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1477 results about "Block effect" patented technology

Real-time video coding/decoding

A video codec for real-time encoding / decoding of digitized video data with high compression efficiency, comprising a frame encoder receiving input frame pixels; a codec setting unit for setting and storing coding setting parameters; a CPU load controller for controlling desired frame encoding time and CPU loading; a rate controller for controlling frame size; a coding statistics memory for storing frequency tables for arithmetic coding of bitstream parameters and a reference frame buffer for storing reference frames. The frame encoder comprises a motion estimation unit, a frame head coding unit, a coded frame reconstruction and storage unit and a macroblock encoding unit. The macroblock encoding unit provides calculation of texture prediction and prediction error, transforming texture prediction error and quantization of transform coefficient, calculation of motion vector prediction and prediction error and arithmetic context modeling for motion vectors, header parameters and transform coefficients. The codec also includes a deblocking unit for processing video data to eliminate blocking effect from restored data encoded at high distortion level, which may be a part of encoder or decoder, an internal resize unit, providing matching downscaling of a frame before encoding and upscaling of decoded frame according to the coding setting parameters, and a noise suppression unit.
Owner:BEAMR IMAGING LTD

Method and apparatus for blocking effect reduction

By utilizing parameters derivable from a compressed bit-stream, measures are obtained of the subjective quality of a decoded picture, without the necessity for reference to source material. A blockiness measure is derived both locally and globally and used to control a de-blocking filter. An estimate of signal-to-noise ratio is derived from quantization values.
Owner:AMBERFIN

Soft capsule preparation

A soft capsule preparation which comprises a dispersion of (2E,4E,6E,10E)-3,7,11,15-tetramethyl-2,4,6,10,14-hexadecapentaenoic acid in a vegetable oil filled in a soft capsule comprising a shell having a light blocking effect. The soft capsule preparation preferably comprises polyoxyethylene sorbitan monooleate and glycerol monostearate and the like as surfactants. As the vegetable oil, soybean oil, sesame oil, a mixture thereof, or the like may be used.
Owner:LEBER +1

Aerogel heat insulation composite material and its preparing method

The heat insulating composite aerogel material consists of silica aerogel, titania as infrared opacifier and reinforcing fiber in the weight ratio of 1 to 0.1-0.7 to 0.7-3. Its preparation process includes compounding sol with silanolate, surface modifier, titanolate, alcohol solvent, acid catalyst and alkaline catalyst in certain proportion; soaking fiber felt or prefabricated fiber part in the sol; and supercritical fluid drying. The material of the present invention has high blocking effect on solid heat transfer, air heat transfer and infrared radiation heat transfer, excellent hydrophobicity, simple preparation process, low cost, mechanical strength over 2 MPa, and wide application range, and may be used in strict heat protection condition in aeronautics, astronautics, military and civil uses.
Owner:NAT UNIV OF DEFENSE TECH

Real-time video coding/decoding

A video codec for real-time encoding / decoding of digitized video data with high compression efficiency, comprising a frame encoder receiving input frame pixels; a codec setting unit for setting and storing coding setting parameters; a CPU load controller for controlling desired frame encoding time and CPU loading; a rate controller for controlling frame size; a coding statistics memory for storing frequency tables for arithmetic coding of bitstream parameters and a reference frame buffer for storing reference frames. The frame encoder comprises a motion estimation unit, a frame head coding unit, a coded frame reconstruction and storage unit and a macroblock encoding unit. The macroblock encoding unit provides calculation of texture prediction and prediction error, transforming texture prediction error and quantization of transform coefficient, calculation of motion vector prediction and prediction error and arithmetic context modeling for motion vectors, header parameters and transform coefficients. The codec also includes a deblocking unit for processing video data to eliminate blocking effect from restored data encoded at high distortion level, which may be a part of encoder or decoder, an internal resize unit, providing matching downscaling of a frame before encoding and upscaling of decoded frame according to the coding setting parameters, and a noise suppression unit.
Owner:BEAMR IMAGING LTD

