365 results about "Queen bee" patented technology

The invention provides a method for breeding honeybees and belongs to the technical field of animal husbandry. The breeding method comprises following steps: first, selecting a honeybee breeding ground, establishing beehives and eliminating honeybee mites by applying miticides to the beehive regularly; feeding with forage a during nights and additionally feeding with forage b during spawning period of queen bees; the forage a comprises following raw materials: honey, white sugar, banana juice, watermelon juice, sugar cane juice, apple juice, citric acid, edible salt and water; the forage b comprises following raw materials: pollen, soy flour and protein powder. The breeding method is safe and reliable; through breeding ground selecting, bee mite killing and scientific forage feeding, bee colony is gradually developed, wherein the forage is prepared from natural raw materials which can bring sufficient sugar and nutrient for the honeybees, promote well development of honeybees, reduce morbidity, increase the quality and edible safety of honey.

The present invention is a system to detect the presence of a queen bee, in a hive. The first system includes an RFID (radio frequency identification) tag (secured to the queen) and a RFID detection device secured adjacent the hive opening that sends an output that indicates the presence or absence of the queen bee. In a second embodiment, a bit of metal (thin foil) can be secured to the queen by means of an adhesive, and a metal detector can be positioned by the hive opening to detect the metal, and send an output that indicates the presence or absence of the queen bee. In a third embodiment, one or more infrared cameras can be positioned adjacent the hive entrance, coupled with detection scanning software that can detect the difference between a drone, a worker and a queen bee, and indicate the presence or absence of the queen bee.

The invention provides a compound bee product preparation capable of enhancing the immunity, belonging to the technical field of health food. The compound bee product preparation comprises the components based on parts by weight of: 10-60 parts of bee pollen, 2-20 parts of bee glue, 2-20 parts of royal jelly, 2-15 parts of queen bee tire, 2-15 parts of bee pupa and 2-10 parts of American ginseng.The preparation method of the compound bee product preparation comprises the following steps of: treating, drying, smashing, preparing and mixing. The bee pollen, the bee glue, the royal jelly, the queen bee tire, the bee pupa and the American ginseng are treated, dried, smashed, prepared and mixed into various medical forms. The compound bee product preparation has the following beneficial effects of: being simple in preparation method, and having the effects of improving the immunity, reducing the blood fat, relaxing the bowels, protecting the liver, resisting the fatigue, improving the sleep, resisting the ageing and the like.

The invention provides queen bee wine and a brewing method thereof. The queen bee wine contains bees and over 50-degree distilled spirits, wherein the bees can be honeybees and preferably are drone pupae, and can also be bee products such as royal jelly; and the ratio of the bees and / or the bee products to the distilled spirits is 1:2-1:10, preferably 1:3-1:7. The queen bee wine brewed by the method of the invention has the advantages of pure chroma and good mouthfeel.

The invention discloses a method for breeding a high-quality mite-resistant bee species. The method is characterized by comprising the following steps of: (1) selecting breeding materials: screening a 'Jiangshan No.2' Italian bee with a high royal jelly yield, a French pure-bred Italian bee with excellent honey making performance and a healthy local Chinese bee species with excellent mite resistance for serving as an introduction object according to series indexes such as mite resistance, productivity, vitality and the like; (2) breeding a mite-resistant bee species: breeding a breeding male bee from Jiangshan No.2, breeding a Jiangshan No.2 virgin queen bee according to the requirements of bee biology and genetic breeding characteristic, and performing artificial fertilization hybridization with the bred breeding male bee to form a Jiangshan No.2 bee species with high production performance and disease resistance for serving as a male parent, wherein a pure-bred Italian bee with excellent honey making performance introduced from France serves as a female parent; and (3) checking and cutting a French Italian bee drone pupae every 7 days from breeding in spring till the end of breeding. The harm of bee mites to bee colonies can be avoided for beekeepers, the reproduction speed of the bee colonies is increased, and the yields and qualities of bee products are improved.

