285results about How to "Will not cause churn" patented technology

The invention discloses a marine product meat sausage and a making method thereof. The marine product meat sausage is characterized by comprising the following raw materials proportioning by weight: 30-85 portions of marine product, 0-30 portions of edible meat, 10-30 portions of edible water, 1-12 portions of edible vegetable oil, 2-6 portions of soybean protein isolate, 0.5-1.6 portions of saltand 2.0-7.5 portions of starch; the marine product meat sausage is prepared according to the steps of raw material processing, twisting, chopping, stirring, filling, sterilizing and packaging. The invention is prepared by adopting the marine products (scallop muscle, oyster meat, sleeve-fish meat, salmon meat, shrimp meat, trepang, abalone, yellow croaker meat, hairtail meat, fish seeds, ling meat, waste fish meat and the like) or adding the edible meat (chicken, pork, mutton, beef and the like) as the main raw materials, has abundant and balanced nutrition, meets the requirement of a consumeron the marine products and increases the appetite, and the product has strong seafood taste and unique flavor, does not contain nitrite, is beneficial to health, is packaged in vacuum, has unique appearance and is ready to be enjoyed when a bag is opened.

The invention discloses a water conservation coal cutting method for small and medium-sized coal mines in a waterhead area. The method comprises the following steps: 1, defining the position of a coal bed, that is, defining the thickness and the buried depth of the coal bed in an exploited coal mine according to a boring log; 2, defining exploitation parameters, that is, defining a roof rock beambearing load, the higher limit value Lmax of the width of an exploitation strip, and the lower limit value Dmin of the width of a coal pillar; 3, defining an exploitation scheme, that is, defining the mining and the reservation widths during strip exploitation according to the Lmax and the Dmin, wherein the width L0 of a strip exploited during strip exploitation is smaller than or equal to Lmax, and the width D0 of a reserved coal pillar is larger than or equal to Dmin; and 4, exploiting, that is, exploiting the coal bed according to the conventional strip exploitation method, and reserving acoal pillar of which the width is D0 every time when a strip of which the width is L0 is exploited. The water conservation coal cutting method has the advantages that the design is reasonable; the implementation is convenient; the maneuverability is high; the using effect is good; and the problems of easily caused great loss of the phreatic water resource, and poor water conservation coal cuttingeffect during the conventional exploitation of the small and medium-sized coal mines in the waterhead area are solved.

A method of denitrification and phosphorus removal under low temperature relates to a way of sewage treatment. The invention solves the problem of the poor effect of existing biological simultaneous denitrification and phosphorus removal under low temperature. The invention comprises the steps of: 1. cultivation and fixation for nitrifying and denitrifying bacteria of low temperature tolerance; 2 start-up response system and cultivation of phosphate accumulating bacteria ; 3. denitrification and phosphorus removal under low temperature by the steps: a. denitrification by nitrate solution refluxing; b. anaerobic action; c. aerobic phosphorus removal; d. precipitation and sludge reflux; e. contacting oxidation and nitration; f. precipitation and water obtained. After the steps, denitrification and phosphorus removal of sewage treatment under low temperature are finished. The invention can realize simultaneous denitrification and phosphorus removal under low temperature. The invention comprises the contents under low temperature: the removal rate of COD is above 85 percent; the removal rate of overall phosphorus reaches above 80 percent; the removal rate of ammonia nitrogen reaches above 70 percent when the intake ammonia nitrogen is between 25-60mg/L.

The invention relates to a new method for non-aqueous phase wet oxidation of hydrogen sulfide by taking iron-based ironic liquid as an oxidant. The iron-based ironic liquid is highly hydrophobic liquid which is insoluble in water, and can effectively absorb hydrogen sulfide gas and quickly and efficiently oxidize the hydrogen sulfide gas into elemental sulfur. After centrifugation separation or filtering separation is performed on the sulfur, the iron-based ironic liquid is recycled after being oxidized by air or pure oxygen. Water produced in the recycling process can be automatically separated from the hydrophobic iron-based ironic liquid to prevent dilution of the iron-based ironic liquid by the water. The pH of a reaction system is not required to be adjusted in the process of oxidizing the hydrogen sulfide by using the iron-based ironic liquid, and the acidic characteristic of the iron-based ironic liquid prevents the generation of a sulfur-containing byproduct in the reaction process. Over 90 percent hydrogen sulfide removal efficiency can be achieved and secondary pollution is not caused during the non-aqueous phase wet oxidation of the hydrogen sulfide by adjusting the circulating flow of the ironic liquid and the flow of the hydrogen sulfide gas by an absorption-oxidation-separation-regeneration combined process.

