60 results about "Camera control unit" patented technology

It is possible to generate an image captured with a camera control parameter optimum for a clipped image of a partial region of a captured image by a camera, and to distribute, display, or record the image. The image processing device includes: a clipping execution unit that generates a clipped image obtained by clipping a partial region from a captured image by a camera; a camera control parameter determination unit that determines a camera control parameter optimum for the cut-out image; and a camera control unit that causes the camera to execute image capturing to which the camera control parameter determined by the camera control parameter determination unit is applied. The camera control parameter determination unit determines a camera control parameter of at least one of focus, exposure, white balance (WB), shutter speed, or aperture optimum for the clipped image.

Camera heads configured to provide digitally articulated images or video, at adjustable resolutions and / or offsets and orientations, to a camera control unit (CCU) or other electronic computing system for display, storage, and / or transmission to other systems are disclosed.

The present invention provides an image processing system, an image processing method, and a program capable of suppressing confusion that may arise in a case where a target person is identified when tracking a person. An image processing system includes: a camera control unit which accepts input video images captured by a plurality of video cameras; a tracked person registering unit capable of registering one or more persons appearing in the video images inputted from the camera control unit; and a display screen generating unit which displays switchable windows of the video images inputted from the video cameras for each person registered by the tracked person registering unit.

A system architecture for a medical visualization system (1) is provided, having a central control module (CCM) (4), using which numerous components (3, 2, 6 and possibly 23), in particular a camera control unit (3) and optionally peripheral devices (6), can be accessed in a controlling manner, in order to be able to exert a central control function in the sense of a “surgical cockpit” in this manner. With the aid of the CCM (4), the user, for example, with the aid of a touchscreen (15), can control and regulate in a controlling manner all important functions of the visualization system (1), wherein the visualization system (1) can also be modularly expanded using further components, which can then each be newly connected to the CCM (4).

To provide an image analysis device, image analysis method, and program that can accurately discriminate the type of a flying object flying over a wide range.SOLUTION: An image analysis device 1 includes: a wide-area camera 10 that captures a wide-area image of an entire object area; a detection unit 312 configured to detect a discrimination object from the wide-area image; a zoom camera 20 that captures a zoom image of a part of the object area more precisely than the wide-area camera 10; a zoom camera control unit 313 configured to control an imaging position of the zoom camera 20; and a discrimination unit 314 configured to discriminate the type of the discrimination object from the zoom image. The detection unit 312 detects the discrimination object by performing vibration source localization from time-series wide-area images, and transmits the current position of the discrimination object to the zoom camera control unit 313. The zoom camera control unit 313 controls the zoom camera 20 to capture a zoom image of the current position of the discrimination object, and the discrimination unit 314 analyzes frequency characteristics of the center of gravity displacement of the discrimination object based on captured time-series zoom images, and discriminates the type of the discrimination object.SELECTED DRAWING: Figure 1

An image pickup apparatus (200) is attachable to and detachable from at least one accessory apparatus (100), and includes a camera communication unit (202) communicable with the accessory apparatus, and a camera control unit (201) configured to receive from the accessory apparatus via the camera communication unit, first initial setting information on an initial setting of a first function for driving a focus lens to a first focus position that has been previously set, a camera control unit having a second function for requesting, via the camera control unit, the accessory apparatus to drive the focus lens to a second focus position that has been previously set, and set second initial setting information on an initial setting of the second function based on the first initial setting information so that the second initial setting information is at least partially different from the first initial setting information.

This application relates to user interface navigation, control and display, generally to generating various composites of input video information for streaming to one or more displays. For example, a first display can be configured to show a first video stream and a second video stream. The first video stream can be a live view of video from an endoscope, and the second video stream can be from a (remote) camera control unit. These streams are presented in a PIP (picture-in-picture) mode or a PAP (picture-aside-picture) mode. Either or other information in the video streams can be selected for display, and any combination of them can be optionally configured for streaming to any selected display. Additional aspects relate to video rendering systems in which the primary image is a 3D image stream, and the secondary image (such as in PiP) is the same image stream, but in 2D. Even more aspects relate to video rendering systems in which the primary image is a 2D image stream, and the secondary image is the same image stream, but in 3D.

