14results about How to "High saturation" patented technology

This invention discloses a preparation process for chickpea plant-based milk, relating to the field of food processing technology. The process includes the following steps: cooking → crushing → homogenization → first enzymatic hydrolysis → pH adjustment → second enzymatic hydrolysis → enzyme inactivation → filtration → ingredient blending → high-speed shearing → homogenization → sterilization → bottling. The chickpea plant-based milk prepared by this invention based on enzymatic hydrolysis technology has a protein content of 1.86±0.05g / 100g, with a protein utilization rate increased by 38.4%, a fat content of 0.85±0.13g / 100g, a dietary fiber content of 1.51±0.29g / 100g, an eGI value of 57.27±1.35, an average particle size of 124.49μm, and an absolute zeta potential of 55.67±2.16mV. Eleven flavor compounds that contribute to sensory evaluation were detected in the plant milk. The content of beany substances such as hexanal was reduced, while other flavor compounds were enhanced, giving the plant milk a mellow aroma, a subtle fruity fragrance, and a more distinct sense of layering.

The utility model relates to the technical field of moisture-proof medicine bottles, in particular to a replaceable moisture-proof medicine bottle which comprises a medicine bottle assembly and a replacement assembly. The medicine bottle assembly comprises a medicine bottle body and a bottle cap. A circular opening a is formed in the bottom of the medicine bottle body, the inner wall of the circular opening a is connected with a lower damp-proof plate, and a circular through hole b is formed in the bottle cap and connected with an upper damp-proof plate. The replacement assembly is connected to the medicine bottle assembly; the replacement assembly comprises a bottom shell, a connecting thread a, a moisture-proof agent bag a, an adjusting piece a, a top shell, a connecting thread b, a moisture-proof agent bag b and an adjusting piece b; the bottom shell is connected to the outer wall of the medicine bottle body through a connecting thread a, and the bottom shell is hollow and connected with a moisture-proof agent bag a and an adjusting piece a; the top shell is connected to the outer wall of the bottle cap through connecting threads b, and the interior of the top shell is hollow and connected with a moisture-proof agent bag b and an adjusting piece b. The replaceable moisture-proof medicine bottle can be conveniently adjusted according to the use environment of the medicine bottle, the used through holes are adjusted, and the practicability of the replaceable moisture-proof medicine bottle is conveniently improved.

The utility model provides a mining intelligent encapsulation and intrinsic safety type display screen, and belongs to the technical field of mining display equipment. The problems that an existing mining display screen is poor in display effect, poor in safety, poor in sealing performance and the like are solved. Comprising an image display module, an image receiving card, an image control card, an audio power amplifier board and an encapsulated and intrinsically safe power supply, the image display module is connected with an image transmission port of the image receiving card, a receiving control card data network port of the image receiving card is connected with the image control card through a network cable, and the encapsulated and intrinsically safe power supply supplies power to the image receiving card and the image control card; a power supply of the image receiving card is connected with a power supply of the image display module and is used for supplying power to the image display module, a power supply of the audio power amplifier board is connected with a power supply of the image control card and is used for supplying power to the audio power amplifier board, and an audio source of the image control card is connected with an input port of the audio power amplifier board and is used for transmitting audio data to the audio power amplifier board; the utility model is applied to coal mines.

The invention provides a cloth pattern printing device based on inkjet transfer printing. The invention discloses a cloth pattern printing device based on inkjet transfer printing. The cloth pattern printing device comprises two machine frame inner plates which are vertically arranged and mutually symmetrical. According to the cloth pattern printing device based on jet drawing transfer printing, by arranging the transfer printing cylinder, when the device is used, cloth raw materials and thermal dye sublimation transfer printing paper printed with patterns are fed into the device together, and the cloth and the thermal dye sublimation transfer printing paper are heated and extruded through the transfer printing cylinder; patterns on the transfer paper are transferred to the surface of the cloth in a thermal sublimation mode, the patterns transferred in the mode are high in definition, fine, extremely high in color rendition degree and saturation degree and capable of perfectly presenting fine effects such as gradual change and complex images, dye and fibers are integrated, a surface glue layer does not exist, and the fabric is not prone to falling off. The original soft hand feeling and good air permeability of the cloth can be completely reserved, and meanwhile the finished product is resistant to washing, friction and solarization, not prone to fading, cracking or peeling and outstanding in durability.

