42results about How to "Unique features" patented technology

The invention discloses nutrient gel for sterilizing and healing a wound surface and belongs to the technical field of anti-bacteria gel. The nutrient gel for sterilizing and healing the wound surface is prepared from hydroxyethyl cellulose, chitosan and derivatives thereof, guanidine polymers, glycerinum and compound amino acid. The hydroxyethyl cellulose serves as a gel substrate, the gel which is used for sterilizing and healing the wound surface and contains the guanidine polymers, the chitosan and derivatives thereof and the compound amino acid is prepared through a simple process, and the nutrient gel has good skin compliance, is non-irritant, has sterilization and anti-inflammation functions, provides a certain nutrition support for the wound surface, effectively promotes healing and recovery of the wound surface, has no side effects and is safe and environment-friendly.

The invention discloses an electrophoretic aluminum alloy building proximate matter with high performance and a preparation method thereof, and belongs to the technical field of aluminum alloy application. The electrophoretic aluminum alloy building proximate matter consists of following ingredients by mass: 0.5 to 0.54 percent of Mg, 0.4 to 0.44 percent of Si, 0.04 to 0.08 percent of RE, 0.01 to 0.02 percent of Ti, 0.002 to 0.004 percent of B, 0 to 0.2 percent of Fe and remaining aluminum. The preparation method of the electrophoretic aluminum alloy building proximate matter consists of following steps: a misch metal ingot, an alloy of Al, Ti and B, and a pure aluminum ingot are smelted into a refining and modifying agent of RE, Al, Ti and B; the refining and modifying agent is added during an alloy smelting process and cast into an aluminum rod; the electrophoretic proximate matter with high performance is prepared by techniques of squeeze aging and oxidizing electrophoresis, etc. By utilizing rare earth to subdivide second-phase particles, electrophoretic paint films of the proximate matter that are obtained by improving surface processing performance have higher uniformity, adhesive attraction, wear resistance, corrosion resistance and large film thickness than common proximate matters, and can be widely used for aluminum alloy doors and windows of buildings and curtain walls.

The invention discloses a manufacturing method of apple beer. The manufacturing method comprises the steps of firstly squeezing apples and clarifying to obtain apple juice, then smashing barley malt, burnt malt and black malt, adding water, stirring, and performing temperature control saccharification to obtain malt mash; adding the malt mash into lupulus, boiling, respectively cooling a malt extract and the apple juice, and then mixing; finally, adding beer yeast, performing temperature control fermentation, ageing, clarifying and filling to obtain the apple beer. According to the manufacturing method of the apple beer, the apples, the barley malt, the burnt malt and the black malt are mixed for fermentation, so the apple beer has the fragrance of the malts and the lupulus and the nutrition and fruit aroma of the apples, is pure in taste, tasty and refreshing, harmonious in beer body, soft, and fine and smooth in foam, nutritional ingredients of the apple fruits are completely mixed in the fermented beer, extremely high nutritive value is achieved, and the nutrition of various materials are organically combined together, so that the apple bear has peculiar nutrition and characteristics.

The invention relates to a merchandise anti-counterfeiting verification system based on natural biological information, and the system comprises an anti-counterfeiting information generation module which is user for generating unique anti-counterfeiting information corresponding to merchandise, an anti-counterfeiting database which is used for saving the unique anti-counterfeiting information generated by the anti-counterfeiting information generation module, and an anti-counterfeiting information verification module which is used for performing anti-counterfeiting verification on merchandise based on the unique anti-counterfeiting information saved by the anti-counterfeiting database; the anti-counterfeiting information generation module comprises: an identity information generator which is used for generating unique identity information corresponding to the merchandise, a natural biological information generating component which is used for generating natural biological information corresponding to the merchandise, and an information binder which is used for binding and packaging the unique anti-counterfeiting information and the natural biological information. Compared with the prior art, the system has advantages of simple realization, good anti-counterfeiting performance, cost saving and the like.

