396 results about "Water binding" patented technology

A saliva-soluble stimulant unit comprising an active ingredient and optional ingredients comprising flavor and aroma additives incorporated in a gel prepared by gelling a water-binding gelling agent, in which the active ingredient comprises nicotine or other alkaloids with the same direction of activity, said unit having i) a texture profile, determined by texture profile analysis, with parameter values of firmness, hardness, brittleness, adhesiveness, elasticity, and cohesiveness within given ranges; (ii) a disintegration time within the range 5-60 minutes; and (iii) a nicotine content from 0.5 to 10 mg or a corresponding content of said alkaloids.

Disclosed are oral care compositions, particularly thickened dentifrices in liquid, paste or gel form comprising a binding/thickening system that also function effectively as humectant agent thereby replacing a significant portion or all of traditional humectant components such as glycerin, sorbitol and other polyols. The binding/thickening system comprise select carrageenans that provide a water viscosity of at least about 20 mPa·s in a 1.5% solution at 25° C. and effective water-binding capacity to prevent significant water loss from the composition when exposed to air to cause unacceptable drying out. For example, the water-binding capacity of the carrageenan must be effective such that there is no more than about 0.75% water loss from a dentifrice composition when exposed to air for 30 minutes at room temperature conditions and 50% relative humidity. The present dentifrice compositions exhibit increased dispersibility in saliva during use, which provides for increased contact time of the composition with the user's teeth and oral cavity tissues such that the active dental agents contained therein are more rapidly available to effect their beneficial activity.

A reduced carbohydrate ice cream or other frozen dessert product that contains a low-digestible sweetener system and a fermentable fiber material. The a low-digestible sweetener system consists of one or more low-digestible sweeteners having a molecular weight of from about 90 to about 190; and is typically a low molecular weight saccharide or a polyol. Typical low-digestible sweeteners include mannitol, maltitol, sorbitol, lactitol, erythritol, xylitol, isomalt, glycerin, talitol, mannose, tagatose, fructose, arabinose, fucose, lycose, ribose, sorbose, talose, and xylose, and mixtures thereof. The low-digestible sweetener replaces the digestible sugars to provide the appropriate freezing point depression of the product. The level of fermentable fiber is sufficient to mitigate a Taxation effect that can be caused by ingestion of the amount of the low-digestive sweetener. The fermentable fiber can be an inulin, a maltodextrin resistant to human digestion, an oligofructose, a fructooligosaccharide, a high water binding fermentable fiber, and a mixture thereof.

A disposable substantially damp cleansing article is disclosed having a cleansing composition impregnated onto a flexible substrate such as a non-woven cloth. The impregnated compositions include lathering surfactants and water, and a water-binding agent resulting in a composition having a water activity less than 0.977 but no lower than 0.001. Amounts of water range from greater than 15% to no higher than about 40% by weight of the total article. Speed of lather formation and foam volume increases within the window of the stated water activity and water range.

The present invention relates to an aqueous binder used in lithium ionic cell electric pole material and the preparation method thereof, which belongs to lithium ionic cell electric pole material preparation field. The present invention aims to provide an aqueous binder for producing lithium ionic cell positive and negative plate with adjustable flexibility, and can meet all electric pole material aqueous binder requirements under various conditions of lithium ionic cell production and processing, storage and usage. The aqueouspolymer latex particle emulsion has an inside soft and outside hard core-shell structure with low polar polymer as core and high polar polymer as shell, and the solid content of the emulsion is 5-40 wt%, the mass percentage of low polar polymer is more than 0 and smaller than or equal to 95% in the core-shell structure. The lithium ionic cell produced according to the invention is provided with high capacity exertion of electroactive material, long battery periodic duty life and high voltage of discharge platform.

The invention discloses a novel method for preparing wheat bran dietary fibers by taking wheat bran as a raw material. The wheat bran dietary fibers are dietary fibers enriched with araboxylan and the content is more than 16.08%. The novel method takes the wheat bran as the raw material and sequentially comprises the following process steps: pre-treating the raw material; rapidly extracting with an alkaline solution; carrying out ethanol precipitation; adding water to suspend again and blasting by steam; hydrolyzing compound protease; hydrolyzing compound amylase; carrying out secondary alcohol precipitation; and sieving. The dietary fiber product has high wheat bran dietary fiber yield and dietary fiber purity, and also has high content of araboxylan and high content of soluble dietary fibers; the product has good functional properties including water binding capacity, viscosity and the like, and has a plurality of physiological functions of relaxing bowel, controlling blood glucose, lowering blood fat, adjusting human immunity and preventing colon cancer and the like, so that high-quality raw material guarantees are provided for widely applying the wheat bran dietary fibers to foods.

