47 results about "Stereoscopic acuity" patented technology

An illumination channel, a stereoscopic optical channel and another optical channel are held and positioned by a robotic surgical system. A first capture unit captures a stereoscopic visible image from the first light from the stereoscopic optical channel while a second capture unit captures a fluorescence image from the second light from the other optical channel. An intelligent image processing system receives the captured stereoscopic visible image and the captured fluorescence image and generates a stereoscopic pair of fluorescence images. An augmented stereoscopic display system outputs a real-time stereoscopic image comprising a three-dimensional presentation of a blend of the stereoscopic visible image and the stereoscopic pair of fluorescence images.

The invention discloses a stereoscopic vision matching method based on an adaptive feature window, and belongs to the technical field of image information processing. The stereoscopic vision matching method comprises the steps of associating feature selection with an intrinsic feature of an image, and training a feature selection classifier on the basis of a logistic regression method; applying the obtained trained feature selection classifier to stereoscopic matching in an actual scene, selecting a proper feature window, carrying out matching cost calculation by combining a color feature, carrying out matching cost aggregation on the basis of a partition tree method, and finally calculating a parallax result of the stereoscopic matching according to a winner retaining mode. According to the method, the stereoscopic matching is carried out by selecting the proper feature according to the actual application scene, so that the matching performance can be effectively improved, and the parallax calculation precision is improved.

The invention discloses an objective evaluation method of full-reference stereo image quality based on visual salient image feature enhancement. At first, a stereoscopic image is converted from an RGBcolor space to a YIQ color space, The brightness components are extracted from Y-channel to obtain disparity map and visual saliency map, and then the left and right views of Y-channel are fused to obtain the intermediate image, and then the edge/texture and depth information features with significantly enhanced vision are extracted, and similarity measurement is carried out to obtain the corresponding measurement index. Secondly, color information features are extracted from I and Q channels of stereoscopic images, binocular fusion and similarity measurement are carried out, and color information metrics with significantly enhanced vision are obtained. Finally, all the metrics are predicted by support vector regression training, and the objective quality score is obtained. Experiments show that the objective evaluation and the subjective evaluation of the stereoscopic image quality proposed by the invention have good consistency, and the performance is superior to most existing stereoscopic image quality evaluation methods.

A portable terminal for generating and reproducing stereoscopic data is provided. More particularly, an apparatus and method for providing stereoscopic audio by applying a sense of distance to audio data by the use of subject information of image data when generating the stereoscopic data are provided. An apparatus for generating stereoscopic data in the portable terminal includes an image processor for applying a stereoscopic effect to image data by acquiring the image data for generating the stereoscopic data via a plurality of cameras, and for recognizing subject motion information of the image data. An audio processor applies a stereoscopic effect to audio data in accordance with the subject motion information ascertained from video data after acquiring audio data for generating the stereoscopic data.

The invention provides a method for interactively displaying a stereoscopic object effect. According to the method, powerful calculation capacity is not required, and the object can be interactively displayed with a stereoscopic spatial vision effect on stereoscopic display equipment such as a stereoscopic display, a stereoscopic Pad and a stereoscopic mobile phone. The method comprises the following steps of: (1) acquiring an image set by performing 720-degree omnibearing observation on the object in a stereoscopic space; (2) numbering all the images in the image set according to polar coordinates; (3) positioning the observation angle and distance on the interactive equipment; (4) generating an image sequence which is respectively conveyed to the left and right eyes according to the corresponding angle and distance change; and (5) displaying a stereoscopic visual effect. The image sequence is only required to be obtained according to an algorithm, and powerful calculation capacity is not required, so that the interactive display can be realized on the stereoscopic equipment, and an excellent stereoscopic impression is guaranteed. The object can be rotated, dragged, pulled to a close part and subjected to other operations in the stereoscopic space.

The invention discloses a stereoscopic curing system and method. The stereoscopic curing system comprises at least one first curing kiln, at least one second curing kiln, a plurality of curing die holders, a first lifting device, a transverse conveying device and heating devices, wherein the first curing kiln and the second curing kiln are adjacent to each other, the curing die holders can get in and out of the first curing kiln and the second curing kiln and be used for bearing fabricated parts to be cured, the first lifting device is arranged on the lower portion of the first curing kiln and used for driving the curing die holders to lift, the transverse conveying device is used for driving the curing die holders to transversely move from the first curing kiln to the second curing kiln, and the heating devices are arranged in the first curing kiln and the second curing kiln. Compared with the situation that a plurality of curing chambers with different curing conditions need to be independently arranged in the prior art, the stereoscopic curing system and method greatly save space and improve curing efficiency.

