33 results about "Hive frame" patented technology

The invention relates to a modern mechanical movable beekeeping system, which comprises a movable carrier (1), a living region (2) and a beekeeping region (3) and is characterized in that a remote video monitoring system (13) and a GPS (global positioning system) (11) with a distress call function are arranged in the movable carrier (1), the living region (2) is provided with household appliances, articles for daily life, power supply facilities and water supply facilities, the beekeeping region (3) is provided with 2 to 6 layers of left and right hive frames (4 and 5), each layer of hive frame is provided with a chute and a hive (15), a temperature recorder and a constant temperature instrument (12) are arranged outside the bottom of the hive (15), a rain shading and sun shading ceiling (10) is arranged on the top of the beekeeping region (3), a passage (6) is arranged in the middle of the beekeeping region (3), a lifting platform (7) is arranged in the passage (6), and the tail par of the beekeeping region (3) is provided with a hoisting machine (8). The modern mechanical movable beekeeping system has the advantages that the modern mechanical degree is high, the living facilities are complete, the layout of the living region and the beekeeping region is reasonable, the modern monitoring and detecting measures are adopted, the facility equipping is complete, the beekeeping economic benefits are good, the living quality of beekeepers is high, and the large-scale beekeeping requirement can be met.

The invention discloses a multifunctional modularization intensive type Chinese honeybee cultivation box. The cultivation box comprises a beehive base, a base plate, box body side plates, a hive entrance, a hive entrance cover, a hive frame, a partition plate, a vertical queen excluder, a transverse queen excluder, a hive entrance locking strip, a long tongue feeding machine, a layered transverse partition plate base, a rapid feeding cover, a box-type feeding machine, an auxiliary cover, a feeding box, a box cover and a buckle-type connecting piece. The invention further discloses a Chinese honeybee cultivation method. The method comprises the steps of swarming feeding, dual-queen one-colony feeding and multi-queue one-colony feeding, and the swarming one-colony cultivation method is adopted. The whole box body is arranged in a multi-layer mode, multiple functional components are arranged to achieve various corresponding functions, and the whole multifunctional modularization intensive type Chinese honeybee cultivation box has the advantages that the bee colony population is easily increased, the strong colony is easy to maintain, swarming is easy, bees are not likely to fly or escape, the colony population obtained after swarming is larger, hiving is easy, the honey yield is large, honey is easy to obtain, the beehive utilization value is high, management is easy, management workloads are small, the colony cultivation condition can be observed suitably, the occupied area is large, and popularization is promoted.

The invention provides a use method of a natural swarming gate plate in a hive of Chinese bees. By means of the use method, natural swarming of the Chinese bees can be achieved in the hive. The use method comprises the steps that firstly, the gate plate is installed in the middle of the hive; secondly, hive door hole queen excluders are installed on hive door holes of the hive; thirdly, bee colonies are placed in a first chamber with the face provided with queue bee exit holes, and hive frames with hive foundations are placed in the first chamber; fourthly, checking is carried out, the queen excluders on the virgin queen colony hive door holes are removed, and combs in an original colony are disposed or destroyed; fifthly, one bee colony is moved out. The use method is easy to implement, learn and understand, saves troubles and labor, greatly reduces the workload of manual breeding of the Chinese bees, avoids huge losses caused when the Chinese bees fly away from the hive and abscond, and is beneficial for protecting the Chinese bee resources.

A modular observational beehive system. The system includes a base including an elongated member, a pair of support legs, and a latch affixed to each support leg. A first and second hive module each include a pair of sidewalls, a pair of end walls, an upper wall, and a lower wall defining an interior volume adapted to support a hive frame therein. Openings in the end walls allow for the introduction or removal of bees feed, and honey. The first hive module and the second hive module each include a latch and a hook disposed on each sidewall. Using the latches and hooks, the first hive module is securable to the base, and the second hive module is securable to the top of the first hive module in a stacked configuration. The system can be utilized to provide a compact apiary with transparent sidewalls that allow for user observation.

A container for a nucleus hive of bees is provided including a box having a polygonal shaped bottom and a plurality of side walls. Each one of the plurality of side walls extends upwardly from an edge of the polygonal shaped bottom. A side edge of each side wall is attached to a side edge of an adjacent side wall and upper edges of the side walls form an opening. The opening has an area larger than the area of the polygonal shaped bottom and a shape substantially corresponding to the polygonal shaped bottom. A hive frame support means is positioned on inner wall surfaces of a plurality of the side walls. A polygonal shaped removable lid is configured to rest upon and cover the opening. The box and lid are preferably formed from a rigid commodity grade plastic material.