The invention concerns a desiccant mass comprising a mixture of loose fibers and at least an alkali or an alkaline-earth metal halide and optionally at least a calcic compound different from the alkali or alkaline-earth metal halide. The invention also concerns a method for making such a desiccant mass, which consists in mixing the loose fibers with at least an alkali or alkaline-earth metal halide and, optionally, with at least a calcic compound, in the presence of sufficient amount of water to obtain an extrusible mass, then in extruding said extrusible mass and in drying the extruded mass. The invention further concerns the use of said desiccant mass in particular for dehydrating and controlling moisture.

The composition of DSK rice shoots strenthening agent with clear disease-resisting effect, durable acid-regualting time and obvious fertilizer-raising action contains medicine; organic substance and fertilizer according to the mixing ratio of 1:7:7 as effective components, in which the medicine is formed from 20% of compounded preparation prepared with 3.3% thiram and metalaxyl and 80% of potter's earth additive; the organic substance is formed from discards of plant straw and slalks, its pH value is 5.0-6.0; and the fertilizer is formed from 70% of macroelements, 20% of secondary elements and 10% of trace elements. It can raise adverse resistance of rice, and possesses obvious effect for preventing and curing seedling blight and rhizoctonia disease of rice.

The invention relates to a verification system for commodity anti-counterfeiting information generated by using natural biological information. The system comprises: an anti-counterfeiting informationgeneration module used for generating unique anti-counterfeiting information corresponding to commodities; an anti-counterfeiting database used for storing the unique anti-counterfeiting informationgenerated by the anti-counterfeiting information generation module; and an anti-counterfeiting information verification module used for anti-counterfeiting verification of commodities based on the unique anti-counterfeiting information stored in the anti-counterfeiting database. The anti-counterfeiting information generation module includes: an identity information generator used for randomly generating unique identity information corresponding to the commodities; a natural biological information generation module used for generating natural biological information corresponding to the commodities; and an information binder used for binding and encapsulating the unique identity information with the natural biological information. Compared with the prior art, the verification system for commodity anti-counterfeiting information generated by using natural biological information has the advantages of simple implementation, good anti-counterfeiting performance, cost saving and the like.

The invention relates to removal processing methods of LED substrates, especially to an LED substrate removal method and an LED chip prepared thereby. The method comprises the steps of: making a jig and placing an LED chip into a jig fixation position; setting a sand blasting machine, moving the nozzle of the sand blasting machine to make the nozzle in a position over against an LED substrate surface needing substrate removal; selecting sand with a size of 200-400 meshes to conduct coarse sand blasting; subjecting the LED substrate surface undergoing coarse sand blasting to sand blowing and sand recovery; electing sand with a size of 500-650 meshes to perform fine sand blasting; subjecting the LED substrate surface undergoing fine sand blasting to sand blowing and sand recovery; and judging whether the LED substrate is removed. In the invention, the sand blasting technological mode is used to thin and remove the LED substrate and conduct surface roughening on the LED substrate simultaneously. A twice sand blasting pattern is utilized. For the first time, coarse sand blasting is employed to substantially thin the primarily thick substrate. During removal, a residual-free surface needs to be guaranteed at last, so that finer sand needs to be adopted then. Also, compared with existing grinding tools, the use cost is much lower, and the input cost is substantially reduced.

The invention discloses a high-silicon content carbon and silicon sandwiched material, a preparation method thereof and application in a lithium ion battery. The carbon and silicon sandwiched materialmainly comprises nanometer silicon, sheet-shaped graphite and a conductive carbon material, wherein the sheet-shaped graphite is used for partitioning and encircling the nanometer silicon, and the conductive carbon material is used for pasting the nanometer silicon and the graphite. The high-silicon content carbon and silicon sandwiched material has relatively high specific capacity (750-2,400mAh / g), can be used with commercial graphite in a mixed way to manufacture a lithium ion battery negative and also can be independently used as a lithium ion battery negative electrode material. The preparation process of the high-silicon content carbon and silicon sandwiched material, provided by the invention, mainly comprises the steps of mixing, grinding, sintering, granulation, secondary sintering and the like, is simple and easy to control and is suitable for industrial production, and the current market demand can be satisfied.

