143 results about "Captive breeding" patented technology

The invention belongs to the field of animal feed processing and particularly relates to a novel feed for cattle and sheep and a preparation method of the novel feed. The novel feed is prepared by processing byproducts, namely corn steep liquor, corn bran, corn gluten meal, saccharified liquid residues and yeast bodies on a production line of isomaltooligosacharide, as well as corn stalks, a compound premix for the cattle and the sheep, and corn flour; the produced complete feed meets cattle and sheep production requirements, and solves he problems of poor utilization of the byproducts and environment pollution during the production of the isomaltooligosacharide; and besides, the processed complete feed for the cattle and the sheep is low in cost, complete in nutrition, good in palatability, high in feed conversion rate and very suitable to be used for the large-scale captive breeding of the cattle and the sheep, so that not only is the culture benefit increased, and simultaneously the problem that the cattle and the sheep scramble food with pigs and poultry is solved.

An edible bird's nests production facility comprising of: a wholly man made artificial caves system and/or converted natural relief such as caves, valleys, cliffs forming the nesting habitat and associated supporting facilities configured to breed swiftlets for their nests by means of a captive breeding program for swiftlets; commercialized-scientific farming methods; specialized apparatus, mechanisms and techniques; managed sustainable harvesting of nests; provision of a safe and secure nesting habitat and a conducive environment to maximize avian population by minimizing mortality rates; safe collection of nests by means of mechanized lifting systems and specialist mountaineering equipment.

The invention belongs to the field of stock feed and relates to a preparation method of cassava residue complete biochemical feed for sheep. According to the preparation method, fresh cassava residues, sheep fine feed, grass meal, molasses, calcium hydrophosphate, microbial stains and table salt are uniformly mixed to obtain mixing materials, the moisture content in the mixing materials is controlled to be 40 percent to 50 percent, then, the anaerobic airtight fermentation is carried out for more than five days, and the cassava residue complete biochemical feed for sheep is obtained. The preparation method has the advantages that according to the sheep growth and development requirements, raw materials including the fresh cassava residues are used as major feed raw materials, the sheep fine feed, the grass meal and the like are scientifically prepared, the process is simple, the cost is low, the obtained feed can inhabit the propagation of digestive tract pathogens, the sheep immunity is improved, the palatability and the digestive absorption of the cassava residues are improved, the problem of feed shortage of captive breeding sheep is solved, and the complete biochemical feed belongs to the sheep complete high-quality feed with a health care function.

The invention belongs to the technical field of animal husbandry, and specifically relates to a method for the ecological captive breeding of goats. According to the method for the ecological captive breeding of goats, a pasture planting base and a sports ground are established, wherein the pasture planting base is used for planting high-yield and high-quality pastures which are used as the feed sources of the captive goats, and the sports ground is used as a sport field for the goats; furthermore, the goat manure and urine in goat pens are collected to make organic fertilizer which is used for the planting fertilization of the pastures; one third of the pasture planting base is used for planting perennial pastures; and two thirds of the pasture planting base is used as an annual pasture planting area which is used for the crop rotation of cold-season and warm-season pastures. According to the method provided by the invention, the obvious conflict of land scramble between the breeding industry and the mountain planting industry is effectively solved and the mountain economic crops are not damaged by the grazed goats any more, so that the safe production is realized, the orderly development of the whole large-scale agriculture is promoted, sustainable development is obtained and eco-friendly development is realized.

The invention relates to equipment used for breeding animals. The equipment comprises a breeding unit used for confining the animals in the breeding unit for captive breeding, a conveyor belt device comprising a conveyor belt used for forming the bottom of the breeding unit to support the animals, a control unit used for controlling the conveyor belt device, and a reminder device, wherein the control unit can control rotation of the conveyor belt device to realize at least one breeding task, and can control the reminder device to generate specific remind information corresponding to one corresponding breeding task to remind the animals of movement change of the conveyor belt device corresponding to one corresponding breeding task in advance. The equipment provided by the invention can reduce the probability that the animals are injured due to accidents such as falling, panic and running in the absence of corresponding preparations; and in addition, the equipment can reduce anxiety generated by the condition that the animals cannot foresee next tendency of the conveyor belt device, and improves the quality of a final product.

The invention discloses an artificial pairing and breeding method of Platysternon megacephalum. The method comprises the selection of species sources, domestication before pairing, setting of a breeding pond, artificial pairing, collection and hatching of turtle eggs. The method fully considers the ecological and biological characteristics of the Platysternon megacephalum, including the behavior, feeding habit, habitat, and breeding ecology. The main problems in artificial pairing and captive breeding of the Platysternon megacephalum can be effectively solved, including the breeding turtle selection, pairing, pairing stage selection, sex ratio, density, artificial food, setting of the reproduction and hatching environments, the occurrence of disabilities and fatal events during the pairing and mating process is significantly reduced; the egg laying rate of female turtles and the hatching rate of turtle eggs are both significantly improved. Artificial high-efficiency breeding of the Playsternon megacephalum is realized, and healthy turtle hatchlings can be obtained.