The present invention discloses an acidic high sulfate organic wastewater treatment process and apparatus. The present invention belongs to the technical field of wastewater treatment. The specific process comprises the steps of: (1) neutralization and precipitation treatment: using lime milk to adjust PH of wastewater, and forming CaSO4 precipitation separated from the water; (2) first-stage anaerobic treatment, entering the first-stage anaerobic treatment after neutralization and precipitation treatment, introducing nitrogen into the bottom of an anaerobic reactor with stirring and blowing off, parsing H2S from an aqueous phase into a gas phase above a liquid level, introducing the H2S in the gas phase to a dry desulfurizer for desulfurization, and re-introducing the sulfur removed nitrogen into the first-stage anaerobic reactor for recycling through a blower; and (3) second-stage anaerobic treatment, introducing the sulfur removed wastewater into a second-stage anaerobic reactor to complete an anaerobic methane production reaction, and taking second-stage anaerobic effluent into an aerobic reaction tank for further processing. According to treatment process disclosed by the present invention, inhibition and toxic effects generated by the SO42- and S2- to the anaerobic biological treatment can be effectively reduced, and sewage treatment effects can be improved.

The invention discloses a method for treating high-content ammonia and nitrogen for shortcut nitrification to discharge effluent by coupling simultaneous denitrification of sludge fermentation with autotrophic nitrogen removal, belonging to the technical field of biochemical process sewage treatment. The high-efficiency removal of total nitrogen in wastewater and the reduction of sludge are realized in the same space by combined action of hydrolysis acidifying bacteria, denitrifying bacteria and anaerobic ammonium oxidation bacteria. The method is characterized in that part of NO2--N in effluent is reduced by short-chain fatty acid generated by hydrolytic acidification of residual sludge under the action of the denitrifying bacteria; and the other part of NO2--N and ammonia nitrogen released in the hydrolytic acidification process are removed by an anaerobic ammonia oxidation reaction, thereby greatly reducing the concentration of total nitrogen in the effluent and finishing the reduction of the residual sludge simultaneously. The technology is suitable for advanced treatment of high-content ammonia and nitrogen for shortcut nitrification to discharge the effluent.

The invention provides a mulberry jam used for frozen drinks, the frozen drinks containing jam and a preparation method thereof. The preparation method of the mulberry jam used for frozen drinks comprises the following steps: granulating the mulberry fruits into half grain, 1/3 grain, 2/3 grain, 2/5 grain and/or 3/5 grain, preferably half grain or 1/3 grain; immersing the granulated mulberry fruit in a blueberry slurry, adding sugar and a thickening agent, and processing for 35-45 minutes under enclosed condition at 45-55 DEG C to obtain the mulberry jam used for frozen drinks. The mulberry jam is used for frozen drinks, and the mulberry in the obtained product can keep good local flavor and mouthfeel.

The invention discloses a garnet-structure lithium lanthanum tantalate-based solid electrolyte material and a preparation method thereof. The lithium lanthanum tantalate-based solid electrolyte material is a compound of Li5La3Ta2O12 doped at the lanthanum site and/or tantalum site; and the preparation method comprises the following steps: dissolving tantalum pentoxide in a H2C2O4 solution; adding lithium salt and lanthanum slat and the salt of a lanthanum site-doped compound and/or the salt of a tantalum site-doped compound, and mixing to obtain a solution; adding EDTA into the obtained mixed solution for reaction until transparent and clear sol appears; adding a water-soluble high-molecular polymer and continuously reacting until gel appears; drying the obtained gel and calcining; performing mould pressing of the calcined particles to obtain a blank; and further calcining the blank to obtain the solid electrolyte material. The preparation method is mild in conditions, simple in process and simple to operate, and can realize industrial production; the prepared solid electrolyte material has good electrochemical stability and relatively high electrical conductivity, and can be used for preparing an all-solid-state lithium ion battery.

