62results about How to "Reduce reflection strength" patented technology

The invention relates to a wave water surface sun glitter stripping method based on polarization remote sensing detection, comprising the following four steps: step one, selecting proper time and point to carry out a water surface polarization remote sensing test; step two, selecting proper instruments to acquire a wave water surface sun glitter area time sequence polarization image; step three, processing a wave water surface sun glitter area polarization image; and step four, stripping wave water surface sun glitter. The method is a convenient and efficient wave water surface sun glitter correction method, and has the advantages of being high in precision and good in real-time without causing image data loss or relying on detection angle selection, and the like; and the method has extremely important application values in the fields of dynamic monitoring of sea surface ships, underwater target detection, water color remote sensing, and the like.

An optical semiconductor device includes a waveguide and a refractive index control portion. The waveguide has one or more first segments, one or more second segments and a plurality of third segments. The first segment has a region that includes a diffractive grating and another region that is a space region combined to the region. The second segment has a region that includes a diffractive grating and another region that is a space region combined to the region. A length of the second segment is different from that of the first segment. The third segment has a region that includes a diffractive grating and another region that is a space region combined to the region. A length of the third segment is shown as L3=L1+(L2−L1)×K1 in which 0.3≦K1≦0.7, L1 is a length of the first segment, L2 is a length of the second segment and L3 is a length of the third segment. The refractive index control portion controls refractive index of the first segment through the third segments.

An antenna device includes a dielectric substrate, a ground plate arranged on a first surface of the dielectric substrate, an antenna part arranged on a second surface of the dielectric substrate, and a reflecting part. The reflecting part is arranged around the antenna part and has a plurality of conductor patches each functioning as a reflecting plate. The plurality of conductor patches form a plurality of blocks aligned along a predetermined block arrangement direction. The plurality of blocks are configured such that phases of reflected waves at an operating frequency are different for each of the blocks and phase differences of reflected waves between adjacent blocks are non-uniformly different for each of the adjacent blocks.

Exemplary embodiments provide a coated intraocular lens that has a lens body with a first refractive index and an anti-reflective coating. The coating covers at least a portion of the lens body and has a second index of refraction that is less than the first index of refraction of the lens body. The anti-reflective coating reduces the intensity of reflections produced from off axis light incident on the lens body by at least a factor of 2.5 times and enhancing light transmission.

The characteristics of radiation that is reflected from carbon deposits and oxidation formations on highly reflective surfaces such as Mo / Si mirrors can be quantified and employed to detect and measure the presence of such impurities on optics. Specifically, it has been shown that carbon deposits on a Mo / Si multilayer mirror decreases the intensity of reflected HeNe laser (632.8 nm) light. In contrast, oxide layers formed on the mirror should cause an increase in HeNe power reflection. Both static measurements and real-time monitoring of carbon and oxide surface impurities on optical elements in lithography tools should be achievable.

The invention provides a processing method of fresh-keeping instant rice noodles, and relates to the technical field of food processing. The processing method of the fresh-keeping instant rice noodlescomprises the following steps of (1) preparing the raw materials; (2) performing fermentation; (3) performing milling to obtain pulp; (4) performing blending; (5) performing enzymolysis; (6) performing twin-screw extruding and shaping; (7) performing ageing; (8) performing cooking once again; (9) performing noodle washing, and performing cutting off; (10) performing metering and packing; (11) performing post-sterilizing; and (12) performing cooling. According to the fresh-keeping instant rice noodles, the compounding ratio of the materials is adjusted and controlled, and secondary fermentation is combined with optimization treatment with diastase, noodle cooking, cooking, recooking, post-sterilizing and quick cooling, so that the problems that rice noodles are subjected to beta configuration (namely retrogradation) and cannot be stored for a long term can be solved, the rice starch can maintain alpha state, and the instant rice noodles being rapid in rehydration, good in mouth feel and edible after being brewed for a short time, can be made.

The invention provides a line impedance adjusting method and system wherein the method comprises the following steps: based on the signal type of the pre-transmission signal of a transmission line, determining at least two target test impedances corresponding to the signal type of the pre-transmission signal; using a simulation device to conduct simulation analysis on the wire distribution models corresponding to each target test impedance; and based on the simulation analysis result, determining the line impedance corresponding to the transmission line. According to the invention, the existence of non-continuous impedance points in the transmission line is considered so that it is possible to determine a plurality of target test impedances for each type of signal; and based on simulation analysis, the target test impedance with the best signal transmission quality is screened out as the line impedance of the transmission line. Compared with the prior art, the method of the invention reduces the reflection intensity of a signal and increases the signal transmission quality.