To highly accurately measure cloud heights of clouds in the whole sky.SOLUTION: A cloud measurement system comprises: a stereo camera 30 that can change zoom magnification in an imaging direction and optically; a picture reception unit 204 for acquiring the imaged picture; a cloud edge detection unit 207 that recognizes a cloud displayed on the picture, detects a boundary of the cloud, and acquires an edge region including the boundary from a plurality of sub regions in the picture; a cloud imaging order setting unit 209 that on the basis of the edge region, sets target sub regions to be imaged while changing the zoom magnification of the camera and their imaging order; a camera control unit 210 that controls the stereo camera 30 so as to perform enlargement imaging on the target sub regions according to the set imaging order to acquire a stereo picture for each target sub region, a stereo vision distance measurement unit 202 for acquiring a distance to a cloud displayed on the stereo picture using a parallax, and a cloud bottom height estimation unit 203 for acquiring a cloud bottom height of the cloud on the basis of the acquired distance.SELECTED DRAWING: Figure 1

A technique for reducing a work load during introduction of a system in the system processing an image generated by a camera. An information processing apparatus includes at least an accumulation unit, a recommended setting determination unit, and a camera control unit. The accumulation unit accumulates a score obtained through an authentication process using an image in which a person is captured and a camera setting at which a camera generates the image in a storage area. The recommended setting determination unit determines a recommended setting for the camera on the basis of a correspondence relationship between the score and the camera setting. The camera control unit controls the camera on the basis of the recommended setting.

To reduce a time lag from an instruction to start moving image recording to the start of the moving image recording, in an imaging system in which a control body of a diaphragm can be switched.SOLUTION: An imaging system 1 has: a diaphragm driving ring 208 that sets a first diaphragm value according to a user operation to a diaphragm 202; a lens control unit 205 that performs drive control of the diaphragm 202; and a camera control unit 104 that sets a second diaphragm value to the diaphragm 202 on the basis of a photometric value, and controls the drive of the diaphragm 202 through the lens control unit 205. When switching from an automatic diaphragm mode in which the camera control unit 104 performs drive control of the diaphragm 202 to the second diaphragm value through the lens control unit 205, to a manual diaphragm mode in which the lens control unit 205 performs drive control of the diaphragm 202 to the first diaphragm value, the camera control unit 104 switches a control body of the diaphragm 202 to the lens control unit 205 after performing drive control of the diaphragm 202 to the first diaphragm value.SELECTED DRAWING: Figure 7

The invention relates in general to a new system architecture for a medical visualization system 1, which specifies a central control module ("central control module" = CCM), by means of which a plurality of components 3, 2, 6 and if necessary 23, in particular a camera control unit 3 and if necessary peripheral devices 6, can be controllably accessed, in this way, a central control function can be carried out in the sense of a'surgical cab '. According to the invention, a user can controllably control and regulate all important functions of the visualization system 1 by means of the CCM 4, for example by means of a touch screen 15, the visualization system 1 also being able to modularly extend further components, which can then be newly connected to the CCM 4, respectively.

The crane device includes: a camera provided on a hook; a camera control unit which controls an image-capturing operation of the camera on the basis of control information for operating a carrying element; and an image processing unit which processes a captured image that has been captured with the camera. The camera captures an image of the carrying destination of a baggage. The image processing unit takes, as a reference area, an arbitrary area in the image captured with the camera, generates a correction image obtained by projecting the captured image onto a plane that is parallel to the reference area and is perpendicular to an arbitrary direction with the baggage used as a viewpoint, calculates a current position of the baggage in the correction image, and displays the current position in a visually recognizable mode.