The invention relates to a closed-type plastic vacuum dehumidification device formed by vertically stacking and integrating an upper workroom and a middle workroom which both have different functions. The method comprises the following steps: pumping air heated to a drying temperature into the upper workroom to heat plastic colloidal particles which are moved to the middle workroom to be vacuumized and dehumidified when reaching the drying temperature; and switching on a valve to communicate the upper workroom and the middle workroom to convey materials, wherein either workroom independently finishes self working procedures when the valve is switched off. Particularly, the lower part of the middle workroom is provided with a lower workroom as a storage workroom of the drying materials, and the three workrooms with different functions are vertically stacked and integrated. The invention has simple and reliable structure and very low operation energy consumption, and the material vacuum dehumidification device is formed by vertical stacking integration so as to have small floor area, compact structure and good sealing performance, and the workrooms are vertically connected together and are fully isolated from the outside so that the material conversion function is finished in a relatively closed environment.

The present invention discloses Lithium lanthanum bismuthate-based solid electrolyte material and preparation method thereof. The chemical formula of the material of Lithium lanthanum bismuthate-based solid electrolyte after the doping of lanthanum and the doping of lithium are conducted is La(3-x)AxLi(5+delta)Bi(2-y)ByO12. In the formula, A is the lanthanum position dopant, X is a value from 0 to 1.25, B is the bismuth position dopant, and Y is a value from 0 to 1.25. The preparation method of the material is as follows: according to the formula, weighing nitrates or carbonates or chlorides or acetates or alkoxides or oxides soluble in acids of lithium, lanthanum, bismuth, the lanthanum-position dopant and/or the bismuth-position dopant, preparing a solution by using the above chemicals,adding a lanthanum salt solution, a bismuth solution, a solution of lanthanum-position dopant and/or a solution of bismuth-position dopant dropwisely, adding citric acid and nitric acid successively to obtain a sol, adding a water-soluble polymer into the sol to form a gel, drying the gel, performing heat treatment to obtain nanocrystal powder, moulding the powder into a green body, and calciningto obtain the Lithium lanthanum bismuthate-based solid electrolyte material. The prepared material can be used as a solid electrolyte material and can be applied to all-solid-lithium ion battery.

The invention provides a cordyceps militaris chewable tablet and a preparation method thereof. The cordyceps militaris chewable tablet is prepared from, by weight, 20 parts to 30 parts of cordyceps militaris powder, 2 parts to 5 parts of bee milk dry powder, 2 parts to 5 parts of lemon powder, 2 parts to 5 parts of bee pollen, 2 parts to 10 parts of beta-cyclodextrin, 2 parts to 10 parts of white granulated sugar, 20 parts to 40 parts starch, 30 parts to 40 parts of maltodextrin and 1 part to 2 parts of magnesium stearate. The cordyceps militaris chewable tablet has the advantages of being scientific in formula, good in product taste, rich in nutrition ingredient, low in cost, convenient to eat, simple in processing process, and the like.

The invention discloses a TPE foaming pad containing Chinese traditional medicine ingredients. Raw materials of the TPE foam pad include Chinese traditional medicine powder. The Chinese traditional medicine powder is made from Chinese traditional medicines containing volatile substances and having the specific medical treatment effect on a human body after the volatile substances are inhaled through the mouth and nose, and the TPE foaming pad is prepared from, by weight, 25-35 parts of EVA 5110J, 25-35 parts of EVA 6110M, 18-25 parts of SEBS, 8-15 parts of Chinese traditional medicine powder, 12-38 parts of paraffin oil, 4-6 parts of masterbatch, 45-50 parts of CaCo3, 7-9 parts of ACP-W and 0.5-1 part of ZnO. During preparation, the Chinese traditional medicines are firstly grinded into the powder, then the powder and oil are mixed, and the TPE foaming pad is obtained through low-temperature banburying, low-temperature foaming, primary open milling, secondary open milling, cooling and piece output, mold-pressing foaming for forming, piece separation, cutting, embossing, stamping, acupuncture and packaging. The TPE foam pad can permanently diffuse aromatic smell of the added medicines, people inhale the smell through the nasal cavity while doing exercises, and the TPE foaming pad plays the effects of pleasuring the mind and body, refreshing and arousing the brain, ventilating lung, relieving stuffy nose, promoting blood circulation, dredging the channels and the like.

