TH83913A - Animal feed additives - Google Patents

Abstract

DC60 (07/07/49) The current invention relates to animal non-antibiotic feed additives for Increase efficiency in the growth of animals where the feed additives contain A combination of organic acids, one or more acid absorbent, and one or more carriers. The present invention continues to be involved in the use of food additives and to Processes for the production of food additives The current invention involves a non-antibiotic feed additive for animals to Increase efficiency in the growth of animals where the feed additives contain A combination of organic acids, one or more acid absorbent, and one or more carriers. The present invention continues to be involved in the use of food additives and to Processes for the production of food additives

Claims (8)

Disclaimer (all) which will not appear on the announcement page: synergistically revise 28/09/2015 to maintain optimal pH in the animal's digestive tract to optimize digestion and absorption. Nutrients 8. Non-antibiotic feed additive for animals to promote the efficacy of Animal growth in accordance with any condition of claim 1-7 where organic acids are added with unchanged color and odor. Animal growth according to any of claims 1-7, where organic acids are selected from the group that Contains formic acid, lactic acid, citric acid, mailc acd, tartaric acid, Butyric acid, propionic acid and fumaric acid 1 0. Non-antibiotic feed additive for animals to promote efficacy in Animal growth according to claim 9 where organic acid aggregates contain formic acid, lactic acid, citric acid, malic acid and tartaric acid 1 2. Additive. Adding non-antibiotic feed for animals to promote the Animal growth in accordance with any condition of claim 1-7, where the acidic sorbent will flow independently, additionally, and of unchanged quality 1 3. Non-antibiotic feed additive for animals to promote efficacy. In the Animal growth according to claim 12, where the acidic sorbent is selected from one or more of the group containing the precipitated silica. And crushed silica 1 4. Non-antibiotic feed additive for animals to promote efficacy in Animal growth according to claim 13, where the acid absorbent is precipitated silica 1 5. A non-antibiotic feed additive for animals to promote efficacy in Animal growth in accordance with any of Claims 1-7, where the feed additive contains acids. Phosphoric approximately 35% by weight, Grossformic approximately 0.5% by weight, Lactic acid approximately 0.8% by weight, Zric acid approximately 1.7% by weight, Malic acid approximately 0.45%. By weight, tartaric acid approximately 0.8% by weight, acid bioavailability approximately 25% by weight and carrier substance approximately 35% by weight 1 6. Non-antibiotic feed additive for animals to promote efficacy in The Animal growth in accordance with any of Claims 1-7, where the feed additive contains acids. Phosphoric approximately 35.6% by weight, Grossform approximately 0.52% by weight, Lactic acid 2 6. Non-antibiotic feed additive for animals to promote efficacy in Animal growth pursuant to any of claims 1-25 where animals comprise livestock farms, including pigs, poultry, ducks, cattle, rabbits and fish. 2 7. Non-Antibiotic Feed Additives for Animals. To promote efficiency in Growth of animals according to any of the claims 1-26 to suppress the growth of and kill harmful batteries. And other microorganisms 2 8. Non-antibiotic feed additives for animals to promote efficacy in Animal growth according to any of the claims 1-26 as an alternative to antibiotics. In non-antibiotic feed. 2 9. Non-antibiotic feed additive for animals to promote the efficacy of Animal growth in accordance with any of the claims 1-26 to promote the growth of the animal. Beneficial bacteria And other beneficial microorganisms 3 0. Non-antibiotic feed additives for animals to promote efficacy in In order to improve the weight gain in animals 3 1. A non-antibiotic feed additive for animals to promote efficacy in animal nutrition. In order to improve the quality or increase the production of milk protein by animals 3 2. Non-antibiotic feed additive for animals to promote the efficacy of animal feed additives. The growth of the animal according to any of the claims 1-26 to reduce the cholesterol concentration. 