Method for evaluating video quality based on artificial neural net

A video quality evaluation method based on artificial neural network, which belongs to the field of computer digital video processing. The evaluation algorithm computes damage extent of an image by analyzing spatial characters (blur, entropy, blocking effect, frequency-domain energy analysis, saturation) and time behaviors (frame-to-frame differences). Evaluation effect of the algorithm can be effectively modified by using colour space saturation as one of the parameters for non-reference evaluation algorithm. The system is designed based on artificial neural network, therefore, training process and testing process of the network are included in realization of the algorithm. To the selected training sample (video image sequence), firstly extracts six parameters of the sample, then obtains expected output (subjective evaluation result) in training through subjective evaluation. Characteristic parameters of the training sample and the corresponding subjective evaluation result are inputted to the artificial neural network as training parameters. The experiment shows that evaluation result obtained by the objective evaluation system is highly-consistent with visual sense of human eyes.
Owner:COMMUNICATION UNIVERSITY OF CHINA

Virtual visual point synthesizing method based on depth and block information

The invention discloses a virtual viewpoint synthesis method based on depth and shade information, comprising steps of: (1) defining a 3D plotting equation of a plotting method based on a depth image; (2) according to the spatial positions of the reference viewpoints and the virtual viewpoints, forming a pixel plotting sequence; (3) adopting a horizontal half pixel plotting method based on a depth image, referring to the main viewpoint, plotting an image of the virtual viewpoints; (4) according to the shade information of the auxiliary viewpoints, processing shade compensation on the virtual viewpoint image, to attain a virtual viewpoint image of high resolution; (5) converting the image of high resolution to attain an image of original resolution; (6) adopting an asymmetry linear interpolation method to process residual cavity compensation; (7) processing block effect smoothing to attain the virtual viewpoint synthesis image of high quality. The invention is suitable for parallel optical axis camera array mode, wherein the virtual viewpoints for synthesis are between the main viewpoint and the auxiliary viewpoints. Therefore, the invention can effectively synthesize virtual viewpoint images of high quality.
Owner:万维显示科技(深圳)有限公司

Preparation method of core-shell structure superfine fiber carrier material for medical dressing

The invention provides a preparation method of a core-shell structure superfine fiber carrier material for medical dressing. The preparation method is basically characterized by specifically comprising the following steps: mixing and dissolving macromolecular polymers into a solvent to obtain a shell layer solution; selecting at least one of a functional high polymer and a medicine and dissolving the functional high polymer or the medicine into a solvent under the aseptic condition to obtain a core layer solution; and performing coaxial electrostatic spinning, placing into a vacuum drying box, and vacuum-drying to remove the residual solvent to obtain the core-shell structure superfine fiber carrier material for the medical dressing. The core-shell structure superfine fiber carrier material for the medical dressing has excellent water-absorbing property, moisturizing property and air permeability, can provide a wet microenvironment for wound healing, is uniform in pore size distribution, and achieves a bacterium blocking effect. The core layer high polymer or medicine can achieve zero-order release through corrosion or diffusion mechanism, so the influence of the environment on the medicine effect is reduced and unnecessary damage to a human body by the medicine is reduced.
Owner:上海必趣医疗科技有限公司

Piperazinylalkylpyrazole derivatives useful as selective T-type calcium channel blockers and preparation method thereof

The present invention provides for novel piperazinylalkylpyrazole derivatives, the preparation method thereof and the selective T-type calcium channel blocking activity thereof. Particularly, it provides a piperazinylalkylpyrazole derivative as represented by the formula set forth below or its pharmaceutically acceptable salts, and its preparation method thereof. The compound of Formula 1 is a novel piperazinylalkylpyrazole derivative, which particulary has T-type Ca2+ channel blocking effect and thus can be useful as a therapeutic agent for nerve and muscle pain.
Owner:KOREA INST OF SCI & TECH

Loop filtering method and apparatus

A loop filtering method and apparatus are provided. The loop filtering method includes: calculating blocking effect strength based on coding type information, which specifies the coding type of a block to be filtered, a motion vector of the block, and reference frame information, which identifies a reference frame; determining a filtering unit to be used for filtering the block based on the calculated blocking effect strength; and performing filtering on the block using the determined filtering unit. Accordingly, it is possible to provide high-quality HDTV images by determining whether to perform loop filtering and adjusting the degree of loop filtering in consideration of the characteristics of HDTV images.
Owner:SAMSUNG ELECTRONICS CO LTD +1

Gray scale image fitting enhancement method based on local histogram equalization