The invention discloses a preparation method for a soluble dietary fiber with apple pomace as a raw material. According to the method, an expanding method and an enzymatic hydrolysis method are combined. By the application of an expansion process, the structures of cellulose molecules become loose, and partial glycosidic bonds are broken, so that partial insoluble dietary fibers are transformed into soluble ones. After separation of the insoluble dietary fibers and the soluble dietary fibers, the expanded insoluble dietary fibers, which have the loose molecular structures, are hydrolyzed by utilizing a cellulase; and then the insoluble dietary fibers are further transformed into soluble dietary fibers. According to the invention, the modification of the insoluble dietary fibers in the apple pomace enables the insoluble dietary fibers to become high-quality soluble dietary fibers, so that an achievement rate of the soluble dietary fibers can substantially be enhanced as well as water binding capacity and expansibility of dietary fibers can also be improved. According to the test, the achieve rate of the soluble dietary fibers can reach 21.2%; the water binding capacity and expansibility can be enhanced by 110.3% and 7.0% respectively.

A semi-fluid composition for lubricating, moisture retaining, disinfecting and sterilizing, which comprises of hypochlorous acid, thickening agent, emollient and water-binding agent, wherein the water and the thickening agent, emollient; and water-binding agent are mixed and stirred to form a hydrogel or a viscous substance, a method of using the semi-fluid composition for lubricating, moisture retaining, disinfecting and sterilizing, comprising following step: attaching the semi-fluid composition with effective amount to a subject-matter or applying the semi-fluid composition on the surface thereof, the subject is an adult intimacy product or a medical supply.

The invention relates to a bacterial cellulose/ chitosan composite sponge dressing and preparation method thereof. The dressing comprises a cellulose/ chitosan composite sponge layer (1), an adhering layer (2) and a nonwoven fabric layer (3) which are placed from top to bottom in sequence. The preparation method comprises the following steps of (1) boiling a bacterial cellulose membrane with an NaOH aqueous solution, fully washing with distilled water to reach neutral state, and then drying in vacuum to obtain bacterial cellulose fibrid; (2) preparing a chitosan solution, adding the bacterial cellulose fibrid, standing and defoaming, freezing, and finally freezing and drying to obtain bacterial cellulose/ chitosan composite sponge; and (3) adhering the bacterial cellulose/ chitosan composite sponge to a polypropylene nonwoven fabric with permeable micropores through an adhesive, a hot melt adhesive or a thermosensitive adhesive, thus obtaining the bacterial cellulose/ chitosan composite sponge dressing. The dressing has the effects of stopping bleeding, diminishing inflammation, sterilizing, promoteing the wound healing, and has the advantages of no scar, high tensile strength, high water binding capacity and air and water permeability, high shape maintaining ability, etc. The preparation method is simple.

The invention provides a tofu coagulator. The tofu coagulator comprises the raw materials of a sterilized bean supernatant and activated compound lactobacillus, wherein the compound lactobacillus comprises lactobacillus casei, lactobacillus rhamnosus and lactobacillus zeae. The invention also provides a preparation method for the tofu coagulator. The preparation method comprises the steps of sterilizing the bean supernatant, and then inoculating the activated compound lactobacillus to the bean supernatant for fermenting. The coagulator is beneficial for intestinal health and capable of improving immunity of gastrointestinal tract; the coagulator is simple in preparation method, high in production efficiency, capable of utilizing waste materials and economic and environment friendly; and the tofu prepared by the coagulator is tender and smooth in taste, compact in structure, high in water binding capacity and elasticity, and has special flavor of bean supernatant fermenting liquid.

The invention discloses a tomato sauce with high dietary fiber and a production method of the tomato sauce, belonging to the field of processing technology of food seasonings. Tomato fruits are cut and seeds are removed, and the microwave enzyme passivating technology, the superfine grinding technology, the substep concentration technology and other technologies and processes are adopted to produce high-quality raw tomato sauce and tomato peel dietary fiber micro powder, and then the tomato sauce is prepared according to the formula; the formula is as follows in mass percentage: 55-60% of raw tomato sauce, 4-6% of tomato peel dietary fiber, 0.5-0.8% of edible salt, 2-4% of trehalose, 0.32-0.36% of citric acid, 2-2.2% of alimentary acetic acid, 0.008-0.01% of monascus red pigment, 0.01-0.02% of Nisin, 0.07-0.09% of xanthan gum and 28-32% of water. The nutrients of the tomato peel are fully utilized, and the enzyme passivating effect is good; the content of the dietary fiber of the tomato sauce is increased by 4.3-6.6 times and the content of the lycopene is increased by 1.3-2.2% compared with those of the prior art, and the tomato sauce has good water binding capacity, pure flavor, bright color and luster and good sensory quality.

