Abstract: An apparatus that extends a field-of-view (FOV) of a camera of a camera device. For instance, the apparatus may include a frame and a visor. The frame may include a first side portion, a second side portion, a top portion, a bottom portion, and an opening for receiving a front of the camera device. The visor may include a first support that extends from the first side member, a second support that extends from the second side member, and a transverse member that extends between the first support and the second support. When the apparatus is attached to the camera device, the traverse member is located at least partly within the FOV of the camera. Additionally, the traverse member includes a mirror that reflects light from below and just in front of the camera device to the camera. This way, the FOV of the camera includes the area below and just in front of the camera device.

Abstract: An audio/video recording and communication device (A/V device) including one or more motion sensors arranged in a first row, a first camera, one or more second cameras arranged in a second row, a first cover disposed over the one or more motion sensors, a second cover disposed over the first camera, and a third cover disposed over the one or more second cameras. The one or more motion sensors may include a first motion sensor having a first orientation, a second motion sensor having a second orientation, and a third motion sensor having a third orientation. Additionally, the one or more second cameras may include a camera having a first orientation, a camera having a second orientation, and a camera having a third orientation. In some instances, the first camera is located between the one or more motion sensors and the one or more second cameras.

Abstract: This disclosure describes, in part, an audio/video (A/V) device that includes a first camera for generating first image data and one or more second cameras for both motion detection and generating second image data. For instance, the A/V device may generate and then store the second image data in one or more buffers. The A/V device may then detect an event, such as possible motion of an object. Based on detecting the event, A/V device may cause the one or more second cameras to cease generating the second image data and cause the first camera to begin generating the first image data. The A/V device may then process the second image data and send the processed second image data to a computing system. Next, the A/V device may process the first image data and send the processed first image data to the computing system.