Abstract: A camera housing includes a first housing portion having a cavity to receive a camera and a second housing portion comprising a removable door to secure the camera in the cavity. The first housing portion includes a first fastening structure and a first hinge structure. The second housing portion includes a second fastening structure and a second hinge structure. The second hinge structure couples to the first hinge structure to form a hinge about which the removable door rotates. The second housing portion and the first housing portion enclose the cavity to secure the camera when the removable door is rotated into a closed position and the first fastening structure is coupled to the second fastening structure.

Abstract: A suspension spring may suspend an optical component for a camera or other device that implements the optical component to focus light being captured by an image sensor. The suspension spring may move along with the optical component that it suspends as a result of manual or automated focus changes that change the position of the optical component along an optical axis. The suspension spring may make contact with surfaces of other components or materials in the cameras or other systems. Those surfaces of the suspension spring that can make contact may be blunted to prevent the generation of loose particles that can interfere with the image sensor.

Abstract: A focus adjustment device, comprising a focus detection section that, if, at the time of correction of an evaluation value by a correction section, it is determined that the corrected evaluation value is smaller than a specified threshold value, makes a determination threshold value for detection of a focus position at which the evaluation value exhibits an extreme value, stricter than for a case when it is determined that the corrected evaluation value is greater than the specified threshold value.

Abstract: A pixel includes an integration capacitor coupled between a system voltage and a pump voltage source and having a first side and a second side. The pixel can be operated to have a large full well by: storing charge from a photo-current source in the integration capacitor; reading out the integration capacitor; resetting the integration capacitor by connecting the capacitor to a column line through a select transistor; while resetting, setting the pump voltage source to the system voltage; and after resetting, setting the pump voltage to ground to create a negative voltage between the integration capacitor and column line.

Abstract: An imaging device includes objective optics configured to form an image at a focal plane and having an optical axis that intersects the focal plane at an optical center. An image sensor, which includes an array of sensor elements arranged in a matrix of rows and columns, is positioned in the focal plane with a center point of the matrix displaced transversely by at least ten rows relative to the optical center.

Abstract: An image capturing apparatus includes an image capturing device, a period detection circuit configured to detect a period of a focus variation, a first detection device configured to detect a first translation component, a second detection device configured to detect a rotation component, a first extraction unit configured to extract a component of a predetermined frequency band from the first translation component, a second extraction unit configured to extract the component of the predetermined frequency band from the rotation component, a obtaining unit configured to compare a signal extracted by the first extraction unit with a signal extracted by the second extraction unit to obtain a rotation radius, and a translation obtaining unit configured to obtain a second translation component using the signal from the second detection device and the rotation radius.

Abstract: A camera housing includes an integrated expansion module for providing expanded functionality to a camera (e.g., a display screen, a microphone, a battery, etc.). Different embodiments of the housing include different expansion modules for adding a variety of features to the camera when the camera is placed in the housing. Thus, a user may modify features of a camera by swapping the housing. Furthermore, a user may add a feature to an existing camera without needing to purchase a new camera.

Abstract: A dome cover for covering a camera, the dome cover includes a spherical part and an aspherical part. The spherical part and the aspherical part have a boundary, where the spherical part and the aspherical part are adjacent to each other, on each of a front surface and a back surface of the dome cover. The aspherical part has a shape symmetrical with respect to a rotation around a rotation axis including a center of a sphere of the spherical part. On a section including the rotation axis, a distance from the rotation axis to the aspherical part increases as a position of the aspherical part becomes more distant from the boundary, an angle formed between the rotation axis and a line segment connecting the center of the sphere and the boundary on the front surface is less than 90°. A predetermined condition is satisfied.

Abstract: An imaging apparatus includes a pixel unit having a plurality of pixels, a signal processing unit that generates image data by performing signal processing on a pixel signal read from the pixel unit and outputs the image data on a frame basis, an information generation unit that generates time information on a frame basis, and an output unit that outputs the time information associated with one frame before the image data of the one frame is output from the signal processing unit and outputs the image data of the one frame after an end of the output of the time information ends.

Abstract: A method for capturing image data of a user is provided that includes displaying, by a computing device, a perspective view of a virtual computing device. Moreover, the method includes changing, by the computing device, the perspective view of the virtual computing device while the computing device moves, changing, by the computing device, the display of the virtual computing device to provide notification that the computing device is in an acceptable position for capturing image data of a user, and capturing, by a camera included in the computing device, facial image data of the user.

