206 results about "Worker bee" patented technology

Artificial cultivation method of apis cerana queen, first preparing artifical stylobate of apis mellifera, and choosing a group of apis mellifera queen as feeding group for larva of apis cerana queen; putting the artifical stylobate of apis mellifera into a selected feeding group of apis mellifera group, taking the artifical stylobate out after cleaned by worker bee of the apis mellifera, transfering larva of worker bee in mother apis cerana group that is in need of cultivating queen to the artifical stylobate; at last putting the artifical stylobate into generation box of the selected apis mellifera feeding group for feeding larva of apis cerana queen, after 11 to 12 days the apis cerana queen stylobate is mature, taking out the apis cerana queen stylobate before the virgin queen going out the room, introducing the virgin queen to apis cerana mating group for following mating, so as to become a spawning queen. The superiority of the invention is: obtaining large amount of mature apis cerana queen stylobate or virgin queen for one time; because of adequent apis mellifera bee milk, bigger and stronger virgin queen can be cultivated; apis mellifera and apis cerana of different species can generates nutritious heterosis which provides important meaning for apis cerana species cultivation.

The invention discloses an intelligent bee keeping beehive capable of automatically dispelling mites. The intelligent bee keeping beehive comprises a base, wherein a bee keeping beehive is arranged on the base, the top of the bee keeping beehive is open, a bee keeping beehive cover sleeves the bee keeping beehive, and the internal wall of the bee keeping beehive cover is in sliding connection with the external wall of the bee keeping beehive; a plurality of honeycombs which are arranged in parallel are arranged in the bee keeping beehive, a honeybee through hole I is formed in a side wall of the bee keeping beehive, and a honeybee through hole II is also formed in a side wall of the bee keeping beehive cover; and the honeybee through hole II is connected with a mite dispelling box, which is arranged at one side of the bee keeping beehive cover, through a honeybee passage, a valve is arranged in the honeybee passage, and the mite dispelling box comprises an outer-layer heating chamber and an inner-layer honeybee chamber. According to the intelligent bee keeping beehive disclosed by the invention, conditions of honeybees of a door of the bee keeping beehive can be monitored at any time, and bee mites are dispelled in time if the condition that house bees with incomplete wings are present or worker bees drag dead honeybee bodies is discovered; and the bee mite dispelling equipment is simple and is convenient in use, and bee mite dispelling can be directly carried out in the bee keeping beehive without taking out the honeybees, so that the management of the honeybees is facilitated.

The invention discloses a method for breeding swarm having double queen bees and application thereof. The method comprises the steps of: breeding queen bees in last autumn breeding season so as to build a swarm having double queen bees, respectively placing a piece of pollen honeycomb, a piece of half-honey honeycomb, a queen bee and at least 1.5kg worker bees for breeding at two sides of a shutter of a beehive when the honeycomb of the swarm having double queen bees is capped in the coming spring breeding season, increasing the honeycomb at two sides of the shutter of the beehive till four honeycombs are arranged at each side when the first generation bees are bred and the second generation sub-honeycomb is closed with a cover, and putting on production when the swarm is strong. The swarm having double queen bees, which is acquired by using the breeding method, can be applied to rebuilding the pollination swarm, rebuilding the honey-gathering swarm, rebuilding the honey-producing swarm and rebuilding the multi-queen bee swarm. Based on the original bee breeding, by breeding the swarm having double queen bees and building the pollination swarm in time, the pollination task is finished without influencing the honey production so as to achieve the maximized benefit of bee-keeping industry.

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 provides a bee larvae transfer-free queen-breeding method. The method comprises the following steps of: soaking a queen-separating grid and a plastic hive body of a hollow bee cell in sugar syrup, taking out and putting into swarming bees to let worker bees clean the queen-separating grid and the plastic hive body, and preparing a single queen platform used for the larvae transfer-free queen breeding by using wax rods; closing a queen in the swamping bees by using a queen cage for 1 to 2 days; covering the plastic hive body of the hollow bee cell with the queen-separating grid, sleeving the pure beeswax queen platform on the bee cell on the back surface of the artificial hive body, making the queen in the queen cage enter the queen platform by an inlet of the queen-separating grid and lay eggs in the plastic hive body, and making the queen lay eggs on the single queen platform by the hollow bee cell; and after 24 hours when the eggs are laid on the queen platform, removing the queen platform with eggs, putting the queen platform on a queen-breeding frame, inserting the nurse colony for continuous incubation, and artificially breeding the queen. By simulating the biological characteristics of bees and making the queen directly lay eggs on the queen platform for natural queen breeding, the method simplifies the queen-breeding flow, improves the quality of the queen, avoids harm to the larvae, and is convenient to use and low in cost.