The invention belongs to the technical field of spherical pan-tilt cameras, and particularly relates to a spherical pan-tilt camera structure capable of being assembled with a 4G antenna and provided with an alarm lamp, which comprises a pan-tilt camera and a control system, the PTZ camera comprises a base, a first driving assembly, a first controller and a 4G antenna end are installed in the base, the first driving assembly is connected with a second driving assembly, and the second driving assembly is provided with a camera assembly and a second controller; the motor control unit periodically and alternately controls the first driving assembly and the second driving assembly based on a programmable logic chip, data transmission and signal transmission are completed between the camera control module and the camera data processing unit, and the camera control unit completes control over the camera assembly to work. And the camera data sending unit encrypts and sends acquired video data to the camera data processing unit based on a wireless transmission technology, and after digital processing, the video data is sent to a cloud terminal through a 4G antenna end. The shot video data is clearer.

The purpose of the present invention is to provide a data collection / reproduction system which is suitable for analyzing the cause of an abnormality, and which is capable of checking, without a time error, images and process data before and after the occurrence of the abnormality. The data collection and regeneration system is applicable to an industrial plant equipped with a machine that acts on a conveyed sheet. A camera (6) captures a still image by including a portion of a sheet in an imaging range. A process data collection unit (12) collects process data of a machine at periodic sampling timings. The camera control unit (14) matches the periodic imaging timing of the camera (6) to the periodic sampling timing. A synchronous display unit (18) displays a graph indicating the process data at each time point collected by the process data collection unit (12) in synchronization with a band-shaped still image formed by connecting still images at each time point captured by the camera (6).

The invention relates to a device for estimating (1) the internal volume of a barrel (2), comprising: - a body (4), - an arm (5) movable in rotation about a first axis of rotation (12), the arm (5) having a first arm part (7) and a second arm part (8) connected to the first arm part (7) by a joint (9), the second arm part (8) being movable in rotation about the joint (9) along a second axis of rotation (13), said arm being intended to be at least partially inserted through a bung hole (6) of the barrel (2), - an infrared camera (17) fixed to the second arm part (8), - a control unit (18), in which the control unit (18) is configured to control the movement of the arm (5) according to a plurality of positions, and the acquisition of an infrared image (34) by the infrared camera (17) for each of the positions of the arm (5),and in which the control unit (18) is configured to calculate the internal volume of the barrel (2) using infrared images (34). Figure for the abstract: 1,

A system for measuring and analyzing a forest area, comprising at least one stereo camera, a camera control unit, a computing unit to receive data from the stereo camera and to compute the received data and to calculate and determine information based on the data, a display unit, configured to display the results to an operator of a forestry vehicle, the system being configured to be integrated in a forestry vehicle, wherein the information is any one of the following, the shape of a tree or stem, the type of tree, the bark or surface of a tree or stem, irregularities of a tree or stem, diameter of a tree or stem, density or basal area of a working area of the forestry vehicle.

A video imaging system is provided. The video imaging system is configured to maintain a video image displayed on a display unit in a predetermined orientation based upon a use. The video imaging system includes an endoscope, a camera head unit, a camera control unit configured to determine a focal distance, and a display control unit. The display control unit is configured to process the focal distance to determine a use. The use is processed by the display control unit so as to maintain the video image in the predetermined orientation. The contextual information may be focal distance, image data or endoscopic orientation.

The present invention provides an access control device, an access control system, an access control method and program, and a control device capable of configuring the access control system, all of which are capable of issuing warnings against unauthorized intrusion into a controlled area with a simple configuration. [Solution] The control device 100 includes an acquisition unit 151 that acquires the tag ID of an RF tag read by a tag reader installed at the entrance and exit of the controlled area, a camera control unit 152 that causes a camera installed in the controlled area to photograph the controlled area after the tag ID has been acquired by the tag reader, and a transfer unit 153 that transfers the tag ID acquired by the camera control unit 152 and the image data of the controlled area that the camera control unit 152 has photographed to the access control server.

The utility model relates to the technical field of auxiliary intelligent walking, in particular to an auxiliary intelligent vehicle. An auxiliary intelligent vehicle comprises a frame body, the lower end of the frame body is connected with an intelligent walking mechanism, the rear end of the frame body is connected with a connecting structure used for being connected with other devices, the front end of the frame body is connected with a protective shell, and the protective shell is provided with an anti-collision mechanism. Through the arrangement of the anti-collision mechanism, the inductor and the camera control unit, when the auxiliary intelligent vehicle walks, the collision risk can be avoided, rigid collision can be avoided even if collision occurs, and the collision strength is reduced.