The invention discloses a method for preparing a silver-loaded hydrogen sulfide poisoning-resistant 4A molecular sieve from attapulgite serving as a raw material, and belongs to the technical field ofpreparation of a molecular sieve. The method comprises the following steps: firstly, pretreating the attapulgite; mixing the pretreated attapulgite and an alkali liquid and performing microwave heating; preparing a sodium aluminate solution, performing crystallization, and performing silver loading on the 4A molecular sieve obtained through crystallization through supercritical carbon dioxide; and finally obtaining the silver-loaded 4A molecular sieve. The silver-loaded 4A molecular sieve prepared by the method is applied to mercury removing experiment under the simulated natural gas atmosphere, and the 4A molecular sieve with the silver loaded quantity of 1.5 percent is selected. The silver is loaded by other loading methods, the mercury removing efficiency experiment is conducted underthe atmosphere of different H2S concentration through comparison, and the experiment proves that the silver-loaded 4A molecular sieve has high mercury removing efficiency and has H2S poisoning resistance. The silver-loaded molecular sieve can maintain high mercury removing efficiency under the atmosphere containing H2S.

The invention discloses a catalyst capable of simultaneously removing COS and H2S in garbage gasification, and a preparation method thereof, and belongs to the technical field of preparation of desulfurization catalysts. The method comprises the following steps: 1, pretreating an SBA-15 molecular sieve without a template: removing the template, and introducing halogen atoms to modify the molecularsieve; 2, synthesizing an active component solution; and 3, introducing an active component into the pore channels of pretreated molecular sieve through surface tension by adopting an impregnation method, washing, drying, and calcining in an N2 atmosphere to obtain the catalyst. The catalyst prepared in the invention is subjected to H2S and COS removal experiments in a simulated garbage gasification atmosphere, and desulfurization experiments are carried out in a comparison manner to evaluate the desulfurization efficiency. According to the prepared catalyst, the active component can be loaded at fixed positions inside and outside the pore channels, and the component is easy to obtain, so that the catalyst has the advantages of low cost and good desulfurization effect.

The invention relates to a novel killing algicide. The invention is characterized in that the novel killing algicide comprises the following components in percentage by weight: alkyl guanidinium, alkyl diethanolamide, polyvinyl alcohol, fatty amine, fatty amine additive product, quaternary ammonium salt composite, limonene, geranialdehyde, emulsifier, alkali+silicone resin auxiliary and balance of deionized water. The killing algicide provided by the invention is a non-oxidized killing algicide and can block transmission of nutrient substance in membrane, thus the aim of killing cells is achieved. When concentration of the algicide is more than 100 thousands times of application concentration, the algicide is tested to be practically non-toxic, thus the algicide is safe when being applied in a factory; the algicide can be naturally degraded into water and carbon dioxide in ecological environment; the algicide is environmentally friendly, is convenient to use, does not burn or explode and is safe and reliable; and the algicide has wide application, low price and good economy.

The invention discloses a preparation method of an oxide modified MCM-48 molecular sieve, and applications of the oxide modified MCM-48 molecular sieve in denitration synergistic mercury removal, andrelates to the technical field of molecular sieves. The method comprises: pre-treating a MCM-48 molecular sieve with no templating agent removal; synthesizing a MnN mixed solution by using a manganeseoxide as an active material and using a N oxide as an auxiliary agent; adding the MnN mixed solution to the molecular sieve, carrying out impregnation treatment, and drying; calcining the dried molecular sieve in air; and finally obtaining the oxide modified MCM-48 molecular sieve. According to the present invention, NOx and Hg0 removal experiments are performed on the prepared oxide modified MCM-48 molecular sieve, and denitration and mercury removal efficiency experiments are performed on the prepared oxide modified MCM-48 molecular sieve having different manganese-to-lanthanum molar ratiosby using different molar ratios, wherein the experiment results prove that the oxide modified MCM-48 molecular sieve has good mercury removal performance while can efficiently remove NOx at a low temperature.