The invention discloses a bee breeding method which includes the following steps that 1, a nectar source field is selected; 2, a beehive is arranged, a partition plate divides the beehive into an upper region and a lower region, and honeycombs are arranged in both regions; 3, queen bee breeding is conducted, the two regions partitioned by the partition plate and a super are each internally provided with a Chinese bee queen and a West bee queen, mixed feed composed of pollen, amino acid and bean protein powder is added to the Chinese bee queens and the West bee queens in the spawning period, honey water is fed, after the Chinese bee queens and the West bee queens lay eggs, honey and fresh ginger water are injected into the honeycombs to feed the bee queens; 4, as the temperature drops, the eggs laid by the bee queens are reduced, the partition plate is opened, the West bee queen is transferred, West bees are involved into Chinese bees, and the honey and the fresh ginger water are injected into the honeycombs to feed worker bees and the bee queens. According to the bee breeding method, Chinese bees are mainly bred, west bees are added at proper time so as to reduce plant diseases and insect pests generated when the Chinese bees are bred, and the problems that it is difficult for the Chinese bees to survive the winter, and honey is not easy to take are solved.

The invention discloses a method for producing a drone of light yellow encarsia amicula by taking encarsia formosa gahan as a breeding host. The light yellow encarsia amicula is a potential ideal natural enemy for controlling international insect pest bemisa babaci. Under natural conditions, the light yellow encarsia amicula are few, and capability of controlling the bemisa babaci is restricted to the utmost extent. Production and release of the drone are important for the light yellow encarsia amicula to control the bemisa babaci. In the invention, unmated drone of the light yellow encarsia amicula is released, the encarsia Formosa in a three age-prepupa stage is taken as a secondary host for breeding the drone, and high-quality and high-efficiency production of the light yellow encarsiaamicula is realized. The drone of the light yellow encarsia amicula produced by adopting the invention has the advantages such as short development duration, high emergence rate, large body and obvious increase of parasitic quantity after the drone is mated with a queen bee and the like and can be effectively used for biological control of mealywing insect pests such as the bemisa babaci and the like.

The invention discloses a method for breeding a high-quality anti-mite bee variety. The method is characterized by comprising the following steps of: 1) selecting breeding materials, wherein 'jiangshan No.2' Italian bees with relatively high royal jelly yield, France pure Italian bees with high honey production performance and healthy local Chinese bees with high anti-mite performance are selected as species introduction objects according to a series of indexes such as anti-mite performance, productivity and vitality; 2) breeding the anti-mite bee variety, wherein breeding drones are selected from the jiangshan No.2, selecting a bred jiangshan No.2 virgin queen bee according to the requirements of honey bee biology and inheritance breeding characteristics, and performing the artificial fertilization and cross breeding between the breeding drones and the bred jiangshan No.2 virgin queen bee so as to obtain a jiangshan No.2 bee variety with high production performance and disease resistance, using the jiangshan No.2 bee variety as male parents and using the pure Italian bees which are introduced from France and have high honey production performance as female parents; and 3) since breeding starts in spring, detecting and cutting off pupae of the France Italian bees every other 7 days till the breeding ends. The method can solve the problem that bee colonies are jeopardized by bee mites for beekeepers and improve breeding speed of the bee colonies and the yield and the quality of bee products.

The invention provides a box used for bee mating. The box comprises a box body provided with a hive entrance, a box cover, a queen excluder, a hive frame and a feeder, wherein the queen excluder, the hive frame and the feeder are arranged inside the box body, the volume of the box body is smaller than the volume of a bee box used for bee cultivation. A method for establishing a bee queen-rearing colony is suitable for the box used for bee mating with the volume smaller than that of the bee box. The method comprises the steps of dividing a bee colony into a plurality of mating colonies according to the principle that the number of bees is matched with the volume of the box used for bee mating, and placing the mating colonies into a plurality of boxes used for bee mating respectively. According to the box used for bee mating and the method for establishing the bee queen-rearing colony, the number of bees in the mating colonies can be reduced appropriately on the premise that mating and oviposition of a queen bee are guaranteed, so that the number of bees in the mating colonies adapts to the internal space of each box body, and then more mating colonies can be formed, more queen bees can be cultivated, the number of bees can be increased fast, and economic effectiveness can be improved for a bee keeper.

