12 results about "Still camera" patented technology

A method of compensating for non-deterministic errors in a robotic cell including a robot arm with an end of arm tool, one or more static cameras on the robotic cell, and one or more tip-view cameras on the robot arm, the method comprising using the one or more static cameras for targeting movement during a first phase of movement to a first position, and using the one or more tip-view cameras for targeting the movement during a second phase or subsequent phases, images from the tip-view cameras used to calculate an offset defining a difference between the first position and an intended position.

A vision system for detecting and tracking one or more aerial objects such as one or more unmanned aerial vehicles (UAVs) comprises a plurality of vision units, wherein each vision unit has a known spatial relationship relative to each of the other vision units. Each vision unit comprises a corresponding static camera arrangement for capturing one or more images in a corresponding static field of view, and a corresponding scanning camera arrangement for capturing one or more images in a corresponding movable field of view which is narrower than the corresponding static field of view of the corresponding static camera arrangement and which is movable across the corresponding static field of view of the corresponding static camera arrangement, wherein the corresponding scanning camera arrangement has a known spatial relationship relative to the corresponding static camera arrangement. The static fields of view of the static camera arrangements of the plurality of vision units together define a vision system field of view. The vision system further comprises at least one processing resource configured to detect one or more aerial objects anywhere in the vision system field of view based on the one or more images captured by the static camera arrangements and / or detect one or more aerial objects anywhere in the vision system field of view based on one or more images captured by the scanning camera arrangements.

The invention relates to the technical field of computer vision and graphics, in particular to a camera jitter image data set generation method and device, electronic equipment and a medium, and the method comprises the following steps: obtaining at least one 3D scene model, jitter trajectory data of a camera and lens parameters, and generating a configuration file corresponding to each rendering process; based on the configuration file corresponding to each rendering process, constructing a rendering process, processing each 3D scene model according to a preset dynamic camera shake rendering method to obtain a dynamic blurred image, and processing each 3D scene model according to a preset static camera rendering method to obtain a static image, and obtaining the camera dithering image data set based on the dynamic blurred image and the still image, thereby solving the problems of too large difference between the generated blurred image and the actual image and insufficient physical authenticity in related technologies, and improving the authenticity and physical consistency of the camera dithering image data set.

Provided is a control device and a control method and a program that are capable of efficiently performing continuous imaging on main subjects as targets. The control device according to the present technology determines, on the basis of distances to respective main subjects included in an imaging range, the main subjects away from each other by a distance equal to or larger than a threshold distance to be the main subjects different from each other and controls continuous imaging on each of the main subjects, as targets, determined to be the main subjects that are different. The present technology is applicable to a device having an imaging function such as a digital still camera or a smartphone.

1. The name of the design product: camera (AD123). 2. The use of the design product: for telescopic and microscopic observation and can take pictures. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

Digital Still Camera Lenses

The invention relates to a method for determining object information (28) that describes at least one object (3) in a given environment (1), in particular for a motor vehicle (7). The method comprises: providing at least two camera images (20, 24), each of which describes at least a part of the given environment (1) two-dimensionally and was captured from different static camera perspectives; for each of the at least two camera images (20, 24), determining a three-dimensional feature map (21, 25) that describes at least one feature of the at least part of the environment (1) located in a three-dimensional grid, by applying a map determination algorithm (22) to the camera image (20, 24);Determining a three-dimensional composite map (26) by applying a fusion algorithm (27) to the determined three-dimensional feature maps (21, 25), wherein the determined three-dimensional composite map (26) describes the fused features of the determined three-dimensional feature maps (21, 25); and determining the object information (28) by applying an object recognition algorithm (29) to the determined three-dimensional composite map (26).

A method of compensating for non-deterministic errors in a robotic cell including a robot arm with an end of arm tool, one or more static cameras on the robotic cell, and one or more tip-view cameras on the robot arm, the method comprising using the one or more static cameras for targeting movement during a first phase of movement to a first position, and using the one or more tip-view cameras for targeting the movement during a second phase or subsequent phases, images from the tip-view cameras used to calculate an offset defining a difference between the first position and an intended position.

The utility model relates to a still life photography table which comprises an L-shaped background plate, two supporting pieces, transparent glass and two light supplementing lamp boxes, and the background plate comprises a bottom plate and a color plate which are connected in a magnetic attraction mode. The supporting pieces are arranged on the background plate flat plate part, a gap is reserved between the supporting pieces and the background plate vertical plate part, and the two opposite sides of the transparent glass are connected with the supporting pieces on the two sides so as to be suspended above the background plate flat plate part. A sliding base is arranged at the top of the supporting piece and connected with lamp body supports, and the two light supplementing lamp boxes are installed on the lamp body supports on the two sides respectively. The L-shaped background plate accords with the shadowless wall principle, and the background color is uniformly presented; the background plate can be magnetically replaced, so that the replacement efficiency is remarkably improved; three-dimensional light adjustment accurately covers illumination requirements of products and background plates at different shooting angles, and the lamp holder does not enter a shooting picture in any adjustment state; the suspended transparent objective table and the flat plate part of the background plate form a depth-of-field space, so that the image quality is remarkably improved.

1. Name of the designed product: digital camera. 2. Use of the designed product: for taking photographs. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view.

1. The name of the design product: camera (AD023). 2. The use of the design product: for telescopic and microscopic observation and can take pictures. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

The present application relates to the field of optical measurement, and more particularly to a kind of static image instrument system for the depth learning of single-chip microcomputer, comprising: image acquisition unit to collect the surface image of production line print;With the contour deformation characteristic value of the surface image, determine whether the operation of the stroboscopic static image instrument meets the preset standard operation feedback unit;With the image pre-data storage unit for storing reference surface image;With the data processing unit for constructing data set;With the data storage unit for storing the data set of target screening type;With the data entry unit for obtaining pre-training data set;With the scale characteristic value of the pre-training data set, when the stability of pre-training data set does not meet the preset standard, reduce the time interval, or, adjust the weight of the data set corresponding to each target screening type control unit, so as to improve image detection precision.