Abstract: An imaging system has an interchangeable lens and a camera body capable of communicating with the interchangeable lens. A camera control unit of the camera body acquires focus-sensitivity-related information (including sensitivity information at an image height of the center and correction information of the sensitivity that changes depending on the image height) from a lens control unit of the interchangeable lens through communication at a suitable timing. The camera control unit corrects a change of the sensitivity caused by the image height using image height information of a focus detection region selected from a plurality of focus detection regions and the acquired focus sensitivity correction information. The camera control unit calculates a driving amount of the focus lens from the focus detection signal using the corrected focus sensitivity, generates a control signal for instructing the driving amount, and transmits the control signal to a lens control unit.

Abstract: A predetermined image correction process is automatically performed on an image, and information for identifying that the predetermined image correction process has been performed is displayed in a state that an image having undergone the predetermined image correction process is being displayed.

Abstract: Systems and methods are described for adjusting the parameters in a network-connected security system based on analysis of content generated by electronic devices in the network-connected security system. In an example embodiment, content such as video captured by a video surveillance camera is processed to analyze the performance of the network-connected security system. Based on the processing, updated parameters are selected to configure and improve the performance of the network-connected security system.

Abstract: An image processing device is disclosed. The image processing device controls an image capture device to capture at least first image that comprises one or more objects. The image processing device identifies at least a first object in the first image. The image processing device determines a first blur value of identified first object and determines the identified first object as a blur object based on the first blur value. The image processing device adjusts a focal point of the image capture device to focus on the blurred first object. The image processing device controls the image capture device to capture a second image of the first object based on adjusted focal point. The image processing device replaces the first object in first image with the first object in the second image to generate an output image and further controls the display screen to display well-focused output image.

Abstract: Implementations generally relate to importing data and presenting the data in a user interface (UI). In some implementations, a method includes capturing an image of an object using a camera, where the object includes text. The method further includes recognizing the text. The method further includes generating a data structure that includes the text. The method further includes generating a graphical image that represents at least a portion of the text. The method further includes displaying the graphical image in a UI in a display screen of a client device.

Abstract: An imaging apparatus includes: an image sensor capturing an image of a subject via an optical system including a focus lens, and generating image data; a distance measuring part calculating a subject distance and a movement distance of the subject by using the generated image data; and a controller that performs an auto-focus action by using the calculated subject distance or movement distance. The distance measuring part uses: first image data when the subject lies at the first position; second image data when the subject lies at the second position; and a PSF of the optical system corresponding to a focused position of the subject lying at the first position, thereby finding a distance between the first position and the second position, and calculating the subject distance and the movement distance of the subject for an image indicated by the second image data based on the found distance.

Abstract: A camera body includes a DCL terminal, a DLC terminal, and a LCLK terminal, that perform communication with a lens apparatus by a first voltage, or a second voltage that differs from the first voltage. The camera body also includes a DLC2 terminal that is only used when communication using the DCL terminal, DLC terminal, and LCLK terminal is performed by the first voltage. The DLC2 terminal is disposed adjacent to the LCLK terminal.

Abstract: Embodiments are disclosed that apply adaptive sub-tiles to captured images for distortion correction in vision-based assistance systems and methods. A captured image is processed to generate corrected tiles, and selected numbers of sub-tiles are used to generate each of the corrected tiles depending upon the pixel densities for regions of the captured image. The corrected sub-tiles are combined to form corrected tiles, and corrected tiles are combined for form a corrected image. The corrected image can be used to output control signals to cause actions to be issued to a user of the system such as a driver of a vehicle. For one embodiment, the corrected tiles are generated one at a time, and corrected sub-tiles for each corrected tile are also generated one at a time based upon individual source data blocks determined by a pre-determined sub-tile configuration. Efficient memory use and data transfers are provided.

Abstract: The present invention is concerning to an image management system that communicates with a first communication terminal via a communication network, the image management system comprising: an image storage unit configured to store image data; a receiving unit configured to receive, from the first communication terminal, link information that includes image identification information for identifying the image data and includes predetermined-area information that indicates a predetermined area in the image data; and a transmitting unit configured to transmit, to the first communication terminal, the image data that is indicated by the image identification information included in the link information received by the receiving unit and the predetermined-area information included in the link information.

Abstract: An information processing apparatus performs coordinate calibration between a two-dimensional (2D) coordinate system and a three-dimensional (3D) coordinate system. The apparatus includes a 2D camera interface, a 3D camera interface, and a processor. The processor is configured to receive, from the 2D camera interface, first 2D image data of a flat plate at a first position and second 2D image data of the flat plate at a second position different from the first position, receive, from the 3D camera interface, first 3D coordinate information of the flat plate at the first position and second 3D coordinate information of the flat plate at the second position, and generate a transformation matrix for transforming a 3D coordinate value to a 2D coordinate value, based on the first and second 2D image data and the first and second 3D coordinate information.