43 results about "Zinc preparations" patented technology

A health care drink for alleviating asthenopia is prepared by adding vegetable juice or animal and vegetable protein juice or a certain amount of ethanol to water, adding food raw materials and a food additive, and selectively adding vitamin A, beta-carotene, vitamin B2, a zinc preparation, taurine, Chinese wolfberry, chrysanthemum, cassia seed and cowberry and processing the materials. At present, 150 million of people have asthenopia in China; the health care drink of the invention can effectively alleviate the inconvenience of the asthenopia to people, and has broad market development space both at home and abroad.

The invention relates to a crop disease preventing and controlling method, in particular to a method for preventing and controlling bacterial wilt of vegetable crops. In one week after vegetable transplantation, or at a blossoming and fruit-bearing stage and an early stage of diseases, a composite reagent is adopted for root-irrigation treatment, and the composite reagent contains a copper-zinc preparation and a garlic extract; after half a month, beneficial bacteria are fertigated. The crop disease preventing and controlling method is simple, quick in effect and accurate in composition compatibility, does not affect farming seasons, ensures a prevention and control effect, timely supplements beneficial bacteria and prevents re-breeding of harmful bacteria so as to ensure the prevention and control effect.

The invention provides a process for preparing zinc sulfate and the process is simple in step, low in energy consumption, high in production efficiency and high in product purity. The process comprises the following steps: putting secondary zinc oxide and zinc oxide in waste residues produced in zinc preparation in a raw material tank filled with dilute sulfuric acid, reacting to generate a zinc sulfate solution, guiding the zinc sulfate solution into a reaction tank, removing impurities such as iron, cobalt and copper in the reaction tank, filtering the impurities through a filtering machine, guiding the zinc sulfate solution into a storage tank for precipitation, evaporating the zinc sulfate solution in an evaporator to obtain a concentrated solution, crystallizing in a crystallizing tank, carrying out crystal separation in a centrifugal machine, cooling to obtain zinc sulfate containing crystal water and drying in a dryer to obtain the zinc sulfate. According to the process, the zinc sulfate solution is concentrated in the way of pouring hot oil and circularly heating, so that the heating temperature is higher, the heating material can be recycled, the energy consumption is little and the cost is reduced. The process for preparing the zinc sulfate is simple and clear in processing step, energy-saving, friendly to the environment and convenient to operate.

The invention provides a method for preparing high-purity zinc by electrolysis. The method comprises the following steps: leaching a zinc-containing material using an ammonium chloride solution to obtain a zinc-ammonia complex solution; performing impurity removal on the zinc-ammonia complex solution through constant-voltage electrolysis to remove most of impurity ions which are more electropositive than zinc from the solution; after impurity removal through constant-voltage electrolysis, allowing the zinc-ammonia complex solution to flow through a zinc particle vibration purifier to replace the residual impurity metal ions in the solution and thus to achieve the effect of deep purification of the solution; adding carbon-ammonium into the zinc-ammonia complex solution after deep purification to perform ammonia treatment and remove a part of calcium and magnesium ions from the solution; and performing electrolysis on the ammonia-treated solution to obtain high-purity metal zinc. Compared with the prior art of zinc preparation through electrolysis of a zinc-ammonia complex compound, the method provided by the invention adopts carbon-ammonium to replace liquid ammonia, so as to reduce the consumption cost of ammonia and avoid the enrichment of calcium and magnesium in the solution; and performs deep purification by impurity removal through constant-voltage electrolysis and treatment of the solution with the zinc particle vibration purifier after electrolysis impurity removal, so as to completely eliminate the use of zinc powder in the purification link, greatly reduce the purification cost and produce the purified solution which is higher in quality than purification with zinc powder. Therefore, the method stably produces No.0 metal zinc.

The invention discloses a composition for resisting helicobacter pylori and the application of the composition. The composition comprises linolenic acid capsules, a zinc preparation (zinc gluconate orpolaprezinc) and a proton pump inhibitor. The pharmaceutical composition can inhibit helicobacter pylori in vivo and in vitro by combined use, has a good effect on treatment of gastritis and other related diseases caused by helicobacter pylori infection, and especially has a good effect on refractory gastritis caused by drug-resistant helicobacter pylori infection. According to the composition, helicobacter pylori infection can be cured under the condition that antibiotics are not used, the cure rate is increased, and the occurrence rate of antibiotic resistance is reduced.