A bee simulation larvae-shifting-free royal jelly production method comprises the following steps: a plastic comb foundation, a queen cell seat and a larvae supporter are manufactured; a layer of beeswax is applied on the bases of bee cells of the plastic comb foundation, the plastic comb foundation is placed in a bee colony for 1 day, and bees excrete beeswax on the bases of the bee cells of the plastic comb foundation to build honeycombs arranged uniformly; the plastic comb foundation in which the honeycombs are built is placed in the bee colony, and the queen bee is enabled to lay eggs in the honeycombs and then is moved out; and after the eggs in the honeycombs become larvae, the larvae support carrying the larvae is inserted into the queen cell seat to enable the larvae to enter the queen cell, then the queen cell seat is placed in the bee colony, worker bees in the bee colony can excrete royal jelly to feed the larvae, and the queen cell seat in which royal jelly is produced is centrifuged to obtain royal jelly. The invention simulates the biological characteristics of bees, and worker bees build bee cells in the plastic comb foundation to form natural honeycombs, so that the adaptability of bees is improved greatly; and a simulation larvae-shifting-free manufacturing technique is adopted to facilitate incubation of bee eggs and survival of larvae, so that the purpose of high production of royal jelly can be achieved.

The invention relates to a method and equipment for carrying out three-micro honeybee pollination on small-area plants. A micro-honeybee colony in a micro beehive is used for pollination to plants in a minitype net house, wherein the minitype net house is 100-200cm in length, 100-200cm in width and 100-200cm in height; 20-mesh gauzes are used for setting up the minitype net house before plant flowering, so as to isolate outside bees and other insects from entering the minitype net house; the micro beehive can be used for raising 100-300 worker bees, two small honeycombs are fixed on an inner cover, a hive entrance is arranged at the front part of the micro beehive, a feeding bottle is arranged in the middle of the inner cover, a plurality of pin holes are punctured at the bottom of the feeding bottle, liquid feed (syrup or nectar) is filled in the feeding bottle, and honeybees suck the liquid feed from the bottom of the feeding bottle; the micro-honeybee colony refers to 100-300 worker bees in each micro beehive for pollination, and bee broods account for more than 50%; a queen bee cage for enabling the worker bees to go in and out is fixed at the lower part of a space between two parallel honeycombs, and virgin queen bee colonies who are infertile, have no feeding burden and have long life are filled in the queen bee cage.

The invention relates to a method and equipment for pollinating net shed soybean hybrid seeds with microcommunity bees. The method comprises the steps of: intercropping male and female parents of net shed soybean hybrid seeds; erecting small, medium or large net sheds before soybean blooms, and arranging matched small, medium or large special small bee boxes for bee pollination, wherein vent holes are arranged at the upper part and bottom part of the special small boxes, and the special small boxes are 1 / 7, 1 / 5 or 1 / 3 of standard bee boxes; cutting used honeycomb, then embedding into honeycomb frames, and placing in using small bee boxes, wherein two honeycomb feeding grooves, which are respectively used for holding solid feed and water or liquid feed syrup and replacing honeycomb frame upper beams, are arranged at the upper parts of two small honeycombs in each small box, and each group of bees comprise 800-1200, 1500-2000 or 3000-4000 of worker bees, a spawning queen bee, ova of different day ages and pupa combs; and mixing leguminous plant pollen and sugar powder according to a ratio, adding a proper amount of honey to prepare special solid feed for the microcommunity bees, placing in the honeycomb feeding grooves for bees, and timely supplementing water or syrup.

The combined bee raising utensil includes bee partition plate on one side, honeycomb partitioning plate on the other side, queen bee separating grate, queen bee cage, side strips, separating strips, and feeder. It features inserting slots below the partitioning plate, feeder box inserted below the partitioning plate, and the interval between the honeycomb and the feeder for bees to pass through. The feeder has liquid storage, flow guiding pipe, control switch, T-joint, etc. and the feeder box has floating boards, liquid inlet and floating valve and can provides water and liquid feed automatically in several beehives. The present invention has reasonable structure, different configurations, several functions and uses, high production efficiency and other advantages.