The invention discloses a high-quality tea high-yield planting method. The method includes the following steps of tea land selection, soil preparation, biogas slurry irrigation and base fertilizer application, intercropping of tea trees and melia azedarach trees, topdressing, tea garden management, disease prevention and spraying of foliar fertilizer. According to the planting method, fertilizer is applied reasonably according to the growth requirements of Xishan tea, so that fertilizer losses are not caused and cost can be reduced. Biogas slurry is used for irrigation, the biogas slurry can be absorbed and used by the tee tress more easily, rooting of tea seedlings can be promoted, the survival rate of the tea seedlings is increased, and meanwhile, stress resistance of the tea trees can be improved. The tea trees and the melia azedarach trees are intercropped, high-temperature drought prevention and strong sunshine prevention functions are achieved on the tea trees, and photosynthesis of the tea trees is improved. By means of the planting method, the yield of tea leaves per mu is increased by over 25%, the quality of tea leaves is greatly improved, and the tea leaves are more popular with customers in the market.

The invention discloses a preparation method of an organic/inorganic composite intermediate/high-temperature proton conductive membrane. The preparation method comprises the following steps of: (1) mixing perfluorinated sulfonic acid resin, a mesoporous silica particle, and a solvent at a mass ratio of 100:(5-70):(100-2000) to obtain a suspension; (2) casting the suspension on a smooth and flat substrate to obtain a membrane by curing; (3) soaking the membrane in an ionic liquid to cause the membrane to adsorb the ionic liquid, wherein the mass of the ionic liquid adsorbed into the membrane is 10-80% of that of the perfluorinated sulfonic acid resin; and (4) removing the ionic liquid on the surface of the membrane adsorbed with the ionic liquid to obtain the organic/inorganic composite intermediate/high-temperature proton conductive membrane. The organic/inorganic composite intermediate/high-temperature proton conductive membrane prepared by the method disclosed by the invention has the advantages of high mechanical strength and good intermediate/high-temperature proton conductivity, the intermediate/high-temperature proton conductivity is more than 10<-3>S/cm, the tensile strength is higher than 6.0MPam and the preparation method facilitates wide application of the intermediate/high-temperature proton conductive membrane to the fields of fuel cell, catalysis, sensors and the like.

The invention relates to a lactic fermentation quality measuring method of a wine malic acid, which belongs to the technical field of biosensors. The method adopts the following preparation steps: an L-lactic acid oxidase is solidified and combined with an H2O2 electrode into a biological L-lactalase electrode sensor, a phosphate buffering liquid with the pH of 7.2 and the mole weight of 0.1 millimole per liter <-1> and a standard liquid containing 500 milligram <-1> of the L-lactic acid in each liter are adopted, the instrument automatically displays the base enzyme membrane activity in 20 seconds after 25 microliter of the standard liquid is injected into a reaction pool, a calibrate button is pressed for 500 calibration, and the instrument is automatically cleaned and can be used for sample measurement again.

The invention provides a fresh-keeping method of leaf vegetable. The method comprises the following steps: processing the leaf vegetable by crispness-keeping; packaging the leaf vegetable subjected to crispness-keeping in vacuum; and then processing under ultrahigh pressure, wherein the crispness-keeping is that soaking the leaf vegetable in a calcium salt solution for 20 to 40 minutes, then taking out, and finally soaking in a sodium alginate solution for 20 to 40 minutes. By adopting the fresh-keeping method, the leaf vegetable can be kept in bright color, high crispness and relative low loss of nutritional ingredients, and the freshness lifetime reaches 6 to 10 months.

The invention discloses a method for removing a fermentation inhibitor and pigments of a sugar solution by using oxidative degradation and adsorption, which belongs to the field of fermentation industries. Aiming at the defects that the detoxification cost is high, impurities are incompletely removed, and the fermentation is affected by new matters which are most likely to be introduced, and the like in the traditional sugar solution, the method disclosed by the invention is used for carrying out oxidative degradation and adsorption through the combined effect of activated carbon/hydrogen peroxide/ozone so as to remove the fermentation inhibitor and the pigments of the sugar solution; the method has the advantages that reaction conditions are mild, the processing effect is good, the removal rate of heterocyclic ring and benzene ring matters such as furaldehyde, hydroxymethylfurfural, and the like in the processed sugar solution reaches more than 90%, the removal rate of other inhibitors reaches more than 80%, pigment matters can be completely removed, the reduction rate of nutritional compositions is not higher than 15%, the numerous loss of the nutritional compositions in the sugar solution is reduced, and the method does not cause pollution to environments and is suitable for industrial popularization and application.