InactiveCN105654438ASuppresses "cold reflection" imagesEvenly distributedImage enhancementImage analysisImage contrastBlock effect
The invention provides a gray scale image fitting enhancement method based on local histogram equalization. The gray scale image fitting enhancement method has advantages of improving gray scale image contrast and detail information and eliminating block effect and over-enhancement. The gray scale image fitting enhancement method comprises the steps of performing segmental linear transformation on a gray scale image in an overwide dynamic range, obtaining the gray scale image in an appropriate dynamic range, dividing an image gray scale distribution interval to two segments to multiple segments, adjusting the gradient of a segmenting point and a transformation line of each image gray scale distribution interval, performing expansion or compression on a random gray scale interval; performing subblock part overlapping histogram equalization on a transformation result, obtaining the transformation function of the current subblock through performing weighted summation on a subblock transform function in the neighborhood, performing histogram equalization processing on the current subblock by means of the transformation function; and performing nonlinear fitting on the gray scale map after histogram equalization, and performing histogram distribution correction on the gray scale image after subblock part overlapping histogram equalization.
Owner:SOUTH WEST INST OF TECHN PHYSICS

Modified diaphragm and preparation method and application therefor

The invention discloses a modified diaphragm. The modified diaphragm comprises a diaphragm substrate, and an electronic conductive coating layer and an inorganic hard coating layer positioned on the two surfaces of the diaphragm substrate respectively, wherein the electronic conductive coating layer is a mixed coating layer with graphene and a porous carbon material; and the inorganic hard coating layer is a nitrogen-carbon material coating layer, a nitrogen-silicon material coating layer, a carbon-boron material coating layer or a silicon-carbon material coating layer. The preparation method comprises the steps of uniformly coating the two surfaces of the diaphragm substrate with the electronic conductive coating layer and the inorganic hard coating layer respectively, and drying the two surfaces respectively obtain the modified diaphragm. The modified diaphragm has high diffusion and absorption capacity for an organic electrolyte, high ionic conductivity, and an obvious adsorption and blocking effect on poly-sulfur-lithium; in addition, the modified diaphragm can further restrain a shuttle effect, prevent battery short-circuit, effectively restrain the growth of negative electrode metal lithium dendrites in a cyclic process, prevent from punching the diaphragm, and protect the lithium negative electrode, so that the problem that the diaphragm is punched after dendrites formation is solved, and the safety performance of the battery is improved.
Owner:CENT SOUTH UNIV

Anti-seepage and leak-blocking construction method for excavation of subway foundation pit in soft soil area

The invention discloses an anti-seepage and leak-blocking construction method for excavation of a subway foundation pit in a soft soil area, which comprises the following steps: 1) joint pre-reinforcement construction of an underground continuous wall: constructing a pre-reinforcement structure of a high-pressure rotary jet grouting pile, guiding holes, grouting by a sleeve valve pipe, sealing the holes, guiding the holes again and pre-burying the sleeve valve pipe for standby; and 2) the excavation of the foundation pit and the anti-seepage and leak-blocking construction: using surface floating earth for clearing and using the encased steel plate reinforcement method for anti-leak treatment for the situations that joints of the underground continuous wall have defects definitely and risk points are positioned below the excavation surface of the foundation pit, adopting the hole-guiding cyanogen injection condensing method for blocking of leak points with slight water leakage situation, adopting the horizontal hole grouting method for blocking for the water leak points with serious water leakage situation, and carrying out filling, grouting and reinforcement through the pre-buried sleeve valve pipe after completing the blocking. The method has reasonable design, convenient construction, comprehensive consideration, good anti-leak and leak-blocking effect, fast leak-blocking speed and can solve the problems of pipe blocking, poor anti-leak and leak-blocking effect, slow construction progress and the like in the existing anti-leak and leak-blocking construction.
Owner:TIANJIN CONSTR ENG CO LTD OF CHINA RAILWAY FIRST GRP CO LTD +1