The present invention relates to a breeding technique of wild bumblebee, which is mainly suitable for artificial feeding and breeding of wild bumblebee and belongs to the technical field of wild insect breeding. The breeding technique of bumblebee is composed of the following steps: capturing a queen bee of the wild bumblebee, setting a simulation environment, inducing the queen bee to lay eggs, performing low-temperature treatment to the bee colony, carefully choosing queen bees of the bee colony, causing virgin queen bees to copulate, refrigerating the queen bees for breeding, raising the temperature for arousing the queen bees, etc. The breeding technique of wild bumblebee is characterized by the copulation of the virgin queen bees. The newborn queen bees which are mature in sexual development and drones are caused to fly for 4 hours in a small-size shelter which has enough light and is provided with flowering fruits or vegetables in a temperature of 25-30 DEG C and a relative humidity of 60-65%. The queen bees for breeding are refrigerated. The queen bees are stored in a refrigerating chamber of a refrigerator with a relative humidity of 60-75% and a temperature of 0-5 DEG C for causing the queen bees to enter a dormancy diapause state along with the simulation of natural temperature and humidity. The breeding technique of the wild bumblebee has the following advantages: high success rate of bumblebee queens, high egg laying rate, high herding rate of bumblebee, etc.

The invention relates to a method for keeping bees, comprising the following details: a, selecting a beehive which is in a square structure; b, reproducing by using three queen bees in the reproducing process; c, replacing the queen bee of each zone in turn before a nectar flow; and d, when a main nectar source blooms and secretes nectar, removing two queen bees and keeping only one queen bee to reproduce. With the adoption of the method for keeping bees, the queen bee has high fecundity, so that the swarm is reproduced fast and kept strong all year round, thereby producing a large amount of high-quality bee products.

The invention provides a beehive for Chinese bees and a method for pollinating greenhouse crops by the Chinese bees. The beehive is provided with a first bottom box (1), a second bottom box (2), a super (3), a super cover (4), a yarn cover (5), a queen-bee separation plate (14), a feeding box (15), nest frames (16) and a nest door board (6), wherein the first bottom box (1) and the second bottom box (2) are detachably connected with each other; the super (3) is detachably connected with the bottom box; the yarn cover (5) is positioned between the super (3) and the super cover (4); the queen-bee separation plate (14) is positioned between the bottom box and the super (3); the feeding box (15) is arranged at the lower part of the bottom box; the frames (16) are respectively arranged in inner cavities of the bottom box and the super (3); the nest door board (6) is arranged at one side of the feeding box (15); the nest door board (6) is provided with ventilation holes (9) and a bee inlet and outlet. The method for pollinating the greenhouse crops by the Chinese bees comprises the following steps of: transferring young bees which emerge out of pupae and are aged between10 to 30 days into any bottom box, and transferring the rest colony into the other bottom box; removing the super (3); mounting the yarn cover and a box cover on the bottom box (2), transferring the bottom box carrying the young bees into the greenhouse, and pollinating the greenhouse crops by the young bees.

The invention relates to a honeybee feed and belongs to the field of animal feeds. By virtue of the feed, the yields of honeybees from July to October are improved. According to the honeybee feed, a queen bee feed comprises the following components in percentage by mass: 56%-64% of pollen, 8%-12% of white sugar, 8%-12% of soybean meal with the particle size being more than 100 meshes, 8%-12% of water and 6%-8% of an additive.

The invention relates to a crisscross bee hive which can use half of frame honeycombs and utilize a plurality of queen bees to rapidly breed week bee colonies in the same bee hive. Two middle baffles are mounted crosswise in a square bee honeycomb box, wherein the top of the middle of one middle baffle is provided with an upper notch which is half the length, the bottom of the middle of the other middle baffle is provided with a lower notch which is half the length, bee baffles are inserted in bee baffle grooves, the circumference of the bottom of the hive box is provided with eight door holes, and the upper opening of the honeycomb box is provided with an auxiliary crisscross cover board. The crisscross bee hive not only can rapidly breed weak bee colonies, but also can utilize a small number of bees to constantly breed new queen bees and store queen bees in batches, the success rate of virgin queen mating is high, the survival rate of the stored queen bees is high, the workload of breeding bees and queen bees is decreased, management is simple and convenient, and a good foundation is laid for the gain of bee product income and bee provenance income of the year and the crop pollination of bees.