The invention discloses a method for goose cultivation in a tea-oil forest in a half-captive-bred and half-free-ranging manner and relates to the field of planting and cultivating technologies. The method comprises the following steps: (I) regional division; (II) gaggle allocation; (III) goose cultivation which comprises the following steps: (1) the first free ranging; (2) the first captive breeding; (3) the second free ranging; (4) the second captive breeding; (5) the next morning, the gaggle is driven to a second rotation grazing region for the first free ranging until the gaggle is driven to the last rotation grazing region for free ranging to complete a free-ranging period, and then, the gaggle is driven to the first rotation grazing region to start repeated free ranging. The method has the characteristics of fully utilizing the space and land of the tea-oil forest, combining tea-oil tree planting and gosling cultivation and improving the planting and cultivating economic benefit and the quality of planting and cultivating products and is suitable for the tea-oil forest of the hilly area in the southern China.

The invention belongs to the technical field of ecological engineering and relates to a multifunctional captive breeding type floating island based on carbon fiber. The multifunctional captive breeding type floating island based on the carbon fiber comprises a barrier (1), a floating ring (2), a tulle (3), a simulated root system (4) and a fixed anchor (5). The invention also discloses the multifunctional captive breeding type floating island based on the carbon fiber and a building method thereof. The manufacturing process is simple, the raw materials have low manufacturing cost, the mounting operation is convenient and the practicability is strong. Natural plants can be purified, the purification requirement in winter can be met through the purification effect of the carbon fiber, and the aim of performing year-round full-load purification on the water quality of a wet land is fulfilled.

The invention discloses an ecological cycle self-propelled stockbreeding room. The ecological cycle self-propelled stockbreeding room comprises a one-section breeding room or a multi-section breeding room which is arranged in a line, wherein the breeding room is provided with a crawler-type or a wheel-track type travel mechanism; a hydraulic lifting mechanism is mounted on the travel mechanism; the travel mechanism is used for supporting the breeding room through the hydraulic lifting mechanism; the breeding room adopts a triangular steel cage structure to form a spanning framework of the breeding room, and a plurality of yards for breeding captive animals are partitioned on a base plate for bearing the animals; manure drain holes or manure drain grooves are formed in the base plate of the yards; two working passages are arranged in the front and at the back of each yard; and a movable grass mowing and cutting mechanism and movable guide rails thereof are arranged in front of the working passage which is arranged in the front of each yard. The technical scheme is integrated with machinery, solar energy electrical appliances, rooms and breeding tool equipment, and is integrated with advantages and functions of captive breeding and grazing.

The invention discloses a frog breeding method adopting high-density concentrated captive breeding and belongs to the technical field of aquaculture. The frog breeding method comprises steps as follows: a culture pond is built and divided into a spawning pond, a tadpole pond and an adult frog pond; the spawning pond, the tadpole pond and the adult frog pond are built according to actual conditions, cement is plastered on the pond walls, soil is still reserved at the bottoms of the ponds, water pouring holes and drainage channels are formed; tadpoles out of egg membranes are bred in the original hatching pond or a net cage, and 600-800 tadpoles are bred in water per square meter; blood worms, water flea and fly maggots are gradually adopted as staple food of the tadpoles after the tadpoles are bred for about 20-30 days; after froglets are transferred into the adult frog pond, sufficient baits are required to be supplied, and besides, animal feed is required to be added when the tadpoles are metamorphosed into the frogs. According to the frog breeding method, the survival rate of breeding is increased, the labor cost is reduced, the economic benefit is greatly increased, furthermore, varieties can be screened in a breeding process, similar quality of frogs of one batch is guaranteed, the defect of uneven quality in the prior art is overcome, the frog quality is further improved, and the frogs better meet the market requirement.

The invention discloses a full-value granulated feed for captivity of goats by virtue of sugarcane tail leaves. The full-value granulated feed comprises the following raw materials: 50-60 percent of sugarcane tail leaves, 25-35 percent of corn, 10-15 percent of bean pulp, 0.6-1.5 percent of urea, 0.6-1.5 percent of calcium hydrophosphate, 0.3-0.6 percent of mountain flour, 0.3-0.6 percent of salt and the balance of premix. The sugarcane tail leaves are dried and crushed and then are reasonably matched with the other feed raw materials to prepare the full-value granulated feed, and the full-value granulated feed is convenient to transport and store. According to the full-value granulated feed, the utilization rate of concentrated materials can be improved, the breeding cost is lowered, the complete captive breeding of goats is realized, and the economic benefit remarkably increases.

