1040 results about "Crayfish" patented technology

A fishing lure made of soft flexible material. The various shapes of the lure resemble fish, bait, squid, lizards, crayfish, jig trailers, swimbaits, reapers, jerk baits, and other shapes. The tail portion of the fish shaped lure normally has a paddle type tail, which when pulled through the water moves horizontally from side to side, imitating the swimming action of fish. These fish lures are often called swimbaits or paddle tails. The lure has a piece of reflective foil, larger than the size of glitter common to prior art, placed on the surface of the lure or within the lure. The reflective strip normally has a holographic design pattern, such as fish scales or other patterns.

An efficient breeding method for crayfish in fresh water of a rice field is disclosed. The efficient breeding method for the crayfish in the fresh water of the rice field comprises the steps of: selecting the rice field which is sufficient in water source, convenient in irrigation and drainage, strong in water-retaining capacity, not dry when meeting with heavenly stems and not submerged by floods and has a good ecological environment, no pollution source around, fertile soil and a substrate natural structure; placing grass carp summer flower, bighead carp summer flower and field snails after the young crayfish is placed; filling decayed cow dung every half a month at a filling amount of 50-100 kg per each mu; checking submerged plant mow and filling aquatic plant every half a month; filling animal fodder such as fish meat and meat of spiral shells of 2-4 kg per each mu every week.

Crayfish food comprises ingredients in parts by weight as follows: 100 parts of crayfish, 50 parts of vegetable oil, 10.6-15.2 parts of spice, 0.3-0.5 parts of transglutaminase, 0.3-0.5 parts of nisin, 0.2-0.5 parts of konjac glucomannan, 0.2-0.4 parts of chitosan, 0.4-0.5 parts of lecithin and 0.08-0.16 parts of delta-gluconolactone. According to the crayfish food, crayfish balls are used for preparing instant food, crayfish shells are used for preparing chitosan, and raw materials are sufficiently utilized; transglutaminase in the raw materials prompts crosslinking of crayfish meat protein crosslinking amino acid, tenderness of a product is improved, natural food antiseptics such as nisin and the like meet requirements of people for food health, and at the same time, the guarantee period of the crayfish food is prolonged to 12 months; and defects that crayfish products which can be stored at the normal temperature are less, the guarantee period is short and the like are overcome, and the crayfish food has good market prospect.

The invention discloses a polyculture method of river crabs, crayfish and mandarin fish. The polyculture method of the river crabs, the crayfish and the mandarin fish comprises the following steps of building a pool, cleaning and disinfecting the pool, planting aquatic plants, putting snails into the pool, disinfecting seeds, putting the seeds into the pool, feeding fodder, regulating and controlling the water quality of the pool, and catching products. According to the polyculture method of the river crabs, the crayfish and the mandarin fish, which is provided by the invention, the effective control on the kinds, the total quantity and the specification of cultivation can be realized, the cultivation cost is reduced, and the economical benefit of the cultivation is increased.

Disclosed is a feed stuff for red crayfish which comprises the constituents of (by weight percent) fish flour 8-12%, soybean waste 42-52%, black fish flour 2-4%, vegetable meal 2-4%, soybean waste 2-4%, fish oil 2-3%, soybean oil 2-3%, soya bean lecithin 1-2%, alpha-starch 3-4%, calcium hydrogen phosphate 2-3%, cholesterin 0.25-0.75%, choline chloride 0.5-1.5%, and balancing composite vitamins, complex minerals and probiotics.

The invention discloses a pollution-free fresh water lobster breeding method which includes the steps that a pool is prepared, a greenhouse, an anti-theft facility and a water inlet/outlet pipe with a filtering screen piece are configured, water is injected after sunshine, water plants are planted after disinfection, slow-release nutrient substance and small shelters are put into the pool, the water temperature, dissolved oxygen and PH value of the pool are adjusted, then young lobsters are put into the pool, feeding is conducted according to different periods of the young lobsters, the water quality is improved at a fixed period, young grass carp and screws are put into the pool, and pollution-free fresh water lobsters are obtained. By means of the pollution-free fresh water lobster breeding method, an excellent growth environment is provided for the lobsters through algae, the slow-release nutrient substance and the small shelters, microorganism reagents and vitamin complex are put into the pool at a fixed period, the lobsters are fed according to different growth periods, quick growth of the lobsters is promoted on the basis of guaranteeing healthy and pollution-free lobsters, and the yield of the lobsters is increased.

The invention discloses a pellet feed for young crayfish. The pellet feed is prepared from the following components by weight: 20%-32% of fish meal, 15%-30% of bean pulp, 8%-12% of flour, 6%-10% of bran, 6%-10% of corn flour, 0.5%-5.4% of mixed oil, 2%-30.8% of rice bran, 1%-2% of various vitamins, 2%-3% of composite mineral substance, 0.5% of adhesive, 0.05%-0.1% of exuviation element and 0.5%-1% of salt. The pellet feed for young crayfish contains 28%-32% of protein and achieves a good breeding effect as well; as the raw materials are cheap, therefore the breeding cost is effectively reduced, the breeding benefit of crayfish culturing farmers is increased; and protein resource waste is effectively reduced, ammonia content and nitrogen content in a water body are reduced, and the water load is decreased.

