor environment is monitored in real time, and the photovoltaic shutters can be opened at one key. The single chip microcomputer collects the outdoor light intensity through the external photosensitive resistance, and can also provide the input letter for the blade operation according to the sky gas situation collected by the raindrop sensor. Number. The intelligent family burglar device of the system can detect whether there is an unauthorized entry in the home. If there is an abnormal situation, a reminder message is sent to the user in time through the GSM module. The feasibility of the system design is verified by experimental simulation.
In view of the current research status and market demand of building sun shading, a kind of intelligent PV blinds anti-theft alarm device has been designed, which not only has intelligent sun shading function, but also can generate photovoltaic power, and has the ability of security short message alarm. This device consists of photovoltaic panel and sunshade blade array, which can automatically adjust the blade angle according to the environment climate and the change of the solar running of the four seasons of the year, and obtain the sun shading efficiency and the power generation quantity that meet the design requirements. Through the wireless module, the indoor temperature, humidity and light illumination are transmitted to the mobile phone interface, and the indoor environment is monitored in real time, and the photovoltaic shutters can be opened at one key. The single chip microcomputer collects the outdoor light intensity through the external photosensitive resistance, and can also provide the input letter for the blade operation according to the sky gas situation collected by the raindrop sensor. Number. The intelligent family burglar device of the system can detect whether there is an unauthorized entry in the home. If there is an abnormal situation, a reminder message is sent to the user in time through the GSM module. The feasibility of the system design is verified by experimental simulation.
引文
[1]施建伟.高层建筑中的建筑设计问题[J].中小企业管理与科技(下旬刊),2011(12):184.
[2]李竺袁,李廷元.无人智能产品的日常监管与融入生活[J].软件,2018,39(1):83-86.
[3]刘冀鹏,张洪沛.智能家居安防技术专利分析[J].软件,2018,39(1):165-168.
[4]汪子尧,贾娟.人工智能的前生?今世与未来[J].软件,2018,39(2):223-226.
[5]赵健,桑笑楠,马迪扬等.智能电网安全策略切换判决算法设计[J].软件,2015,36(9):70-77.
[6]杨彦伟,雒志秀,郑肖宇,等.基于STM32芯片的楼宇火灾远程自动报警系统[J].软件,2015,36(8):117-120.
[7]魏海亮,殷嘉伟,华艳秋.浅谈基于GSM手机短信的家庭防火防盗报警系统设计[J].科技风,2016(2):85-85.
[8]张二江,迟潇潇,肖亚铁.基于Android平台的实时隐秘报警系统设计与实现[J].软件,2015,36(4):28-32.
[9]赵石磊,张旭,李金刚.基于ZigBee的智能窗控制系统设计[J].电子设计工程,2013,21(24):163-165.
[10]管超,邵小桃.基于ZigBee的振动报警系统的设计与实现[J].软件,2015,36(6):146-151.
[11]李旺林.基于GSM短信模块的家庭防盗报警系统设计与研究[J].工业,2016(10):268.
[12]康诵晨,邓芳.报警管理系统的设计与应用[J].软件,2015,36(12):114-118.
[13]蔡晓艳,田凯,王照平.基于GSM短信模块的家庭防盗报警电路的设计[J].实验科学与技术,2015,13(3):20-22.
[14]马天宝.家电远程控制系统的设计与实现[J].科技展望,2016,26(23):5-6.
[15]张宇飞,李炜.CWMP在家庭开放平台远程终端管理子系统的应用[J].软件,2016,37(01):85-90.
[2]李竺袁,李廷元.无人智能产品的日常监管与融入生活[J].软件,2018,39(1):83-86.
[3]刘冀鹏,张洪沛.智能家居安防技术专利分析[J].软件,2018,39(1):165-168.
[4]汪子尧,贾娟.人工智能的前生?今世与未来[J].软件,2018,39(2):223-226.
[5]赵健,桑笑楠,马迪扬等.智能电网安全策略切换判决算法设计[J].软件,2015,36(9):70-77.
[6]杨彦伟,雒志秀,郑肖宇,等.基于STM32芯片的楼宇火灾远程自动报警系统[J].软件,2015,36(8):117-120.
[7]魏海亮,殷嘉伟,华艳秋.浅谈基于GSM手机短信的家庭防火防盗报警系统设计[J].科技风,2016(2):85-85.
[8]张二江,迟潇潇,肖亚铁.基于Android平台的实时隐秘报警系统设计与实现[J].软件,2015,36(4):28-32.
[9]赵石磊,张旭,李金刚.基于ZigBee的智能窗控制系统设计[J].电子设计工程,2013,21(24):163-165.
[10]管超,邵小桃.基于ZigBee的振动报警系统的设计与实现[J].软件,2015,36(6):146-151.
[11]李旺林.基于GSM短信模块的家庭防盗报警系统设计与研究[J].工业,2016(10):268.
[12]康诵晨,邓芳.报警管理系统的设计与应用[J].软件,2015,36(12):114-118.
[13]蔡晓艳,田凯,王照平.基于GSM短信模块的家庭防盗报警电路的设计[J].实验科学与技术,2015,13(3):20-22.
[14]马天宝.家电远程控制系统的设计与实现[J].科技展望,2016,26(23):5-6.
[15]张宇飞,李炜.CWMP在家庭开放平台远程终端管理子系统的应用[J].软件,2016,37(01):85-90.