Provided is a vehicle interior structure including a windshield, an interior member, and a camera, in which an image of the reflection of the interior member on the windshield is hardly taken with the camera. The vehicle interior structure of the present invention includes; a windshield; an interior member arranged below the windshield; and a camera arranged behind the windshield. A polarizing plate is arranged between the windshield and the camera, and the polarizing plate is arranged so as to transmit a larger quantity of P-polarized light than that of S-polarized light.

Particular embodiments described herein provide for a privacy cover that include a main body and a privacy cover orientation magnet. The privacy cover orientation magnet includes a plurality of positively biased areas and a plurality of negatively biased areas arranged in a specific orientation that allows the plurality of positively biased areas and the plurality of negatively biased areas in the privacy cover orientation magnet interact with a plurality of positively biased areas and a plurality of negatively biased areas in a display orientation magnet to self-orient the privacy cover over a sensor.

A lens cap device, comprising a base configured as inner ring; an outer ring configured to be rotatable relative to the base; and a plurality of curved blades rotatably connected to the base and slidably connected to the outer ring, wherein the plurality of curved blades is configured to function as an iris; and wherein when the outer ring is rotated, each blade in the plurality of curved blades travels from an outer position that defines an opening to an inward position that defines a closure.

Embodiments are directed to systems and methods for obstructing or preventing light from reaching a light detecting portion of a camera. In one scenario, a camera obstructing device is described which includes the following: a structural housing that provides support for an obstructing member. The structural housing has at least one channel on which the obstructing member slides from one position to another position. The obstructing member substantially prevents light from reaching the light sensor of the camera. At least one magnet is positioned within the structural housing, where the magnet holds the obstructing member in place in the initial position or the other position.

A camera system is disclosed. The camera system includes a camera that employs interchangeable fixed lenses. By replacing one lens cap with another lens cap, the field of view can be changed since each lens cap has a different fixed lens. The camera can also record images or video in a forward and a backward direction at the same time.

A camera lens holder comprising a cylindrical body formed or attached to a perpendicularly aligned planar base. The cylindrical body has sidewalls and coaxially aligned cylindrical cavity with a top opening with a chamfered inside edge. The diameter of the cylindrical cavity and the length of the sidewalls are sufficient in diameter and length to receive and hold the bayonet-style end connector on a camera lens. Formed on the inside surface of the cylindrical body are lugs configured to engage the lugs formed on the bayonet-style end on the lens. Formed on the outside surface of the cylindrical body are two or more projecting wings. Attached to the bottom surface of the planar body is a hook connector pad configured to connect to the inside surface of a camera bag made of cotton, nylon or felt material. The chamfered inside edge of the cylindrical body is configured to allow the user to easily insert the bayonet-style end connector on the lens without precisely aligning the lens over the top opening.

Information on posture data that can be used for processing on a frame basis can be acquired for moving image data to be captured. For the purpose, in an imaging apparatus including an imaging unit that captures an image by an optical system to generate image data, a posture data generation unit that generates posture data of a casing including the imaging unit at a timing corresponding to the image data, a notification unit that performs notification for correlating the image data with the posture data on the basis of a trigger, and a detector that detects the notification by the notification unit are provided.

Thermal imaging camera images are obtained from a thermal imaging camera that rotates through a plurality of stop positions. The camera captures images at a constant frame rate and at least some of the images correspond to stop positions. Thermal imaging camera images that correspond to a stop position are retained, while images that do not correspond to a stop position are discarded. Retained images are sent in a video stream to a video processor. The video stream is separated into individual thermal imaging camera images and stored for corresponding virtual camera devices that correspond to specific stop positions. In addition, the position of the camera and individual pixels of images are both correlated to geographical location data, and depth values for the pixels are determined based on the geographical data.

A front on an extension line of a built-in front camera lens part of said portable electronic device during use of the cradle is shielded by an opaque or translucent lens shielding member provided on the front face side of the cradle 3 for portable electronic devices of the present invention, thereby disabling photography of front surrounding conditions of the cradle, even if an operation of front camera unwanted by an owner is performed, and a microphone hole of the electronic device 11 is shielded by providing a microphone hole shielding member 13 in a space between the charging stand 4 and a housing of the electronic device 11 mounted thereon, and therefore it becomes possible to reduce a risk of an outflow of ambient voice information of the cradle, even if an operation of microphone unwanted by an owner is performed.

A lens hood includes: a casing provided with a through-hole; first and second rotary frames which are arranged side by side in an opening direction of the through-hole and rotate in opposite directions in conjunction with each other; and first and second lens covers which approach or separate from each other to open and close the through-hole. The first lens cover includes a first connection portion that is provided on one end side and rotatably connected to the first rotary frame, and a second connection portion that is provided on the other end side and rotatably connected to the second rotary frame. The second lens cover includes a third connection portion that is provided on one end side and rotatably connected to the second rotary frame and a fourth connection portion that is provided on the other end side and rotatably connected to the first rotary frame.