30 results about "Brood" patented technology

The invention relates to a drinking magnetized water micro-ecologic preparation for laying hens. The feeding method of the preparation comprises the following steps of: adding bacillus subtilis into magnetized water 2 hours before the centralized water drinking time period of the laying hens to prepare the magnetized water with the bacillus subtilis with the mass percent concentration being 0.1%-0.5% and the viable count more than 1,000,000 viable bacteria/ml; feeding the magnetized water with the bacillus subtilis to the laying hens in a centralized way at eight in the morning, at twelve noon and at six in the evening respectively; selecting the magnetized water with the bacillus subtilis with the concentration being 0.1% during the brood incubation period of the laying hens and feeding 10g-60g of the magnetized water to each hen each time; selecting the magnetized water with the bacillus subtilis with the concentration being 0.3% during the diseased period of the brood incubation period of the laying hens; selecting the magnetized water with the bacillus subtilis with the concentration being 0.3% during the egg producing period of the laying hens and feeding 100g-300g of the magnetized water to each hen each time; selecting the magnetized water with the bacillus subtilis with the concentration being 0.5% during the diseased period of the laying hens; continuously feeding the magnetized water microecologic preparation to the laying hens from the brood incubation period in a laying hen breeding process.

A vertical double-door middle beehive and a method for cultivating middle bees using it relate to a beehive and a method for raising middle bees. A vertical double-door beehive, including 1-5 superimposed nest boxes. During the honey flow period, a living frame spleen box is superimposed on the nest box. Its special feature is that there is a direct observation box under the nest box The sub-spleen box of the sub-spleen. Also included are methods of bee breeding thereof. It can directly observe the inside of the bee colony, and can easily observe and grasp the situation of reproduction, honey storage, disease, growth crown, bee fever, etc., which is convenient for timely treatment and greatly reduces the damage of diseases; it also greatly reduces labor intensity and improves the efficiency of bee colony management; and conforms to The biological characteristics of the middle bee, the honeycomb can be in a spherical shape, heat preservation and moisturizing, the spleen is built upward to store honey, and the spleen is built downward to raise children. Honey extraction does not affect the spleen, human interference to the young spleen is minimized, and the young bee reproduces quickly ; The honey produced has less impurities, low moisture content, good quality and good quality.

The invention discloses a method for controlling a bee to collect pear flowers. The method comprises the following steps that: a basic bee colony is cultured before the pear flowers blossoming; disease-free healthy working bees are selected from the basic bee colony and are added into empty beehives at night two days before a virgin queen leaves a house; a healthy queen comb is selected and arranged on a comb the next day; the situation that the virgin queen leaves the house and the acceptance situation of the virgin queen are checked; after the virgin queen leaves the house, bee broods are put into the bee colony multiple times; the beehives are distributed all around pear orchard at the early flowering phase of the pear flowers; the bee colony is stood for one day after the bee colony isformed, glass slides with brood pheromones are put into the bee colony every morning from the next day, the bee colony starts to collect honey 1-1.5 hours after the pheromones are volatilized, and the glass slides are removed at the last flowering phase. The method can improve the enthusiasm of collecting pear pollen by bees and further enhance the pollination effect of pear trees, and has the advantages of low cost, a quick effect, easy operation, and an important application value in the pollination production of the pear trees.

The present invention discloses a method for controlling queen apis cerana isolation mating through gauze greenhouses. The method is characterized by comprising the following steps: S1, isolation greenhouses are selected and manufactured: gauze meshes are arranged all around the greenhouses and honey powder source plants of rapes, pumpkins, etc. are planted in the greenhouses; S2, drones are cultivated outside the greenhouse: a cultivation method is as follows: some strong colonies of bees with 5 combs or more are selected, then drone combs are selected, a queen bee egg-laying controller is used to control male parent bees to lay eggs of drones, after the drones are sealed and before leave the combs, the drones are moved to the greenhouses, at least 4 drone colonies are placed in each greenhouse, and each colony has one drone comb, namely 10,000 drones or more; S3, queen bees are prepared: when the drone colonies in the greenhouses begin to feather and leave the combs, artificial queenbee cultivating is started; S4, the bee colonies for mating are prepared, population of worker bees is bees with 1 comb, when the queen bees in queen cells are about to come out of the cells, the beecolonies for mating are placed in the greenhouses, and the mature queen cells are introduced; and S5, 3 days after leaving the queen cells, virgin queen bees are continuously observed to lay eggs until brood combs are sealed. The method for controlling the queen apis cerana isolation mating through the gauze greenhouses can stably control source of the drones, can effectively control the breedingmale parents and perform genetic improvement.

