193results about How to "Eliminate blocking" patented technology

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.

The invention relates to an improved multi-joint and multi-path transmission method, which comprises the following steps that: a host machine A is connected with a host machine B on the network through two network ports, application data to be transmitted between the host machine A and the host machine B are divided into a plurality of logically-independent data streams; each data stream between the host machine A and the host machine B is bound on a specific path to be transmitted; when continuous congestion packet loss and fault paths do not happen, path switching of the data stream transmission is not allowed; when the continuous congestion packet loss and the fault paths happen, a transmitting terminal starts switching mechanism of the path, and all the data on the fault paths are transferred to new paths to be transmitted; and the host machine A detects the new available paths and deletes the old fault paths, and transmits dynamic addresses to the hose machine B to add and delete the data blocks so as to dynamically add the new paths and delete the old paths. The method is used for establishing and realizing multi-joint and multi-path data transmission.

Devices and methods for bone marrow aspiration, storage, and the combining of harvested marrow with biomaterials, therapeutic agents or medical devices are provided for the treatment or assessment on a variety of diseases or injuries. In a preferred embodiment, the invention includes aspiration of marrow into a cartridge to minimize bacterial contamination and clotting while facilitating handling, storage or the combining of harvested material with biomaterials, therapeutic agents or medical devices.

The invention provides a structured network system applicable to the future internet, which constructs and maintains a plurality of concomitant structured networks (SNs) on a physical network through a virtual layer. The system can construct the structured future internet on a large-scale structure-free network, adopt globally unified and simple addressing, route and inquiring mechanisms, and enable route inquiring time, network interoperability or interconnection, content distribution efficiency and service obligation to be greatly improved. Practical examples of the structured network comprise hypercube networks, artificial neural networks and Batcher networks. Achieved functions comprise content / service addressing, semanteme searching, and mobile supporting, safe service based on positions, multicast, intrusion detection, network measurement, data fusion, webpage grading and flow load balancing.

There is provided a method for controlling the movement of bile and / or gall stones in the biliary duct. The method comprises gently constricting (i.e., without substantially hampering the blood circulation in the tissue wall) at least one portion of the tissue wall to influence the movement of bile and / or gallstones in the biliary duct, and stimulating the constricted wall portion to cause contraction of the wall portion to further influence the movement of bile and / or gallstones in the biliary duct. The method can be used for restricting or stopping the movement of bile and / or gallstones in the biliary duct, or for actively moving the fluid in the biliary duct, with a low risk of injuring the biliary duct.

The invention discloses a depth representing method based on light stream and image segmentation, which comprises the following steps: (1) for each frame image in an original two-dimensional video, referring an adjacent latter frame image in the time direction, carrying out light stream analysis, and obtaining a light stream map of the current image; (2) carrying out image segmentation on each frame image in the original two-dimensional video to obtain a segmentation map; and (3) combining the light stream map and the segmentation map of each frame image in the original two-dimensional video to obtain the depth map for representing the three-dimensional video. The invention extracts the motion information of the two-dimensional video by a light stream analyzing method, is more accurate compared with a window matching method, simultaneously combines the image segmentation method to generate the depth map for representing the three-dimensional video, effectively smoothes the noise, and modifies the edge contour of an object.

The invention is a kind of video coding method based on video content, refers to digital video coding field. It inputs the video data flow which is through camera vidicon and video collcting card, the video data flow is changed and quantized in the computer, then carries on entropy coding, finally it outputs the coded data flow. The video processing subprogram compensates and dopes the video; thering filtering subprogram is based on JVT video coding technology, inputs OP value of picture coding, the coefficient between macro, the pel difference of adjoining pels, the mean value of macro movement vector into the ring filter, gats the weighted mean of the four infection factors and adds into the interpolation filter function.

This invention relates to a blood processing filter including a band-shaped first seal part that seals an inlet-side flexible container of the blood processing filter and a filter element of the blood processing filter so as to surround an inlet port, and an annular second seal part that seals at least the inlet-side flexible container and an outlet-side flexible container and is formed surrounding the first seal part at a position that is closer to an outer edge than the first seal part. A valley part corresponding to the first seal part is provided on an outlet side of the filter element. An outlet opening that communicates with an inside of the outlet-side flexible container is formed in the outlet port. At least one portion of the outlet opening is arranged so as to overlap with the valley part.