To alleviate a feeling of discomfort of a sound generated when interlocking a virtual microphone with a virtual camera.SOLUTION: A camera control part moves a virtual camera C on the basis of a motion signal according to a user's motion. A sound collection point control part executes interlocking control for interlocking a virtual microphone M with the virtual camera C so as to maintain predetermined positional relationships with respect to the position of the virtual camera C, and invasion avoidance control to maintain the position of the virtual microphone M at the position before the invasion to an invasion impossible area when the virtual microphone M invades the invasion impossible area by the interlocking control.SELECTED DRAWING: Figure 2

A vehicle interior surveillance system that includes a plurality of camera modules and an electronic control unit. The camera modules include a first camera module having a first camera control unit connected to a first serialization module, and at least a second camera module having a second camera control unit connected to a second serialization module. The electronic control unit has a first deserialization module connected to the first serialization module, and a second deserialization module connected to the second serialization module. The electronic control unit further includes a main control device connected to the first and second deserialization modules, and configured to manage, via at least one of the first and second deserialization modules, an activation of each camera module with a time lag with respect to another camera module.

A video call quality measurement system according to the present invention comprises: a real camera; a video storage unit in which one or more moving image files are stored; a mobile communication terminal including a virtual camera application and one or more video call applications; and video call quality measurement equipment for measuring the quality of a video call by comparing an original video and a video received via the mobile communication terminal over a wired / wireless communication network. The virtual camera application includes: a virtual camera unit for recognizing the virtual camera as a hardware device such as a real camera; a camera switching unit for selectively connecting the real camera and the virtual camera unit to the video call application; a video processing unit for processing a moving image to be output to the virtual camera unit; a user interface via which a user sets, in the video storage unit, a moving image to be processed by the video processing unit; and a camera control unit for controlling the moving image set via the user interface to be output and processed in the video processing unit, and controlling the camera switching unit to selectively transmit outputs of the real camera and the virtual camera unit to the video call application.

To measure a cloud height with high accuracy for a long time.SOLUTION: A cloud measurement device includes: a stereo camera 30 for photographing a stereo image by a plurality of cameras that can change a pan angle and a tilt angle; a camera control unit 210 for controlling the pan angle and the tilt angle of each camera to control photographing; an image reception unit 204 for receiving the stereo image from the stereo camera; a matching coordinate acquisition unit for acquiring feature points of a subject captured in the stereo image, and acquiring a combination of reference coordinates at which the feature points should be located on the image and coordinates of the acquired feature points as matching coordinates; a direction difference detection unit 209 for acquiring a displacement amount of the feature points on the basis of the matching coordinates, and acquiring a difference amount of pan directions and tilt directions of the plurality of cameras to generate correction information; a correction processing unit 201 for correcting the stereo image on the basis of the correction information; and a cloud base height estimation unit 203 for estimating a cloud base height on the basis of the corrected stereo image.SELECTED DRAWING: Figure 1

A video call device using a virtual camera of the present invention comprises: a virtual camera unit installed in a mobile communication terminal that includes a physical camera, a video storage unit storing one or more video files or still image files, and one or more video call applications, the virtual camera unit being configured to cause a virtual camera to be recognized as a hardware device identical to the physical camera; a camera switching unit that selectively connects the physical camera or the virtual camera unit to the video call application; an image processing unit that processes an image to be outputted to the virtual camera unit; and a user interface via which a user selects, from the video storage unit, a video file or a still image file to be processed by the image processing unit, and a camera control unit that controls the selected video file or still image file stored in the video storage unit to be outputted to the image processing unit for processing according to the video file or still image file selected via the user interface, and instructs the camera switching unit to selectively transmit an output of the physical camera or the virtual camera unit to the video call application.