The invention relates to a crayfish rice continuous-cropping breeding and planting technology. The invention has the special technical key points that: the rice field, which has good water quality, sufficient water and no pollution source and is convenient to irrigate and drain, is selected to breed crayfish; the area of the rice field is properly over dozens of acres; feeding ditches are excavated in ridges; a crayfish rice continuous-cropping breeding and planting mode comprises three modes of throwing seed crayfish, throwing ovigerous crayfish and throwing young crayfish; according to the requirements of the three modes, the seed crayfish or the young crayfish are thrown sufficiently in one step; when a large number of young crayfish move, artificial feed such as minced fillet, scrambled screw clam meat and the like are fed properly; in winter, crayfish enter caves to live through the winter; in March of the next year, the crayfish come out again after water temperature rises again, wherein the water temperature is controlled by a method for adjusting water depth and is controlled to be 20 to 30 DEG C commonly; and the crayfish are caught at the end of March to at the end of May every year. By the technology, the rice field can be utilized completely to artificially cultivate the crayfish; the problem that the rice field leaves unused in rainy seasons of winter and spring is solved; and a wide prospect for farmers to achieve prosperity is achieved.

The invention discloses a novel crayfish and rice rotation breeding and planting method. The method comprises the following steps: a crayfish fry pond and a breeding pond are built separately in the area ratio being 1:(4-10). Seed crayfish are put into the crayfish fry pond, and after crayfish fries are bred, the crayfish fries in the consistent specification (60-70 crayfish per jin) are caught and then put into the breeding pond in the density of 5,000-8,000 crayfish per mu. After the crayfish fries in the breeding pond grow to be 20 g or above, the crayfish fries are caught in a catch rotation manner that only large crayfish fries are caught, then crayfish fries are caught from the crayfish fry pond and put into the breeding pond after the large crayfish fries in the breeding pond are caught, and accordingly, the breeding density of the breeding pond keeps unchanged. After all the crayfish fries are almost caught, rice is planted in the breeding pond in the traditional planting density. The breeding density of crayfish can be well controlled, burst of diseases caused by high breeding density of the crayfish is avoided, and finally, high-quality commodity crayfish are obtained. The utilization rate of land is increased in the manner of catching and stocking rotation, and better benefits are obtained.

The invention discloses a technique for rearing crayfish seedling, which is characterized in selecting and establishing a rearing field, scientifically mating and breeding, scientifically stocking juvenile prawn, scientifically rearing the juvenile prawn, managing water quality and preventing natural enemies and drug hazards. The technique for rearing the crayfish seedling has beneficial effects that: the quality of crayfishes can be improved, and popularization of the intergrowth of the crayfishes and paddies can be realized.

The patent provides a preparation method of bread freshwater lobster cake and relates to a food processing method, specifically which is bread cake making method with freshwater lobster as material, wherein the procedure for making break includes, conventional blank-making, quick freezing, enveloping slurry, enwrapping breadcrumb, pre-frying, pre-cooling, packaging and warehousing. Bread freshwater lobster cake made with the method of invention has following advantages including, golden yellow appearance, testing crisp and tender, special flavor, which can be eaten by simple frying, portable and suitable to people of all ages. The present invention provides a making method of bread freshwater lobster cake to accord with common dietary of east and west people, which increases variety of freshwater lobster production, thus contributes to expand domestic and foreign markets of freshwater lobster production.

The invention discloses a freshwater crayfish culturing method, comprising the following steps of: a, selecting a culturing ping; b, preparing before culturing; c, putting into crayfish fingerlings; d, scientifically feeding; e, controlling water quality. According to the above manner, cultured crayfish have the advantages of being large and high in meat quality, and also have high yield and good culturing economic benefit.

The invention discloses stewed shrimps for health care and nourishment having the effects of nourishing yin, strengthening yang and supplementing calcium. The stewed shrimps are prepared by the following steps of: selecting wildly fostered crayfishes and washing the crayfishes with clean water; cleaning the crayfishes; opening backs and removing bowels with a knife for later use; stirring and frying white sugar to be yellowish and pouring blend oil into a pan; putting ginger and seasonings for the health care and nourishment into the pan and stirring the materials slightly over small fire; adding flavorings into the pan; adjusting the fire to be big fire and putting the crayfishes into the pan; introducing the fire to burn the crayfishes to bright red with distilled spirit; adding broth to stew the crayfishes; adding gourmet powder or chicken essence; putting a little shallot and caraway into the pan; and taking the food out of the pan and placing the food in a bowl or a plate. The stewed shrimps for the health care and nourishment having the effects of nourishing yin, strengthening yang and supplementing the calcium overcomes the defect that the conventional crayfishes are usually stirred, cooked, steamed and fried directly so that the nutrition and the nourishment value of cooked crayfishes cannot be enhanced, can clear away harmful and toxic substances generated in the metabolic process of a human body and improve disease resistance of the organism, and has the effects of strengthening yang and blood, nourishing yin and conditioning the temperature, activating blood circulation to dissipate blood stasis, and removing pathogenic factors without any toxic or side effect.

