56results about How to "Easy to feed and manage" patented technology

The invention discloses a timed, quantitative and automatic feeding device for fish breeding and a feeding method. The timed, quantitative and automatic feeding device comprises a material storage box, a speed reducing device, a quantitative rotor and a base. The quantitative rotor is driven by the speed reducing device to rotate, multiple metering cylinders are arranged on the quantitative rotor, and a central rotary shaft is arranged centrally. The material storage box is arranged above the quantitative rotor, a charging hole is formed in the bottom for sequential charging towards the metering cylinders. The base is arranged below the quantitative rotor and is provided with a discharging hole for inputting feeds in the metering cylinders into a pond. The feeding method adopts the timed, quantitative and automatic feeding device. The rotation speed of the quantitative rotor is controlled through the speed reducing device, the feeding amount within unit time is completed by measuring the sizes, number and using amount of the cylinders, digital 'timed and quantitative' feeding is achieved, and large-batch pond feeding management is more convenient.

The invention discloses a long-noded pit viper (deinagkistrodon) breeding method, and relates to the technical field of snake breeding. The method comprises the following steps: (1) during a snakelet stage, snakelets are placed in a constant-temperature nursery room; the constant temperature is controlled at 22-26 DEG C, and the humidity is 55-65%; egg liquid is used for feeding once per 5 days; (2) during a young snake stage, when the snakes weigh 50g, the snakes are placed in an imitate ecological snake garden, wherein a stocking density is 100-120 snakes per 10m<2>; and toads are used for feeding once per week; and (3) during an adult snake stage, the adult snakes are bred in different zones according to the size, wherein a stocking density for large adult snakes is 50-60 snakes per 10m<2>, and a stocking density for small adult snakes is 80-100 snakes per 10m<2>; toads, quails, chicks or mice are used for feeding once per week. With the method, a problem of low long-noded pit viper survival rate of current snake tank breeding methods is solved.

The invention belongs to the technical field of agricultural cultivation and relates to an inter-farming technique of water fennel and crayfish. The technique includes: cultivation of the crayfish and planting of water fennel. The technique is characterized in that a water fennel pond for planting of the water fennel is used for cultivating the crayfish during intervals of water fennel planting; the water fennel is planted in mid-August, starts to be harvested in mid-October and is completely harvested in early March of the next year; the crayfish is cultivated from mid-March, commercially available from June and completely captured in early August. Water fennel planting and crayfish cultivation are organically combined; the water fennel pond meets the basic growth requirements of the crayfish; the root and leaf of the water fennel and the pond are rich in good feeds, such as detritus and organic debris, which are favored by the crayfish; land (water surface) availability is improved, and planting and cultivating benefits are increased; the water fennel pond is built regularly and convenient for drainage and irrigation, and feeding management is facilitated. The technique has good economic benefit, is innovative among lobster cultivation techniques, and is suitable for popularization in water fennel planting places.

The invention discloses a cultivation method of indoor high-yield leech. The method comprises the following steps of 1) building a cultivation pond; 2) cultivating seedlings; 3) cultivating in the growth period; 4) harvesting. The cultivation pond used in the cultivation method is small, the feeding and management are convenient, pure spiral shells are adopted to ecologically feed and harshly manage, the yield is high, the natural fishing is realized by a net bag, and the operation is convenient and rapid.

The invention discloses complete formula feed for adjusting synchronized farrowing of sows in daytime, a manufacturing method and application. The complete formula feed is formed by corns, soya bean meal, bran, fish meal, soya bean oil, phosphoric acid, rock flour, salt, zeolite powder, choline chloride, pinto beans, nucleotide, mineral element premix compounds and amino acid premix compounds. The method includes the first step of conducting the smashing process, the second step of conducting the premix compound mixing process, the third step of conducting the modulating and granulating process, the fourth step of conducting the cooling process and the fifth step of packaging. The sows are effectively adjusted to conduct farrowing in daytime, the labor intensity of breeding personnel is lowered, mechanical death of the sows is prevented, and the survival rate of piglets is increased. Effects are obvious, side effects are avoided, simpleness and safety are achieved, the proportion of the sows conducting farrowing in daytime is increased to 80-100 percent, synchronized farrowing of the sows is regulated through nutrients, feed management and nursing of the sows after farrowing are facilitated, the survival rate of newborn piglets is increased by 5-10 percent, the dead born rate of the sows is reduced by 3-10 percent, and the labor cost of a farm is monthly reduced by 3000-6000 yuan per thousand sows due to synchronized farrowing of the sows in daytime.