3. Process for the production of non-antibiotic feed additives for animals for Promote animal growth performance in accordance with any one of Claims 1-3, where the process consists of the following steps (1) the charge of the acid sorbent into the mixer (2). About half of the inorganic preparation goes into the mixer. (3) Preparation of an acid pre-mix consisting of some of the organic acids being used. (4) Spraying of the acid pre-mix into the mixer using a specially designed nozzle (5) adding the remaining organic acids to the mixer. And the carrier substance into the mixer, and the residual of inorganic acid is pumped into the mixer (6). Mixing the above components in the mixer to ensure homogeneity. -------------------------------------------------- -------------------------- 1. Non-antibiotic feed additive for animal to enhance the animal growth efficiency where the substance The feed additive consists of a combination of organic acids, one or more acid sorbents and one or more carriers. 2. Non-antibiotic feed additives for animals to optimize the growth of animals in accordance with Claim 1, where the feed additive also includes at least one inorganic acid selected from the group containing inorganic acids that can lower the intestinal pH of the animal. at It is quick to start digestion and is also non-corrosive to the mucous membranes of the animal intestines. Of animals according to claim 2, where inorganic acids still have good stability properties, are contaminated with Low levels and low concentrations of heavy metals 4. Non-antibiotic feed additive for animals to optimize animal growth according to claim 2 or 3, where phosphoric acid contains acid. Inorganic 5. Non-antibiotic feed additive for animals to increase growth efficiency. Of animals according to claim 1, where organic acids were selected from the group containing organic acids that Control of dangerous bacteria and other harmful microorganisms. It can be either in the feed of animals or in the digestive tract of animals, or both. 6. Non-antibiotic feed additives for animals to increase the efficiency of growth. Of animals according to claim 1 or claim 5, where organic acids are used at a constant ratio or Relative proportions to form a compatible aggregation of active substances to maintain a stable pH It is suitable in the digestive tract of animals in order to improve the efficiency of digestion and absorption of nutrients. Of animals according to claim 6, where organic acids have a low pH, high concentration, properties of constant High and low contaminant levels. 8. Non-antibiotic feed additive for animals to increase growth efficiency. Of animals according to claim 6 or claim 7, where organic acids have a constant color and odor. 9. Non-antibiotic feed additives for animals to enhance their growth. Of animals according to claim 6, claim 7 or claim 8, where organic acids are selected from the Containing formic acid, lactic acid, citric acid, malic acid, tartaric acid, butyric acid, propionic acid, and fumalic acid 1 0 Non-antibiotic feed additive for animals to increase the efficiency of Animal growth according to claim 9 where organic acid combination contains formic acid, lactic acid, citric acid, malic acid and tartaric acid 1. Adding non-antibiotic feed for animals to increase the efficiency of Animal growth according to claim 10, where the feed additive also contains phosphoric acid. As an inorganic acid 1 2. A non-antibiotic feed additive for animals to increase the efficiency of Animal growth according to claim 1 where the acid sorbent was selected from the class of acid absorbent which It has the following properties: a) has the ability to slowly release acids. When additives are introduced into the body to Animal intestines Therefore, acids are allowed to work in different parts of the gastrointestinal tract and b) do not react adversely with the acids used in additives 1 3. Non-antibiotic feed additives for animals to improve their efficacy in The Animal growth according to claim 12, where the acid sorbent is still capable of absorbing high amounts of acid 1 4. Non-antibiotic feed additive for animals to improve the efficiency of Animal growth according to claim 12 or claim 13, where the acid sorbent can flow properly. Free and stable quality 1 5. Non-antibiotic feed additive for animal to increase the efficiency of Animal growth according to claim 12, claim 13 or claim 14 where the acid sorbent It was selected from one or more types of groups containing precipitated silica and crushed silica. 