Functional dressing, and preparation method and application thereof

ActiveCN103520764AThe solution is not easy to fixSolve the problem of not being able to form a filmAbsorbent padsBandagesTherapeutic effectDiabetic foot
The invention relates to an active wound repair material, specifically to a functional dressing and a preparation method and application thereof, belonging to the field of medical materials. To overcome a technical problem, the invention provides the functional dressing, which belongs to biologically active wound repair materials. The functional dressing is prepared from the following raw materials by weight: 2 to 6 parts of biologically active glass, 12 to 20 parts of alginate, 4 to 12 parts of chitosan and 100 to 200 parts of water. Multiple dosage forms can be prepared from the above-mentioned raw materials, mainly comprising a gel, a dressing, etc. The functional dressing provided by the invention has the advantages of bacteriostatic action on a wound, promotion of wound healing and growth, adsorption of a small amount of tissue exudates, good biosecurity, waterproof performance, a bacterium blocking effect, etc. The functional dressing has a wide application scope, is applicable to mechanical trauma and operative incision (wound) and exerts a good therapeutic effect on hard-healing wounds like burns and scalds, diabetic foot, ulcer and pressure sores and a good curative effect on an infectious wound and a delayed union wound.
Owner:成都迪康中科生物医学材料有限公司

Real augmented reality method based on ORB-SLAM and depth camera

A real augmented reality method based on ORB-SLAM and a depth camera comprises the following steps: (1) determining an initial coordinate plane by use of a Marker-less technology, and initializing a slam coordinate system with real scales; (2) importing a map, and combining a directly expressed map with a feature map according to extracted feature points; (3) using monocular SLAM o build a real scale map, and saving the map; (4) placing a virtual object in a scene, and calculating the distance between the virtual object and the camera through a 3D engine; and (5) using the depth camera to get scene depth data, and performing deep fusion according to the distance data of the virtual object obtained in the 3D engine to achieve a blocking effect and make the real object and a virtual model have strong interaction directly. The method is of very strong robustness, and realizes blocking interaction between a real object and virtual data.
Owner:上海玄彩美科网络科技有限公司

License plate super-resolution processing method and system based on deep learning

The invention discloses a license plate super-resolution processing method and system based on deep learning. The method includes the following steps: acquiring a series of images containing license plate information from an original compressed surveillance video; tracking a target of interest in the images; selecting a plurality of points of interest, intercepting images with the points of interest as the center, and registering the images; and using a deep learning training base to get a corresponding deep network weight, and carrying out super-resolution processing on the multiple frames of images after registration with use of the deep network weight to get a clear high-definition license plate I. The intrinsic relationship between degraded characters and clear characters in a highly compressed surveillance video is learned through joint optimization using a super-resolution deep network model and a gradient guide network model. Super resolution and a de-blocking effect are achieved through a common deep network. The resolution of degraded character is improved, and the block effect is removed. The problem that the license plate characters in a highly compressed surveillance video cannot be seen clearly is solved.
Owner:ZHEJIANG UNIV

Aircraft engine arrangement

InactiveUS7484354B2Minimise aerodynamic dragMinimize cross-sectional areaGas turbine plantsJet propulsion plantsBlock effectTurbine
In order to avoid external bulging (5) to accommodate accessory mechanisms (27) and gearboxes (30) to drive these mechanisms (27) in accordance with the present invention splitter fairings (26) are located within a bypass duct (23) of an engine (20). The bypass duct (23) is defined between a casing (21) and compressor / turbine propulsion core (22). The fairings (26) are of sufficient dimensions to accommodate the accessory mechanisms (27) whilst the bypass duct (23) is appropriately shaped axi-symmetrically to eliminate and balance any blocking effect of these fairings (26) within the duct (23) upon air flow (24). Further fairings (26′) may be provided to accommodate oil tank reservoirs (34) as well as filter / heat exchanger mechanisms (35) for the engine (20). In such circumstances, a notional elongate cylindrical profile for the engine (20) is maintained such that a reduced cross section is require for that engine (20) and so allowing a smaller airframe with better sonic boom signature.
Owner:ROLLS ROYCE PLC

Filtering-wave method of removing blocking-effect in video-frequency picture and loop filter

The method includes two parts: filtering decision and filtering execution. The filtering decision includes steps: based on pixels of received image and coding information to determine whether there is real edge existed on borderline of two adjacent small blocks; determining value of block effect of each two adjacent small blocks; there is one-to-one correspondence between different values of block effect and different filtering strengths. The filtering execution includes steps: not carrying out filtering operation for adjacent small blocks of containing real edge on borderline; carrying out filtering operation for adjacent small blocks of not containing real edge on borderline by using selected filtering method corresponding to filtering strength based on values of block effect. Filtering inputted video images, the disclosed method removes block effect caused by blocked encoding so as to raise quality of video image.
Owner:TENCENT TECH (SHENZHEN) CO LTD