The invention discloses a method for testing the chalkbrood disease-resisting capability of swarms. The method includes the following steps: a sealed brood comb is cut from a tested swarm, soaked in water or frozen and then put back in the original place of the original swarm, the rate of the water-soaked or frozen sealed brood removed by the tested swarm is calculated after 24 to 48 hours, the chalkbrood disease-resisting capability of the swarm is strong if the removal rate is high, consequently, swarms with chalkbrood disease-resisting capability can be screened out, and the method can be used for breeding new bee varieties with the chalkbrood disease-resisting trait. The method has important application value, can predict the chalkbrood disease-resisting capability of a breeding queen bee or drone by testing the rate of the water-soaked or frozen sealed brood removed by the tested swarm, increases the accuracy of the choice of good chalkbrood disease-resisting queen bees and drone mating, and greatly increases the efficiency of breeding chalkbrood disease-resisting bees.

A multifunctional artificial swallow's nest is used for providing a nesting place for swallows and has functions of a nest hole and propaganda. The multifunctional artificial swallow's nest is characterized in that the swallow's nest is designed according to the nesting habit of the swallows and the environment characteristics of a wet land, and the wet land propaganda function is realized while the nesting place is provided for the swallows and nidification birds. The multifunctional artificial swallow's nest device is fixed in bottom mud through bases, nest holes are formed in stand columns, and measures for preventing attacking by a catcher are taken in the corresponding positions and include smoothing of the stand columns and arrangement of a protective cover. The periphery of a propaganda board is hollowed out to prevent wind. A ceiling is as straight as possible, a support structure below the ceiling is exposed to be adapted to nesting of barn swallows, and a better wet land propaganda effect can be realized; meanwhile, the nesting place can be provided for the swallows and the nidification birds, and accordingly, mud collection by the swallows in the nesting period and food obtaining in the brood time of birds are facilitated.

The invention discloses a beekeeping method using a circulating combined frame beehive. The method is applied to a circulating combined frame feeding box and comprises the following steps of manufacturing the circulating combined frame feeding box, installing honey pollen and brood combs, introducing bees into the circulating combined frame feeding box, performing daily management and collecting honey; and feeding Chinese bees in the circulating combined frame feeding box, correspondingly adjusting the number of bee colonies according to different seasons, performing cutting according to the fact that all honey on the upper layers of frames is covered and mature, performing layer-by-layer upward pushing, and adding new sliding sleeves to the lower layers of the frames. The beekeeping method has the beneficial effects that the beekeeping method is suitable for beehives and matched frames with biological characteristics of the Chinese bees, simplicity, high efficiency and high applicability, the beekeeping efficiency is improved, and the beekeeping benefit is increased.

The invention discloses a method for judging physical conditions of brown-eared pheasant chickens through a non-invasive sampling method and for grouping feeding, in particular to a brown-eared pheasant brooding method. According to the brown-eared pheasant brooding method, the brown-eared pheasant chickens to be bred are grouped and isolated for being fed according to the different contents of immune globulin A in excrement. Experiments prove that the healthy conditions of the brown-eared pheasant chickens can be evaluated through monitoring of the contents and the changes of the immune globulin A in the excrement of the brown-eared pheasant chickens, and the method is an ideal non-invasive method. When the method is used in the brood process of brown-eared pheasants, and the chickens are grouped and isolated for being fed according to the contents of the immune globulin A in the excrement of the chickens to be bred, results show that compared with comparison groups which are allocated in a random mode, the feeding method greatly lowers the death rate of the chickens for the whole chicken group.