The invention discloses a hive type biological filtration reactor, which belongs to the field of waste gas treatment by a biological filtration method in the atmosphere pollution control engineering in the environment engineering. The reactor mainly consists of a tank cover, a secondary cover, a hive frame, an inner screen, a tank, a movable bottom plate, a hive door stop, a tank rack, an air inlet, a nutrient solution inlet, a nutrient solution distributor and an air outlet. Filtration packing is fixed on the frame consisting of an upper beam, a lower beam and side strips, the nutrient solution inlet and the nutrient solution distributor are disposed on the secondary cover, a residual nutrient solution guiding and draining hole is reserved at the bottom of the tank rack, the air inlet is arranged on the left side of the front of the tank rack, the air outlet is arranged on the right side of the secondary cover and penetrates through the tank cover, and a channel bringing convenience for small animals to move is arranged between the hive frame and the movable bottom plate. The hive type biological filtration reactor overcomes shortcomings that an existing structure of a gas-phase biofilter is not favorable for controlling excessive accumulation of biological films in packing of the gas-phase biofilter by a biological method, and has the advantages of simplicity and convenience in operation, economy and effectiveness.

The invention discloses a beehive for apis cerana fabricius. The beehive comprises a box body, a movable box bottom, a box cover, an accessory cover, a hive frame and a queen excluder; the top of the box body is covered with the box cover, the accessory cover is arranged between the box cover and the box body, the movable box bottom is arranged on the bottom of the box body, and the movable box bottom is in a form of a movable and withdrawable bottom plate; the box body comprises a hive box and a super; the hive box is arranged on the movable box bottom, and the super is arranged on the hive box; the queen excluder is arranged between the hive box and the super; the hive frame is a rectangular frame for supporting and fixing a honeycomb and is hung in the hive box; a hive entrance is arranged on the bottom of the box body, and the height of the hive entrance is 75 mm. according to the beehive for the apis cerana fabricius, the movable box bottom is designed into the form of the movable and withdrawable bottom plate, the mode of periodically withdrawing and cleaning the beehive can be adopted, and in this way, wax residues in the beehive are convenient to clean, and the normal life of swarms is not affected.

A honeycomb honeycomb honeycomb road separation method for separating kings and bees without using the whole queen board. It uses a nest frame with a permanent magnet on the upper beam in the nest box, and uses a non-magnetic ultra-thin lower beam frame in the relay box; it is placed or installed on the upper beam of the nest frame in the nest box. Bee-separating metal sheet; move the king-separation hole to the bee path when it is necessary to separate the king, and move the bee-separation hole to the bee path when it is necessary to separate the bees. Use the method of the present invention to separate the king, and the bees pass through the bee path, and go back and forth between the nest box and the successor box; use the method of the present invention to separate the bees, and the bees will not use beeswax from the bee path to cover the upper beam of the nest frame and the auxiliary cover plate. glued together.

The utility model relates to a cross-shaped honeybee hive capable of quickly multiplying weak and small bee colonies in the same honeybee hive by using half of the frame and comb. It is to install 2 partitions crosswise in the square honeycomb box, one of which has a 1 / 2-long upper slot in the middle of the middle partition, and another slot in the middle of the other partition. One-half of the lower slot, the bee-separating plate slot is inserted into the bee-separating plate, there are 8 nest door holes around the bottom of the nest box, and the upper mouth of the nest box has a field-shaped auxiliary cover plate. The present invention can not only rapidly breed weak and small bee colonies, but also can use a small amount of bees to continuously cultivate new queen bees and reserve queen bees in batches, the success rate of mating of virgin queens is high, and the survival rate of reserved queen bees is high, saving the work of breeding bees and cultivating queen bees Quantity, easy management, laying a solid foundation for obtaining income from bee products, income from bee provenance, and pollination of crops by bees.

The invention discloses a circular apis cerana movable frame capable of enabling apis cerana to form a spherical cluster. A rectangular metal pipe or a bevel-edge metal pipe with two outer edges different in height is bent and welded to form a circular frame circle or bevel-edge circular frame circle; threading holes are equally formed on the center line of the inner wall of the frame circle; thread distribution and tightening holes are uniformly distributed on the center line of the outer wall; bee through holes are uniformly formed in two side surfaces; the circular frame circle is applied to a horizontal beehive; and the bevel-edge circular frame circle is applied to the two edges of a spherical beehive. The circular apis cerana movable frame also has the functions of facilitating comb fetching and inspection, manual apis cerana separation, manual queen rearing and exchange and honey extraction; the frame can be made into a frame with a plastic foundation piece at the middle from a plastic raw material by once injection molding, and also can be made into a frame with a metal foundation piece at the middle from a metal sheet by once stamping. The frame also can be used for rearing apis mellifera and other bee species.

