192 results about "Fish liver" patented technology

The invention belongs to the field of feeds, relates to an aquiculture feed and particularly relates to a penaeus vannamei compound feed special for high salinity (over 3%) cultivation and a preparation method of the compound feed. The penaeus vannamei compound feed contains 3-6 parts of euphausiid meal, 20-35 parts of fish meal, 2-4 parts of fly maggot meal, 3-7 parts of chicken meal, 1-5 parts of silkworm chrysalis meal, 2-6 parts of squid liver paste, 2-5 parts of shrimp shell meal, 1-3 parts of algae powder, 3-8 parts of fermented soybean meal, 3-13 parts of soybean meal, 3-8 parts of peanut meal, 2-7 parts of corn gluten meal, 10-20 parts of wheat flour, 4-10 parts of monosaccharide and/or oligosaccharide, 2-6 parts of sleeve fish liver meal, 2-4 parts of fish oil, 1-2 parts of soybean oil, 1-3 parts of soybean phospholipid powder, 0.1-0.4 part of choline chloride and 1-3 parts of monocalcium phosphate. The penaeus vannamei compound feed is capable of meeting the growth requirement of penaeus vannamei for nutrition under high salinity (over 3%), good in stability in water, strong in anti-stress capability, high in survival rate and growth speed and low in feed coefficient.

The present invention relates to fertilizer preparing technology, and is especially one kind of foliage fertilizer containing amino acid and with fast acting and its preparation process. The foliage fertilizer includes potassium dihydrogen phosphate 2-4 weight portions, copper sulfate 0.3-0.6 weight portions, ferrous sulfat 0.4-0.8 weight portions, magnesium sulfate 0.4-0.8 weight portions, zinc sulfate 0.3-0.6 weight portions, borax 0.4-0.8 weight portions, manganese sulfate 0.2-0.4 weight portions, calcium sulfate 0.2-0.4 weight portions, urea 2-4 weight portions, honey 0.1-0.3 weight portions, milk 0.5-1.0 weight portions, water soluble vitamins electrolyte 0.02-0.04 weight portions, amino acid 0.5-1.5 weight portions, fish liver oil 0.02-0.04 weight portions, vitamins B 0.04-0.12 weight portions. The foliage fertilizer has rich nutrients and pH 5.5-6.5 after being diluted, is suitable for foliage absorption and may be used to replace root applying organic fertilizer.

The invention discloses a feed additive capable of promoting the liver health of fish. The feed additive capable of promoting the liver health of fish is composed of the following constituents in total 100 percentage by mass: 15-20% of bile acid, 10-15% of tauric acid, 10-15% of beta-glucan, 8-12% of mannan oligosaccharide, 5-8% of L-carnitine, 6-10% of choline and the balance of fillers; the added amount of the feed additive capable of promoting the liver health of fish, disclosed by the invention, is 0.1-0.2% of the total mass of the feed; the feed additive is capable of reducing the accumulation of fat in the fish liver, improving the capacity of the fish liver for transferring fat, reducing the metabolism burdens of the liver, and improving the health conditions of fish bodies and promoting growth; during the use of the feed additive disclosed by the invention, the main formula of the feed does not need to be changed specially, thus reducing the labour and material costs during the production process of the feed; the raw materials of the feed additive disclosed by the invention are mainly prepared from animal tissues and beer yeast and are stable in source; therefore, the feed additive is natural, environment-friendly, safe and non-toxic.

The invention discloses a high-sugar and low-protein tilapia feed. Based on the total mass fraction of 100%, it consists of the following components: fish meal: 0-3%, soybean meal: 16-20%, rapeseed meal: 18-21%, cotton meal: 12-16%, secondary meal: 39- 42%, soybean oil: 2-3%, choline chloride: 0.2-0.5%, sodium chloride: 0.1-0.5%, calcium dihydrogen phosphate: 1-2%, vitamin B1: 0.004-0.006%, vitamin B6: 0.002-0.004%, zinc sulfate: 0.02-0.04%, chromium chloride: 0.0001-0.0003%, vitamin premix: 0.1-0.2% and mineral premix: 0.5-1%. The invention maximizes the amount of secondary powder in the feed, adds several plant protein sources to overcome the problem of amino acid imbalance of a single protein source, and at the same time significantly reduces the amount of fish meal. By optimizing and adjusting the feed formula, supplementing suitable vitamin and mineral premixes to adjust the sugar utilization ability of tilapia, so that the tilapia can make good use of the sugar compound of the present invention, avoiding the damage of fish liver caused by high sugar, Fatty liver is formed, and even the fish body becomes obese, and the symptoms of "big belly" appear.