The invention is suitable for the technical field of cultivation, and provides a fermentation bed duck shed. The duck shed is built by virtue of a steel frame and brick concrete. The framework is firm; a color steel tile and foam are used as a ceiling; square steel is used as a support body, and heat preservation and thermal barrier effects are good; and the ceiling and an eave are high, and a space is larger, so that the air is more circulating. A net rack in a drinking area is wide, and ditches around the duck shed are deep and wide, so that drainage is facilitated; the net rack with a water channel is arranged on a cement floor, and a slope of 5-10 degrees is arranged from the interior to the exterior, so that the water scattered from a water trough is discharged into a drainage ditch and is prevented from entering a fermentation bed, so as to ensure that padding of the fermentation bed is not affected by much moisture. The internal part of the duck shed is cut off and divided by a brick, so that feeding management of ducks is facilitated, and the ducks grow evenly; a side wall is arranged to fasten the duck shed; and the service time of the duck shed is prolonged, and ventilating in summer and heat preservation in winter of the duck shed are facilitated. The fermentation bed can keep proper temperature and humidity, so that the service life period of the fermentation bed is prolonged, and the production efficiency of meat ducks is also improved.

The invention relates to an artificial insemination method for breeding rabbit feeding, which comprises the following steps of: preparation in a laboratory, selection of breeding rabbits, preparation before semen collection, processing of seminal liquid, semen deposition and the like. By using the method, the feeding number of male rabbits can be decreased, wastes are reduced, the feeding and management of breeding rabbit crowds are facilitated, the labor productivity is increased, and thus, the feeding cost is decreased and the economic benefit is increased; the utilization rate of excellent breeding male rabbits is improved, because the number of the male rabbits required in artificial insemination is decreased, the selection intensity is enhanced to make full use of the male rabbits with best quality, and an obvious effect of improving the genetic constitution of offspring is achieved; and the male rabbits and the female rabbits are prevented from direct contact, so that the spreading of various diseases, especially reproductive diseases, is prevented.

In order to solve the problem that fry culture occupies a hatching device for a long time in the prior Tilapia mossambica industrial hatching, the invention establishes an indoor industrial seed culture production line with controllable conditions, so that the hatched fries can be transferred on a culture production line in a fry culture workshop along with a fry collecting box. The industrial seed culture production line for the Tilapia mossambica is characterized in that the production line formed by connecting a water pump, a water inlet pipe, a water spray pipe, the fry collecting box, a water collecting tank, a backflow pipe, a water storage pond and a temperature and oxygen increasing device. The fry culture on the product line can improve the hatching efficiency, save labor and physical resources, carry out fry culture of large scale and multi batches and has convenient operation and controllable conditions.

The invention relates to a method for transferring pregnant ewes, lactating ewes and lambs in a large-scale sheep yard. The method comprises the following specific steps that a plurality of compositesheep houses are arranged in the sheep yard, and a plurality of fences are arranged in each composite sheep house; all fences in the composite sheep houses are numbered and divided into pregnant sheepfences and weaning sheep fences; the pregnant sheep fences comprise normal fences, weight losing fences and weight gaining fences; when the pregnant ewes are delivered, weaned ewes in the weaning sheep fences are transferred to a sheep farm mating house, and the delivered ewes and lambs are dispersed into a composite sheep house to be fed; and after the lambs are weaned, the lambs are placed in the weaning sheep fences, the ewes are moved to a to-be-mated house or a dry milk house, and the pregnant ewes of the next batch are transferred into the pregnant sheep fences. According to the method,sheep flock circulation of the pregnant ewes, lactating ewes and lambs can be reduced, the stress risk of the sheep flock is reduced, the workload and the feeding management cost are reduced, and theproduction efficiency is improved.