The invention discloses an integrated organic fertilizer treatment system and an organic fertilizer preparation method. The system comprises a poultry or livestock captive breeding area, a control unit, an excrement discharge detection unit, an excrement scraping and sweeping unit, an excrement liquid filtering unit and a fermentation unit, wherein a plurality of captive breeding units are converged to a first transmission pipeline respectively by a transmission pipeline unit; the first transmission pipeline is connected with the excrement liquid filtering unit; the excrement liquid filtering unit is connected with the fermentation unit by a second transmission pipeline; the excrement discharge detection unit is arranged on the ground of the poultry or livestock captive breeding area; the excrement scraping and sweeping unit is arranged on the opposite wall in the poultry or livestock captive breeding area; the excrement discharge detection unit and the excrement scraping and sweeping unit are separately connected with the control unit. After the system is adopted, not only is the labor intensity lightened in agricultural production, but the ecological balance of the soil is also adjusted, and the permeability of the soil is improved.

The invention discloses an ecological local chicken breeding method and relates to the technical field of local chicken breeding. The method specifically comprises the following steps of S1, site selection, wherein a field suitable for grazing, such as a mountain land, a garden or an orchard, is selected for breeding, the breeding field is free of natural enemy damage caused by yellow weasels andthe like, far away from a residential area and a factory area and free of pollutant discharge, abundant forage grass is provided, there will be brooks and mountain spring water under the optimum condition, and the gradient of the mountain land is better not greater than 25 degrees. According to the ecological local chicken breeding method, by greatly increasing the survival rate of breeding of thelocal chickens and meanwhile improving the quality of the local chickens, the local chickens are healthier and grow faster, the meat of the local chickens is fresh and tender, a higher healthcare value is obtained, the requirements of green food are met, and the raising cost is substantially reduced. By adopting the combination of captive breeding in henhouses and outdoor cage-free breeding, chicken groups grow and develop in a natural environment with fresh air, high water quality and sufficient forage grass during outdoor cage-free breeding, and the immunity of the chicken groups is improved.

The invention discloses an intelligent breeding system based on feed processing, which comprises a captive breeding device , a storage device, a feed processing device, a transporting device, a monitoring device, a positioning device, a wireless device and a control center; the captive device comprises a breeding shed, a feed slot and a clean water slot; the storage device comprises a feed storagesilo, a feed channel, a matching cabin, a matching channel, a feed feeding opening, a clean water storage cabin, a clean water channel and a clean water guiding opening; the feed processing device comprises a mixing device and a heating device; the transporting device comprises a placing motor, a transporting baffle, a transporting platform, a transporting motor and a transporting track; the monitoring device comprises a first camera, a second camera, a water depth detector and a temperature humidity sensor; the positioning device has the consistent number as the breeding shed and arranged atthe inner part of the breeding shed; the wireless device is arranged at the inner part of the control center, and the control center is arranged at the inner part of a breeding yard management department planned in the breeding yard.

The invention discloses a cultivating method of a polled alpine merino strain. Australia merino fine-wool rams and polled Gansu alpine fine-wool breeding ewes form a basic group, by means of hybridize and transverse fixup, the polled alpine merino strain is obtained. The polled alpine merino strain cultivated by the method has the advantages of big size, good wool quality, rapid growth, high feed efficiency and the like, and is adaptable to pasturing, captive breeding and stall-feeding and fattening in a farming-pastoral region in the Hexi Corridor in Gansu and in an alpine region on Qilian mountain; ewe feeding cost is reduced, economic benefit of cultivating fine-wool sheep is increased, and the process of fine-wool sheep industrialization is accelerated.

The invention discloses a breeding method for improving egg production of laying hens. The breeding method includes the following steps: (1) feeding chicks: keeping the temperature in a henhouse at 32oC for the laying hens 1 week old, and then decreasing the temperature by 1.5-2 oC per week till the hens are 5 weeks old; keeping the humidity in the henhouse at 50%-60%, installing a bulb in the henhouse to ensure that the chicks receive light for 10-12h; feed the chicks with a chick feed during this period; (2) breeding during reproductive period: as the laying hens more than 6 weeks old are called reproductive period hens, mixing hens and cocks according to the quantity ratio of 1:2 at the moment for breeding, and combining free breeding and captive breeding; (3) daily disease prevention:cleaning and disinfecting all devices frequently and spraying disinfectant fluid to the henhouse at regular intervals. According to the method, the laying hens are bred by stages with different feedsprovided in different stages, and the combination of captive breeding and grassland breeding is adopted, so that the laying hens can move effectively, the immunity and the activity of the laying hensare improved, and the egg production rate of the laying hens is increased.