The invention discloses a method for extracting fish oil from waste sleeve-fish liver. The method comprises the following steps: extracting crude fish oil from the sleeve-fish liver by a water extraction method; mixing the sleeve-fish liver and water according to a mass ratio of (1:1)-(1:3); charging nitrogen and adding L-ascorbic acid-6-palmitate for extraction; and processing the extracted crude fish oil through degumming, deacidification, decoloring, deodorization and the like to obtain the refined fish oil. The method disclosed by the invention prevents the oxidation of unsaturated fatty acid in the fish oil by charging nitrogen or adding L-ascorbic acid-6-palmitate antioxidant, and strictly controls the refining conditions of temperature, time and the like at the same time; all indexes of the refined sleeve-fish oil reach the first-grade requirements of the fish oil SC/T3502-2000 standard; the fish oil extracted by the method not only has high quality, but also is improved in color, appearance and smell; the method has high extraction rate, and is simple to operate and easy to control; and moreover, the method disclosed by the invention comprehensively utilizes the sleeve-fish waste, turns waste into wealth, increases the additional value and purifies environment.

A preparation method of feeds for blue peafowls adopts the following ingredients by weight percent: 8-12% of wheat gluten meal, 10-14% of corn gluten meal, 8-12% of soybean protein meal, 6-10% of sorghum gluten meal, 15-19% of white fish meal, 4-6% of bran, 7-9% of chicken blood meal, 4-8% of grass seed meal, 2-4% of calcium meal, 1-3% of manganese meal, 1-3% of vitamin B complex, 2-4% of fish liver oil, 1-3% of salt, 1-3% of salvia, 2-4% of tuckahoe, 1-3% of honeysuckle, 2-4% of orange peel and 1-3% of snakegourd fruit. The preparation method comprises the following steps: proportionally placing the above meal into a multiplex stirrer to be stirred, taking out the meal to be placed into a ring model grinder to be ground, taking out the meal to be placed into a dryer to be dried, taking out the meal to be placed into a ring model swelling machine to be swelled, taking out the meal to be transferred into a ring model rigid granulator to produce precipitated rigid granulated feeds, sieving the feeds by a 80-mesh sieve to obtain the granules with weight of 0.2g singly and sealing and packing the granules according to the required weight.

The invention relates to a preparation method of a rainbow trout feed comprising following components in percentage by weight : 18-30 of fish meal, 15-25 of blood meal, 8-18 of bean cake meal, 4-10 of bran, 3-7 of wheaten flour, 4-10 of cornmeal, 6-9 of fish liver and glandular meal, 7-15 of vegetables, 1-3 of feed mineral supplement, 1-3 of vegetable oil and 1-2 of various vitamins. The components are poured into a fish feed stirring mill to be stirred for 20 min in proportion, the mixture is taken out and is poured into a multi-purpose ring model type soft pelleter to be heated and processed into soft particle feed and is then screened by a 40-mesh filter screen, and the weight of each particle is 0.1 g.

A preparation method of feeds for laying ducks adopts the following ingredients by weight percent: 2-6% of grass seed meal, 2-4% of chicken blood meal, 4-6% of bran, 4-6% of rice bran meal, 4-6% of grass meal, 16-20% of white fish meal, 4-6% of freshwater shrimp meal, 8-10% of soybean meal, 12-16% of cornmeal, 6-8% of stone meal, 4-6% of pagoda leaf meal, 1-3% of vitamin B complex, 2-4% of fish liver oil, 1-3% of salt, 2-4% of shizandra berry, 1-3% of liriope, 2-4% of ginkgo seed, 1-3% of perilla and 2-4% of semen cassiae. The preparation method comprises the following steps: proportionally placing the above meal into a multiplex stirrer to be stirred, taking out the meal to be placed into a ring model grinder to be ground, taking out the meal to be placed into a dryer to be dried, taking out the meal to be placed into a ring model swelling machine to be swelled, taking out the meal to be transferred into a ring model rigid granulator to produce precipitated rigid granulated feeds, sieving the feeds by a 80-mesh sieve to obtain the granules with weight of 0.2g singly and sealing and packing the granules according to the required weight.