The invention discloses a hierarchical cooperative control method for sub-orbital swarm aircrafts, and aims at solving a problem of the data size of the interaction information of a conventional centralized formation control strategy and complexity of a control algorithm, a problem that a conflict is liable to be caused, a problem that the pressure on the performance of a missile-borne computer isbig, and a problem that the computing efficiency is not high. According to the invention, a control method for a big formation formed by a large number of aircrafts is a hierarchical formation control method, specifically a single-Leader hierarchical Leader-Follower formation control method. The method comprises the steps: setting a plurality of auxiliary queen bee aircrafts in an aircraft group,wherein each auxiliary queen bee aircraft leads a worker bee aircraft of a small aircraft group, a main queen bee aircraft just carries out the information interaction with the auxiliary queen bee aircrafts, and each auxiliary queen bee aircraft carries out the information interaction with the worker bee aircraft of the small aircraft group where the auxiliary queen bee aircraft is located. The method is sued for the sub-orbital swarm aircrafts.

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 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.

A hygienic honey bee bottom board, hives employing the same, and methods related to the same are provided. The hygienic honey bee bottom board effectively diminishes small hive beetles in a bee hive without significant pollen loss. The invention has a solid bottom board platform with screened receptacles. Hygienically inclined bees instinctively chase small hive beetles into the screened receptacles in an effort to clean the hive. The small hive beetles fall through the screened receptacles into a beetle trap disposed below the bottom board receptacles and are thus removed from the hive with minimal disturbance of the hive. The screened receptacles of the hygienic honey bee bottom board comprise only a limited area of the otherwise solid bottom board platform. This allows worker bees to retrieve substantial amounts of pollen dropped onto the solid bottom board platform for use as foodstuff.

The invention discloses an apis cerana queen breeding method and belongs to bee queen breeding methods. By means of the apis cerana queen breeding method, a bred queen can be large in size, strong, meek in temperament and high in egg production capacity. Bowl-shaped queen cells made of bee wax are fixed to a honeycomb frame, and a queen breeding frame is obtained; the queen breeding frame is put in a queen breeding apis cerana swarm, and worker bees are made to clean the queen cells; the inner walls of the queen cells are brushed with fresh bee milk, eggs of other apis cerana swarms are implanted into the queen cells, and the queen breeding frame is coated with apis mellifera honey in a dipping mode and then put back to the queen breeding apis cerana swarm; the queen breeding frame is taken out and put into an apis mellifera swarm for nursing for 12 hours, then the queen breeding frame is taken out and put back to the queen breeding apis cerana swarm again for breeding for 5-7 days, and a mature queen embryo is obtained; a virgin queen can be hatched on the 9th or 10th day. The queen bred through the method is large in size, strong, high in disease resistance and high in egg production capacity, the bee swarm is meek in temperament, and the bee robbing or honey stealing phenomenon can be avoided even bee swarms are away by 10 cm, and the apis cerana queen breeding method is used for breeding apis cerana.

A ducted unmanned aerial vehicle anti-sway method based on optimized quadratic form control of artificial bee colony includes eight steps: 1, the mathematical model for pendulum oscillation is built; 2, control structure and control law are designed; 3, the parameters of the artificial bee colony algorithm and the employed bee colony are initialized; 4, the performance indicator function of the linear quadratic form is calculated according to individual parameters; 5, worker bees select bee individuals with better fitness as leading bees according to the fitness value of each employed bee, and each worker bee continues to seek for honey sources near the leading bee solution space and the fitness value is calculated; 6, if the number of searches Bas is greater than the set threshold, the employed bees seek for new honey sources again, namely parameter values are initialized again; 7, by the greedy selection method, the positions of the employed bees are updated with larger fitness values, and searches proceed near solution spaces; and 8, the Step 4 is carried out repeatedly until T > Tmax, and the optimum component weighted value parameter, the optimum feedback gain matrix and the optimum fitness value are output.