The invention discloses a method for breeding lobster in a paddy field. The breeding method includes the following steps: 1) selecting the paddy field; 2) conducting ditch cleaning and disinfection which includes cleaning annular ditches and field ditches 10-15 days before lobster discharging to remove capping mass; 3) applying a base fertilizer which includes injecting 30-50cm of water into the paddy field 7-10 days before lobster discharging, then conducting fertilization to cultivate food organisms, applying 500-800kg of organic fertilizer in each acre of land through one step; 4) transplanting aquatic lives; 5) conducting filtering and escape prevention which includes: installing escape prevention and filtering facilities such as bamboo foils, barbed wires and nets at a water inlet and a water outlet to strictly prevent enemy organisms from entering the paddy field or prevent the fresh water lobster from escaping with water flow; 6) baby lobster stocking which includes directly stocking the parent lobster of the fresh water hybridized lobster in the paddy field to let them reproduce the lobster, wherein the specification of thrown baby lobster is 2-4cm after the seedlings are transplanted in the paddy field.

The invention discloses a freshwater crayfish feed for improving the meat quality. The freshwater crayfish feed is prepared from the following substances in parts by weight: 30 to 40 parts of soybean meal, 10 to 15 parts of corn meal, 8 to 10 parts of tea seed cakes, 6 to 10 parts of bone powder, 8 to 10 parts of mussels meat, 15 to 20 parts of silkworm chrysalis, 3 to 5 parts of smilacina atropurpurea, 4 to 6 parts of vallisneria natans, 2 to 4 parts of potamogeton distinctus, 5 to 8 parts of bentonite, 8 to 10 parts of sugarcane bagasse, 1 to 3 parts of composite vitamin, 1 to 2 parts of amino acid chelate, 3 to 5 parts of a Chinese herbal additive, and 4 to 6 parts of a composite additive. The feed disclosed by the invention is comprehensive and balanced in nutrition; the variety of raw materials is rich, so that the demands of freshwater crayfish in different periods for growth can be met; most of the used raw materials are pure and natural environment-friendly raw materials, and no drugs are retained in the bodies of the freshwater crayfish; the yield can be greatly increased; meanwhile, the freshwater crayfish tastes delicious and is chewy, so that a better breeding benefit is realized.

The invention discloses a method for integrated culture of rice-finless eel-crayfishp-trionyx sinensis. The method comprises the following steps: placing myriophyllum aquaticum in a ring-shaped ditchof a paddy field; putting crayfish seedlings in April or August, putting trionyx sinensis seedlings and cipangopaludina cahayensis in May, and putting finless eel seedlings in late June to early July;performing feeding; and catching crayfish in early June or early October, and catching finless eels and trionyx sinensis in November to December. According to the method for integrated culture of therice-finless eel-crayfish-trionyx sinensis, ecosystem biodiversity of the paddy field is improved, cannibalism degree of the crayfish is reduced, requirement for live baits of the finless eels and the trionyx sinensis is satisfied; and the method has the advantages of higher biological diversity, easy catching, adequate supply of live baits, more stable culture yields, higher economic benefits, and the likes.

The invention discloses a high-yield freshwater crayfish culture method. The high-yield freshwater crayfish culture method comprises the following steps: (1) selecting a regular even-bottom pond, exposing the selected pond to the blazing sun for 204 days and performing pre-treatment; (2) selecting and throwing crayfish seeds which are healthy and strong, complete in appendage, free from diseases and injuries, strong in vitality and identical in size into the pond; (3) planting aquatic plants in the aquaculture pond, placing a plurality of facilities for crayfishes to inhabit or hide in the crayfish pond; (4) regularly, qualitatively and quantitatively performing feeding; and (5) fishing for the crayfishes in 6-7 months and 11-12 months in a centralized manner, or fishing for the big and remaining the small, wherein fishing can be performed throughout the year. According to the high-yield freshwater crayfish culture method, the pond, the seed throw-in quantity, the feeding quantity and time, the water quality, fishing and the like are reasonably controlled to greatly reduce harms of natural enemies, germs and the like to the crayfishes, the crayfish survival rate and growing speed are high, the yield is high, and further, economic benefits are improved. The cultivated crayfishes are delicate in meat and delicious in taste, has rich nutrition, including protein and the like, and is unique in flavor.