A pair of stereoscopic glasses includes a pair of left and right stereoscopic rims connected to each other and respectively holding stereoscopic optical components used when observing a stereoscopic image, and a stereoscopic frame that includes stereoscopic temples extending rearward from the stereoscopic rims. The stereoscopic frame is provided with an engagement section that is brought into engagement with a rim or a bridge of a frame of glasses already worn by a user in a state where the stereoscopic optical components are positioned in front of lenses of the glasses so that the stereoscopic optical components are positionally maintained in front of the lenses of the glasses.

The present invention discloses a structure texture sparse representation based objective assessment method for stereoscopic image quality. The method comprises: in a training phase, performing separation of structure and texture on left view point images of a plurality of distortion stereoscopic images, performing dictionary training on a collection constructed by sub blocks of all structural images through an unsupervised learning mode to obtain a structure dictionary table, and performing dictionary training on a collection constructed by sub blocks of all texture images to obtain a texture dictionary table. In a test phase, according to the structure dictionary table and the texture dictionary table, performing joint optimization to obtain a structure sparse coefficient matrix and a texture sparse coefficient matrix, and calculating an image quality object evaluation value of the distortion stereoscopic images, so that an excellent consistency is maintained with a subject evaluation value, the structure dictionary table and the texture dictionary table do not need to be calculated again in the testing phase, calculating complexity is reduced, and the subjective evaluation value is not needed to be foreseen, and thus the method is applicable to practical application occasions.

Apparatuses and methods are provided that stimulate realistic 3D depth perception from 3D image data. The solution helps the brain perceive a more realistic depth by placing an object, which may or may not be transparent, in virtual 3D space such that the object appears close to the user inside the panoramic viewer in order to give the brain a close point to reference in 3D space where it might normally struggle to perceive depth at the border of two opposing perceptions of 3D depth for the brain.

The invention discloses an assembled LOFT apartment. An interlayer is arranged in a stereoscopic space to divide the stereoscopic space into a first-layer space and a second-layer space, the ground of the first-layer space is upwards provided with a tilted stairway which is connected with the interlayer and used for achieving traffic connection between the first-layer space and the second-layer space, an interlayer area connected with the top of the stairway is downwards provided with a sinking type carrying platform used for allowing a user to stand, and the sinking surface of the sinking type carrying platform is lower than the lower surface of the interlayer and higher than the top-layer stepping plate of the stairway. The sinking type carrying platform structure is ingeniously designed for the problems that a person is prone to head collision and difficult to stand when the person goes up the stairway on the condition that the effective height is smaller than 4 meters, the distance between the sinking surface of the sinking type carrying platform and the upper top surface of the stereoscopic space is 178-200 cm, therefore, the problems that uneasiness exists and head collision occurs when the person goes up the stairway due to the fact that the floor height is limited are effectively avoided, and the comfortableness and convenience are improved. The assembly-detachable installing mode is adopted, industrialized production is achieved, and the quality is reliable.

The invention discloses a stereoscopic multi-workpiece processing center, aiming to solve the technical problems that in a processing center of a woodworking carving machine of the prior art, too many cutters are mounted on a spindle and length thereof is unwarrantably same, workpieces processed at one step are different in diameter, manual replacement for the cutters costs too much time, lending rate is high, and manual cutter alignment is low in accuracy. The technical scheme includes that a C-axis engine base and a bed are perpendicularly arranged, a support is arranged on two X-axis guide rails, and an X-axis driving motor drives the support to move on the two X-axis guide rails as X-axis motion; an electric spindle support with more than one automatic electric cutter-replaceable spindles inside is arranged on the support, and an A-axis driving motor drives the automatic electric cutter-replaceable spindles to axially rotate around themselves as A-axis motion; a Y-axis driving motor drives the electric spindle support to move along the support as Y-axis motion; a Z-axis driving motor drives the electric spindle support and the Y-axis driving motor to move along the support as Z-axis motion.