The invention relates to an image defogging method for an automobile data recorder. With a quadtree method, an atmospheric light value is obtained by calculation; a rough transmissivity map is obtained by using a trained convolution neural network and the transmissivity map is optimized by using a guidance filtering method; and then inverse solution is carried out by using an atmospheric scattering model to obtain a restored image. According to the image defogging method, a gray foggy image can be processed effectively and the image brightness after processing can be improved, so that the image edge details can be kept and the image color can be restored. The image defogging method can be applied to defogging processing of an automobile data recorder; the video processing requirement can be met; and practicability is high.

This invention introduces a class of multi-band linear phase lapped biorthogonal transforms with fast, VLSI-friendly implementations via lifting steps called the LiftLT. The transform is based on a lattice structure which robustly enforces both linear phase and perfect reconstruction properties. The lattice coefficients are parameterized as a series of lifting steps, providing fast, efficient in-place computation of the transform coefficients as well as the ability to map integers to integers. Our main motivation of the new transform is its application in image and video coding. Comparing to the popular 8.times.8 DCT, the 8.times.16 LiftLT only requires 1 more multiplication, 22 more additions, and 6 more shifting operations. However, image coding examples show that the LiftLT is far superior to the DCT in both objective and subjective coding performance. Thanks to properly designed overlapping basis functions, the LiftLT can completely eliminate annoying blocking artifacts. In fact, the novel LiftLT's coding performance consistently surpasses that of the much more complex 9 / 7-tap biorthogonal wavelet with floating-point coefficients. More importantly, our transform's block-based nature facilitates one-pass sequential block coding, region-of-interest coding / decoding as well as parallel processing.

The invention provides a method and a device for image defogging. The method combines a dark channel prior method and has better image defogging effects. The method includes: performing edge detection to a fogged image; blocking the fogged image to allow each image block to satisfy the condition that proportion of edge point number in the image to total pixel point number of the image block is in a preset threshold; and using the dark channel prior method to perform defogging calculation to the fogged image according to the blocks.

The invention discloses a data access processing method and device which are used for eliminating blocking of data access operation and reducing waste of system resources. The data access processing method includes the steps that after a main thread processing module started by terminal equipment receives a data access request, the data access request is submitted to a task thread processing module started by the terminal equipment; the task thread processing module processes the data access request; after a processing result corresponding to the data access request is obtained, the main thread processing module is informed.

A method to synthesize a chlorine dioxide block remover in a well is described. The method includes dissolving a chlorate aqueous solution and some acidic substances in water and to produce a hydrogen ion. The chlorate aqueous solution and acidic substances are quickly injected into the well by an injection pump, so they react with each other and produce chlorine dioxide. The synthesis of the chlorine block remover in the well removes oil layer blocks induced by polymers and microbes, while reducing the risk of explosion caused by leaked chlorine dioxide, and reducing the corrosion of equipment and pipes caused by chlorine dioxide.

The invention discloses an unmanned aerial vehicle scouting image synthesis compressed encoding method based on selective block transformation. The method comprises the steps of synthesizing the H.264 compressing scheme and the JPEG 2000 compressing scheme, carrying out selective algorithm adjustment and improvement on block transformation in the H.264 video coding standard, and obtaining a compressed code stream by means of compressed encoding. According to the unmanned aerial vehicle scouting image synthesis compressed encoding method based on the selective block transformation, the problem of limitation on image transmission bandwidth caused by limitation of size, weight and power consumption and other respects of an unmanned aerial vehicle platform, and influence of channels, external environment and enemy interference and other factors on actual image information transmission is effectively solved, uncompressed image source information is differentiable under the situation that still images before and after compression are similar in respect of PSNR and subjective quality evaluation of a scouting video is high, the compression ratio is greatly increased, and the scheme is systematic.