The present invention relates to an AF carrier feedback control-type camera module. The present invention comprises: a housing providing a mounting space and having an optical path; an OIS carrier mounted in the housing and including a plurality of magnets; an AF carrier accommodated in the OIS carrier, an AF coil being wound around the outer portion thereof so as to correspond to the magnets, and the AF coil being adjustable in position in the optical axis direction; a lens module mounted on the AF carrier; a driving unit configured to move the AF carrier in the optical axis direction and, if the OIS carrier is eccentric, move the OIS carrier such that the center of the lens module is aligned with the center of the housing optical path; an AF displacement amount sensing unit configured to operate if the AF carrier moves, thereby acquiring displacement amount information of the AF carrier; and a camera control unit configured to receive displacement amount information from the AF displacement amount sensing unit and control the driving unit on the basis of the received information. The AF carrier feedback control-type camera module of the present invention, configured as described above, can electrically connect the AF carrier to an external camera control unit, thereby enabling feedback control and implementing quick and accurate autofocusing through precise control of the AF carrier.

Described are a method and a device for providing an image of a path of a club hitting a golf ball in a virtual golf simulation system. The device for providing a club path image includes: a camera control unit for controlling a camera sensor including a first camera acquiring image information of at least a portion of a golf mat; an image acquiring unit for acquiring an image photographed by the first camera; and a club path image generating unit for receiving an image of the first camera from the image acquiring unit and generating a club path image of a path of a golf club hitting a golf ball placed on the golf mat.

To realize a camera system in which an IP transmission is used for a communication between an imaging device and a CCU which various signals are appropriately transmitted with a simple configuration.SOLUTION: In a camera system 1, an imaging device 10 side and a camera control unit 50 are connected via a network N by an IP transmission. A signal exchanged between an imaging device main body 20 and a CCU main body 60 can be roughly classified into two types: (1) a signal in which a restriction on a delay time is loose but a degradation at the time of the IP transmission is required to be small; and (2) a signal in which the restriction on the degradation at the time of the IP transmission is loose but the delay time is required to be short. A video signal and a communication audio signal, which are signals to be transmitted, are both input to an encoder for the IP transmission and encoded. Here, as this codec, two types of codec are set: a first codec in which a delay time in processing is relatively long but degradation is small; and a second codec in which degradation is relatively large but delay time in processing is short.SELECTED DRAWING: Figure 1

To provide a photoelectric conversion device which suppresses reduction of recognition accuracy of an image, a processing method therefor and a program.SOLUTION: In a photoelectric conversion device, each of a plurality of pixels includes: a first counter and a second counter for counting the number of pulses from a sensor section; and a first memory and a second memory for storing count values. In an operation for reading count values stored during a plurality of different storage periods within a full frame period out of the first counter and the second counter, a camera control section 605 controls the plurality of pixels in such a manner that the count values for a first storage period are read out until the end of a second storage period which is longer than the first storage period, and performs control in such a manner that timing of reading-out for each storage period is different between the first counter and the second counter. A differential image generation section 608 generates a differential image based on a differential of signals corresponding to the count values outputted from the first memory and the second memory.SELECTED DRAWING: Figure 8

The present invention relates to a method for debugging a camera control unit (1), the camera control unit defining a first processing path for video data, wherein an operating program for the camera control unit (1) is loaded from a non-volatile program memory into a temporary memory (3) of the camera control unit (1), and it is checked whether an expansion unit (5) is connected to the camera control unit (1), and if so, at least a part of the operating program is loaded from a non-volatile program memory (6) of the expansion unit (5) into the temporary memory (3) of the camera control unit (1), wherein the expansion unit (5) includes a TFTP server, and a boot loader of the camera control unit checks whether the TFTP server holds a bootable operating program ready.

In a game in which a plurality of players cooperate to play, the players can more easily cooperate with each other. [Solution] A virtual space control unit operates a character placed in the virtual space. A first virtual camera control unit operates a first virtual camera placed in the virtual space in response to an operation by a first user. A second virtual camera control unit operates a second virtual camera placed in the virtual space in response to an operation by a second user. A display unit displays a first image generated by the first virtual camera. The display unit displays the first object in the first image when a first condition is satisfied, that is, a second object is placed between the first virtual camera and the first object and the first object is displayed in the second image generated by the second virtual camera.