A full-ecological pig breeding method includes the steps of selecting a breeding site, selecting breeding raw materials, preventing and treatment diseases and daily feeding pigs. The breeding site must be equipped with a planting foundation and a stocking field. The breeding raw materials are high-quality grain and ecological green fodder. The ecological green fodder is plants planted through farmyard manure produced by the full-ecological pigs. The raw materials are mixed with natural rock flour and table salt. The diseases are prevented and treated through Chinese herbal medicines without using antibiotics. The daily feeding method includes the piglet and fatteing pig breeding method. The high-quality and natural plants are used in the whole process, mineral substances are applied in thefeeding process, and the Chinese herbal medicines are used for preventing diseases, so the use of chemically-synthesized feed and antibiotics is eliminated, and pork obtained through feeding is goodin taste and high in quality and is accepted by consumers. Through the stocking and captive breeding combined mode, the natural immunity of the pigs is improved.

The present invention discloses a large-scale and multi-span breeding greenhouse for adult black soldier flies, comprising greenhouse bodies. Each greenhouse body comprises a pupae room and a mating and oviposition room; a partition wall is provided between the pupae room and the mating and oviposition room, the partition wall is provided with a door hole communicating the pupae room and the mating and oviposition room; the pupae room is opaque; the greenhouse body further comprises a light guiding device which introduces sunlight into the mating and oviposition room. The present invention provides a suitable growth and breeding environment, ensures a high reproduction rate, and can achieve large-scale captive breeding of black soldier flies. The greenhouse has a high level of automation and can be easily cleaned and maintained. Little human interference takes place in the breeding process, no random oviposition is observed, and the egg collection rate is high.

The invention discloses an organic processing system for poultry and livestock manure and an organic fertilizer preparation method. The system includes a poultry or livestock captive breeding area, a control unit, a manure output detection unit, manure scraping and sweeping units, a manure liquid filtering unit and a fermentation unit. A plurality of captive breeding units are collected to a first delivery pipe through a delivery pipe unit, and the first delivery pipe is connected to the manure liquid filtering unit, which is connected to the fermentation unit through a second delivery pipe. The manure output detection unit is arranged on the ground of the poultry or livestock captive breeding area. A wall opposite to each captive breeding unit is equipped with one manure scraping and sweeping unit. And the manure output detection unit together with the manure scraping and sweeping units is connected to the control unit. Through the method, labor intensity in agricultural production is reduced, ecological balance of the soil is regulated, and the permeability of the soil is improved.

The invention discloses a method for scientific captive breeding of multiple types of wasps. The method comprises the steps of 1) selecting breeding sources from wasp colonies; 2) breeding wasp colonies; 3) transferring small wasp colonies into boxes for captive breeding from original honeycombs. The method has the advantages that feeding is facilitated, the situation that the growth and reproduction of the wasps are damaged by diseases and pests is effectively avoided, the physical quality of offspring of the wasps is improved, and large-scale breeding and popularization are facilitated.

A method for captive breeding of pork pigs comprises the steps of selection and processing of a pig variety, preparation of a hog house, feeding management and slaughter preparation. The breeding method provided by the invention is sanitary and environment-friendly; the fresh environment of the hog house is fully ensured; the good environment is provided for pig growth; antibiotics are not used to the pigs during breeding; immunity of the pigs can be enhanced; the morbidity rate of the pigs is very low; weight growth is quick; muscles are firm; pigskin has a high collagen content; and the bred pigs have delicious pork quality and a very high amino acid content.

The invention provides a breeding method of goats. The breeding method comprises the following steps: 1) preparing a goat house: constructing the goat house on a mountain land with the altitude of 1100m-1200m and good ventilation and water drainage, and constructing a grassland containing Chinese herbal medicines at the periphery of the goat house; 2) adopting a feeding method combining captive breeding and stocking; and 3) carrying out epidemic disease prevention and control, and managing the goat house. The breeding method has the beneficial effects that the mountain land with the altitude of 1100m-1200m and the perennial rainfall of about 40mm-50mm is selected and used for feeding so that the growth speed of the goats is improved and the morbidity of gastrointestinal diseases in a growth period of the goats can be reduced; forage for the goats in a grazing process is clean and fresh and one part of the forage belongs to Chinese herbal medicine plants; the goats eat the forage and do rumination digestion, so that mutton contains a medicinal antibody and the taste of the mutton has a high nutritional value; and the body status of eaters is enhanced and the immune capability is improved.