The present invention relates to a multi-function catheter assembly for treating arterial plaques. The multifunction catheter comprises a flexible tubular catheter body, an inflatable balloon assembly capable of multi-stage inflation at a distal end of the catheter body, at least one fluid delivery conduit formed on the catheter body, and at least one balloon control conduit formed within the catheter body. The balloon, when inflated to a first stage inside a vessel at the treatment site, defines a chamber between the balloon and the vessel wall. The at least one fluid delivery conduit is adapted to permit the delivery of an agent into the chamber to dissolve a plaque. After the removal of the plaque, the balloon is further inflated to a second stage to install a stent in the space that is vacated by the plaque. The stent can be a pre-manufactured stent or a customized stent formed by filing the space between the balloon and the treated vessel wall with a fluent composition that is solidified in situ. The multi-function catheter may also be used for sealing off aneurysms, dilating vessel passages, and treating tumors and trauma.

The invention discloses a novel self-adaptive weight stereo matching method. The novel self-adaptive weight stereo matching method comprises: obtaining a reference image and a target image; obtaininga representation method for each pixel supporting weight value; improving the traditional self-adaptive algorithm, selecting a gray scale absolute difference in a CIELab color space to replace a grayscale absolute difference in a RGB space; using the similarity measure method of Census nonparametric transformation to use a relationship between a central pixel point and pixels in the neighborhoodto replace a gray value of the central pixel point; and finally performing parallax post-processing of left and right consistency detection, sub-pixel enhancement, and median filtering. The inventioneffectively improves the matching precision, enhances the robustness of the stereo matching, and improves the block effect generated by the traditional algorithm in a low texture region.

A dishwasher is provided. The dishwasher has a wash motor for pumping wash liquid, upper and lower spray arm for spraying the wash liquid pumped by the wash motor, and a control unit. The control unit operates the wash motor to perform a lower wash cycle by the lower spray arm and an upper wash cycle by the upper spray arm. The control unit operates the wash motor at a preset first rpm and operates the wash motor at a second rpm for a predetermined duration during the upper wash cycle.

A textile articles dryer provides a chassis or housing supporting a rotating drum. A main air inlet enables air to enter the rotating drum. A main air outlet enables air to exit the rotating drum. A vacuum blower pulls a main airflow stream in between the main air inlet and the main air outlet. A heater is in communication with the main airflow stream for heating the air in the main flow stream. A controller maintains a generally constant vacuum in the rotating drum by lowering blower speed responsive to a blockage or near blockage of the main air outlet by one or more textile articles that are being dried.

The invention provides an anti-interference receiving circuit structure and method. A power detection module and a power control module are connected between a filter and an amplifier. The power detection module is used for detecting the power of an input signal. The power control module is used for storing a preset power threshold value, and judging whether the detection result of the power of the input signal exceeds the preset power threshold value or not, and carrying out the corresponding power attenuation processing of the power of the input signal. The structure and method can detect a strong interference signal, avoid the amplifier saturation or nonlinear distortion through the attenuation of strong interference power, improve the capability of a receiver for resisting strong signal interference, and guarantees the normal receiving under the strong interference.

The invention discloses an engine anhydrous cooling liquid and a preparation method thereof, wherein the engine anhydrous cooling liquid comprises the following raw materials by the weight percentage:60-70% of propylene glycol, 25-30% of ethylene glycol, 3-4% of 1,2-aminoazophenylene, 1-2% of sodium nitrate, 2-3% of glycerol, 1-2% of triethanolamine, 0.5-1.5% of sodium hydroxide, and 0.1-1% of apigment. The anhydrous cooling liquid has the freezing point lower than -52 DEG C and the boiling point more than 190 DEG C and has a large thermal safe space, so with the use of the product, the anhydrous cooling liquid can maintain a good state for operation, adequate power is maintained, noise is reduced, a water tank does not produce 'boiling', and cylinder score is not generated. With use ofthe anhydrous cooling liquid, zero corrosion can be achieved, no water rust is generated, cleaning and repair are not needed forever, and boiling, cylinder score, water tank blocking, water rust, water scale, corrosion and cavitation corrosion, engine fatigue, nausea, explosive vibration, precombustion, large noise, unstable idle speed, cylinder pressure reduction, insufficient power, oil consumption increase and large exhaust gas emission smoke and other phenomena are thoroughly eliminated.