De-block effect filter capable of supporting multi-video standard

The invention provides a device for realizing the in-loop de-blocking filter and out-loop de-blocking filter of the video-decoding image by adopting a loop filter in an H.264 video coding and decoding system. The invention further provides a set of control methods used for choosing the filters which execute relevant strength according to the out-loop video image information. Through the adoption of the loop filter circuit of the H.264 video decoding system, the invention realizes the support for the in-loop de-blocking filter function and the out-loop de-blocking filter function in a multi-video standard system, reduces the cost of the circuit hardware, and provides the good de-blocking performance so as to improve the visual quality of a user.
Owner:CHIPNUTS TECH INC

Continuously height-adjustable intervertebral fusion implant

InactiveUS20140180419A1Substantial force is appliedImproved force transmissionBone implantSpinal implantsCouplingDilator
The invention relates to an intervertebral fusion implant for fusing two adjacent vertebrae, comprising a base piece and a cover piece and also a spreading means, wherein the base piece and the cover piece are connected by a rocker which is situated therebetween and externally coupled, and the spreading means is a spreader clip on the rocker and a drive device is provided for the spreader clip. The spreader clip is used to erect the rocker such that the implant expands in terms of height. As a result of the external coupling of the rocker, a large lifting travel is available. Furthermore, the spreader clip has a blocking effect in relation to an unwanted return as a result of the frictional forces thereof.
Owner:FACET LINK

Time-space methods and systems for the reduction of video noise

A time-space domain video denoising method is provided which reduces video noise of different types. Noise is assumed to be real-world camera noise such as white Gaussian noise (signal-independent), mixed Poissonian-Gaussian (signal-dependent) noise, or processed (non-white) signal-dependent noise. This method comprises the following processing steps: 1) time-domain filtering on current frame using motion-compensated previous and subsequent frames; 2) restoration of possibly blurred contents due to faulty motion compensation and noise estimation; 3) spatial filtering to remove residual noise left from temporal filtering. To reduce the blocking effect, a method is applied to detect and remove blocking in the motion compensated frames. To perform time-domain filtering weighted motion-compensated frame averaging is used. To decrease the chance of blurring, two levels of reliability are used to accurately estimate the weights.
Owner:WRNCH INC

Video frame rate up-conversion method and system for improving motion fluency intelligently

The present invention discloses a video frame rate up-conversion method and system for improving motion fluency intelligently. The method comprises a first step of pre-analyzing two frames of continuous original video image; a second step of performing motion estimation on the two frames of image; a third step of calculating a new interpolated frame between the two frames of original image according to estimated motion information; a fourth step of performing post processing like hole filling, block-effect filling, image quality evaluation on the interpolated frame image; and a fifth step of according to information of the four previous steps, determining whether to replace the interpolated frame with a repeated frame. On the basis of the method, the present invention provides a video frame rate up-conversion system for improving motion fluency intelligently. Due to the frame rate up-conversion, stream of each processing module is controlled, so that high reuse and high parallelism of the information of all modules are realized. Through adoption of the method and system, high quality video frame rate improvement is realized at a source end, and the video motion fluency is improved intelligently.
Owner:SHANGHAI JIAO TONG UNIV

Reduction of block effects in spatially re-sampled image information for block-based image coding

A method of processing block-based image information including up sample filtering pixels located along boundaries of image blocks using a first filter strength and up sample filtering at least a portion of the pixels that are not located along boundaries of the image blocks using a second filter strength. The method may alternatively include up sample filtering pixels located along boundaries of image blocks and image sub-blocks using the first filter strength. An up sample filter system which includes a first up sample filter which filters pixels located along boundaries of the image blocks using a first filter strength and a second up sample filter which filters pixels that are not located along boundaries of the image blocks using a second filter strength.
Owner:NXP USA INC +1