The invention discloses high-quality insoluble plant dietary fiber powder, and the particle size of more than 90 percent of dietary fiber powder is less than 30 mum and dietary fiber powder has the capacity of strong water binding, swelling, fat (oil) absorbency and chelating metal ion. The invention also discloses a preparation method for fine powder. Fine powder is widely used in health care (functional) food with the function of weight loss, purge, detoxification, etc., and is used for fiber reinforcing in the process of baking and expanding food, moreover, fine powder can also be used as fill material of drug. Fine fiber powder provided by the invention has low integrated production cost, high quality of product and long shelf life, and meanwhile, the powder is friendly to the environment in the production process and is suitable for large-scale industrial production.

High amylose starches are treated to retain resistance while improving water binding properties. Starch functionality is varied by pre-processing of starches by heating and microfluidisation, to create changes in product viscosity, resistant starch content, particle size and molecular weight. The treated starches produce food grade resistant starches which have the ability to bind water, build viscosity, gel and form films. They can be used as fat replacement ingredients.

The invention discloses a rattan pepper-flavor quick-frozen chicken breast seasoning formula and a using method thereof. The seasoning formula comprises the following components by weight percent: 10%-30% of water, 1%-3% of isolated soybean protein, 0.5%-3% of starch, 1%-2% of edible salt, 0.5%-1.5% of white granulated sugar, 0.1%-1% of fermented soya bean powder, 0.1%-1% of glucose, 0.1%-1% of sodium glutamate, 0.1%-0.5% of sodium bicarbonate, 0.1%-0.4% of composite phosphate, 0.02%-0.2% of edible essence and 0.02%-3% of spice. The using method is as follows: using the seasoning formula to prepare a quick-frozen chicken breast product with better mouthfeel. By combining the medicated food materials such as rattan pepper, and the like, the chicken breast has refreshing and thick spicy flavor and is free of acor of the chicken breast, so that the meat is improved better on water binding capacity and meat tendering, and therefore, problems that the chicken breast is acerb in aftertaste, hard in meat, and not good in mouthfeel are solved.

The invention discloses a method for producing aquatic granulated feed adhesive modified starch. Starch is taken as a raw material; an esterifying agent, a composite catalyst and an adhesion agent are added into the starch; and the mixture is subjected to dry-method high-temperature reaction, cooling and screening to prepare a finished product. By performing one-step catalytic esterification, catalytic degradation and adhesion action on the starch, the product has the advantages of cold water solubility, cohesiveness, water-binding capacity, stability and other comprehensive performance superior to those of the conventional natural plant starch adhesives, and capacities of overcoming defects of plant starch serving as a granulated feed adhesive, improving the feed stability in water, reducing the loss of nutrient components of the feed and improving the utilization rate of the feed. A process of dry-method chemical modification is adopted in the production process of the product and the method has the advantages of simple and convenient operation, high reaction efficiency, short period, no wastewater, environmental protection and light pollution.

Stable unit dose compositions with high water content are provided. Such unit dose compositions include an aqueous composition having a water activity of from about 0.65 to about 0.95 and a water-soluble container formed from a water-soluble or water-dispersible film material. In one embodiment, the aqueous composition includes water in an amount of 25% to 70% by weight, a surfactant system, and a water binding agent. The surfactant system may include: (1) a linear alkylbenzene sulfonate (LAS) and/or an alcohol ethoxylsulfate (AES), (2) a non-ionic surfactant, and (3) a fatty acid. The unit dose compositions can prevent the enclosed liquid detergent composition with a high level of water content from dissolving or pre-maturely dispersing the water-soluble container.

The invention discloses a method for improving cereal dietary fiber solubility. The method utilizes lactobacillus fermentation treatment to replace traditional acid-alkali treatment, utilizes superhigh-pressure homogenization treatment to replace traditional processing treatment and finally prepares the finished product by spray drying. The method has the advantages that 1, lactic acid is produced by lactobacillus fermentation and dietary fibers are modified by the simulative chemical treatment method so that a dietary fiber structure is loose and the loose dietary fiber structure is conducive to follow-up processes; and the method has mild treatment conditions so that a water-binding capacity and functions of the dietary fibers are kept well; 2, a fragrance of metabolites such as lactic acid produced by lactobacillus fermentation covers a bad smell of raw materials such as bean dregs so that the fragrance of the product can be easily accepted by consumers; 3, the dietary fiber production method comprises the superhigh-pressure homogenization treatment based on fermentation treatment so that the particle size of the dietary fibers is reduced to less than 40 micrometers and roughness of the dietary fibers is not felt by consumers; and 4, the method has simple processes and can be industrialized easily.

