CN203406908U - 手机用旋转摄像头 - Google Patents
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Abstract
本实用新型公开了一种手机用选择摄像头，分别设置在手机左右两侧两个圆柱状转动体，每个转动体上有个摄像头，转动体通过转轴转动，转轴下端与电动机连接，上端与位置传感器连接。手机控制转动体转动，可以让两个摄像头拍摄立体图像和全景图像，扩展了手机拍摄功能。
Description
技术领域
本实用新型涉及一种手机用旋转摄像头，属于通信产品技术领域。
背景技术
现在智能手机已经非常普及，人们喜欢用它拍照，典型的智能手机有前后两个摄像头，前置摄像头用于自拍，后置摄像头用于拍摄风景照等图像和视频。随着智能手机的发展，立体摄像头和广视角的摄像头也在新产品里得到应用，但是，立体摄像需要两个摄像头保持一定距离模拟人的双眼立体成像的原理，这样如果要实现立体拍照就需要增加摄像头。另外广角摄像的角度有限，有时候人们追求更大的拍摄视角甚至360度全景照片，普通手机摄像头是无法实现的。
实用新型内容
本实用新型专利的目的是提供一种手机用旋转摄像头，实现立体摄影和全景摄影的功能。
本实用新型是通过以下技术方案实现的：手机的左右两侧分别设置两个转动体，每个转动体都单独与一个转动机构连接，实现转动，转动机构是直流电动机，与位置传感器组成，手机传来的信号给电动机，位置传感器反馈位置信号给手机，手机处理器感知转动体转动到所需位置后停止。这样两个摄像头可以分别控制拍摄的方向，当两个摄像头同时面向正面，就可以实现立体自拍；同时转向后面，就可以用手机拍摄立体风景；两个摄像头一个向前一个向后，就与普通智能手机的摄像头布局一样；两个摄像头可以让手机实现360度全方位拍摄，在程序控制下，一次拍好多个角度的照片，输入到类似photoshop这样的图像处理软件中就可以合成为全景照片，或者内置APP应用程序自动完成多个照片的全景拼接，这样的手机APP应用程序已经应用广泛了。
采用本发明带来的有益效果是，手机前后方向都可以实现立体拍摄和且可以实现全景照片的拍摄。
以下结合附图做进一步说明：
图1是本实用新型的正视图；
图2是本实用新型的立体图；
图3是本实用新型的A区域局部放大视图
图中各部件名称对应的标号如下：
外壳1；转动体2；摄像头3；显示屏4；转轴5；电动机6；位置传感器7
具体实施方式
在图1中，手机的外壳1与普通手机外形和尺寸相仿，正面是显示屏4，外壳1的左右两侧有两个豁口，豁口内各有一个转动体2，转动体2是圆柱状，每个转动体2上面有一个摄像头3。转动体2可以在豁口内旋转，自由度是180度，每个摄像头3都可以向前或者向后拍摄，或者停留在180度范围内任意一个角度拍摄。当两个摄像头3都面向前，或者都面向后，形成双摄像头交叉拍摄，这样可以拍摄立体画面，如同人的双眼。现在普通的立体拍摄手机要么前面两颗摄像头，要么后面两颗摄像头，如果前后都要立体拍摄，总共需要四颗摄像头，这样造成了成本升高且布局凌乱。使用可以旋转的双摄像头就可以根据拍摄需要决定两颗摄像头的拍摄方向。
图2是图1的立体图，可以更直观的看到两个旋转体2在外壳1上的位置和安装形式。
在图3中，对图1中A区域进行局部放大，虚线部分表示隐藏在外壳1中的零件。转动体2上下连接着转轴5，绕转轴5转动。转轴5的下端与电动机6连接，电动机6驱动转动体2转动，且电动机6受手机硬件控制，根据手机程序相应的指令动作，转轴5的上端与位置传感器7连接，位置传感器7是测量转动角度的传感器，比如光电原理的转动位置传感器和霍尔效应原理的转动位置传感器，把转动体2的转动角度输出为电信号反馈给手机硬件，可以感知转动体2的角度位置便于软硬件对其进行拍摄角度的控制。上述转动体2、电动机6、位置传感器7的布局是，电动机6和位置传感器7在外壳1内部，转动体2在外壳1上的豁口位置。此实用新型主要涉及一种旋转摄像头，是手机附件的一种结构设计，相应的应用控制程序，和电动机控制技术以及传感器信号处理都是成熟技术整合在相应手机硬件里，故在此不多赘述。由于两个摄像头3可以程序控制自由旋转，因此可以在短时间内自动拍摄多个角度图像，由相应图像处理软件自动合成为全景图像，上述图像处理软件也是成熟技术，比如photoshop。
Claims (1)
1.一种手机用旋转摄像头，由转动体、摄像头、转轴、电动机、位置传感器组成，其特征是：手机外壳的两侧各有一个豁口，每个豁口内有一个圆柱形的转动体，每个转动体上有一个摄像头，转动体通过转轴转动，转轴的下端与电动机连接，上端与位置传感器连接，电动机和位置传感器都位于外壳内。
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