No-reference video quality evaluating method

The invention provides a no-reference video quality evaluating method, and aims to solve the problems of low relevance between an objective MOS value and a subjective MOS value output by the conventional method, weak prediction accuracy and weak generalization ability thereof. The method comprises the following steps: extracting blocking effect parameters, blur parameters and code rate parameters of video received by a receiving end; setting motion complexity parameters for the video according to the decoded time domain of the video; outputting the objective MOS value by using an evaluation model which is acquired in advance based on support vector (SV) regression (SVR) according to the blocking effect parameters, the blur parameters, the code rate parameters and the motion complexity parameters; and acquiring higher relevance with the subjective MOS value. On characteristic parameter selection, TS stream parameters are integrated with main sense injury parameters; and the evaluation model determining method adopts a method of the support vector regression. The method is applicable to videos in different resolution ratios, in particular to videos with encoder injury.
Owner:THE RES INST OF TELECOMM TRANSMISSION MIIT +2

Single image super-resolution reconstruction method based on image nonlocal self-similarity

The invention discloses a single image super-resolution reconstruction method based on image nonlocal self-similarity. The image texture is synthesized through the nonlocal self-similarity of the image and image blank information is filled; and image reconstruction is realized according to the complete theory of a deconvolution neural network. According to the super-resolution reconstruction method based on image nonlocal self-similarity convolution sparse representation, the detail information of the super-resolution image can be better enhanced, the block effect can be reduced and thus the quality of super-resolution image reconstruction can be enhanced.
Owner:BEIJING UNIV OF TECH

Strong-inhibition drilling fluid system

The invention relates to a strong-inhibition drilling fluid system, comprising the following components by mass percent of 2.5-4.5% of bentonite slurry, 0.1-0.3% of alkaline regulator, 0.3-2.0% of shale inhibitor, 0.2-0.4% of metal ion polymer, 2.0-5.0% of walchowite, 2.0-5.0% of sulfomethal phenolaldehy resin, 1.0-3.0% of cation emulsified asphalt, 0.5-3.0% of lubricating agent, 0.2-0.8% of emulsifier, 2.0-8.0% of crude oil, and 1.0-3.0% of calcium carbonate superfine powder according to 100% of water. The compound in a general formula (I) is also provided; R1 is H or CH3; R2 is H, CH3 or C2H5; and X is an integer between 2 and 20 and applied to the shale inhibitor. The compound and the cation emulsified asphalt are applied to the drilling liquid system; the drilling liquid system is strong in shale inhibition; the shale recovery rate can be up to 90.33% and is improved by over 35.02% in comparison with that of water shale; the high temperature resistance can be up to 150 DEG C; the lubricating friction coefficients before and after aging respectively are smaller than 0.1; the strong-inhibition drilling fluid system is strong in capacity of resisting poor soil, salt and calcium contamination, strong in rejection capability, and good in blocking effect; the API (American petroleum institute) water loss of the drilling fluid is smaller than 4.5mL, and the HTHP (high temperature and high pressure) water loss is smaller than 12mL.
Owner:CHINA PETROLEUM & CHEM CORP

Fusion channel based and sky immune image defogging method

InactiveCN106846263AAccurate Adaptive EstimationImprove universalityImage enhancementPattern recognitionSky
The present invention discloses a fusion channel based and sky immune image defogging method, relates to the technical field of digital image processing, and solves problems that in the existing image defogging method, after defogging, the defogging effect is poor due to color distortion in the sky area, and occurrence of the phenomenon of halo and the block effect, and the existing method has a cumbersome recognition process, a large amount of calculation, and so on. The method disclosed by the present invention comprises: carrying out minimum and maximum values filtering on a fog image, roughly estimating atmospheric light, introducing correction factors, and carrying out rough estimate on the transmittance of the dark channel and the transmittance of the bright channel respectively; using the guided filter to carry out precise optimization respectively, determining whether the transmittance of the dark channel is greater than the transmittance of the bright channel (wherein, if so, the dark primary channel image is the sky area, and if not, the dark primary channel image is not the sky area), and obtaining precise estimate of the fusion transmittance; and taking the pixel mean value as the adaptive accurate estimate and the fusion transmittance of the atmospheric light, and obtaining a clear defogging image by using the atmospheric scattering imaging model.
Owner:CHANGCHUN INST OF OPTICS FINE MECHANICS & PHYSICS CHINESE ACAD OF SCI
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