A honeybee collector includes a collector body having a sidewall with an outer surface and an inner surface. The inner surface defines a brood frame slot and a funnel defined below the brood frame slot. The funnel is angled towards a bottom opening defined by a bottom rim of the sidewall. An upper rim of the sidewall defines a top opening leading into the brood frame slot, and the brood frame slot is sized to receive a brood frame. A catch bottle is used for catching bees. A connector couples a mouth of the catch bottle to the bottom rim of the collector body.

The invention discloses a breeding bay scallop artificial accumulated temperature maturity promoting method. On the basis of artificial accumulated temperature maturity promotion production practice of breeding bay scallop, method improvement and technology improvement are performed on the previous process flow, the processes of effective breeding bay scallop temperature accumulation, bait compositions, a feeding mode, small quantity of water changing, EM bacterium putting and the like are adjusted, and the brood amount, the fertilized egg hatching rate and the larvae metamosphsis rate of thebreeding bay scallop are remarkably increased. By adopting the breeding bay scallop artificial accumulated temperature maturity promoting method, the effect of the reproductive performance of the breeding bay scallop can be improved, and the manpower and material source costs in the maturity promoting period of the breeding bay scallop can be greatly lowered. By applying the breeding bay scallop artificial accumulated temperature maturity promoting method to efficient seed production and large-scale seeding production of the bay scallop, the defects in the artificial accumulated temperature maturity promotion process of the bay scallop at the present stage can be made up, and high and stable yield of the bay scallop is realized. A standard, low-cost, green and efficient new breeding bay scallop artificial accumulated temperature maturity promoting method is established, and reliable technical means are provided for efficient seed production and factory artificial seedling of the bay scallop.

The invention discloses a humidifying device of a special breeding box for brood centipedes in the technical field of humidifying devices. The humidifying device comprises a breeding box; a mounting plate is fixedly connected to the bottom end of the left side of the breeding box; a humidifying box is fixedly connected to the top end of the mounting plate through a supporting column; a mounting seat is fixedly connected to the left side of the supporting column and located at the top end of the mounting plate; a servo motor is mounted on the mounting seat; a rotary disc is mounted at the output end of the servo motor; a cylindrical pin is fixedly connected to the periphery of the surface of the rotary disc; a guide plate is movably connected to the lower portion of the rotary disc and located on the front surface of the mounting plate; a guide groove is formed in the surface of the guide plate; a movable rod is movably connected to the right side of the guide plate; the other end of the movable rod is movably connected with a connecting rod; the connecting rod penetrates through the humidifying box; and the end, located in an inner cavity of the humidifying box, of the connecting rod is fixedly connected with a piston. According to the invention, a push rod is driven through the piston, so that driving conditions are fully utilized, energy consumption is reduced, and the breeding cost is saved.

The present invention discloses a laying hen feed for the brood time and the feed is composed of the following components in parts by weight: 100 parts of corn, 40-50 parts of soybean meal, 8-15 parts of fishmeal, 5-10 parts of methionine, 5-10 parts of shell powder and 0.5-1 parts of calcium carbonate. The laying hen feed for the brood time overcomes the shortages of food feeding according to the characteristics of laying hens during the brood time , and reduces mortality and morbidity in the brood time.

A miticide treatment strip and methods of use for controlling Varroa destructor parasitic mites in honey bee colonies using acidic compounds containing organic metabolites or mixtures thereof as miticidal agents. Miticidal agents are introduced into beehives in solid or crystalline solid form by way of hanging treatment strips coated with the miticidal agent. Use of organic metabolites eliminates mite resistance, honey contamination, bee mortality, and other common drawbacks of current mite management treatments, and can be used without regard to ambient air temperature, brood, and nectar cycle limitations.