The invention provides a composition containing rehydration salt and probiotics, and relates to the technical field of probiotics. The composition comprises a fluid supplementation probiotic composition and auxiliary materials; the auxiliary materials are auxiliary materials acceptable in foods, health care products, special medical foods or pharmaceutical processing; the fluid supplementation probiotic composition comprises the following raw materials: the probiotics and the rehydration salt; and the probiotics is 104 to 1,014CFU/g. The invention has the advantage that the composition is convenient to take and can adjust the intestinal function of a user, improve the immunity of the organism, inhibit proliferation of harmful bacteria in the intestinal tract, reduce toxin generation, relieve lactose intolerance, rapidly supplement water and electrolyte and relieve and treat diarrhea. The composition is beneficial for being taken and improving the treatment effect of diarrhea, and overcomes the defects that the probiotics, the rehydration salt, a zinc preparation and the like are complex to take, need to be taken for multiple times and are poor in taste when being combined for use in the actual operation process.

The present invention discloses zinc replenisher with control released zinc and its preparation process and use. The zinc replenisher is zeolite containing active zinc in 1.5-10 wt%. The preparation process includes the adsorption and ion exchange reaction between zinc salt and zeolite, filtering, drying and crushing to obtain zeolite containing active zinc. Supporting zinc onto zeolite, which possesses excellent biocompatibility, excellent gastrointestinal mucous membrane affinity, regular pore canal structures and cage spaces, high surface activity and great specific surface area, can obtain controlled releasing of zinc and raise utilization of zinc. The control released zinc preparation may be used as zinc replenisher for human body and animal.

The invention discloses a biological zinc preparation and a method for preparing the same, specifically, a zinc-rich preparation which is produced by photosynthetic bacteria is utilized, the photosynthetic bacteria use sufficient zinc resources during the fermentation process to convert inorganic zinc into organic zinc as much as possible, so the content of the organic zinc in the photosynthetic bacteria is increased, and accordingly, the biological zinc preparation with higher zinc content is prepared. The biological zinc preparation has the advantages of simple production technology, less equipment investment and easily-obtained raw materials, the prepared biological zinc preparation can be widely applied in livestock and agricultural production, and has more market competitiveness compared with yeast zinc.

The invention provides a feeding composition and application thereof to animal feed additive preparation. The feeding composition contains a benzoic acid derivative and a myristic acid derivative. The benzoic acid derivative is selected from benzoate or benzoate ester, the myristic acid derivative is selected from myristate or myristate ester, and the optimal mass ratio of the benzoic acid derivative to the myristic acid derivative in the feeding composition is 6:1-1:1. The feeding composition can serve as an animal growth promoter, and particularly substitute feeding antibiotics or high-dosage zinc preparations or copper preparations and other traditional animal growth promoters for the animal breeding industry. The feeding composition is a novel and safe animal feed additive and suitable for animals including livestock, poultry and aquaculture animals and has wide market prospects.

Problem to be Solved

To provide medicine and health food suitable for treatment and prevention for non-alcoholic fatty liver disease (NAFLAD) and/or non-alcoholic steatohepatitis (NASH) which are not involved with hepatic virus, and/or hepatic fatty degeneration.

Means for solving the problem

A combination drug suitable for treatment of non-alcoholic fatty liver disease (NAFLAD) and/or non-alcoholic steatohepatitis (NASH), and/or hepatic fatty degeneration, wherein the active ingredients are zinc preparation and selenium preparation.

The invention discloses a highly-corrosion-resistant stirrer and a making method. The highly-corrosion-resistant stirrer comprises a stirring shaft, a hub, blade fixing plates and blades, wherein one end of the stirring shaft is connected with a power device, and the other end of the stirring shaft is welded with the hub; one end of the blade fixing plate is welded with the hub, and the other end of the blade fixing plate is connected with the blade by fasteners; the blade fixing plates are flat plates and form angles of 30-50 degrees with the axis of the stirring shaft; and the surface hardness of the blades is 20-24HRC, the inclination angles and the widths of the blades change along with the length directions of the blades. The preparation method comprises the following steps: carrying out primary smelting in a medium-frequency induction furnace, carrying out refined smelting in an argon-oxygen decarburization furnace, adopting an electroslag remelting process to smelt a super duplex stainless-steel ingot, forging the super duplex stainless-steel ingot to be molded, and after solids are dissolved, assembling and molding. The highly-corrosion-resistant stirrer and the preparation method disclosed by the invention have the advantages that the production cost is reduced, and the service life of equipments prolonged and the use safety of equipment in the zinc preparation industry is improved.