A method for fabricating a flash memory is described. A stacked gate structure and a source / drain are formed on a substrate. An inter-layer dielectrics and a plurality of inter-metal dielectric layers are then formed over the substrate, wherein at least one layer among the inter-layer dielectrics and the inter-metal dielectric layers has a silicon carbide layer formed thereon. The silicon carbide layer is formed to protect the memory device from an UV irradiation, so as to prevent data errors occurring in the memory device.

The invention relates to an anechoic tile based on a composite material, in particular to an anechoic tile made of a foam metal material and a rare-earth supermagnetostrictive material, and belongs to the technical field of anechoic. It is composed of foamed metal material sheet with certain radian and thickness, rare earth super magnetostrictive material sheet, and synthetic rubber sheet which is vulcanized and packaged into an integral structure after they are bonded to each other. The shapes of the metal foam material sheet and the rare earth super magnetostrictive material sheet are consistent, and their radians are consistent with the surface radian of the underwater moving body. After being encapsulated by a synthetic rubber sheet, they jointly form an anechoic tile. The invention can not only absorb the sound waves of the active sonar, significantly reduce the reflection intensity of the sound waves of the active sonar, but also suppress the vibration generated by the underwater moving body itself, isolate the machine noise in the underwater moving body from radiating to the underwater moving body, and significantly reduce the Self-noise of underwater moving bodies, reducing the passive sonar range of the detection side, etc.

The invention relates to a disposable cervical dilator, in particular to a disposable minimally-invasive-noninvasive-injection cervical dilator and a processing method thereof. The disposable minimally-invasive-noninvasive-injection cervical dilator comprises a dilating rod body, the dilating rod body comprises a dilating part and an assembling part, the assembling part is provided with a cavity, and the cavity extends to the dilating part and is used for injecting liquid to promote expanding of the dilating part. The disposable minimally-invasive-noninvasive-injection cervical dilator and the processing method thereof have the advantages that a dilating rod is reasonable in structural design, high in expanding efficiency and adjustable in size after expanding, and dilating is carried out as required; the cervix can be dilated to the cervix required by a line hysteroscope in transitory time (30 s), and the disposable minimally-invasive-noninvasive-injection cervical dilator is quite convenient to clinically use.

The invention relates to a black frame touch panel. The black frame touch panel comprises a touch body, a cover plate and a first transparent optical adhesive layer. The touch body comprises a touch zone and a lead wire zone, and the lead wire zone is on the side edge or the periphery of the touch zone. The cover plate is arranged on one surface of the touch body, the surface, of the cover plate, facing the touch body is a connecting surface, the other surface is a touch surface comprising a visible zone and a non-visual zone, the visible zone corresponds to the touch zone, and the non-visual zone corresponds to the lead wire zone. The first transparent optical adhesive layer is arranged between the touch body and the cover plate, and completely covers the touch zone and the lead wire zone of the touch body and the connecting surface of the cover plate, and the refractive index of the first transparent optical adhesive layer is between the refractive index of the surface where the touch body is contacted with the first transparent optical adhesive layer and the refractive index of the cover plate. The black frame touch panel has a screen closing integration characteristic.

A method to control low reflection and transmission colour for multilayer film spectacles lens which are formed with low reflection of selectivity colour by utilizing with light absorption material sticks the electrolyte having low reflection rate and high reflection rate in cross on the plastics spectacles lens with hard film coatings and inserts the film with light adsorption properties to form the multilayer film spectacles lens with low reflection of the selectivity colour.

The invention relates to a micro-reflection liquid crystal display. A break difference existing in the prior processing procedure of the prior TFT-LCD Array substrate and two optical compensation films which are perpendicular up and down on an optical slow axis are mainly utilized to clamp a liquid crystal box; and the most suitable phase difference value in a perpendicular polarizer compensation system is obtained by the axial difference between the optical slow axis of the optical compensation films and a long liquid crystal shaft and is matched with the starting and the closing of a liquid crystal voltage to achieve the display functions of the best dark state and the best bright state. Meanwhile, the best dark state can be obtained by the same driving voltage in a reflection mode or a penetration mode, and the favorable comparison and reflection effects can be achieved without adding processing procedures.

The radar wave resisting camouflage paint consists of ferrite 20-50 weight portions, superfine iron powder 5-30 weight portions, acetylene black 1-10 weight portions, phthalocyanine cobalt complex 0.05-2 weight portions, and acrylic adhesive 30-80 weight portions. The radar wave resisting camouflage paint has a detection resisting wavelength of 8-18 GHz, lowered radar wave reflecting strength, radar wave absorption rate of 7-25 dB and thus excellent radar wave resisting camouflage performance. In addition, the radar wave resisting camouflage paint has excellent sterilizing performance.