The invention discloses a double-queen culture method of Chinese bees. The method comprises the steps of selecting a healthy and strong swarm for rearing a queen bee from a series of swarms in the period of May to June before the natural swarming, selecting on one-day larva from each of the rest bee boxes to be cultured for 9 days in a queen rearing box, locking an old queen in the rest bee boxes and 3 to 6 worker bees onto a boundary board of the bee box, respectively introducing the queen cells into respective bee box after the queen cell is grown, observing cell outing and mating situation of the new queen, wherein if both the cell outing and mating are normal, and no fight exists, the two queens are successfully cultured. By adopting the method, a one-year-old queen and a novel bred queen can be cultured in a same bee box, the fight is avoided, the Chinese bees can be reproduced rapidly, the yield of honey can be increased, and the problems that the economic benefit for culturing the Chinese bees is low and the Chinese bee honey is in shortage in the market can be solved; meanwhile, the Chinese bees can be used for pollinating crops and traditional Chinese herbs, so that the yield of the crops and traditional Chinese herbs can be increased.

The invention relates to a multi-channel bee attendance counting system and method. The system include a multi-channel module, a minute data processing and storing module, a data exchange and control module, a data collecting and processing module, a data transmitting module and a system power supply, wherein a photoelectric sensor automatically measures the number of the bees going in/coming out of a beehive within a certain time, and a temperature sensor and a baroceptor automatically measure data as environmental temperature and air pressure at the same time; an upper computer reads the number of bee going in/coming out of the beehive and the data of temperature and air pressure in the data collecting and processing module as well as the data of year, month, day, hour and minute generated by an alarm clock signal generator; the upper computer calculates and displays the number of the bees going in/coming out of the beehive on the screen or displays the variation curve of the number of the bees going in/coming out of the beehive, so that the number of the bees going out/coming back within a certain time and the environmental temperature at that time can be automatically recorded, so as to provide the evidence for the scientific statistics of the attendance situation of the worker bees in the bee swarm.

The invention discloses a multifunctional protective wasp hanging-keeping device. The multifunctional protective wasp hanging-keeping device comprises a fixed supporting column; the lower end of the fixed supporting column is a sharp end; the upper end of the fixed supporting column is connected with an insect prevention connection column through an adjusting screw; the upper end of the insect prevention connection column is connected with a top board fixing frame through a fastening screw; the top board fixing frame fixes a top board for shading sunlight and rain for a hanging nest through fixing screws; the top board fixing frame is fixed in the diagonal direction of the top board; a wasp collecting hole is formed in the top board and connected with a collecting cage; a check valve is installed at a bottom inlet of the collecting cage; the collecting cage is provided with a feeding hole with a feeder; the bottom of the top board is connected with a right-angled windproof protection board and a right-angled protective net; the bottoms of the right-angled windproof protection board and the right-angled protective net are connected with a bottom board. Compared with the prior art, the multifunctional protective wasp hanging-keeping device has the advantages of being capable of isolating crawling natural enemies, flying natural enemies like birds and scollid, collecting queen wasps/worker bees, and closing and feeding the wasp swarm, playing the sunshade and wind and rain prevention functions, being capable of adjusting the height of the honeycomb, being convenient to assemble, disassemble and move, and the like.

The invention provides a combined type beehive and a use method thereof. The combined type beehive comprises transversely arranged production beehives, wherein a breeding beehive is arranged between two adjacent production beehives; a plurality of honeycombs are arranged in the production beehives and the breeding beehives; the breeding beehives and the adjacent production beehives are communicated with each other; queen bee isolation grids for isolating queen bees are arranged on two sides of each breeding beehives. The combined type beehive is convenient for mechanical large-scale breeding, so that the bee breeding production labor burden can be greatly relieved; a production region and a breeding region are separated, so that overall bee escape and honey taking are facilitated; the queen bees in all bee colonies are isolated by the queen bee isolation grids in beehive bodies; worker bees can free pass among all the beehive bodies, so that segregation of the bee colonies is avoided; in a wintering period, the worker bees pass through all the bee colonies in the beehive bodies, and mutual heat preservation is favorable for wintering management of the bee colonies; in a spring breeding period, the worker bees in the beehive bodies pass through mutually, so that mutual heat preservation and larva breeding and honey and pollen collection and sharing of the bee colonies are facilitated, and rapid breeding of the bee colonies in the early spring is facilitated; therefore, the bee colonies reach the highest colony power during production, and the yield and the quality of honey are improved.