The invention relates to the technical field of medical treatment, in particular to a far infrared magnet therapy paster for treating angiitis and a manufacturing method of the far infrared magnet therapy paster. The far infrared magnet therapy paster is composed of a paster body comprising a medical adhesive tape adhering layer and a protection layer, far infrared nano-ceramic powder, a far infrared magnet therapy layer made of magnetic materials and a viscous agent, and the like. The far infrared magnet therapy paster is simple in structure, novel in design and convenient to use and can be divided into different specifications and models according to different magnetic field intensities and different shapes. The far infrared magnet therapy paster has the functions of improving blood circulation, angiotasis and metabolism, eliminating inflammation of the vascular wall, enhancing cell viability, reducing pain signal transmission, preventing cholesterol sediment, protecting surrounding tissue against necrosis after the blood vessel is blocked, and promoting blood circulation to remove blood stasis. When the far infrared magnet therapy paster is used, the specifications and models are selected according to the demands, the anti-sticking protection layer is uncovered, the far infrared magnet therapy layer and the medical adhesive tape adhering layer tightly adhere to the nidus area, and the paster is replaced every one to two days.

The invention relates to the field of medicines, and in particular relates to a medicinal magnetic plaster for treating tumors. The plaster comprises a medical adhesive tape, more than 20 traditional Chinese medicines, a medicinal magnetic layer made of a permanent magnet or magnetic powder, a protective layer and the like. The medicinal magnetic plaster has the effects of dredging collaterals, removing stasis, eliminating phlegm, promoting diuresis, removing toxicity to relieve pain, relieving and eliminating mass and the like to inhibit tumor growth, changing shapes of cancer cells, inducing apoptosis of tumor cells, gradually reducing tumors, eliminating inflammation of vascular wall, controlling transfer of pain signals, improving local micro-circulation, controlling spread and pain of medium or advanced cancer, and the like; the plaster can be divided in different magnetic field strength, different shapes and different specification models; when the plaster is used, the required specification model is selected, the protective layer is peeled off, the medicinal magnetic layer of the stagnation-eliminating plaster is directly adhered to the meridian skin, corresponding acupoint or the Shenque acupoint in a range of the focus area, and the plaster is fixed by the medical adhesive tape; different parts can be adhered by multiple plasters at the same time, and each plaster is used for 1-2 days.

The invention discloses a breeding method of a new high-quality cotton line with resistance to blight and verticillium wilt. According to the breeding method, the new cotton line with excellent comprehensive fiber equality and strong diseases resistance is bred by utilizing high-specific-strength and high-quality disease-resistant germplasm materials which are bred by using a large number of variation individual systems generated by interspecies distant hybrid progenies of upland cotton and middle cotton and taking the fiber specific strength as a dominant direction, so that a material basis is provided for breeding the new high-quality disease-resistant cotton line. The fiber specific strength of the obtained line is above 38cN / tex, the diseased plant rate with the blight and the verticillium wilt of plants is obviously reduced, and the resistance to the blight and the verticillium wilt is strong.

The invention relates to the field of medicines, in particular to a medicinal magnetic patch for treating tumors. The patch comprises a medical adhesive tape, a medicinal magnetic layer made of more than 20 traditional Chinese medicines and permanent magnets or magnetic powder, a protective layer and the like. The patch has the effects of dredging collaterals, dissipating blood stasis, eliminatingphlegm, promoting diuresis, drawing out toxins, relieving pain, dissolving lumps, removing food retention, inhibiting growth of tumors, changing forms of cancer cells, inducing apoptosis of tumor cells, causing gradual reduction of tumors, eliminating vascular wall inflammation, controlling pain signal transmission, improving local microcirculation, controlling diffusion and pain of middle and advanced stage cancers and the like. The patch is made into specifications and models with different magnetic field intensities, shapes and sizes; when the patch is used, a specification and a model areselected according to needs, the protective layer is removed, and the medicine magnetic layer of the food attention-removing patch is directly attached to meridian skin within the range of a focus area, corresponds to acupoints or Shenque acupoint and is bonded and fixed through the medical adhesive tape; and multiple patches can be used for different parts simultaneously, and each patch can be used for 1-2 days.

The invention discloses a practical aluminum alloy door window. The aluminum alloy door window comprises an outer aluminum alloy frame and hollow glass. An auxiliary frame structure is additionally arranged in the outer aluminum alloy frame. The hollow glass is inlaid in an auxiliary frame. The auxiliary frame and the outer aluminum alloy frame are connected though hinges. The auxiliary frame can be rotationally opened inwards relative to the outer aluminum alloy frame. A handle structure is arranged on the side opposite to hinge structures and is arranged on the auxiliary frame. The auxiliary frame can be locked on the outer aluminum alloy frame through the handle structure. According to the practical aluminum alloy door window provided by the invention, the aluminum alloy door window is reasonable in structural design, moderate in manufacturing cost and unique in using function; the auxiliary frame structure additionally arranged in the outer aluminum alloy frame of the aluminum alloy door window can enable the hollow glass to be rotationally opened relative to the outer aluminum alloy frame, so that the aluminum alloy door window has two using modes of movable opening and rotary opening, people can clean the overall aluminum alloy door window conveniently, and the cleanliness and tidiness of the home environment are improved.

