CN201628839U - 红外监控摄像手机 - Google Patents
红外监控摄像手机 Download PDFInfo
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Abstract
本实用新型公开了一种红外监控摄像手机，旨在提供一种能够自动感应是否有人进入被监控区域并当有人时进行拍摄的红外监控摄像手机。它包括手机本体、设置于手机本体内的中央处理器和拍摄模组，还包括热释电红外传感器和至少一个红外灯，拍摄模组包括镜头，热释电红外传感器和红外灯与镜头方向一致，热释电红外传感器和红外灯安装在镜头侧边或周围，红外灯和热释电红外传感器与中央处理器连接。当有人进入被监控区域时，热释电红外传感器会向中央处理器发送报警信号，中央处理器控制拍摄模组进行拍摄。如果是无光条件下则启动红外灯作为拍摄光源。本实用新型适用于普通和黑暗条件下的监控。
Description
技术领域
本实用新型涉及一种具有监控功能的通讯设备，尤其是涉及一种红外监控摄像手机。
背景技术
目前市场上的手机品种繁多、运营商支持的服务范围较广、造型五花八门，自从手机有了摄像功能以来，给人们带来了灵活方便，用户可以随时随地用它来进行拍照。但是摄像头的功能只有拍摄静态图像，连拍功能，短片拍摄，镜头可旋转，内置闪光灯等等。拍摄出来的图片和视频文件有效地存放在记忆卡里面，但是在晚上没有光线的情况下，摄像头拍摄的效果就不理想，也无法当夜视监控器使用。
中国专利局于2008年3月5日公开了授权公告号为CN201032513Y的专利文献，名称为一种手机摄像模组，它包括安装于手机上的镜头，在镜头的周围或者侧边还安装有红外线二极管。处于黑暗环境时，可开启红外线二极管对被拍摄物体进行照明，达到良好的拍摄效果。此方案的不足之处在于只能进行手动控制拍摄，不能在无人值守的情况下自动进行拍摄，不能达到监控的目的。
发明内容
本实用新型主要是解决现有技术所存在的不能自动监控拍摄的技术问题，提供了一种能够自动判断是否有人通过被监控区域，如果有人就进行拍摄，并且适用于夜间环境的红外监控摄像手机。
本实用新型针对上述技术问题主要是通过下述技术方案得以解决的：一种红外监控摄像手机，包括手机本体、设置于手机本体内的中央处理器和设置于手机本体内的拍摄模组，所述拍摄模组和所述中央处理器相连，所述红外监控摄像手机还包括热释电红外传感器和至少一个红外灯，所述拍摄模组包括镜头，所述热释电红外传感器和所述红外灯与所述镜头方向一致，所述热释电红外传感器和所述红外灯安装在所述镜头侧边或周围，所述红外灯和所述热释电红外传感器与所述中央处理器连接。一般人体都有恒定的37摄氏度左右的体温，所以会发出波长为10微米左右的红外线，被动式红外探头就是靠探测人体发射的10微米左右的红外线而进行工作的。人体发射的10UM左右的红外线通过菲尼尔滤光片增强后聚集到红外感应源上。红外感应源通常采用热释电红外传感器，这种元件在接收到人体红外辐射温度发生变化时就会失去电荷平衡，向外释放电荷，电后续电路经检验处理后即可产生报警信号。将手机镜头对准需要监控的区域，在有人经过时热释电红外传感器能够向中央处理器发送报警信号，中央处理器在接到报警信号以后控制镜头进行拍摄，并可以将拍摄得到的图像通过彩信传递给其他手机，实现远程实时监控。镜头周围设有红外灯，可以向被监控区域发射红外线。夜间或者没有光线的环境下打开红外灯，镜头接收被物体反射回来的红外线进行成像，即可以拍摄肉眼看不到的图像。同时在移动通信网络的支持下，外界手机可以向红外监控摄像手机发送短信形式的指令，中央处理器可以根据接收到的特定的短信开启或者关闭监控功能。
作为优选，所述热释电红外传感器包含两个串联或者并联的热释单元，并且两个所述的热释单元电极化的方向相反。环境背景辐射对两个热释单元几乎具有相同的作用，使其产生释电效应相互抵消，于是探测器无信号输出。一旦有人侵入监控区域内，人体红外辐射通过部分镜面聚焦，并被热释单元接收，但是两片热释单元接收到的热量不同，热释电也不同，不能抵消，经信号处理而报警。
作为优选，所述红外灯为红外线二极管。红外线二极管体积小，寿命长，成本低，技术成熟，功率小，发光效率高，十分适宜于手机上的使用。