1 6. A non-antibiotic feed additive for animals to enhance the efficacy of precipitated silica. Animal growth according to claim 15, where the acid sorbent is precipitated silica 1 7. Non-antibiotic feed additive for animals to increase the efficiency of Animal growth in accordance with claims 1, 2, 5, 6 and 12 1 8. Non-antibiotic feed additive for animals to increase the efficacy of animal feed additives. Animal growth in accordance with claims 1, 2, 5, 6 and 13 1 9. Non-antibiotic feed additive for animals to increase the efficiency of animal feed additives. Animal growth according to claims 4, 10 and 16 2 0. Non-antibiotic feed additive for animals to increase the efficiency of Animal growth according to claim 1, where the carrier is selected from the carrier group, which has the following properties: a) low pH and b) moisture absorbent 2 1. Non-food additive. Antibiotics for animals to increase the efficiency of Animal growth in accordance with claim 20, where the carrier contains a high content of silica. 2 2. A non-antibiotic feed additive for animals to increase the efficiency of the Animal growth in accordance with claim 20 or claim 21 where the carrier is still relatively low in contamination. 2 3. Non-antibiotic feed additive for animals to increase the efficiency of animal control. Animal growth in accordance with claim 21 or claim 22, where the carrier is selected from the Contains crushed silica, rice husk and limestone. 2 4. A non-antibiotic feed additive for animals to increase the efficiency of Animal growth in accordance with claim 23, where the carrier is ground silica. 2 5. A non-antibiotic feed additive for animals to increase the efficiency of animal feed. Animal growth in accordance with claims 1, 2, 5, 6, 12 and 20 2 6. Non-antibiotic feed additive for animals to increase the efficiency of animal feed. Animal growth in accordance with claims 1, 2, 5, 6, 13 and 21 2. 7. Non-antibiotic feed additive for animals to increase the efficacy of animal feed additives. Animal growth in accordance with claims 4, 10, 16 and 24 2 8. Non-antibiotic feed additive for animals to increase the efficacy of animal feed additives. The growth of the animal according to one of the above claims Where food additives also contain At least one substance that acts as a fly repellant 2 9. Non-antibiotic feed additive for animals to increase the efficiency of The growth of the animal according to one of the claims 1-27 provided that the feed additive still Contains flavor additives Or fragrant substances Or substances which have both properties. 3 0. Non-antibiotic feed additive for animal to increase growth efficiency. Animal feed additives, according to claims 28 and 29, where the substance is QB Barterpen 3. 1. A non-antibiotic feed additive for animals to increase the efficiency of The growth of the animal according to one of the above claims. Where food additives Contains approximately 35% phosphoric acid, approximately 0.5% formic acid, approximately 0.8% lactic acid, approximately 1.7% citric acid, approximately 0.5% malic acid, approx. 0.8% tartaric acid, approximately 25% acid absorbent and approximately 35% carrier 3 2. Non-antibiotic feed additive for animals to enhance the The growth of the animal according to one of the claims in 1-30 where the feed additive Contains approximately 35.6% phosphoric acid, approximately 0.52% formic acid, approximately 0.08% lactic acid, approximately 1.70% citric acid, approximately 0.45% malic acid, Approximately 0.82% tartaric acid, approximately 25% precipitated silica and approximately 35% carrier 3 3. Non-antibiotic feed additive for animal growth enhancement. 3 4. A non-antibiotic feed additive for animals to increase the efficiency of animal feed. The growth of the animal according to one of the claims in 1-30 where the feed additive Contains approximately 35.6% phosphoric acid, approximately 0.52% formic acid, approximately 0.08% lactic acid, approximately 1.70% citric acid, approximately 0.45% malic acid, Approximately 0.82% tartaric acid, approximately 24.9% precipitated silica, approximately 35.11% carrier and approximately 0.10% cubic terpene. Growth efficiency Of the animal in accordance with any of the above claims where all ingredients in the feed additive are Taken from natural sources 3 6. Non-antibiotic feed additive for animals to enhance growth efficiency. Of animals according to claim 35, where malic acid is taken from apples, citric acid is taken from citron, tartaric acid is taken from grapes and cubes. Terpene was taken from the above results, litsea