The invention provides green liquid paraffin and a production method thereof, and belongs to the technical field of paraffin. The preparation method comprises the following steps: carrying out catalytic hydrogenation reaction on raw materials, crystallizing, sweating, collecting wax, filtering, decolorizing, deodorizing and packaging to obtain the green liquid paraffin. The liquid paraffin is high in purity, low in device investment, simple in production process, low in operation cost and free of solvent pollution to the environment, and the solvent-free liquid paraffin production method is more efficient and practical and is expected to be widely applied to the fields of lubricants, chemical raw materials or fuels.

This invention relates to the field of optical coating technology and discloses a method for preparing high-refractive-index non-conductive low-stress coating materials and their application in optically effective thin films. The method involves coating a flexible substrate with a UV adhesive, imprinting a micro / nano structure onto the UV adhesive layer using a pressing machine, and then placing the imprinted substrate in a vacuum coating machine for vacuum coating. A post-oxidation sputtering coating technique is used to alternately deposit low-refractive-index material SiAlO and high-refractive-index material NbAlO on the substrate surface to form a multilayer antireflection and anti-reflection film system. Using Si and Al targets as raw materials, oxygen is simultaneously introduced into both targets to obtain low-refractive-index SiAlO; using Nb and Al targets as raw materials, oxygen is simultaneously introduced into both targets to obtain high-refractive-index NbAlO. This method combines high- and low-refractive-index non-conductive materials with magnetron sputtering deposition to stack T*PVD micro / nano 3A optically effective thin films on a flexible substrate structure to address solar radiation issues and the poor adhesion caused by thick film layers.

This invention relates to the field of display control technology, specifically to a method and system for color gamut boundary compensation of an LED light pole screen advertising machine. The method includes: acquiring an input HDR image and converting it to the XYZ color space to obtain an original layer image; performing bilateral filtering on the original layer image to obtain a base layer image, and obtaining a detail layer image by the difference between the original layer image and the base layer image; sequentially performing chroma adaptation processing and tone compression on the base layer image to obtain a tone-compressed base layer image; performing the same processing on the original layer image to obtain a tone-compressed original layer image and a chroma-adapted original layer image; and compositing the tone-compressed base layer image and the detail layer image after detail adjustment to obtain a detail composite image. The tonal compression base layer image, the tonal compression original layer image, and the chroma adaptation original layer image are converted to the IPT color space to obtain the I luminance component and P and T chroma components. The Euclidean amplitude of the P and T differences is calculated and normalized according to the maximum amplitude to generate a color difference map. At the same time, the ratio of chroma amplitudes is calculated to obtain the color scaling degree. Based on the color difference map, weighted fusion is performed and compensated according to the color scaling degree to obtain the standard chroma component. An enhanced stop mask and enhancement gain are generated, and a chroma difference direction vector is constructed. These are superimposed and scaled to obtain the enhanced chroma component. The luminance component of the detail composite image is extracted and the enhanced chroma component is synthesized to output an image. After inverse transformation, a low dynamic range display image is obtained and displayed on the target device. This invention solves the problem that LED light pole screen advertising machines easily produce color distortion and halos at color boundaries and saturation reduction in low brightness and low chroma areas after chroma adaptation and tonal compression of HDR images.

The application relates to the technical field of construction materials, in particular to a resin concrete and application of the resin concrete in electrolytic cells. The epoxy resin concrete comprises the following components: a phenolic epoxy resin; an epoxy-terminated hydrogenated butyronitrile rubber; a modified alicyclic amine curing agent; a graded spherical silicon carbide micro powder; and a silicone defoaming agent; wherein the graded spherical silicon carbide micro powder is composed of coarse powder, medium powder and fine powder; the coarse powder accounts for 60% of the total mass of the graded spherical silicon carbide micro powder, the medium powder accounts for 25%, and the fine powder accounts for 15%. The phenolic epoxy resin without ester bonds is used in cooperation with the epoxy-terminated hydrogenated butyronitrile rubber with a saturated main chain to solve the problems of easy degradation under high-temperature acid and alkali environments and insufficient weather resistance of traditional toughening agents, the graded spherical silicon carbide micro powder is used to improve the mechanical properties of the electrolytic cell, and the construction fluidity requirement is met.