The invention relates to a pigeon breeding method, which comprises the following steps of (1) pigeon breeding place selection; (2) pigeon house building; (3) pigeon breeding tool preparation; (4) dovelet selection; (5) dovelet stocking; (6) feeding management. The pigeon breeding method has the advantages that pigeon houses are reasonably built; the ventilation in the pigeon houses is good; the occurrence of pigeon group diseases is reduced; the survival rate of pigeon groups is high; the feeding management is reasonable and regular; the management is convenient; the healthy growth of the pigeon groups is facilitated; the economic benefits of raisers are increased.

The invention relates to a method for producing sows in large scale and in batch and belongs to the field of sow production. The batch production method for producing the sows in large scale and in batch is another production mode relative to week production. By adjusting the oestrous period of the sows, the sows are in oestrus and mate through centralization, ablactation is conducted simultaneously in the same day, and the sows are transferred for care. After batch production is implemented, the difference of day ages of the sows in the same batch is small, the difference of the sows of day ages in different batches is large, all the batches are clear, and breeding management and disease prevention and control are facilitated. Through batch production, the stable health of sow herds is kept to a great extent, the daily weight gain can be increased, and the death rate can be lowered. Through a batch production technology, the death and culling rate can be obviously lowered, the marketing daily age of big fattening sows is advanced, and thus the death and culling cost and the fodder cost are lowered. In a word, the method for producing the sows in large scale and in batch is reasonable in design and easy to operate, the labor intensity of workers is lowered, centralized management is facilitated, and the method is suitable for application and popularization.

The invention relates to a sheep flock circulation method for a large-scale sheep farm. The method comprises the specific steps that a plurality of composite sheep houses and conjoined sheep houses are arranged in the sheep farm; a plurality of fences are arranged in a to-be-mated ewe house as a male sheepcote; all fences in the composite sheep houses are numbered and then divided into a pregnantsheepcote and a weaning sheepcote; the pregnant sheepcote comprises a normal sheepcote, a weight losing sheepcote and a weight gaining sheepcote; when pregnant ewes are delivered, weaned ewes in the weaning sheepcote are transferred to the to-be-mated ewe house, and the delivered ewes and lambs are dispersed into the composite sheep houses to be fed; and after the lambs are weaned, the lambs are placed in the weaning sheepcote, the ewes are moved to the to-be-mated ewe house or a dry milk house, and the pregnant ewes of the next batch are transferred into the pregnant sheepcote from a mated ewe house. By means of the method, sheep flock circulation of bred sheep, the pregnant ewes, lactating ewes and the lambs can be reduced, the stress risk of the sheep flock is reduced, the workload andthe feeding management cost are reduced, and the production efficiency is improved.

The invention relates to the field of livestock breeding, in particular to a suspended pig house. The suspended pig house comprises two rows of breeding houses on the ground floor and two manure channels on the underground floor, the manure channels and the breeding houses are communicated through manure leakage plates, the manure channels are in arc shapes, the two ends of the each manure channel are high, the middle of each manure channel is low, and a defecation manure trench is formed in the middle lower portions and communicated with a septic-tank through a conical funnel; an air duct is formed between the two manure channels, the air duct is communicated with the outside, the two ends of a plant are provided with exhaust fans and air inlets, the two sides of the plant are provided with wet curtains, and the plant is further internally provided with temperature sensing probes and automatic water and feed feeding devices. By means of the suspended pig house, temperature and humidity in the pig house can be controlled, smooth air ventilation is guaranteed, breeding management is convenient, labor cost is lowered, manure dirt is convenient to clean, the possibility of cross-infection of germs and viruses is lowered, various diseases are reduced, biological safety performance is effectively improved, all-in-all-out is achieved in a real sense, production performance is improved, and a clean and comfortable environment is created for breeding and growth of pigs.

The invention provides a modern raising sheep farm. The modern raising sheep farm comprises a raising farm body constructed with an office area, a disinfection room, a charging room, sheep sheds, a dipping vat, a manure treatment room and a grazing area; the outer end of the raising farm body is provided with a fence used for isolation; a plurality of groups of sheep sheds are distributed side byside; and an automatic feeding device used for feeding is arranged between the sheep sheds and the charging room. By employing the automatic feeding device, manual labor is saved, raising management is convenient, and production efficiency is high; each sheep shed is equipped with photovoltaic power generation mechanisms and rainwater collection tubes, and thus, the problems of electricity and water consumption of part of sheep sheds are solved, cost is reduced, energy is saved and the environment is protected; each sheep shed is equipped with fan sets, and the fan sets are enabled when needed, and with the cooperation of mechanisms, the functions of cooling, ventilation and disinfection and the like of the sheep sheds can be realized; a manure removal device realizes manure removal in a manner that rolling wheels roll along channel steel, and the sheep sheds move as a whole to expose a sheep manure accumulation area, and thus, removing manure by a worker of the sheep farm is facilitated.