The externally applied compound tetrodotoxin ointment is prepared with globe fish liver oil, vaseline, frankincense, myrrh, dragon's blood, notoginseng, safflower, catechu, borneol, vitamin B1, vitamin B2, vitamin C, moroxydine, dexamethasone and lidocaine in certain weight proportion. It has very high curative rate on trauma and traumatic infection, including intractable ulcer and fistula, high effective rate and curative rate on skin diseases caused by bacteria, fungi, viruses, etc, and certain treating effect on serious furuncle, luetic balanitis, etc.

The invention provides a seafood sauce and a process for making the same, which relate to the field of foods and condiments, and in particular belong to a sauce using seafood as a main raw material and a process for making the same. The seafood sauce is prepared from raw materials of shrimp bran, soy, fish liver, dried fish, garlic, onion, vegetable oil, white sugar, salt, dry red pepper and monosodium glutamate through the steps of cleaning and selecting the seafood, crushing the seafood, crushing pepper, deep-frying seafood, preparing boiling oil pepper powder, cooking the soy, boiling and the like. The seafood sauce integrates various nutritional ingredients, has moderate pungent taste, and is particularly suitable for teenagers which are in the period of physical development and students in primary and secondary schools.

The invention relates to a globefish maturation method which relates to the technical field of aquatic food maturation treatment process. Fresh and alive globefish is killed and peeled; internal organs, gills and eyes are removed; and then the blood is cleaned; the liver of the cleaned globefish is mixed with onion, ginger and garlic, and then boiled to prepare fish liver oil emulsion for future use; vegetable oil, onion, ginger and garlic are put into a pot, the cleaned globefish is then put into the pot, the fish liver oil emulsion and soup are added in, big fire is used to boil until the soup turns white; soy source, sugar and chicken essence seasoning are then added in, small fire is used to brew for 25 plus or minus10min, finally the big fire is used to finish boiling the soup. The globefish totally has no toxin after being treated and can be conveniently eaten as other fishes, which ensures the eating safety, and keeps the good taste of the fresh and alive globefish, so that people can enjoy the delicacy.

The invention relates to a method for preparing muscovy duck feed. The muscovy duck feed comprises the following compositions in percentage by weight: 4 to 6 percent of soybean meal, 2 to 6 percent of maize meal, 10 to 12 percent of sorghum powder, 6 to 8 percent of malt powder, 14 to 18 percent of white fishmeal, 4 to 6 percent of freshwater snail meal, 6 to 8 percent of freshwater shrimp meal, 8 to 10 percent of rice bran, 4 to 6 percent of chicken blood meal, 3 to 5 percent of salvinia meal, 6 to 10 percent of grass seed meal, 2 to 4 percent of fish liver oil, 1 to 3 percent of salt, 1 to 3 percent of psoralea, 2 to 4 percent of pinellia, 1 to 3 percent of unibract fritillary bulb, 2 to 4 percent of cyperus rotunus, 1 to 3 percent of mulberry leaf and 1 to 3 percent of cassia seed. According to the proportion, the powders are taken out, put in a multiplex stirrer and stirred; after being taken out, the powders are put in a ring mould type pulverizer and pulverized; then, the powders are taken out, put in a drier and dried; after being taken out, the powders are put in a ring mould type swelling machine and swelled; after being taken out, the powders are transferred to a ring mould type hard granulator to generate precipitated hard granular feed; then the feed is sifted by a 80-mesh sieve; and the weight of each granule is 0.2 gram, namely the feed can be sealed and packaged according to the needed weight.

The invention relates to a preparation method of Jianzhou cat feed. The Jianzhou cat feed comprises the components in percentage by weight: 4-8 percent of maize flour, 10-14 percent of wheat flour, 19-21 percent of rough fish powder, 8-10 percent of loach powder, 6-8 percent of silkworm pupa powder, 8-12 percent of beef liver powder, 6-21 percent of pig lung powder, 1-3 percent of vitamin B, 1-3 percent of vitamin D, 1-3 percent of edible calcium powder, 2-4 percent of fish liver oil, 1-3 percent of salt, 2-4 percent of radix pseudostellariae, 2-4 percent of yam, 1-3 percent of atractylis ovata, 1-4 percent of polygonatum, 1-3 percent of ophiopogon root, 2-4 percent of fritillaria cirrhosa and 1-3 percent of phellodendron. The preparation method comprises the steps: mixing the powder in a mixer in proportion for 120 minutes; drying the powder in a dryer; cooling and pulverizing the powder in a pulverizer; mixing the powder in a mixer for 200 minutes again; swelling the powder into a swelling machine; cooling and putting the powder into a ring type hard granule machine set to generate hard granulated feed with precipitates of 40 meshes; sieving the powder by 40 meshes; and packing the powder according to the required weight when the weight of each granule is 0.1g.

