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WO/2016/072103A1 |
This imaging device is provided with a pixel shift synthesis processing unit (30) which generates synthesized image data through pixel shift synthesis of multiple sets of image data acquired by pixel shifting and imaging at a prescribed ...
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WO/2016/071952A1 |
Provided is an image pickup device that includes: an image pickup module; a detection unit; a storage unit; and a control unit. The detection unit detects whether a finder apparatus is mounted to the image pickup device. A storage module...
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WO/2016/072494A1 |
An interchangeable lens mountable to a camera body, the interchangeable lens provided with: a selection unit for selecting a first state in which the range of movement of a focusing optical system for varying the focal position of the in...
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WO/2016/067648A1 |
Provided are a focal point adjustment device, a camera system, and a focal point adjustment method that enable appropriate correction to be carried out in accordance with the state of an image pickup lens and an image pickup element. The...
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WO/2016/064769A1 |
A method for positioning a focus lens assembly, the focus lens assembly being movable along an optical axis relative to an image sensor, comprises: moving the focus lens assembly against a mechanical stop; and moving the focus lens assem...
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WO/2016/056089A1 |
A camera 1 for adjusting the depth of field and capturing an image of a subject, wherein the camera 1 is provided with an image-capturing sensor 4 for capturing an image of the subject loaded from an imaging lens 12 via a diaphragm, a fi...
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WO/2016/051128A1 |
A focus control device is adapted to adjust a camera lens. The device comprises a rotational input device (1), a variable gear ratio means (10) and a rotational output means so coupled to communicate a first rotational movement applied t...
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WO/2016/049889A1 |
Provided are an autofocus method, device and electronic apparatus. The method comprises: simultaneously acquiring a first image of a first object via a first photographing unit and acquiring a second image of the first object via a secon...
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WO/2016/052418A1 |
The purpose of the present invention is to provide a lens barrel, a camera main body, and a photographing device, wherein mode of manual focusing can be easily switched. A lens barrel (12) is provided with a photographing optical system ...
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WO/2016/049781A1 |
An adjustment device and associated method is disclosed, for adjusting an equipment, such as a camera, having an actuator for adjusting a variable setting, such as a lens setting (focus, iris, zoom). A control system drives the actuator ...
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WO/2016/048258A2 |
This invention relates to a camera movement control system improvement which controls 5 frame view angle and movements of a camera that moves at a planar motion. The camera movement control system of the invention; one of the objectives ...
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WO/2016/044949A1 |
Methods, systems, and techniques for adjusting camera focus to facilitate infrared imaging are employed to account for a difference in wavelength between visible and infrared light to permit sharp imaging regardless of whether imaging is...
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WO/2016/042721A1 |
The positional shift amount calculation apparatus for calculating a positional shift amount, includes: a calculation unit for calculating the positional shift amount based on data within a predetermined area out of first image data repre...
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WO/2016/038766A1 |
This imaging element comprises: a plurality of large defocus detection pixel pairs employed when the defocus is greater than a prescribed value; and a plurality of normal pixels, arranged substantially in a matrix, for obtaining an image...
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WO/2016/038917A1 |
The purpose of the present invention is to provide a focus control device capable of achieving both improved accuracy and lower power consumption during focus control when imaging a moving picture, a lens device and an imaging device equ...
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WO/2016/039146A1 |
Provided are an imaging device, an imaging device main body, and a lens barrel, which enable an apodization (APD) filter to be inserted only under suitable conditions. A distance information acquisition unit sets multiple focus detection...
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WO/2016/039152A1 |
The present disclosure relates to a solid-state imaging device, method for driving the solid-state imaging device, and electronic device wherein phase difference signals using a photoelecetric conversion film are used so that auto-focusi...
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WO/2016/038936A1 |
In the present invention, a phase-difference AF processing unit of a digital camera provided with an imaging element including a pair of phase-difference detection pixels for capturing an image of a subject through a lens device includin...
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WO/2016/038934A1 |
Disclosed is a digital camera wherein: in a state wherein an APD filter is on an optical axis of an image pickup optical system, the maximum moving quantity by which a focus lens can be moved in one direction in the optical axis directio...
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WO/2016/036364A1 |
The disclosed embodiments relate to using a plenoptic camera in a manufacturing system for various imaging operations. The embodiments include calculating a distance of a manufactured part from a light source or plenoptic camera for furt...
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WO/2016/035643A1 |
Provided are: an imaging device provided with an APD filter, wherein setting of imaging exposure and detection of focusing position are both performed with good precision, and the focusing position can also be rapidly detected; an imagin...
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WO/2016/035642A1 |
Provided are: an imaging device provided with an APD filter, wherein setting of imaging exposure and detection of focusing position can both be performed with good precision; an imaging device body; and a lens barrel. When the APD filter...
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WO/2016/036059A1 |
A photographing apparatus includes: a viewfinder configured to display a live image; a display unit configured to display the live image and receive a touch input; and a controller configured to activate at least one selected from the vi...
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WO/2016/031171A1 |
Pixels, arranged in a matrix form on a substrate, which comprise: photoelectric conversion units that convert incident light into signal charges; read-out electrodes that read out the signal charges from the photoelectric conversion unit...
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WO/2016/031403A1 |
The purpose of the present invention is to improve the quality of image data. Each time that an input frame captured by an image capture unit is inputted, a moving body detection unit detects from the input frame an area of a moving body...