The invention discloses a trigona rearing box. The trigona rearing box comprises a box bottom, the top of the box bottom is provided with a pollen storage box, the top of the pollen storage box is provided with a breeding box, the top of the breeding box is provided with a honey storage box, and the top of the honey storage box is provided with a box cover. The top of the box cover is provided with a protection assembly with sun-proof and rain-proof functions, a first inner box layer is arranged in the pollen storage box, the portion between the inner wall of the pollen storage box and the outer wall of the first inner box layer is filled with a first thermal insulation layer, the inner wall of the first inner box layer is fixedly connected with a plurality of annular pollen storage plates, a second inner box layer is arranged in the breeding box, the portion between the inner wall of the breeding box and the outer wall of the second inner box layer is filled with a second thermal insulation layer, and a plastic honey box is arranged in the honey storage box. According to the trigona rearing box, a trigona comb is functionally partitioned by the pollen storage box, the breeding boxand the honey storage box, the multiple layers of boxes are combined and stacked, the boxes are disassembled to be recombined, and swarming is achieved. Honey is quickly produced through the honey box, and the damage to a swarm is reduced; airflow channels are formed, it is ensured that trigona is normally bred, the feeding box conforms to the life habits of the trigona, and therefore, the production efficiency is improved.

A Chinese medicine granular preparation for cow bone strengthening relates to a veterinary medicine. A prescription is composed of astragalus mongholicus 30g, codonopsis pilosula 30g, bighead atractylodes rhizome 30g, medicated leaven 30g, hawthorn 30g, dragon bone 20g, concha ostreae 20g, Liriope 20g, radix scrophulariae 20g, cortex acanthopanacis 20g, fructus schisandrae 20g, angelica sinensis 30g, the root of red-rooted salvia 30g, radix paenoniae alba 20g, rhizoma cyperi 20g, pericarpium citri reticulatae 20g, platycodon grandiflorum 20g, pollen 20g, poria cocos 20g, rhizoma atractylodis 20g and costustoot 20g. The preparation comprises the steps of taking medical materials according to the prescription, crushing the materials, decocting the materials after dipping the materials by adding water, separating the materials, evaporating the materials after filtration, adding alcohol into the materials after cooling, placing the materials for sedimentation, taking supernatant, then cleaning sediment with the alcohol, blending the cleaning liquid and the filtrate, recovering the alcohol in a pressure reducing mode, filtering the liquid, evaporating the liquid into a thick paste state, forming thick paste into wet granules through a granulator, processing and preparing the wet granules into the granular preparation, packing 50g of the granular preparation in each bag in a seal mode, and storing in a drying mode. The Chinese medicine granular preparation of cow bone strengthening mainly has the effects of tonifying qi, strengthening bone, promoting blood circulation, removing blood stasis, regulating qi, stopping pain, tonifying spleen, helping digestion and the like.

The invention discloses a livestock husbandry two-way feeding trough device which is composed of a forage stocking fence, a limiting fence and a trough body which are fixedly connected with each other. The forage stocking fence is of a V-shaped structure and is formed by forage limiting rods and reinforcing ribs. The limiting fence is formed by a trough body main vertical beam and a trough body auxiliary vertical beam which surround the outer side wall of the trough body. The trough body is formed by side-by-side fixed connection of a first feeding trough and a second feeding trough, and the common side wall of a feeding trough is shared. Trough main cross beams and trough main longitudinal beams are fixedly connected to form a forage stocking fence adding port. The livestock husbandry two-way feeding trough device not only can effectively prevent feeding pasture waste and pollution and facilitate feeding management, but also is simple in design structure and high in operability, morefeed is added in one time, and the drawbacks of current feeding troughs can be effectively overcome.