The invention belongs to the technical field of bio-based degradation, and particularly relates to a bio-based fully-degradable insect-resistant mulch which comprises a surface layer, a middle layer and an inner layer. The surface layer comprises a surface-layer resin layer and a surface-layer additive layer positioned below the surface-layer resin layer which is modified polyvinyl alcohol resin,and the surface-layer additive layer is an oxidative photodegradation additive; the middle layer comprises a middle-layer resin layer and the middle-layer additive layer positioned below the middle-layer resin layer which is modified polylactic acid resin, and the middle-layer additive layer is an oxidative thermal degradation additive; the inner layer comprises an inner-layer resin layer and an inner-layer additive layer positioned below the inner-layer resin layer which is modified polyhydroxyalkanoate resin, and the inner-layer additive layer is an oxidative biodegradation additive.

The invention belongs to the technical field of bio-based degradation, in particular to an oxidative biodegradable high temperature resistant gas permeable film, comprising a surface layer, a middle layer and an inner layer. The surface layer comprises a surface resin layer and a surface additive layer. The surface resin layer is a modified polylactic acid (SHQ-MLA) resin. The surface additive layer is an environmental oxidative degradation (YJZJ) additive. The middle layer comprises an intermediate resin layer and a middle additive layer. The middle additive layer is located below the middle resin layer. The intermediate resin layer is a modified bio-based polyolefin bonding (SHQ-MTIE) resin. The middle additive layer is an oxidative compost degradation (DFJ) additive. The inner layer comprises an inner resin layer and an inner additive layer. The inner additive layer is located below the inner resin layer. The inner resin layer is an oxygen-containing resin controlled degradation (YZSZ) resin. The inner additive layer is an oxidative biodegradation (SJZJ) additive.

The invention belongs to the technical field of bio-based degradation, and in particular relates to a bio-based self-adhesive shrink barrier film, which comprises a surface layer, a middle layer and an inner layer. The surface layer comprises a surface layer resin layer and a surface layer additive layer, wherein the surface layer resin layer is modified polylactic acid (SHQ-MLA) resin, and the surface layer additive layer is a water retention controllable degradation (BSZJ) additive. The middle layer comprises a middle layer resin layer and a middle layer additive layer, wherein the middle layer additive layer is positioned below the middle layer resin layer, the middle layer resin layer is oxygen-containing polymeric material controllable degradation (JHSZ) resin, and the middle layer additive layer is an oxygen-containing polyolefin controllable degradation (HYZJ) additive. The inner layer comprises an inner layer resin layer and an inner layer additive layer, wherein the inner layer additive layer is positioned below the inner layer resin layer. The inner layer resin layer is oxygen-containing resin controllable degradation (YZSZ) resin; and the inner layer additive layer is an oxidation biological controllable degradation (YHZJ) additive.

The invention belongs to the technical field of bio-based degradation, and particularly relates to an oxidized biodegradable vest bag. The vest bag comprises a surface layer, a middle layer and an inner layer; the surface layer comprises a surface-layer resin layer and a surface-layer additive layer, wherein the surface-layer resin layer is modified polylactic acid (SHQ-MLA) resin, and the surface-layer additive layer is an oxidation bio-based controllable degradation (YSZJ) additive; the middle layer comprises a middle-layer resin layer and a middle-layer additive layer, wherein the middle-layer additive layer is located under the middle-layer resin layer, the middle-layer resin layer is modified poly(butylene succinate) (SHQ-MBS) resin, and the middle-layer additive layer is a water-retention controllable degradation (BSZJ) additive; and the inner layer comprises an inner-resin layer and an inner-layer additive layer, wherein the inner-layer additive layer is positioned under the inner-layer resin layer, the inner-layer resin layer is modified bio-based polyester bonding (SHQ-GTIE) resin, and the inner-layer additive layer is an oxygen-containing polyolefin controllable degradation (HYZJ) additive.