作为优选，所述红外线二极管为波长大于910纳米的红外线二极管。波长大于910纳米的红外线二极管只有微红暴或者没有红暴，可以保证拍摄时不会被被拍摄人发现，提高监控的隐蔽性。
作为优选，所述镜头前部安装有日夜两用型滤光片。有可见光条件下拍摄时，红外线等一些非可见光对成像图像有干扰，但是夜间通过红外线拍摄时又需要红外线的通过。采用日夜两用型滤光片既能滤除一些杂光，又能放行红外灯的红外线，可以同时满足夜间和白天的拍摄要求。
作为优选，所述拍摄模组采用的感光元件是CMOS元件。CMOS(ComplementaryMetal-Oxide Semiconductor，互补性氧化金属半导体)元件具有成本低、功耗小等优点，可以适应于长期监控。
作为优选，所述红外灯数量为四个。过多的红外灯浪费能源，过少的红外灯则不能得到良好的红外线照明效果。
本实用新型的有益效果是，能同时适用于有光环境和全黑环境，能够自动判断是否有人进入被监控区域并控制拍摄，可以根据短信指令开启或者关闭监控功能，实现远程控制，可以自动将拍摄到的图像发送到其他手机上，使监控者实时了解被监控区域情况，成本低，监控时间长，借助于移动通信网络具有广泛的使用范围。
附图说明
图1是本实用新型的一种电路结构框图；
图2是本实用新型的一种背面结构示意图。
图中：1、热释电红外传感器，2、中央处理器，3、拍摄模组，4、红外灯，5、手机本体，31、镜头。
具体实施方式
下面通过实施例并结合附图，对本实用新型的技术方案作进一步具体说明。
实施例：本实施例的红外监控摄像手机，其电路结构如图1所示，包括热释电红外传感器1、拍摄模组3、红外灯4以及与上述单元连接的中央处理器2。图2是本实施例的背面结构示意图，所有部件都安装在手机本体5内。镜头31为拍摄模组3的一部分。四个红外灯4围绕在镜头31四周，热释电红外传感器1在镜头31的左侧。热释红外电传感器1、红外灯4和镜头31都朝着同一个方向。红外灯4采用波长为940纳米的红外线二极管。热释电红外传感器1包含两个串联且电极化方向相反的热释单元。镜头31前安装有日夜两用型滤光片。拍摄模组3的感光元件为CMOS。有光条件下拍摄时不开启红外灯4，无光条件下拍摄时开启红外灯4。监控状态下，当有人进入被监控区域时，热释电红外传感器1会向中央处理器2发送报警信号，中央处理器2在接收到报警信号以后开启拍摄功能，控制拍摄模组3对被监控区域进行拍摄，并将拍摄到的图像存入手机的存储器中。手机可以接收短信形式的指令来控制监控功能的开启和关闭，并能通过彩信将拍摄得到的图像发送到其他手机上。
Claims (7)
1.一种红外监控摄像手机，包括手机本体(5)、设置于手机本体(5)内的中央处理器(2)和设置于手机本体(5)内的拍摄模组(3)，所述拍摄模组(3)和所述中央处理器(2)相连，其特征在于，所述红外监控摄像手机还包括热释电红外传感器(1)和至少一个红外灯(4)，所述拍摄模组包括镜头(31)，所述热释电红外传感器(1)和所述红外灯(4)与所述镜头(31)方向一致，所述热释电红外传感器(1)和所述红外灯(4)安装在所述镜头(31)周围，所述红外灯(4)和所述热释电红外传感器(1)与所述中央处理器(2)连接。
2.根据权利要求1所述的红外监控摄像手机，其特征在于，所述热释电红外传感器(1)包含两个串联或者并联的热释单元，并且两个所述的热释单元电极化的方向相反。
3.根据权利要求1所述的红外监控摄像手机，其特征在于，所述红外灯(4)为红外线二极管。
4.根据权利要求3所述的红外监控摄像手机，其特征在于，所述红外线二极管为波长大于910纳米的红外线二极管。
5.根据权利要求1所述的红外监控摄像手机，其特征在于，所述镜头(31)前部安装有日夜两用型滤光片。
6.根据权利要求1或5所述的红外监控摄像手机，其特征在于，所述拍摄模组(3)采用的感光元件是CMOS元件。
7.根据权利要求1或3或4所述的红外监控摄像手机，其特征在于，所述红外灯(4)数量为四个。
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