The invention discloses an edible fungus culture medium using tea resources as main materials. The edible fungus culture medium consists of the following raw materials in percentage by weight: 60 to 80 percent of tea resource, 10 to 30 percent of quick nutrient source, 1 to 8 percent of pH value regulator, and 2 to 8 percent of functional water binding agent. The invention also discloses a preparation method for the edible fungus culture medium. According to the method, the activation of antigrowth factors and a sterilization process of base stock are used as key technologies, and the tea resources such as autumn and summer tea which is not harvested, trimmed branches and leaves in waste tea gardens, and a great amount of tea deep processing byproducts are treated. The invention also discloses the application of the edible fungus culture medium; and the edible fungus culture medium is mainly applied to the culturing of edible fungi such as mushrooms, agaric, and glossy ganoderma, so that the resources in different industries are efficiently integrated, the environment stress is relieved, and the low-carbon, high-efficiency and practical effects are achieved.

The invention discloses a wrapper for sesame balls, which is made of water, glutinous rice flour, deepfreeze oil, white sugar, glucose, wheat starch, food improver, dietary alkali and purple potatoes. The glucose in the wrapper causes fast coloration of the sesame balls in frying. The food improver is capable of effectively improving machining property and water binding capacity of the sesame balls and enables the coat of each sesame ball to be crisp, each sesame ball to be expanded and dough to be soft and glutinous, and the food improver also enables the sesame balls to less apt to crack in deepfreezing and storage. The deepfreeze oil enables tissue and gloss of the sesame balls to be improved, flavor and taste of the sesame balls to be improved, and shelf life of the deepfreezed sesame balls to be prolonged. In addition, a purple potato filling is made to lead the sesame balls to be more nutrient and delicious. The sesame balls are full, pure in coloration and good in taste, sesame seeds are evenly inlaid onto the outside of each sesame ball, the fried sesame balls taste soft, cool and smooth, the sesame balls are non-sticky to teeth when eaten, and the sesame balls belong to a delicious daily snack popular with young and old.

The invention discloses a tender and crisp fish ball. The tender and crisp fish ball comprises the following components in parts by weight: 45-60 parts of minced fillet of frozen nemipterus virgatus, 0.5-2 parts of tender and crisp agent, 3-8 parts of pig fat, 20-30 parts of ice water, 0.1-0.5 part of composite phosphate, 1-3 parts of table salt, 0.1-1.0 part of aginomoto, 0.1-1.0 part of glucose, 0.1-1.0 part of seafood flavor and 5-20 parts of accessories. The invention also relates to a method for making the fish balls; the method has the following advantages: (1) the high-quality minced fillet of nemipterus virgatus is adopted so that the protein content is rich, the accessories of the product are simple, and the water binding capacity and freezing resistance of the product can be guaranteed without any starch and colloid; (2) the tender and crisp agent comprises protein as a major component, and is nutritive, healthy and harmless to a human body, and capable of keeping better tender and crisp taste of the product while supplementing the protein; and (3) a simple steaming process is adopted, so that the production cost of an enterprise is saved and the productive profit of the enterprise is increased.

The invention relates to a pholiota nameko cultivation material which is characterized in that broad bean hulls are used as a main raw material, cotton linters, bran, corn flour, gypsum powder and the like are used as auxiliary materials, and the water content of the cultivation material is 65-66 percent. The invention also relates to a method for preparing the cultivation material. Compared with a saw dust cultivation material, the pholiota nameko cultivation material has the advantages that 1, the cultivation material is reasonable in matching of coarse sand fine grains, and the air permeability and water binding capacity of the cultivation material are increased, so that the growth rate of pholiota namekohypha is increased, and the bagful time is shortened; 2, the cultivation material has a reasonable carbon nitrogen ratio and balanced nutrition and promotes the growing development of sporocarp, and the yield is increased by 20-30 percent; 3, the cultivation raw-material channel is broadened, and the production cost is greatly reduced. The pholiota nameko cultivation material compatibility and the method have the social benefits that a broad bean hull substitution is used for cultivating pholiota nameko, one part of fungus-forest contradiction can be eased, waste is turned into wealth, and energy conservation and emission reduction are facilitated.

The production process of cereal diet fiber with high soluble diet fiber content has lactic acid bacteria fermentation to replace traditional acid and alkali treatment, ultra high pressure homogenization to replace traditional processing and final spray drying to obtain ultimate product. The present invention features the lactic acid bacteria fermentation capable of loosening diet fiber and favorable to subsequent processing and maintaining the water binding capacity and function of diet fiber, the high pressure homogenization on the basis of fermentation to reduce the granularity of diet fiber to below 40 micron and to eliminate the roughness feeling of diet fiber, and simple production process easy to use in industrial production.