The invention relates to a preparation method of novel white carbon black. The method comprises the following steps of uniformly stirring a water glass solution with certain modulus as well as quaternary ammonium salt and starch with certain concentration at a certain temperature, reacting with carbon dioxide in situ in a spray-drying tower, spray-drying to obtain finished white carbon black, carbonizing the finished white carbon black at a certain temperature, or granulating and carbonizing. According to the method, the equipment requirement is low, raw materials are simple and easily available, the cost is low, the reaction is quick and efficient, the environment is friendly, and the generated novel white carbon black has unique characteristics, meets the performance indexes of white carbon black for rubber and has relatively good economic benefits.

The invention relates to edible garlic rice soaked by medicine vinegar and a preparation method thereof. The edible garlic rice consists of the following ingredients in weight parts: 1000 parts of clean garlic rice, 1000 to 2000 parts of sorghum vinegar, 60 to 100 parts of stevia rebaudiana, 3 to 30 parts of black caltrop, 40 parts of plaxocrinus, 10 parts of amomum kravanh and 6 parts of clove. Seven ingredients are simultaneously loaded into a container to be soaked for 30 days under the effect of the sorghum vinegar for making the edible garlic rice. The edible garlic rice has the advantages that the mouth feeling is good, the garlic rice is crispy and delicious, has slight sour taste, sweet taste, spicy taste, fragrant taste and the like, has good sterilization and detoxication functions and particularly has good disease prevention and treatment effects on digestive tract and respiratory tract diseases. The edible garlic rice has the obvious antilipemic and hypotensive functions, is particularly suitable for diabetics to eat, can realize the integral functions of seasoning, auxiliary food, food therapy, health care, auxiliary medical care and the like, does not have any side effect and belongs to a good dual-purpose medicine and food product with high safety and reliability.

The invention relates to a carbon-coated white carbon black. The carbon-coated white carbon black is prepared through the following steps: modifying the white carbon black by using starch, oligosaccharide, glycerinum and polyethylene glycol as raw materials, evenly coating silicon dioxide with a carbon layer, and carbonizing at a high temperature in an insert gas or anaerobic atmosphere to obtain a core-shell structure nano-powder with silicon dioxide as a core and carbon as a shell. Compared with the traditional white carbon black, the carbon-coated white carbon black is covered with a unique carbon coating layer so that the white carbon black has electric conductivity, the structural property of the white carbon black is improved and the compatibility of the white carbon black with rubber is improved, and when the carbon-coated white carbon black is applied to a tire, the tire has the characteristics of improved slippery resistance, low generation of heat by friction and the like. The new material carbon-coated white carbon black has the advantages of simple preparation process and use of simple and easily available raw materials; the prepared carbon-coated white carbon black has excellent properties, meets various performance indexes of the white carbon black for rubber, and thus has good economic benefit.

The invention discloses a method for protruding high-grade fluorite concrete through a multistage discharge flotation method. One flotation machine with four or five grooves is used for conducting rough flotation work, three floatation machines respectively with three grooves are connected in series to conduct continuous fine floatation work of the first fine floatation, the second fine floatation and third fine floatation, a motor of the last groove of each floatation machine is decelerated, an eight-stage motor is used for replacing an original six-stage motor, an air inlet pipe of the last groove is closed, the stirring amount of the last groove is reduced, impurities are settled in the grooves, multistage discharge is achieved, the impurities of tailings are prevented from being sequentially returned, and therefore the fine floatation environment is prevented from being deteriorated. Decontamination and purification are continuously conducted in the fine floatation procedure, high-grade concentrate is obtained, the comprehensive recovery rate of the concentrate is more than 95 percent, and the grade is more than 97 percent. The scavenging procedure in the prior art is omitted in the method, the technology procedures are simple, operation is easy and convenient to conduct, and the method is suitable for be popularized in small and medium size beneficiation enterprises.

