68results about How to "Irregular shape" patented technology

An image processing unit comprises a first processing unit (101) which generates a depth indication map for an image. The depth indication map may be, for example, an image object separation mask or a predetermined depth profile or background depth map. A second processing unit (103) generates a modified depth indication map by filtering the depth indication map in response to image characteristics of the image. The image adaptive filtering may, for example, provide a more accurate separation mask and / or may modify the predetermined depth profile to reflect the specific image. A third processing unit (105) generates an image depth map for the image in response to the modified depth indication map. The image depth map comprises data representing a depth of at least one image region of the image. The invention leads to the generation of an improved depth map for an image.

The present invention provides water atomized copper powder comprising substantially irregular shaped copper particles having at least a median D50 particle size of from about 20 μm or greater to about 50 μm. The powders of the present invention are suitable for use in electrically conductive compositions, such as copper-based adhesives. The present invention also provides methods of making these copper powders.

An image processing unit comprises a first processing unit (101) which generates a depth indication map for an image. The depth indication map may be, for example, an image object separation mask or a predetermined depth profile or background depth map. A second processing unit (103) generates a modified depth indication map by filtering the depth indication map in response to image characteristics of the image. The image adaptive filtering may, for example, provide a more accurate separation mask and / or may modify the predetermined depth profile to reflect the specific image. A third processing unit (105) generates an image depth map for the image in response to the modified depth indication map. The image depth map comprises data representing a depth of at least one image region of the image. The invention leads to the generation of an improved depth map for an image.

The invention provides a method for producing composite cooper powder for an ultrahigh heat pipe. The method for producing the composite copper powder for the ultrahigh heat pipe comprises the steps of powder blending, heat treatment, smashing, oxidant treatment and screening. The composite copper powder produced according to the method is formed in the mode that after electrolytic copper powder and water atomized copper powder are mixed, heat treatment, smashing, oxidant treatment and screening are conducted on the mixture. After compaction and sintering are conducted on the composite copper powder, a capillary structural layer with high communication porosity and high capillary water absorption rate can be obtained, and the heat conduction efficiency of the ultrathin heat pipe is improved.

The invention discloses a vegetable insecticide and a preparation method thereof and relates to the technical field of insecticides. The vegetable insecticide is prepared from 80-90 parts of attapulgite, 55-75 parts of sepiolite powder, 55-65 parts of natural plant extracts, 45-50 parts of kieselguhr, 15-30 parts of bacillus thuringiensis, 10-20 parts of veratrine, 10-15 parts of additive and 250-300 parts of water. The vegetable insecticide is good in insecticidal efficacy and long in action time, the raw materials are easy to obtain, and the vegetable insecticide is safe, environmentally friendly and harmless to the human body.

The invention relates to a method for preparing diantimony trioxide nano-particles by a mechanochemical modification technology. The method comprises the following steps: (1) mixing and ball-milling micrometer diantimony trioxide, small hard alloy steel balls and distilled water to obtain nano-Sb2O3 particles; (2) washing, drying and sieving the nano-Sb2O3 particles to obtain a nano-Sb2O3 sample;(3) mixing the nano-Sb2O3 sample, small hard alloy steel balls and distilled water, adjusting the pH value, adding hexadecyltrimethylammonium bromide, carrying out ball milling, and cleaning, filtering and drying the obtained mixture to obtain cationic surfactant CTAB modified nano-Sb2O3 particles; (4) adding the cationic surfactant CTAB modified nano-Sb2O3 particles into an ethanol-water solution, and carrying out ultrasonic dispersion so as to obtain cationic surfactant CTAB modified nano-Sb2O3 particles; and (5) mixing and ball-milling the cationic surfactant CTAB modified nano-Sb2O3 particles, a silane coupling agent KH580, small hard alloy steel balls and anhydrous ethanol, and cleaning, filtering and drying the obtained mixture to obtain CTAB and KH580 compounded modified nano-Sb2O3.The method has the advantages of simple process, high yield, high operability, and easiness in realization of industrial production.

Disclosed herein is a liquid crystal display including a pair of substrates; a liquid crystal held between the substrates; and a polarizing plate disposed on the side of one of the substrates.

The invention discloses a coarse particle polycrystalline diamond synthesizing technology. Coarse particle polycrystalline diamond is generated by controlling the variation of heating power and pressure intensity. The coarse particle polycrystalline diamond synthesizing technology provided by the invention has the beneficial effects that the synthesized polycrystalline diamond is irregular in shape, is rough in surface, has large particles and little impurities, is dark green, and has extremely good self-sharpening capability and good thermal stability.