The invention relates to a film structure and a lens barrel including the same. The film structure includes: an anti-reflection film layer comprising a high refractive index material layer and a low refractive index material layer which are alternatively stacked; and a first waterproof film layer, wherein the first waterproof film layer is arranged on an outer side of the anti-reflection film layer in the direction away from the lens barrel. The film structure is plated on a surface of the lens barrel, is beneficial to reducing the reflection intensity of the surface of the lens barrel, and can prevent abrasion and pollution, so that it is effectively ensured that a camera module assembled by the lens barrel having the film structure has good imaging quality.

The invention relates to a sound eliminating tile made of a piezoelectric material. An arc-shaped piezoelectric material block is vulcanized and encapsulated into novel synthetic rubber and used for underwater moving body shell surface and bridge surface. According to the basic principle that the density of piezoelectric material surface charge is in proportion to applied stress, an active sound eliminating tile for a hollow cavity type or a filler type underwater moving body shell surface is designed. By using the piezoelectric material as a core, the invention reduces the reflecting strength of a sound wave of an active sonar, inhibits vibration generated by an underwater moving body, isolates machine noise in the underwater moving body from being radiated to an underwater moving body and can obviously reduce the reflecting strength of the sound wave of the active sonar and the radiating noise and self noise of the underwater moving body and provide basis for the design of hidden and silent type underwater moving bodies.

The invention discloses a lattice gradient buffer layer applied to lattice mismatch solar cell epitaxial growth. The lattice gradient buffer layer is located between a lattice mismatch epitaxial material of a lattice mismatch solar cell and a substrate (or an epitaxial layer with the same lattice constant as the substrate). The lattice gradient buffer layer is formed by stacking a plurality of sets of composite DBRs with different reflection wave bands, wherein each set of composite DBR is composed of a plurality of DBR pairs stacked together, lattice constants between adjacent DBR pairs are in gradient change, each DBR pair comprises two semiconductor material layers, and the two semiconductor material layers are different in refractive index but identical in lattice constant or mismatchcapable of achieving strain compensation exists. According to the invention, the composite DBRs with wide-spectrum reflection are organically fused into the lattice gradient buffer layer, so that thedensity of defects such as a large number of dislocations introduced by growth of a lattice mismatch epitaxial material can be greatly reduced, the effect of a reflector can be fully exerted, the process steps, the growth duration and the raw material loss are reduced, and the cost is reduced.

The invention provides a leakage coaxial cable based on a triangular gap and a triangular combination gap, which relates to the field of electronic science and technologies. The leakage coaxial cable overcomes the defects of uneven circumferential distribution of a radiation field, single polarization, larger reflection in the positions of gaps, and the like of the traditional radiating type leakage coaxial cable. The leakage coaxial cable generates more flat circumferential field distribution by arranging a periodic triangular gap, a periodic triangular combination gap, a periodic pennant-shaped gap and a periodic pennant-shaped combination gap on an outer conductor of the leakage coaxial cable; because the inclined edge of the triangular structure keeps a phase difference of components of the circumferential field and the axial field in a range of 30-120 degrees, the radiation of an elliptical polarized wave is realized, and the large electric wave decline is prevented from generating in the mobile terminal positions in different polarization states.

The invention relates to a multilayer material combined cavity anechoic tile which consists of a surface layer, a punching layer and a base layer, wherein mixed type cavity structures consisting of circular-table-shaped cavities and horn-shaped cavities are arranged in the punching layer in an arrayed manner; a punching rate of the circular-table-shaped cavities is 10-20%; a punching rate of the horn-shaped cavities is 1-2%; each mixed type cavity structure consists of one circular-table-shaped cavities and two to six horn-shaped cavities; the surface layer is made of sound transmission polyurethane elastomer; the punching layer is made of polyurethane double-layer compound foam sound absorption material; the base layer is made of butyl rubber matched with the impedance of a housing of an underwater navigation vehicle; and the surface layer, the punching layer and the base layer are glued through an adhesive sequentially, and are subjected to integrated cold-press moulding.

The invention discloses a radar wave false-proof coating material comprising the following raw materials (by weight ratio): ferrite 20-50 parts, super fine iron powder 5-30, acetylene black 1-10, cobalt phthalocyanine complex compound 0.05-2, acryloid cement 30-80 parts.

A method for detecting nucleic acids wherein the binding activity of a nucleic acid aptamer, which is formed by the hybridization of a target nucleotide sequence and a probe, is detected using the binding with a ligand as an index has been provided. Utilizing a structure such as the three-way junction, whose binding activity significantly changes depending on a mismatch of a single nucleotide, as the nucleic acid aptamer SNP can be detected.

