74results about How to "Good edge" patented technology

The invention discloses a remote sensing image cloud detection method based on a convolution nerve network, comprising steps of establishing a training sample set, generating a convolution nerve network classification model, extracting a super-resolution sub-area, generating a cloud probability graph, performing rough detection on a cloud area, and performing fine detection on the cloud area. Through the above arrangement, the remote sensing image cloud detection method can accurately detect the cloud area in the remote sensing image, and, for the remote sensing image having the complex background or the semitransparent cloud, can obtain a better detection result. As a result, the remote sensing image cloud detection method can solve problems of false determination and analysis which are caused by the cloud, and can facilitate the follow-up processing and analysis. The remote sensing image cloud detection method enables the cloud area in the cloud detection result to have a better rim, to have better robustness in a complex environment and can obtain a better detection result.

The invention discloses a fuzzy clustering image segmentation method with plane as clustering center and anti-noise ability. The method comprises the following steps: firstly, defining an objective function, initializing various coefficients and thresholds in the objective function, and randomly initializing a membership matrix; minimizing the objective function to calculate and update the coefficients and fuzzy membership matrices of the clustering plane. calculating the value of the objective function based on the updated fuzzy membership matrix, when the absolute value of the difference between the objective function values of the two successive iterations is less than the termination condition or the method exceeds the maximum iteration number limit, the iteration ends, otherwise, theiteration continues to perform the updating, and each pixel point is classified and marked according to the criterion of the maximum membership, so as to complete the initial classification; The edgeof the image is extracted from the classification result, and the local window is selected to divide the membership degree again with the edge point as the center pixel. According to the fuzzy membership matrix of clustering output, the membership degree of data points belonging to a certain class is obtained, and each data point is classified and marked according to the maximum probability principle, and the image segmentation is completed. The method of the invention uses a clustering plane instead of a clustering center for image segmentation, can simultaneously consider the gray value information and the position information of pixels, obtains an ideal image segmentation effect, eliminates the influence of noise well, and improves the quality of image segmentation and the stability ofthe segmentation effect.

A wrapping paper storage device and dispenser supports a sheet of wrapping paper between the top wall of the dispenser and a flap member. This support continues throughout the cutting operation, so that curling, wrinkling or edge deformation of the wrapping paper is prevented. The flap member is provided with a flap slot in a hard polymeric sheet. An upper surface of the top wall of the dispenser is comprised of a hard flat polymeric sheet. The cutter traverses the flap slot when contacting the hard flat polymeric sheet, thereby severing the fully supported wrapping paper in a reliable, efficient manner. The cutter may be a separate cutting implement, such as a razor blade or knife. It may alternatively comprise an integral, spring loaded, slidable cutter that rides in the flap slot.

The invention discloses a braze welding nickel base impregnated diamond bit for deep part solid rock drilling, and a manufacturing method of the braze welding nickel base impregnated diamond bit. A braze welding nickel base body mixture of the braze welding nickel base impregnated diamond bit is formed by sintering a nickel base casing, a thin metal wire and diamond, the diamond is impregnated into the sintering nickel base casing, the content of diamond accounts for 30 to 80 percent by volume, and the granularity is 35 / 60 mesh; the sintering nickel base casing comprises the following components in mass percent: 35 to 75 percent of nicochrome powder and 25 to 35 percent of iron powder; the diameter of the thin metal wire is 1.0 to 1.6 mm; a nickel base prealloyed brazing filler metal is used, the performance of a drill bit is improved greatly, the sintering temperature is lowered, and the diamond damage degree is lowered; the content of the iron powder is higher, and the cost of the drill bit is lowered; the thin metal wire is embedded, so that the abrasive resistance of the casing is lowered and diamond exposure and drilling hole deviation preventing are facilitated. The braze welding nickel base impregnated diamond bit provided by the invention is particularly suitable for deep part solid rock drilling, and is also suitable for shallow slippery formation drilling.

The present invention allows an image to be processed corresponding to the mixture of a background image and an image of a moving object. A region specifying unit specifies a mixed region wherein foreground object components making up foreground objects and background object components making up background objects are mixed, and a non-mixed region configured of one of foreground object components making up foreground objects or background object components making up background objects, and outputs region information corresponding to the results of specifying. A region processing unit 5001 processes input images for each of the regions specified by the region information. The present invention can be applied to image processing devices for processing images.

An option in the card game of Blackjack according to which the player pays a fee to buy the option to roll a single die and the outcome, a number between one and six, inclusive, is added to the total point value of the player's cards.

A wrapping paper storage device and dispenser supports a sheet of wrapping paper between the top wall of the dispenser and a flap member. This support continues throughout the cutting operation, so that curling, wrinkling or edge deformation of the wrapping paper is prevented. The flap member is provided with a flap slot in a hard polymeric sheet. An upper surface of the top wall of the dispenser is comprised of a hard flat polymeric sheet. The cutter traverses the flap slot when contacting the hard flat polymeric sheet, thereby severing the fully supported wrapping paper in a reliable, efficient manner. The cutter may be a separate cutting implement, such as a razor blade or knife. It may alternatively comprise an integral, spring loaded, slidable cutter that rides in the flap slot.