A preparation method of feeds for wild geese adopts the following ingredients by weight percent: 10-14% of fish meal, 4-6% of soya bean meal, 2-4% of sorghum, 2-4% of chicken blood meal, 4-6% of bran, 10-14% of cornmeal, 8-10% of rice meal, 6-10% of pagoda leaf meal, 2-4% of grass seed meal, 4-6% of calcium meal, 10-12% of carrot meal, 6-8% of malt meal, 2-4% of fish liver oil, 1-3% of salt, 1-3% of safflower, 2-4% of sophora flavescens, 1-3% of mulberry leaves, 2-4% of costustoot and 1-3% of ginkgo. The preparation method comprises the following steps: proportionally placing the above meal into a multiplex stirrer to be stirred, taking out the meal to be placed into a ring model grinder to be ground, taking out the meal to be placed into a dryer to be dried, taking out the meal to be placed into a ring model swelling machine to be swelled, taking out the meal to be transferred into a ring model rigid granulator to produce precipitated rigid granulated feeds, sieving the feeds by a 80-mesh sieve to obtain the granules with weight of 0.2g singly and sealing and packing the granules according to the required weight.

The invention discloses a bulk material prevention freshwater shrimp feed capable of improving immunity. The bulk material prevention freshwater shrimp feed is prepared from, by weight, 20-40 parts of fish meal, 5-15 parts of silkworm chrysalis meal, 3-9 parts of spray-dried animal blood cells, 2-4 parts of skim milk powder, 1-5 parts of wheat bran, 3-6 parts of peanut cakes, 1-5 parts of soybean meal, 2-6 parts of rice bran, 3-9 parts of clamshell meal, 1-4 parts of rapeseed cakes, 1-3 parts of bone meal, 2-5 parts of fish livers, 2-5 parts of soybean meal, 1-4 parts of beer yeast, 3-6 parts of edible mushrooms, 2-6 parts of river bottom sludge, 1-3 parts of L-crystal amino acid, 0.5-1.5 parts of chitosan oligosaccharide, 2-4 parts of galactomannan, 1-5 parts of vitamin premix, 3-6 parts of mineral premix and 1-5 parts of an adhesive. According to the freshwater shrimp feed, the immunity of freshwater shrimp can be effectively improved, bulk materials are not likely to be formed when the feed enters water, the formability is good, freshwater shrimp can eat the feed conveniently, water pollution is avoided, and the yield and quality of freshwater shrimp are effectively improved.

A preparation method of feeds for geese adopts the following ingredients by weight percent: 4-6% of rice bran, 2-6% of hay meal, 4-6% of alfalfa meal, 12-14% of cornmeal, 10-12% of pagoda leaf meal, 6-8% of bone meal, 2-4% of vitamin B complex, 1-3% of stone meal, 8-12% of soybean meal, 15-19% of sorghum meal, 1-3% of salt, 2-4% of fish liver oil, 2-4% of edible calcium meal, 1-3% of dangshen, 2-4% of astragalus root, 1-3% of liquorice, 2-4% of snakegourd fruit, 1-3% of galangal and 2-4% of honeysuckle. The preparation method comprises the following steps: proportionally placing the above meal into a multiplex stirrer to be stirred, taking out the meal to be placed into a ring model grinder to be ground, taking out the meal to be placed into a dryer to be dried, taking out the meal to be placed into a ring model swelling machine to be swelled, taking out the meal to be transferred into a ring model rigid granulator to produce precipitated rigid granulated feeds, sieving the feeds by a 80-mesh sieve to obtain the granules with weight of 0.2g singly and sealing and packing the granules according to the required weight.

The invention discloses a preparing method of a fish liver instant product, which is characterized in that the method comprises the following steps: 1) pretreatment: washing a selected fresh fish liver to remove foreign bodies, and soaking in light alkali water for fishiness removal; 2) flavoring: adding the pretreated fish liver into a flavor liquid for flavoring; 3) coil shaping: draining the flavored fish liver and weighing, coiling and shaping the fish liver by kelp or laver, bandaging and fixing the coiled fish liver; 4) steaming: steaming the coiled fish liver to be cooked, and cooling;5) line-cutting packaging: freezing and shaping the cooked and cooled fish liver, and packaging to obtain a finished product. The invention has simple and reasonable preparing processes, and low cost; the prepared fish liver product is rich in nutritional components such as iodine, vitamin A, vitamin D, EPA, DHA and the like, and has delicious taste; kelp or laver is used for coil shaping; independent vacuum packaging is employed which is novel and unique, and the packaging is beautiful; the product is easy to preserve and is applicable to market circulation.