The invention discloses an electrophoretic aluminum alloy building proximate matter with high performance and a preparation method thereof, and belongs to the technical field of aluminum alloy application. The electrophoretic aluminum alloy building proximate matter consists of following ingredients by mass: 0.5 to 0.54 percent of Mg, 0.4 to 0.44 percent of Si, 0.04 to 0.08 percent of RE, 0.01 to0.02 percent of Ti, 0.002 to 0.004 percent of B, 0 to 0.2 percent of Fe and remaining aluminum. The preparation method of the electrophoretic aluminum alloy building proximate matter consists of following steps: a misch metal ingot, an alloy of Al, Ti and B, and a pure aluminum ingot are smelted into a refining and modifying agent of RE, Al, Ti and B; the refining and modifying agent is added during an alloy smelting process and cast into an aluminum rod; the electrophoretic proximate matter with high performance is prepared by techniques of squeeze aging and oxidizing electrophoresis, etc. Byutilizing rare earth to subdivide second-phase particles, electrophoretic paint films of the proximate matter that are obtained by improving surface processing performance have higher uniformity, adhesive attraction, wear resistance, corrosion resistance and large film thickness than common proximate matters, and can be widely used for aluminum alloy doors and windows of buildings and curtain walls.

The invention discloses a production method of pickled snake melons. The pickled snake melons are mainly prepared from raw materials and auxiliary materials as follows: fresh snake melons, flour, soysauce yeast essence, table salt, calcium oxide and alum. The main method comprises the steps as follows: firstly, flour extraction and yeast production are performed, snake melons are selected, prickled and put in a jar, the jar is changed for snake melon stroking, the jar is turned over, raking is performed, and sun drying in the day and exposure at night are performed, and the finished product is obtained. On the basis of a traditional pickled vegetable production process, the pickled snake melons are finely produced with the unique process and formula, has the unique styles and characteristics, has mellow and lasting sauce taste, is crispness, refreshing and convenient to store and is a first-class delicacy at home and an excellent gift to be given to relatives and friends.

The invention relates to an epoxy based macroporous / mesoporous polymer material and a preparation method thereof. The material is prepared by solidifying an epoxy resin / organic dispersion system in asolid state and washing the system to remove the dispersant. The material comprises macro holes with a size of 1 to 50 [mu]m and mesopores with an average pore size of 20 nm. The specific surface areareaches 230 m<2> / g or more, the porosity is greater than 90%, and the appearance density is less than 0.1 g / mL. During the preparation process, TMP(trimethylolpropane) is taken as the dispersant; dueto the proper affinity between TMP and epoxy resin E-51, the epoxy resin is dispersed; during the cooling process, pores are formed by the continuous crystallization; finally, TMP is water soluble and is washed off; pores can be formed by continuous crystallization without using any template and surfactant; epoxy resin is solidified in a solid state, the influence of phase separation on materialperformance is avoided; the continuity of internal morphology is guaranteed, at the same time, unique morphology features are formed in the material, the material is prepared without using any specialequipment or special condition, only one dispersant namely TMP is used, and moreover, TMP is cheap, barely volatile, and pollution free, can be recovered, and completely meets the requirements of green chemistry.

The invention relates to edible garlic rice soaked by medicine vinegar and a preparation method thereof. The edible garlic rice consists of the following ingredients in weight parts: 1000 parts of clean garlic rice, 1000 to 2000 parts of sorghum vinegar, 60 to 100 parts of stevia rebaudiana, 3 to 30 parts of black caltrop, 40 parts of plaxocrinus, 10 parts of amomum kravanh and 6 parts of clove. Seven ingredients are simultaneously loaded into a container to be soaked for 30 days under the effect of the sorghum vinegar for making the edible garlic rice. The edible garlic rice has the advantages that the mouth feeling is good, the garlic rice is crispy and delicious, has slight sour taste, sweet taste, spicy taste, fragrant taste and the like, has good sterilization and detoxication functions and particularly has good disease prevention and treatment effects on digestive tract and respiratory tract diseases. The edible garlic rice has the obvious antilipemic and hypotensive functions, is particularly suitable for diabetics to eat, can realize the integral functions of seasoning, auxiliary food, food therapy, health care, auxiliary medical care and the like, does not have any side effect and belongs to a good dual-purpose medicine and food product with high safety and reliability.