The invention relates to the field of the sports field construction and in particular to a stereoscopic site. The stereoscopic site comprises a plurality of vertical steel frames. The vertical steel frame comprises a steel column, and a first beam and a second beam welded with the steel column. The upper ends of the first beam and the second beam are welded with a plurality of annular steel frames. The upper ends of the annular steel frames are fixedly provided with a steel plate through rivets. The middle of the steel plate is provided with a rectangular box. The interior of the box is covered by a sound-insulating layer. An annular runway is installed around the rectangular box. One side of the vertical steel frame is welded with a staircase. The lower ends of the vertical steel frame are fixed under the ground, so an underground moving space is formed between an underground space and the vertical steel frame. The inner sides of the vertical steel frames are surrounded by an insulating protecting net. The underground moving space is provided with a stair-shaped spectator stand. The stereoscopic site is capable of guaranteeing the rational application of a sports field, and constructing according to the actual needs. A utilization ratio of the sports field is high, the stereoscopic site accords with a modern standard, the constraint of a traditional old sports field is broken,a popularization range is extensive, and the stereoscopic site can be extensively adopted.

The invention discloses an LED light source based on a three-dimensional light-emitting lamp sheet, which includes transparent silica gel, heat-conducting insulating plastic and a packaging substrate connected up and down in an integrated manner. The packaging substrate is divided into a light-emitting area, a power supply packaging area, a stitch welding area, and a light-emitting area. It includes a substrate and a three-dimensional LED light source; the power supply packaging area includes a power supply that is located in a heat-conducting insulating plastic and is electrically connected to the three-dimensional LED light source. Production method; the upper part of the present invention uses a combination of three-dimensional LED light sheets and transparent silica gel, and at the same time, diffuser powder is added to the transparent silica gel to diffuse the light on the front and back into a three-dimensional light effect, and the silica gel can also improve the light efficiency. and heat dissipation; the second half of the present invention is a heat-conducting insulating plastic with a heat-conducting effect, which plays the role of heat conduction and heat dissipation.

Disclosed is a stereoscopic multi-layer ship stopping device. The device comprises a supporting frame, speed-regulating motors, motor sprockets, shaft sprockets, transmission chains, transmission shafts, ship bearing boards, connecting frames, tracks, track wheels, a lifting sprocket and a lifting chain; the supporting frame is of an n-shaped structure, and the speed-regulating motors are installed at the top of the supporting frame; the motor sprockets are installed on the speed-regulating motors, the transmission shafts are installed at the top of the supporting frame and provided with the shaft sprockets, and the two motor sprockets are connected with the two shaft sprockets through the transmission chains respectively; the connecting frames are installed at the edges of the middles ofthe two ship bearing boards, the track wheels are arranged at the outer edges of the connecting frames, and the tracks are arranged on two vertical columns of the supporting frame. Through the arrangement of the stereoscopic multi-layer ship stopping device, multiple ships can be stopped in one space, and the ship stopping space is greatly saved; through full-automatic control, ship stopping is more stable, vibration generated during running is greatly reduced to the greatest degree, and the device is safer and more reliable.

The invention relates to an organ type stereoscopic book. The organ type stereoscopic book comprises a book shell and a content page. The side portion of the book shell is provided with a turnover page, wherein the turnover page is used for folding the content page into the book shell. The content page comprises a background board and an organ folding page. The two sides of the background board are connected with the book shell through organ hinges. The background board is attached to or far away from the book shell through the organ hinges. When the background board is far away from the bookshell, stereoscopic spaces are formed among the background board, the book shell and the organ hinges on the two sides. An observation opening for observing the stereoscopic spaces is formed in the book shell. The organ type stereoscopic book has a telescopic and foldable viewing space, so that children can play and learn, the hands-on capabilities of the children are improved, and the curiosity of the children is cultivated.

The invention relates to stereoscopic sweat-absorption clothes with a reminding function by color changes. The stereoscopic sweat-absorption clothes comprise a clothes body (1), a setting device (6), a reminding display device and a reminding control device (9). Two sides of a front piece of the clothes body (1) are provided with multiple stripped grooves (4) in a longitudinal direction. Holes (5) are densely arranged in the grooves (4). The clothes body is made by fabric comprising a braiding layer having a right side and a back side. The right side of the braiding layer is provided with multiple flashy pieces in the circular shapes. A hole is arranged in the center of each flashy piece. The flashy pieces are arranged on the braiding layer and form a criss-cross grid matrix on the braiding layer. Cross points are formed by longitudinal grids and transverse grids and take two forms including direct criss-cross points and star-shaped criss-cross points. The stereoscopic sweat-absorption clothes with the reminding function by color changes is capable of reminding seriousness of events according to color changes of a color-changing display and is stereoscopic.