cucuba 3 7. Non-antibiotic feed additive for animals to increase growth efficiency. Of the animal according to any of the above Where the animal consists of farm animals such as pigs, poultry, ducks, cattle, rabbits and fish 3 8. Use of non-antibiotic feed additives according to one of the claims in Clause 1. -37 to suppress the growth and kill harmful bacteria And other microorganisms In the food of the animal or in 3 9. The use of non-antibiotic food additive in accordance with one of the claims 1-37 is an alternative to non-antibiotic food additives. Animal 4 0. Use of non-antibiotic food additives pursuant to one of the claims 1-37 to promote the growth of beneficial bacteria and other beneficial microorganisms in the pathways. Animal diet 4 1. Use of a non-antibiotic feed additive according to one of the claims 1-37 to improve weight gain in animals. 2. Use of non-antibiotic feed additives pursuant to one of the claims 1-37 to improve the quality or increase the protein production in animal milk. 3. Use of non-antibiotic feed additive according to one of the claims 1-37 to reduce the cholesterol concentration in the animal's meat. 4.Process for the production of non-antibiotic feed additives for animals to add Performance of animal growth according to claim 1, whereby the process It consists of the following steps: (1) Filling the acid absorber in the mixer (2) Pumping about half of the inorganic acids to the mixer and mixing the inorganic acids (3) Preparing the acidic Prepared before mixing, which contains some organic acids that have been used And some inorganic acids in the mixing tank (4) spraying of the prepared acids before mixing. Into the mixer by using the spray tool at (5) the addition of the remaining organic acid that has been used. And the carrier into the mixer and the same weight of inorganic acid is pumped into the mixer (6) mixing the above components in the mixer until the substance is homogeneous (7). (8) Packaging of the mixture into the required size container (9) Collection and testing of mixtures for quality control analysis (10) Container closure where The size of the nozzle of the spray nozzle and the rate of tearing of the acid at Prepared before being mixed. When entering a mixer containing the adsorbent it has been modified at any time. According to the appropriate amount of the pre-mixed acid, it comes into contact with the acid absorber so that the final product can flow freely. 5.Process for the production of non-antibiotic feed additives for animals to add Animal growth efficiency according to claim 4, 10, 16 and 30, where the process The procedure consists of: (1) filling precipitated silica in a mixer (2) pumping about half of the phosphoric acid to the mixer and mixing the phosphoric as Approximate time 15 minutes (3) Pre-blended acid preparation containing cubic tercene, lactic acid and some phosphoric acid in mixing tank (4). The prepared acid is sprayed before the mixture is brought to the mixer using the spraying tool. (5) the addition of citric acid, malic acid, tartaric acid, formic acid and carrier to the mixer and The same weight of phosphoric acid is pumped into a mixer (6). Mix the above components in the mixer for approximately 15 minutes until the substance is Homogeneous (7) Lump of mixture obtained into conical hopper (8) Packaging of ingredients in 25 kg bag (9) Mixture and test of mixture samples for quality control analysis (10) Suture bag closure. Where the size of the nozzle tip of the sprayer and the spraying velocity of the acid It was prepared before being mixed when entering a mixer containing precipitated silica as a sucker. The acid absorbent is modified whenever a suitable amount of the pre-prepared acid is mixed. Contact with acid absorbent So that the final product flows freely 4 6.Process for the production of non-antibiotic feed additives for animals to add Animal growth efficiency according to claim 44 or claim 45, where the sprayer Was set on top of the mixer. And a nozzle tube tip with 2.8 mm or 3/8 inch opening to spray the liquid evenly onto the acidic mixture. 7.Process for the production of non-antibiotic feed additives for animals to add Effectiveness of animal growth according to claim 44 or claim 45, where acid prepared Before being mixed, it was sprayed onto the acidic mixture at a speed of 10 liters per minute. 8.Process for the production of non-antibiotic feed additives for animals to add Efficiency for growth according to claim 46 and 47