The invention provides a flexible display panel and a flexible display device; the flexible display panel comprises an array substrate and a pixel limiting layer arranged on the array substrate; a plurality of openings are formed in the pixel limiting layer; a light-emitting unit is arranged in each opening; a first light absorption layer is arranged on one surface, deviating from the array substrate, of the pixel limiting layer, and a light extraction layer is arranged on one surface, deviating from the array substrate, of the light-emitting unit; and the flexible display panel further comprises a second light absorption layer which simultaneously covers the first light absorption layer and the light extraction layer. According to the display panel, the reflection light of ambient light on the surface and the interior of the display panel can be weakened, the influence of the reflection light on the light emitting of the display panel is reduced, the display effect of the display panel in a strong light environment is optimized, and meanwhile, the flexibility of the display panel is ensured.

The invention provides a touch panel, a manufacturing method thereof and a display device. In the touch panel, the side, away from the substrate, of a nanometer metal layer is provided with an unevensurface, the probability that the nanometer metal layer is subjected to diffuse reflection can be increased due to the uneven surface, the reflection strength in the same direction is lowered, and therefore the fog scale of the nanometer metal layer is lowered.

The invention provides a method for processing semi-dry instant rice noodles, and relates to the technical field of food processing. The method comprises the following steps: (1) raw material preparation; (2) fermentation; (3) pulping; (4) mixing; (5) enzymolysis; (6) primary steaming; (7) extrusion; (8) optimization; (9) secondary steaming; (10) cooling; and (11) drying. According to the semi-dryinstant rice noodles, the moisture content is controlled to be 14-16 percent through material proportion regulation and control, amylase optimizing treatment with twice fermentation, finished productmoisture control and the like, and the rice noodles can be taken when being soaked with boiling water at 80-100 DEG C for 2-5 minutes, the reconstitution properties are remained after long-time storage, and the problems of retrogradation, poor reconstitution properties of starch can be overcome.

The invention belongs to the technical field of noise elimination, vibration reduction and noise reduction, and relates to a combined-type anechoic tile, in particular to the anechoic tile made of conic vesuvianite, porous light-weight metal material and synthetic rubber. The anechoic tile is formed by the porous light-weight metal material block with certain radian and thickness, conic vesuvianite and the synthetic rubber block used for sulphurating and packaging the porous light-weight metal material block and the conic vesuvianite into an integral structure; the selected vesuvianite and vesuvianite holes are formed naturally, and are uneven; the radian of the porous light-weight metal material block is consistent with the surface radian of an underwater moving body; and the anechoic tile is formed after packaging of the synthetic rubber block. The anechoic tile can absorb acoustic waves of active sonar, remarkably reduces the reflection strength of acoustic waves of the active sonar, can further restraint vibration generated by the underwater moving body, isolates the noise of the machine, radiating to the underwater moving body, inside the underwater moving body, remarkably reduces the self noise of the underwater moving body, and reduces the operating range of passive sonar of the detection party.

The invention belongs to the technical field of food, and particularly relates to brewing type prepared dry rice noodles and a preparation method thereof, and the preparation method comprises the following steps: (1) preparing of raw materials; (2) soaking; (3) grinding; (4) blending; (5) extruding, curing, forming and cooling; (6) aging; and (7) drying. By regulating and controlling the material ratio, the performance of the modified cassava starch, extrusion and curing forming parameters and the like, the processed brewing type prepared dry rice noodles have uniform micro-bubble holes, are easy to brew and tasty, are rich in rice flavor and clear in soup, are not broken after being placed for a long time, can keep the state of being just brewed, and meet the requirements of DBS 45 / 051-2018 Food Safety Local Standard Dried Rice noodles.

The invention provides a signal transmission circuit and a method of improving quality of signals received by a receiving end. The signal transmission circuit comprises a first signal line and a second signal line, which are used to transmit signals; a first matching resistor, a second matching resistor, a third matching resistor, and a receiving end. The first signal line is connected with the first terminal of the receiving end, and the second signal line is connected with the second terminal of the receiving end. The first end of the first matching resistor is connected with the first signal line, and the second end is grounded. The first end of the second matching resistor is connected with the second signal line, and the second end is grounded. A first end of a resistor unit formed by the third matching resistor and the internal resistor of the receiving end is connected with the first signal line, and the second end is connected with the second signal line. The first matching resistor, the second matching resistor, and the resistor unit are matched with the differential impedance and the common mode impedance of the first signal line and the second signal line. By adopting the signal transmission circuit and the method of improving the quality of the signals received by the receiving end, the quality of the signals is improved.