The invention relates to the technical field of biomedicines, in particular to a queen bee intestinal enzyme, and a preparation method and application thereof. In the method, royal jelly polypeptides with molecular weights of between 1 and 3kDa and between 3 and 5kDa are obtained by extracting an intestinal enzyme from larvae of queen bees and simulating the enzymolysis environment in bodies of the queen bees to enzymolyze royal jellies. The prepared royal jelly polypeptides can be used for preparing an A beta inhibitor.

The invention relates to a multifunctional microscope operating system improved on the basis of a traditional bee artificial insemination instrument. The multifunctional microscope operating system comprises a left bracket operator, a right bracket operator, an insect clip, a stereo microscope, an injector angle adjusting assembly and a combinational base frame of the traditional bee artificial insemination instrument. The combinational base frame is provided with a jack for fixing a stereo microscope axle seat and two vertical jacks for inserting the bracket operator; the insect clip is mounted on an insect clip rack of the combinational base frame; and the injector angle adjusting assembly is additionally provided with an angle adjuster. The invention has the advantages that the insects can be dissected or tested by mounting different cutters and hooks on two bracket operators; the position can be flexibly adjusted according to different insects and different test requirements; entry needles can be accurately fed into the vagina of queen bee during artificial insemination of the bee; and the whole system can be integrally moved.

The invention discloses a method for improving the productivity of Apis cerana cerana by organizing strong colonies through a mode of putting three queen bees in the same beehive. The method for improving the productivity of the Apis cerana cerana by organizing the strong colonies through the mode of putting the three queen bees in the same beehive is characterized in that the three queen bees are put into the same beehive and isolated through queen excluders, but colonies are not isolated, and one of the queen bees is prevented from oviposition alternately and is in a state of rest; then the three queen bees have a rest alternately and regularly and achieve oviposition alternately to achieve the optimum state of oviposition and the highest honey yield. According to the method for improving the productivity of the Apis cerana cerana by organizing the strong colonies through the mode of putting the three queen bees in the same beehive, the aim that 17 combs of the strong colonies can obtain a high yield of 90-12kg per strong colony per year can be maintained through the simplest method and the lowest cost. The method for improving the productivity of the Apis cerana cerana by organizing the strong colonies through the mode of putting the three queen bees in the same beehive is very ideal in effect, needs little investment and becomes effective very quickly.

The invention provides a beehive and auxiliary equipment. The beehive is internally provided with a heat insulation layer and a light reflecting layer. The beehive is provided with a V-shaped grating ventilation window. A tail hanging box is fixed on a main box. A secondary box and a box cover are provided with rainproof rings. A queen bee movement area of a queen bee separating board is provided with a small hole with a diameter which is lower than 3.5mm or has no hole. The front board of the box is level with the base board. The front board is provided with a beehive door or a queen bee controller. The queen bee controller is provided with a unidirectional door and can collect the queen bee and male bees. A nest door is provided with a queen bee separating plate. The queen bee separating plate is provided with rectangular queen bee separating holes and n-shaped queen bee separating holes. Two side corners of the rectangular queen bee separating hole are chamfered, thereby realizing no bee injury, high coming-in and coming-out speed. Furthermore through cooperation with a shunting board, shunting between coming-in and coming-out is realized. Insertion of an egg fetching device of a queen bee breeding device into a back board egg fetching device fixing hole or a nest chamber of the nest is prevented. After egg fetching, the egg fetching device is inserted into a bottomless queen bee substrate for breeding the queen bee. A feeding device is provided with an air floatation board, thereby preventing bee drown. A nest frame is provided with a bee channel, thereby preventing bee crushing death in yard transferring. The nest frame is provided with separating strips for facilitating buckling. A nest honey box can be mounted. The nest honey box is provided with a nest base supporting board, thereby realizing no nest base deformation. The beehive is provided with a spacing board which can control weight of nest honey.