The invention discloses an organic breeding method for phasianus colchicus Linnaeus and bred phasianus colchicus Linnaeus, and belongs to the technical field of agricultural culturing. The method comprises disinfection processing of a hen house, breeding, vaccine disease prevention, and temperature control, and also comprises feeding with glucose, vitamin C and fish liver oil, so as to perform management for improving chick immunity, and boiling brown sugar with water, then stirring and mixing with the raw materials for feeding, and utilizing chrysanthemum, mulberry leaf and cassia seed for diseases-prevention management. In the process of culturing phasianus colchicus Linnaeus, traditional Chinese medicines are employed for preventing and treating diseases, the problem that an eater generate wide drug resistance because of abuse of antibiotics is avoided, also chick survival rate is substantially improved and is improved to 90% or more from 20%-30% when antibiotics are employed, and the cultivation enterprise profit is greatly improved. Also, employing of traditional Chinese medicines for preventing and treating diseases accords with related prescribe of national organic breeding, the added value of phasianus colchicus Linnaeus is raised, and relatively fat profit is brought for enterprises. The breeding method possesses relatively high market popularization and application value.

The invention discloses multifunctional feed and a preparation method. The feed is characterized by being prepared from, by weight, 30-40 parts of corn flour, 20-30 parts of soybean cakes, 20-30 parts of dried alfalfa powder, 5-10 parts of chinensis leaves, 10-15 parts of chopped celery, 1-3 parts of fish liver oil, 5-8 parts of fly maggot powder, 5-10 parts of beetle powder, 3-5 parts of shellfish powder, 1-5 parts of additive and 3-5 parts of microbial mixed bacteria. By adding corn flour, soybean cakes, dried alfalfa powder, chinensis leaves, chopped celery, fish liver oil, fly maggot powder, beetle powder, shellfish powder and composite microflora composed of bacillus subtilis, lactobacillus acidophilus and bifidobacterium, laying hens can better absorb nutrients, harmful microflora in laying hen intestinal tracts can be well eliminated, immunity of the laying hens is improved, the egg yield is increased, the egg laying period is prolonged, and chicken quality is improved.

The invention discloses a processing technic of large yellow croaker fish liver oil, relating to a fish liver oil production technic. The processing technic comprises the following steps of: (1) dissecting, taking livers out, blowing off, cleaning, refrigerating and storing; (2) defreezing before processing; (3) removing impurities and fragmenting; (4) decomposing with alkaline water; (5) separating and washing; and (6) refining. The method is characterized in that: fragmenting in the impurity removing and fragmenting of the step (3) refers to putting unfrozen liver blocks into a colloid mill for milling into slurry; and the decomposing with alkaline water in the step (4) refers to putting alkaline water of which the concentration is 0.8-1.2 percent and the pH value is 7-8 and the slurry liver in the weight ratio 1:(0.8-1) into a reaction kettle at one time in the normal-temperature state for stirring at raised temperature, raising the temperature to 40-45 DEG C, preserving heat for 1 hour, raising the temperature to 65-70 DEG C and preserving heat for 2 hours. The processing technic has the advantages of small alkali using amount, small quantity of waste residues and low cost. The alkaline water is added at one time, and the hydrolysis control temperature is low, so that the saponification rate is low.

A method for the preparation of the polyunsaturated fatty acids-containing phosphatidylserine, the method comprising: combining L-serine with a fish liver phosphatidylcholine having a polyunsaturated fatty acid to form a mixture; reacting the mixture with phospholipase D to effect transphosphatidylation of L-serine and the phosphatidylcholine having polyunsaturated fatty acids to produce the polyunsaturated fatty acids-containing phosphatidylserine.