The invention relates to the technical field of ceramics, and particularly discloses a wear-resistant antique gold thread brocade glaze ceramic product and a preparation method thereof.According to the wear-resistant antique gold thread brocade glaze ceramic product, through the synergistic effect of multiple components in glaze, on the basis of maintaining the unique artistic texture of antique brocade glaze, the problem that a reinforcing phase in traditional brocade glaze is prone to falling off is solved, and the wear-resistant antique gold thread brocade glaze ceramic product is obtained. And the obtained product realizes effective unification of archaized art aesthetic appreciation and long service life, and is especially suitable for high-end furnishings and daily use occasions with higher requirements on surface durability.

The application discloses a pathological image color restoration method and a scanner based on deep learning, and the method comprises the following steps: reducing the resolution of input data and target data based on a bilateral grid downsampling technology; training a neural network model for the first time by using the input data and the target data after the resolution is reduced; improving the resolution of the input data and the target data after the resolution is reduced based on a bilateral grid upsampling technology; and training the neural network model for the second time by using the input data and the target data after the resolution is improved, so that the training speed of the neural network model is improved, and the staining effect of the pathological image collected by a digital pathology scanner is improved.

The utility model discloses a kind of energy-saving extrusion devices for high saturation color refill, it includes: three-roll grinder, hopper, briquetting and briquetting drive mechanism, first roller, second roller and third roller are sequentially and parallelly spaced in three-roll grinder from back to front, the gap above between first roller and second roller is provided with the discharge port in the bottom of hopper, briquetting is set in the discharge port liftable, briquetting drive mechanism includes jack, motor, carousel and driving rod, jack is set in briquetting top and extends to the discharge port above, by the lifting of briquetting in discharge port, avoid the blockage of color refill raw material in discharge port, ensure smooth discharging to carry out extrusion dispersion, and using the descending of briquetting to carry out the pressing of raw material in the gap above between first roller and second roller, avoid the problem that raw material floats on top and does not enter gap, ensure the efficiency of extrusion production, thereby reduce energy consumption.

The application relates to the technical field of rubber preparation, and discloses a multi-component copolymer, a preparation method and application thereof, and halogenated branched butyl rubber, a preparation method and application thereof. The multi-component copolymer has a general formula shown in formula (I): R1, R2 and R3 are polymer chain segments, and the terminal contains a structural unit from a conjugated diene; R1 contains a styrene structural unit and a butadiene structural unit; R2 contains the chain segment shown in the formula; R3 contains the chain segment shown in the formula; wherein, is a styrene chain segment, and X is halogen. The multi-component copolymer is used as a grafting agent to prepare halogenated branched butyl rubber, the saturation degree of the halogenated branched butyl rubber can be improved, the extrusion swelling effect can be significantly reduced, the vulcanization speed, the ozone aging resistance and the air tightness can be improved, and the balance among the aging resistance, the product size stability and the vulcanization processing performance of the high-branched and high-saturation halogenated branched butyl rubber is achieved.

The utility model relates to the technical field of crystal coating, in particular to a crystal coating structure which comprises a crystal base body, the upper surface of the crystal base body is of a polyhedral structure, the lower surface of the crystal base body is of a planar structure, and an adhesion layer, a reflecting layer and a dielectric layer are arranged on the lower surface of the crystal base body. The adhesion layer is located between the crystal substrate and the reflection layers, and the reflection layers and the dielectric layers are alternately stacked. By optimizing the structural design of the plating layer of the crystal, the bonding strength of the plating layer and the crystal base body is improved, the optical performance is enhanced, and the effect of remarkably improving the durability and the attractiveness of the plating layer is achieved.

This invention discloses a color radiation-cooled optical thin film, comprising a structure of MDM'DM(A1A2)^s stacked sequentially from bottom to top. The structure is asymmetric, where A1 represents the first absorption layer, A2 represents the second absorption layer, s represents the number of stacking periods (a positive integer), M represents the first metal layer, D represents the dielectric layer, and M' represents the second metal layer. M(A1A2)^s serves as an atmospheric window radiation film layer, and MDM'DM serves as a visible and near-infrared band modulation film layer. This invention also discloses a method for preparing the color radiation-cooled optical thin film, which has advantages such as wide color gamut tunability, high saturation, low solar absorption, and high emissivity through an atmospheric transparent window.