The invention discloses a bee breeding system and a drone pupa production method and in particular relates to an industrial bee breeding system and a drone pupa production method. The system comprisesan oviposition cabinet, a sealing and cover cabinet and an incubation cabinet. Bees can be bred in cabinets, through special cabinets and temperature control systems and humidity control systems in the cabinets, professional production and coordination and distribution of responsibilities of bees in a whole year can be achieved, the working intensity of worker bees in gathering honey and maintaining temperature and humidity environments of beehives can be alleviated, production and living of bees are not affected by seasons or external climates, meanwhile, the working intensity of bee farmerscan be also alleviated, and the production efficiency of the bees can be effectively improved. By adopting the drone pupa production method disclosed by the invention, through creative process layoutand professional coordination and distribution of responsibilities, efficient drone pupa production can be achieved, and the production capacity can be greatly improved when being compared with thatof a conventional mode.

The invention discloses a method for preventing, treating and dosing bee larvae disease and aims at providing a method for preventing, treating and dosing bee larvae disease, which has good treating effect and can remarkably reduce medicinal pollution of bees. In the method, medicines for treating the bee larvae disease are added into pollen to form treating potion, and the treating potion is fed into worker bees in a sick bee larva swarm. An optimal method comprises the following steps: mixing the medicines for treating the bee larvae disease and the pollen, adding water and evenly stirring to make paste, and the paste treating potion is convenient to use. The concentration of the treating medicines in the treating potion is the general application concentration, the obtained paste is then fed to the worker bees in the sick bee larva swarm in a general dosage, and the paste treating potion is better put into a frame girder of a beehive so as to provide the convenience for feeding by bees. The invention is mainly used for treating the larvae disease of bees, remarkably reduces the pollution to bees from medicines and improves the quality of products.

The present invention introduces method and device for automatically collecting bee venom. The biological characteristic of worker bee, which is low voltage and small current stimulated to stick and expel venom, is utilized in automatically collecting bee venom. The device for automatically collecting bee venom consists of AC or DC power source, automatic AC or DC controller, and bee venom collector. The device has simple control circuit structure, easy making, low cost and small size, and is especially suitable for collecting bee venom.

The invention relates to a bee raising management method and device. The bee raising management method includes the steps that worker bee pheromone information collected by a bee pheromone biosensor arranged in a beehive is received; whether a bee robbing event occurs in the beehive or not is determined according to the concentration information carried by the worker bee pheromone information; when the bee robbing event is determined, a bee robbing event message is generated and sent to a user terminal, and a groove door closing instruction is generated and sent to a groove door switch in thebeehive to control a groove door to be closed; after the groove door is closed, a temperature adjusting instruction is generated and sent to a temperature adjusting device in the beehive to adjust thetemperature in the beehive. By means of the technical scheme, the bees and environment in the beehive are monitored automatically, operation is conducted in time, and the bee raising quality is improved.

The invention relates to a polyqueen multi-box multi-chamber beekeeping mode, and aims to solve the problems of difficulty in improvement of honey yield, high difficulty in beehive space adjustment, incapability of performing the best nursing on a colony in winter and the like since only one queen bee can be held in one box of the conventional hive breeding. The beekeeping mode is characterized by comprising a nest box with a square frame, a super and a queen barrier, wherein movable partition plates are arranged in the nest box and the super; the number of the super is set according to the habits and the number of bees and the flowering phase of a bee yard to determine that one nest box is matched with one super or one nest box is matched with several supers; the number of the movable partition plates in the super and the direction for relatively moving the partition plates in the nest box are determined according to the habits and the number of the bees and the flowering phase of the bee yard; the position of the queen barrier is set according to the habits of the bees and the flowering phase of the bee yard. The structure is simple, the combination form is variable, and the various requirements in different seasons, at different periods and in different physiological statuses of queens and worker bees in the beekeeping process are met.