The invention relates to a preparation method of feed for newborn mice of chinchillas. The feed is prepared by the following raw materials in percentage by weight: 15-18 soybean protein powder, 15-19 corn protein powder, 10-14 barley protein powder, 16-26 carrot meal, 8-10 white fish meal, 6-8 chicken blood powder, 10-12 milk powder, 0.4-0.6 vitamin A, 1.4-2 complex vitamin B, 1-2 fish liver oil, 0.3-0.5 salt, 0.3-0.6 Sichuan fritillary bulb, 0.3-0.5 pinellia tuber, 0.3-0.5 malaytea scurfpea, 0.2-0.5 asparagus root, 0.3-0.5 adenophora root and 0.3-0.5 pilose asiabell root; and the powders and the traditional Chinese medicines are taken according to a certain proportion and put in an agitator to be stirred for 120 min, the mixture is put in a crusher to be crushed into fine powder after being taken out, then the fine powder is put in a drier for drying and then put in a bulking machine for bulking after being taken out, the bulked powder is taken out and then poured in a multi-purpose circular hard granulating machine to be processed into 30 meshes of hard particle feed, then the hard particle feed is sieved through a 30-mesh screen and each particle is about 0.1 g in weight.

The invention discloses a soft capsule of pearl calcium and scientific making method that makes the calcium in the pearl to be a secure supplementary calcium agent for human body's because of the calcium in the pearl not easy to be absorbed, wherein raw material is ultramicro pearl powder, casein phosphopetide calcium chelating, corn oil, casein phosphopetide, fish liver oil and vitamin D. The invention has supplementary calcium effect through the experiment of feeding the rat with low calcium feeding-stuff and the invention for 3months respectively. Compared with the low calcium team, the product has much distinctive differences for the femoral bone factor and the femoral bone calcium content, and has the much distinctive difference in comparison with the calcium carbonate team. Utilizing the two indexes of the bone calcium content and the femoral bone factor to compare with the same calcium ion dosage of the calcium carbonate team, the product is superior to the calcium carbonate team in increasing the bone calcium content and weight.

The invention provides a turbot liver tissue cell in-vitro establishing method and application thereof. The method is characterized in that turbot liver tissue serves as the experimental material, the type-II collagenase enzymolysis approach is used for starting the primary culture of fish liver cells, and a novel L-15 compound culture medium where fetal calf serum of certain concentration, various growth factors and other nutritional components are added is used for cultivation in a biochemical incubator at a temperature of 24 DEG C. It is found through lipidosome transfer dyeing that transfer dyeing can be successfully conducted on turbot liver tissue primary culture cells through reporter plasmids such as pIRES2-EGFP. The method is easy and convenient to implement, high in repeatability, low in cost and rapid in cell growth, and an effective in-vitro cell model can be provided for research on the molecular cell biology of fish nutrition metabolism.

The invention provides a dog feed formula. According to the formula, a dog feed comprises the following components in parts by weight: 70-80 parts of rice, 50-60 parts of corn flour, 30-40 parts of milk, 20-30 parts of potatoes, 7-10 parts of fish liver oil, 20-30 parts of carrots, 15-22 parts of rice bran, 1-3 parts of auxin, 10-14 parts of animal fat, 5-8 parts of yeast and 4-7 parts of salt. The dog feed provided by the invention is simple to prepare, rich in nutrient and suitable for dogs to eat.

The invention relates to a method for preparing feed for British shorthairs. The feed for British shorthairs comprises the following components in percentage by weight: 12-16 percent of fresh trash fish powder, 6-8 percent of fresh freshwater shrimp powder, 4-8 percent of fresh loach powder, 2-6 percent of chick blood powder, 4-6 percent of pork liver powder, 8-12 percent of carrot powder, 13-15 percent of zein powder, 4-6 percent of bond powder, 8-12 percent of wheat protein powder, 2-4 percent of composite vitamin B, 1-3 percent of calcium powder, 2-4 percent of fish liver oil, 1-3 percent of salt, 2-4 percent of codonopsis pilosula, 1-3 percent of asparagus, 2-4 percent of bitter apricot seed, 1-3 percent of phellodendron amurense, 2-4 percent of light yellow sophora root and 1-3 percent of honeysuckle. The method comprises the following steps: placing the powder into an agitator together according to a certain proportion so as to stir for 120 minutes; taking the mixture out and placing the mixture into a drier for drying; after cooling the mixture, completely placing the mixture into a pulverizer for pulverizing; placing the mixture into the agitator for stirring; taking the mixture out and placing the mixture into a puffing machine for puffing; after taking out and cooling the mixture, placing the mixture into a ring mould type hard particle unit to produce precipitated hard particle feed in 40 meshes; screening the hard particle feed by a 40-mesh sieve; when the weight of each particle is 0.1 g, packing the feed according to the required weight.