The invention relates to a queen bee gel decomposition enzyme contained object, a queen bee gel decomposition object and a decomposition method of the queen bee gel. The queen bee gel decomposition enzyme contained object is prepared by grubs of the queen bee living for 2 to 3 days of Apis mellifera via the method comprising the following procedures: (a) performing centrifugal processing to body tissue suspended solid of the grubs of the queen bee below 6 DEG C, to separate into three layers which are white solid upper layer, solution middle layer and deposition lower layer; and (b) recycling the middle layer as the queen bee gel decomposition enzyme contained object. The queen bee gel decomposition enzyme is characterized in that the queen bee gel decomposition enzyme is contained in the queen bee gel decomposition enzyme contained object. The queen bee gel decomposition object is prepared by using the queen bee gel decomposition enzyme contained object or the queen bee gel decomposition enzyme. The decomposition method of the queen bee gel is characterized in that the method uses the queen bee gel decomposition enzyme contained object or the queen bee gel decomposition enzyme.

The invention discloses a control method of peach longicorn beetles. The method includes the following steps: (A) yellow mealworms are chosen as breeding hosts, inoculation is carried out on the condition that the temperature is 26 DEG C and relative moisture is 60-80%, queen bees begin to spawn in 3-6 days, and spawns grow into bees after a month or so; (B) the bees are released at a plurality of chosen points or on a single plant in areas of an orchard needing prevention and cure before the adult emergence period; and (C) boring powder under fruit trees is cleaned regularly and adult bees are supplemented appropriately. The method has the advantages that the yellow mealworms are directly chosen as the breeding hosts for breeding of tube-pipe bethylidaes, then the peach longicorn beetles are prevented and cured through the bred tube-pipe bethylidaes, the method is simple, staff and the fruit trees are protected from being harmed by pesticide used in a traditional control method, meanwhile, chemical pollution is prevented, trees are protected, environment is protected from being polluted, stability of ecological communities of the orchard is guaranteed, and therefore safe, effective and lasting pest prevention and cure are achieved.

The invention relates to the technical field of bee breeding, in particular relates to a medium bee variety breeding method. The method comprises the steps that the bee swarm are bred in barrels, when the queen bee is bred, the bee swarm are spleen bond and hive crossing, when the bee swarm are strong, the drone and the queen are used as the cultivation variety; after the queen is mature in sexuality, the drone sperm is used for the artificial insemination of the queen bee: after the fertilization is completed, the drone is sent into a primary storage swarm, 3-4 days later is transferred into a new group, the new group unlocks the nest door which is escape proof; after the queen bee lays eggs, it is used as the female parent to have natural mating with the males in the new group to breed bee species. The method can prevent the degradation of the medium bee populations.

The invention provides a method for regularly storing an overwintering feed by utilizing a nest box double-queen bee colony. The method comprises the following steps: (A) feeding the nest box double-queen bee colony accounting for one third of the full-field colony number with the overwintering feed in August and September, placing a plane isolation gate between the nest box and a relay box, the number of the standard overwintering feed comb which is fed to each nest box double-queen colony is more than or equal to 12; (B) at the beginning of August, the syrup is fed every other day until theempty nest comb in the box is filled with syrup, the capping rate reaches more than 90%, and at the beginning of September, the old pupae brood combs in the relay box are mutually exchanged with the large larvae combs or the new pupa brood combs in the nest box every 6-7 days, the two queen bees are enclosed and stopped to lay eggs in September 10th, the syrup is fed uninterruptedly until the capping rate of the honeycomb spleen can reach more than 90%. According to the method for storing the overwintering feed, the time is advanced to August and September, and the nest box double-queen bee colony is adopted, so that the advantages of the double-queen egg laying breeding overwintering bee are brought into full play.

The invention provides an artificial breeding method for queen Chinese honeybees, and belongs to the technical field of bee propagation. The method comprises the steps that male bees are bred by being fed on high-protein pollen powder feed as rewards; strong swarms are preferably selected as male and female parent swarms; large eggs are obtained by limiting egg laying; wax bowls and queen breeding frames are treated with honey water in which queen bee hormones are released; the bees are fed on specialized high-protein feed and feed with high microelement content for supplementary in the feeding period. According to the artificial breeding method, the queen bees with the large size and the high egg production capacity can be obtained, the queen breeding success rate is high, and swarms with strong colony population and high worker honeybee foraging capacity and swarm disease resistance can be obtained in subsequent Chinese honeybee breeding.