The invention discloses a polycrystalline diamond catalyst and a thermal treatment process thereof. The polycrystalline diamond catalyst comprises the following chemical components in percentage by weight: 3-4 percent of cobalt, 27-34 percent of iron, 27-31 percent of manganese, 18-22 percent of nickel, 13-17 percent of silicon and 3-4 percent of carbon. The catalyst is thermally treated for certain time at certain temperature to form a novel catalyst. The polycrystalline diamond catalyst and the thermal treatment process thereof have the beneficial effects that after the catalyst is thermally treated, the surface of the catalyst is roughened by oxidization, a grain structure of the catalyst is changed, and the synthesis contact range of the catalyst is widened; the catalyst treated by using the thermal treatment process has the advantages of wide synthesis pressure range, wide synthesis temperature range, high yield per unit, short time and controllability of the synthesis process when being used for synthesizing polycrystalline diamond; the synthesized polycrystalline diamond is irregularly shaped, has the rough surface and few impurities, is dark green, and is excellent in self-sharpening capacity and high in thermal stability.

The invention provides a light hollow ceramsite and a production method thereof and belongs to the technical field of artificial lightweight aggregate processing. The light hollow ceramsite is made of a ceramic forming material and a template material, wherein the ceramic forming material is composed of waste paper papermaking dry sludge, fly ash and clay, and the template material is composed of polyphenyl foam particles. The obtained light hollow ceramsite is spherical or similar to a sphere in appearance, a middle cavity is spherical or similar to a sphere, and the middle cavity is separated from the outside through a ceramic structure with wall thickness to be 0.5-2.5mm. According to the light hollow ceramsite, barrel pressure strength is 33MPa, stacking bulk weight is 300-500kg / m<3> and particle size is 5-20mm, and therefore the light hollow ceramsite can be used for preparing high performance light aggregate concrete or suspended bio-film ceramic filter materials used for sewage treatment.

A liquid crystal display including a polarizing plate having a linear polarization axis slanted in relation to a scan line, a transparent pixel electrode, an active element which drives the transparent pixel electrode, and a wire for connecting the active element and the transparent pixel electrode. The wire has an end part so shaped as to be slanted in a direction parallel to or perpendicular to the linear polarization axis.

A method for a focus error signal adjustment in an optical disk device which shapes a focus error signal and enables a high-accuracy focus servo is provided.In a DVD-RAM having an emboss data zone and a rewritable data zone, a focus error signal is generated with the DVD-RAM remaining still in a position where an emboss pit is not formed in the rewritable data zone, and a waveform of the FE signal is shaped so that the waveform is symmetrical with respect to a reference point. Then, the FE signal is generated in the emboss data zone and an amplitude of the FE signal is adjusted. The amplitude of the signal which is obtained by increasing the the amplitude of the FE signal whose amplitude is adjusted by approximately 6 dB is applied to the amplitude of the focus error signal in the rewritable data zone. Consequently, a high-accuracy focus servo based on the FE signal, whose amplitude is adjusted and waveform is shaped, can be achieved without an error caused by the emboss pit.

The invention relates to a method for compounding high-quality low-oxygen low-iron aluminium nitride powder, which comprises steps: aluminite powder, aluminium nitride and ammonium salt are uniformly mixed to obtain a mixture according to quality radio of (5-10): (10-40), the mixture is uniformly spread into an aluminium nitride ceramic saggar, then carbon power is uniformly spread on the surface layer of the mixture, the quality radio of the aluminite powder and the carbon powder is 60:1-180:1, a reactor is vacuumized to 1*10-4MPa through a vacuum pump, the aluminium nitride ceramic saggar which is filled with materials is put into a reactor cavity, nitrogen which is pretreated is pumped into the aluminium nitride ceramic saggar for 15-30 min in 5-8MPa, and fully diffuses to contact with the aluminite powder, is compounded in a self-propagating mode by being ignited to obtain a reactant, and the reactant is the high-quality low-oxygen low-iron aluminium nitride powder after being cooled. The method for compounding high-quality low-oxygen low-iron aluminium nitride powder breaks down reaction barriers to fully diffuse by adding the carbon power, vacuumizing the reactor in advance, treating nitrogen, pumping the nitrogen into the reactor in advance and keeping the nitrogen in high pressure for 15-30min, and is low in energy consumption, high in efficiency and obvious in oxygen removal effect.

The invention relates to a composite material of a high-entropy alloy holding abrasive particle as well as a preparation method and application thereof, and belongs to the technical field of high-entropy alloy application. The high-entropy alloy holds the abrasive particle in a tyre body form. The high-entropy alloy is prepared from the following ingredients through being metered by atomic percentage: 10 to 30 percent of Fe, 10 to 30 percent of Co, 10 to 30 percent of Cr, 10 to 30 percent of Ni, 10 to 30 percent of Cu and 0 to 8 percent of Mo. The preparation method is characterized in that after the high-entropy alloy raw material powder is prepared and taken according to the designed ingredients, high-entropy alloy powder is prepared by a gas atomization method and a mechanical alloyingmethod; then, a SPS process is combined; the composite material with excellent performance is obtained. The composite material is particularly suitable for being used for manufacturing a cutter head.The high-entropy alloy is used as a tyre body for holding abrasive particles for the first time; the ingredient design is reasonable; the preparation process is scientific and controllable; the performance of the product is excellent; the large-scale industrial application is convenient.