The invention relates to the technical field of apis cerana breeding, in particular to a novel efficient breeding method for apis cerana. According to the novel efficient breeding method, a round boxor a square box of an old beehive is adopted, a method of inserting a partition plate in the middle and pouring a box body once after honey is collected once is adopted, new queen cells are timely killed or controlled to ensure strong colonies, sugar combs are properly cut, brood combs are supplemented into sugar combs after young apis cerana are discharged from the brood combs to serve as the brood combs again, the steps are repeated, the honeycomb building time is shortened by half to improve the production efficiency, and the attack resistance of a swarm to diseases and insect pests and natural enemies is improved, so that bee products with the yield more than one time higher than that of old-fashioned breeding are created, and the product quality is ensured.

The invention provides a preparation method of bee-brood freeze-dried powders and the application thereof, and relates to the manufacturing method of a bee product. Bee-brood pulp is manufactured first; proteinase and the bee-brood pulp are mixed and processed through zymohydrolysis; then the water solution after zymohydrolysis is filtered; the filter liquor is filtered by a molecular sieve with the molecular weight less than 1000D, so as to obtain bee-brood raw liquor; the bee-brood raw liquor is dried under the condition that the vacuum degree is minus 0.09MPa and the environmental temperature ranges from minus 30 to minus 40 DEG C to obtain dried bee-brood, the humidity content of which ranges from 0.5 to 3.0 percent; finally, the dried bee-brood is crushed until the grain diameter reaches 80 to 100 screen meshes, so as to obtain the bee-brood freeze-dried powders. The drying process of the preparation method can reduce the loss of the biological activity to the utmost extent; by adopting the preserving manner of the freeze-dried powders, the hydrolytic spoilage of active ingredients can be avoided effectively, the long-time storage is facilitated, useless insoluble impurities do not exist, and the bee-brood freeze-dried powders can be used for beautifying the skins of people.

The invention provides an efficient laying hen breeding method and a complete intelligent environment control system. The efficient laying hen breeding method comprises the following steps: S1, dividing laying hen breeding into a first brood time stage, a second growing stage and a third due stage; and S2, feeding laying hens at the first brood time stage with a feed formula of corn flour, wheat flour, soybean bran, rice flour, vegetable bran, calcium hydrophosphate, mountain flour, lysine, edible salt and amino acids. By adopting the efficient laying hen breeding method and the complete intelligent environment control system provided by the invention, convenience can be brought to laying hen feeding management, not only is a living environment ensured, but also foods are provided for thelaying hens sufficiently, an environment most beneficial to living and laying is provided effectively, the laying hens can lay eggs well, in addition, the death rate of the laying hens can be reduced,the laying efficiency of the laying hens can be improved, a feed can be sufficiently utilized, and feed waste can be avoided.

The invention discloses a compound feed for laying hens in early brood stages and a preparation method thereof, and belongs to the technical field of feeds. The compound feed for the laying hens in the early brood stages comprises the following ingredients: corn powder, rice syrup, sterile water, oil, flour, powder of roots of rabdosia amethystoides, an emulsifier, corn protein hydrolysates, synthesized amino acids, a compound enzyme preparation, and probiotics. Being added with the powder of the roots of the rabdosia amethystoides, the compound feed for the laying hens in the early brood stages disclosed by the invention is capable of effectively maintaining intestinal health of the laying hens so as to enhance immunity of the laying hens; and especially, after entering of the compound feed into the stomachs of the laying hens, the powder of the roots of the rabdosia amethystoides is subjected to fermentation in moist stomach environment by utilizing glucose on which the powder of theroots of the rabdosia amethystoides attaches, so that environment is provided for effective digestion of nutrients by the exogenous compound enzyme preparation in virtue of strong acid production capacity of the fermented powder of the roots of the rabdosia amethystoides, thereby promoting effective digestion of the nutrients. Thus, utilization values of a finished product of the compound feed for the laying hens in the early brood stages are improved; and moreover, the added powder of the roots of the rabdosia amethystoides is capable of effectively enhancing immunity of the laying hens, aswell as improving disease resistance of the laying hens.