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WO/2016/026229A1 |
Provided are a focusing control method and apparatus. The focusing control method comprises: acquiring a current shooting position of a shooting apparatus; judging whether the current shooting position is stable or not; acquiring a motor...
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WO/2016/021238A1 |
The present invention provides a distance measuring device comprising: an imaging unit for capturing a subject image focused by an imaging optical system which forms the subject image representing a subject; a light emission unit for emi...
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WO/2016/019450A1 |
An image recording device having a projected viewfinder is described that projects individual, or multiple sets of synchronized framing beams onto a target image that are coaxially aligned with the field of view of the camera. The set of...
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WO/2016/015540A1 |
An external electronic viewfinder for a single lens reflex camera either comprises eye-level zoom-in viewfinder lens groups (1, 2) and a micro camera (5), or comprises eye-level zoom-in viewfinder lens groups (1, 2), a micro camera (5) a...
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WO/2016/013410A1 |
This disclosure relates to a solid-state imaging element and an electronic device which make it possible to improve the image quality of a captured image. In the solid-state imaging element, photoelectric conversion layers containing a p...
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WO/2016/009681A1 |
In the present invention, a first substrate has multiple first photoelectric conversion parts which are arranged two-dimensionally. A second substrate has multiple second photoelectric conversion parts which are arranged two-dimensionall...
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WO/2016/002794A1 |
In order to detect a plane in an imaging range with consideration also given to an inclination in a depth direction, a CPU (14) detects a lens position at which a detected value becomes a peak by a contrast detection method with respect ...
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WO/2015/198669A1 |
Provided are an imaging element and imaging device that assure image quality performance and also make possible rapid focal point detection even in a greatly defocused state. An imaging element (21) has a plurality of imaging pixels, a p...
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WO/2015/198879A1 |
The present technique pertains to an image pickup device, a focus control method, and a program, with which highly accurate focusing can be achieved at faster focusing speeds. An image pickup unit is provided with pixels for pickup of a ...
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WO/2015/198875A1 |
The present disclosure relates to an image sensor, a calculation method, and an electronic device that increase freedom in positioning light shielded pixels and make detection of phase shifts possible with high precision. The image senso...
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WO/2015/194226A1 |
The purpose of the present invention is to provide an image pickup element which has arranged therein both horizontal aperture pixels rows and vertical aperture pixel rows for focal point detection and achieves both good image quality an...
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WO/2015/196215A1 |
A lens driver circuit (100) determines the resonant frequency at a number of positions that a lens (114) can move to, so that the lens (114) can move from an old position to a new position in two steps, where the second step occurs a del...
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WO/2015/192570A1 |
A camera auto-focusing optimization method and camera, the method comprising the following steps: after starting a camera, at least focusing and shooting a first picture and a second picture; synthesizing the first picture and the second...
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WO/2015/190156A1 |
An image processing device (1) for performing image processing on image data containing a plurality of pixels and obtained by using an imaging element which uses two or more different types of exposure times according to the position of ...
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WO/2015/186411A1 |
The purpose of the present invention is to provide an imaging device such that phase-difference detection performance is improved while increased memory usage and the degradation of image quality are prevented. Phase-difference pixels (L...
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WO/2015/182021A1 |
[Problem] To provide an image pickup control apparatus, an image pickup apparatus and an image pickup control method whereby image pickup controls, such as focusing control and the like, can be appropriately implemented. [Solution] An im...
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WO/2015/180148A1 |
A debugging and application method for tilt compensation control of a lens of an auto-focus camera module. During the process of debugging, the system may find out required tilt compensation control and store relevant data in a memory de...
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WO/2015/178079A1 |
In order to provide an image capturing device having a new structure capable of obtaining a higher-quality image, a control method for the image capturing device, and a control program for the image capturing device, an image capturing d...
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WO/2015/178580A1 |
Disclosed are a mobile terminal and controlling method thereof, by which autofocus can be quickly performed based on a distance from a subject. The present invention includes a camera configured to photograph a subject, a first sensing u...
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WO/2015/178879A1 |
A lighting system adapted for use with a rolling shutter imagers. The system uniquely provides PWM-control of a light source in the context of an imager with a "rolling- shutter"-type exposure architecture that operates on a line-by-line...
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WO/2015/172630A1 |
Disclosed are a camera shooting device and a focusing method thereof. The focusing method comprises the steps of: in a shooting process, collecting sounds; and judging whether a target sound matching a pre-stored sound exists in the coll...
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WO/2015/173828A1 |
Disclosed are methods, circuits, devices, systems and associated computer executable code for composing composite content. According to embodiments, there is provided an authoring device which may facilitate acquisition or generation of ...
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WO/2015/174116A1 |
Even when imaging at the telephoto end of a lens or in a dark environment, this invention implements precise autofocus control in a bright environment due to spotlight illumination. This imaging device has an imaging unit and a beam ligh...
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WO/2015/170521A1 |
This imaging device is provided with a main body, a display unit which can rotate between a first state in which the display surface faces backwards with respect to the main body, and a second state in which the display surface faces for...
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WO/2015/170522A1 |
This imaging device is provided with a main body on which an imaging unit is provided, a viewfinder which is capable of state transition between a storage state in which the viewfinder is stored in the main body and a use state in which ...
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