Embodiments of the present invention provide a wood processing machine adapted to cut wood workpieces along multiple optimized cutting paths. In various embodiments, the wood processing machine includes a first saw assembly and a second saw assembly that is disposed down stream from the first saw assembly. The first saw assembly is adapted to cut the workpiece along the first optimized cutting path and the second saw assembly is adapted to cut the workpiece along the second optimized cutting path.

A knife sharpener sharpens a wide range of knives and blades. The knife sharpener includes an angle guide associated with a first stage abrasive surface at an angle in the range of 12-18 degrees. A second stage is provided at an angle in the range of 17-23 degrees. A third stage is provided at an angle in the range of 19-25 degrees. The abrasive surface in the first and second stages is in the range of 240 to 400 grit while the abrasives in the third stage is in the range of 600 to 2000 grit.

The invention discloses a diamond drill bit containing a grinding aid body structure. The diamond drill bit comprises a plurality of main working bodies arranged in the circumferential direction of the bottom lip surface of the drill bit and a plurality of grinding aid bodies arranged in the main working bodies, wherein the main working bodies are connected with the adjacent main working bodies through water gaps, the grinding aid bodies are uniformly distributed in the main working bodies at equal intervals, and the total area of the cross sections of the grinding aid bodies is 30%-38% of thetotal area of the main working bodies; each grinding aid body is a cylinder with the diameter of 3-5mm and the height of 12-15mm, the main working bodies play the role of crushing rocks mainly, and the grinding aid bodies play a role of crushing rocks in an auxiliary and indirect mode. The invention further discloses a 3D printing technical method of the diamond drill bit containing the grindingaid body structure. The diamond drill bit can effectively solve the problem of drilling in hard and dense rock layers.

The invention discloses a laser trimming device and method for a superhard abrasive forming grinding wheel. The device is sequentially provided with a reflection lens clamp, a reflection lens base, ahorizontal displacement adjusting table, a vertical displacement adjusting frame and a fixed support along the laser beam emitting direction; and is provided with a constant-angle rotating knob, a displacement lead screw and acoustic emission equipment. The device is a three-degree-of-freedom reflecting lens carrying device which can move in the x direction, the y direction and the z direction androtate around the axis; and a reflecting lens is regulated and controlled to reflect an emergent laser beam at a nearly vertical angle, so that laser energy acts in the horizontal direction and the vertical direction at the same time, and the shaping efficiency is improved by times. A method for coating a laser cross section by the lens clamp is designed, and a modification method for increasingthe laser scanning times in an odd number is provided, so that high modification efficiency and good grinding wheel outline appearance are ensured, and high speed and energy conservation are realized;and a model for sharpening a scanning track of a laser beam on the surface of the grinding wheel is established, and a method for controlling the optimal scanning times and performing layered laser scanning sharpening is provided, so that the effects that abrasive particles are excellent in edging and high in percent of pass are achieved.

A patch permitting division of only its release sheet by simply pulling right and left, wherein detachment of the release sheet is easy. There is provided a patch comprising a stretchable support, a plaster applied substantially all over one major surface of the support and a release sheet attached to the whole surface of the plaster wherein only the release sheet is divided at a division zone by simply pulling right and left, and wherein one or two or more precut parts that open when the patch is pulled right and left are disposed in the neighborhood on the division zone.

Direct metal deposition (DMD) is used to fabricate knife edges with extended service life. A metal alloy powder is deposited along a blank and melted with a laser beam so that the powder solidifies into a strip of material having a hardness and / or wear resistance greater than that of the starting material. The piece is then finished to produce a sharp edge in the solidified material. The powder may be melted while it is being deposited, or it may be melted after being deposited. A slot or groove may be formed in the blank with the metal alloy powder being deposited into the slot or groove. A hardened steel alloy powder is deposited onto a mild steel blank. For example, a tool steel or vanadium steel powder may be deposited onto a 1018 steel blank. An invention line-beam nozzle may be used for deposition and / or powder melting.

The invention discloses a diamond drilling bit with a plurality of sets of serrated structures automatically formed by weakened matrix with order positioning. The diamond drilling bit with a pluralityof sets of serrated structures automatically drill teeth formed by weakened matrix with order positioning comprises drill teeth and a steel body. The drill teeth are composed by working layer sheetswith the thickness of 0.2-1.5mm and interlayer sheets with thickness of 0.2-1.5mm. The working layer sheets are made from metal powder, tungsten carbide powder and diamond, and the interlayer sheets are made from graphite powder, ceramic powder and copper-tin alloy powder. Organic solvents are separately added for preparing slurry materials, and the slurry materials are poured to form a mold, andafter vacuum baking and low-temperature sintering, a sheet blank is formed; the weakened matrix particles are positioned and arranged orderly according to the designed concentration and are embedded in the predetermined position of the working layer sheet blank; and the working layer sheets and the interlayer sheets are alternately packed into a graphite mold at intervals to form the drill teeth,then the steel body is installed, and after hot pressed sintering, the drilling bit is formed. During the drilling process of the diamond drilling bit, a pie appears in a working lip face, at the sametime, the interlayer sheets are subjected to advanced abrasion, then a groove appears, and a working face of the drilling bit form a serrated shape; and during drilling, the exposure is fast, the efficiency is high, and the energy consumption is low.