When an elevator is lifted, an ear blockage phenomenon occurs due to changes of an internal pressure of an elevator car. The internal pressure of the elevator car is changed repeatedly between two different pressure change rates so that a control method inducing passengers' swallow actions can effectively ease the ear blockage phenomenon. However, in existing control methods, the pressure in the elevator car needs to be repeatedly switched to be a positive pressure and a negative pressure relative to the atmospheric pressure in a short time, and problems that a structure of a control device and a control method are complex exist. When the elevator goes down, a positive pressure state in the elevator car is only used to form stair-stepping pressure control in the first half of the running time (TT0). Therefore, the pressure control device only needs to implement switchover once, that is to say, a pressurized state is switched into a pressure reducing state, and the pressure control can be realized.

The invention discloses a soundproof-cotton gluing machine application method and belongs to the technical field of gluing machines. The soundproof-cotton gluing machine application method includes the steps of 1), equipment starting, namely respectively starting a gluing mechanism, a glue discharging mechanism, a recycling mechanism and a belt conveying mechanism on a soundproof-cotton gluing machine; 2), gluing, namely allowing glue flowing out from a glue discharging device to flow down along a gap between a gluing roller and a glue mixing roller and a to-be-glued rubber skin to be driven by the gluing roller to move sequentially in gaps of between a glue applying roller and the glue roller as well as between the glue applying roller and the glue mixing roller for gluing; 3), gluing completion, namely allowing the rubber skin coated with the glue to be conveyed to the tail portion of a conveying platform through a conveying belt, wherein the lower surface of the rubber skin is in friction contact with the upper surface of a cushion block, movement speed of the rubber skin is reduced, the rubber skin is taken away by workers, and gluing is completed. With the method, problems that gluing is uneven, waste glue cannot be effectively recycled and the like are solved.

The present invention relates to a process for electrochemical oxidation of bromide to bromine, more particularly to oxidation of bromide ions in brine, bittern and effluents using an indigenous cation exchange membrane flow cell.

The invention belongs to the technical field of image processing, and relates to a multi-focus image fusion method based on depth information extraction. The method is widely applied to the target recognition field, the micro-imaging field, the military operation field, the machine vision field and other fields. The method includes the steps of conducting modeling based on the aeolotropism thermal diffusion theory to obtain the imaging process of a multi-focus image, obtaining depth information of the original multi-focus image, determining the focusing region according to image information, obtaining a multi-focus image fusion template, and conducting fusion of the multi-focus image according to the smooth multi-level fusion template. By means of the method, quality of the fused image can be effectively improved, and the method has high practicability and wide applicability.

An apparatus for producing solid fuel includes a passage for introducing a supernatant in a mixing tank into a portion between the bottom of the mixing tank and a first slurry pump of a first slurry circulating passage using a third pump, and a passage for introducing a supernatant in an evaporator into a portion between the bottom of the evaporator and a second slurry pump of a second slurry circulating passage using a fourth pump. A method for producing a solid fuel includes introducing a supernatant in a mixing tank into a first slurry circulating passage, for washing a portion where coal deposits, and introducing a supernatant in an evaporator into a second slurry circulating passage, for washing a portion where coal deposits.

The embodiment of the invention discloses a compressed sensing imaging method, apparatus, device and system and a storage medium. The method employs an image compression coding device configured to perform compression, coding and sampling of a target image, a sampling controller and an image reconstruction calculator. The image compression coding device comprises a one-dimensional coding aperturetemplate and a linear array image detector, and the one-dimensional coding aperture template corresponds to the linear array image detector; the sampling controller controls drive of the one-dimensional coding aperture template and the linear array image detector to perform coding sampling and sends the obtained sampling data to the image reconstruction calculator; and the image reconstruction calculator is configured to perform single iteration of the reconstructed integrated sparse coefficient matrix through adoption of each dimensions of data based on the sampling data to obtain a recoveredtarget image. The compressed sensing imaging method, apparatus, device and system and the storage medium simplify the coding process, reduce the cost, eliminate the blocking effect of the block compression sensing system, obviously improve the image quality and achieve higher imaging quality with a lower hardware cost.