The invention discloses a method for batch breeding of queen bees or fixed-day-age worker bees. According to the method, the queen bees or the fixed-day-age worker bees can be bred in batches by adopting a special device. The device is provided with queen bee breeding boxes and a bee nest frame, wherein the bee nest frame is divided into six nest grids by horizontal partition plates and vertical partition plates; the queen bee breeding boxes are placed in the nest grids and are fixed by clamping strips; each queen bee breeding box is provided with five breeding chambers; the breeding chambers can be used for breeding the queen bees, and can also be used for breeding the worker bees; the breeding chambers are mutually independent to facilitate marking; 30 queen bees can be bred in each device; 10 to 20 worker bees are placed in each breeding chamber; 300 to 600 worker bees can be bred by the device. Therefore, the method solves the difficulty of the batch breeding of the queen bees or the fixed-day-age worker bees in the same bee colony, and has great significance on accelerating bee breeding in early spring, storing purebred systems of the bees, ensuring the normal research work and ensuring smooth completion of the queen bee production plan and the like.

The invention relates to a method for producing comb honey and particularly relates to a method for producing the comb honey in a bee hive, which is characterized in that the bee hive comprises a comb frame, two comb honey box bases are respectively installed at the two upper corners of the comb frame and a comb honey box frame with a comb foundation is matched with each base; and a queen bee isolating grid is arranged on the edges of the comb honey box bases to isolate a queen bee and prevent the queen bee from entering a comb honey box to lay eggs. The method for producing the comb honey in the bee hive has the advantages that a small group of bees during reproduction can also produce the comb honey and the feeding enthusiasm of worker bees is also improved; in the aspect of honey sources, regardless of the size of the honey sources and the extent of honey flow, the comb honey can be continuously produced and the yield of the comb honey is improved; and since the comb honey box frame is made of food-grade plastic, the comb foundation is a common comb foundation which is accepted by the bees most easily for constructing a comb, the comb honey box is taken down together with the comb honey after the comb honey is stored and covered, the comb honey box is also used as a packaging box and complete bee products can be obtained after the comb honey box is covered by a special comb honey box cover, the production links are reduced, the secondary pollution is avoided and the production process is very convenient.

The invention relates to the technical field of artificial-propagation subculturing pollination, in particular to a bumblebee artificial-propagation subculturing pollination technology. The technology comprises the following steps: bumblebee growth environment, bumblebee pollination, new queen bee transfer, new queen bee growth environment, new queen bee feeding and new queen bee preserving. The technology has the benefits that after the technical scheme is adopted, the density of worker bees is increased by 2-3 times in unit space, and the pollination efficiency is increased by 2-3 times; vegetable pollination is more uniform, 86 percent of malformed fruits can be reduced, and the quantity of greenhouse commodity fruits can be increased by 11 percent; the technical scheme can gradually increase the number of worker bees in a bumblebee swarm, ensures flower pollination and meanwhile forms new bumblebee swarms; child worker bees continue to carry out flower pollination work; with the continuing, a batch of bumblebees are introduced and can be used for one year; continuously introducing the bumblebees from abroad is avoided, and the cost of import commodity bumblebees is reduced.

The invention relates to the technical field of bee breeding and discloses a queen bee cage. The queen bee cage comprises a box and a baseplate; a worker bee inlet and a queen bee outlet are formed inthe side face or/and top face of the box, and the bottom of the box can be buckled on a honey comb; the baseplate comprises a movable baseplate body in drawer-type connection with the box and a fixedbaseplate body which is fixed to the bottom of the box and provided with a feeding channel, and a worker bee inlet, a queen bee outlet and a feeding channel are formed in the movable baseplate body and coincide and intersect with the worker bee inlet and a queen bee inlet of the box and the feeding channel in the fixed baseplate body; side grooves for the movable baseplate body to slide in are formed in the two side walls in the box, and side groove clamping ports are formed in the side grooves and matched with tap positions on the movable baseplate body through clamping. By arranging the positions of the side groove clamping ports and the number of side grooves, multiple sets of variable models are formed, in and out of worker bees and a queen bee are controlled, and the queen bee is controlled to eat honey on the comb. According to the queen bee cage, multiple functions of locking, introduction and transportation are integrated, and the queen bee cage is easy to operate.