The invention discloses a fast-dissolvable vitamin C and zinc preparation and a preparation method thereof. The fast-dissolvable vitamin C and zinc preparation is prepared from, by weight, 0.5%-2% of zinc oxide particles, 0.2%-0.6% of zinc gluconate, 3%-10% of vitamin C particles, 5%-10% of microcrystalline cellulose, 65%-85% of D-mannitol, 0.5%-1% of edible essence, 5%-8% of cross-linked polyvinylpyrrolidone, 0.05%-0.15% of sucralose and 0.5%-1% of magnesium stearate. The fast-dissolvable vitamin C and zinc preparation has advantages of reduction of irritation to digestive tract mucosa, convenience in administration, quickness in absorption, high bioavailability, reduction of risks in use and quickness in replenishment of essential vitamin C and zinc to human bodies.

The invention relates to an animal local antimicrobial preparation and application thereof. The animal local antimicrobial preparation is prepared from the following components in percentage by weight: 0.001%-30% of a zinc preparation and 0.01%-80% of monoterpene phenol. Through synergistic effect of the zinc preparation and the monoterpene phenol, antibacterial effects are improved; the zinc preparation has effects of repairing and regenerating tissues for the wound, promotes the wound to repair while sterilizing, improves the antibacterial effects, is applied to the animal local anti-microbial and sterilization treatment, has very good effects of controlling and treating microbial infection such as animal toe dermatitis and cow nipple disinfection; and the zinc preparation and the monoterpene phenol are low in irritation, are environmentally friendly, are free of pollution, are conventional medical drugs; and materials are easily obtained, so that use convenience of the medicament isimproved.

The invention relates to nutrient enhanced pickled vegetables. Wild vegetables, sonchus oleraceus or fiddlehead is selected as a raw material, and an iodine preparation and a zinc preparation are matched during pickling. The nutrient enhanced pickled vegetables have the characteristics of high nutrient value and good color, aroma and taste.

The invention discloses a walnut peptide stable to zinc ions as well as a preparation method and application of the walnut peptide. By taking walnut protein powder as a raw material, walnut protein is decomposed into a short peptide mixture by virtue of an efficient biological enzymolysis technology, further a zinc preparation is added for complexing partial peptide fragment, target walnut peptide is obtained by virtue of a centrifugation and membrane filtration method, and finally a target product is obtained by virtue of concentration, sterilization and spray drying processes. The walnut peptide can be widely applied to the fields of products such as formula food for special medical purposes, oral liquid, dairy products and common beverages.

The invention relates to a leaching solution and a leaching process of zinc, and belongs to the technical field of zinc preparation methods. The leaching solution is characterized by comprising waterand the following raw materials by weight: 31.2-38.6 parts of ferric chloride, 49.8-58.7 parts of sodium chloride, 4.3-6.2 parts of yttrium chloride and 4.2-6.7 parts of hydrochloric acid. The leaching process comprises the following steps that zinc concentrate is crushed, then zinc leaching solution is added, and the solid-liquid ratio g : L of the zinc concentrate to the zinc leaching solution is 1~3 : 4~7; electrochemical reduction is carried out under the stirring condition, and meanwhile electrochemical reduction is carried out, the leaching temperature is 40 DEG C-50 DEG C, and the leaching time is 2.5 h-3 h; zinc powder accounting for 0.01% -1% of the mass of the zinc concentrate is added and filtered to obtain filtrate X1 and filter residue Y1; and the filtrate X1 is evaporated andcrystallized to obtain zinc chloride, and the evaporated steam is condensed and then returned to a zinc leaching solution for reuse. According to the leaching solution and the leaching process, the zinc in the ore can be fully leached. The used leaching solution can be recycled after the required zinc is separated.