Provided is a method for independently breeding bees. According to the method, a device for independently breeding the bees is adopted for breeding the bees; the device has six honeycomb grids, each honeycomb grid can contain one breeding box, and the front and rear surfaces of each breeding box are provided with a feeding valve and an air-permeable net respectively; by rotating a right-angle pushrod to change the location of a clapboard in each breeding box, a big feeding chamber and a small activity chamber which serve as feeding spaces in each feeding box can be adjusted; a feeding bottleis placed in a clasp of each feeding box and provided with a foodstuff pipe to adjust food ingredients; since a honeycomb frame is attracted to a honeycomb frame air-permeable net through magnetic force of magnetic particles, assembling and disassembling are convenient; since the air-permeable nets of the breeding boxes are separated from the honeycomb frame air-permeable net by vertical cushion strips, the worker bees of an original frock can be effectively prevented from nursing test bees, the difficulty of independently breeding bee-type social insects is solved, worker bees can be bred bybatch, and daily activities and physiological changes of the target bees can be continuously observed, so that the method for independently breeding the bees is applicable to breeding of other bee-type insects.

The invention relates to the technical field of bee breeding, in particular to plateau characteristic bee breeding equipment. The plateau characteristic bee breeding equipment comprises a hive body, a hive cover is arranged above the hive body, a hive door is arranged on one side of the hive body, a hive frame support used for fixing honeycombs is arranged in the hive body, a heat preservation base used for temperature adjustment is arranged at the bottom of the hive body, an air inlet is formed in one side of the heat preservation base, and an air outlet is formed in the other side of the top of the hive body. Aiming at the defects in the prior art, the plateau characteristic bee breeding equipment with reliable performance is provided, the temperature can be kept in a reasonable temperature interval, and the influence of the temperatures in different seasons on bee breeding is avoided.

The invention relates to the technical field of bee culturing and bee pollination, and especially relates to a culturing method of a bee colony with a 45-day continuous pollination ability, and a pollination bee colony culturing device. The pollination bee colony culturing device comprises a hive box, a box cover and hive frames. Hive frame supporting racks are symmetrically arranged on the two ends in a long axis direction on the bottom of the hive box. A plurality of recessed holes are symmetrically distributed on the hive frame supporting racks on the two ends, wherein the spacing between adjacent two recessed holes is 8-13 mm, and the spacing between the recessed holes on one end of the hive frame supporting rack and the hive box inner wall is 5-6mm. The hive frames are vertically inserted into the recessed holes of the hive frame supporting racks. A feed box and a queen bee captivity box are arranged in the hive box. The size of the hive frame racks of the pollination bee colony culturing device is consistent with that of internationally accepted Langstroth hive frames. The pollination bee colony culturing device provided by the invention is used for wild pollination, and does not need manual management after feed is loaded. The bee colony cultured by using the method provided by the invention needs less bees, and only 3000-5000 bees are needed at a time. An original colony queen bee is not needed, and only a virgin queen bee or a rejected queen bee is used. With the method, the cost is only 1 / 10 that of a box of bees, and continuous pollination can last 45 days.

An apiary tool for breaking free and vertically lifting, removing, inspecting and transporting a frame from a bee hive box. The apiary tool having one or more handles, a cross member and one or more lever cams, where a lever cam includes a cam that slides underneath a bee hive frame top bar and an arcuate rolling surface. Rotation of a handle providing dual action that forces the arcuate rolling surface to hold down an adjacent frame while the lever cam pushes upward on the desired frame.

A container for a nucleus hive of bees including a box having a polygonal shaped bottom and a plurality of side walls. Each one of the plurality of side walls extends upwardly from an edge of the polygonal shaped bottom. A side edge of each side wall is attached to a side edge of an adjacent side wall and upper edges of the side walls form an opening. The opening has an area larger than the area of the polygonal shaped bottom and a shape substantially corresponding to the polygonal shaped bottom. A hive frame support means is positioned on inner wall surfaces of a plurality of the side walls. A polygonal shaped removable lid is configured to rest upon and cover the opening. The box and lid are preferably formed from a rigid commodity grade plastic material.

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 beehive remote monitoring system and an intelligent beehive based on a classification model, and belongs to the technical field of beekeeping equipment. The accommodating cavity of the smart beehive is divided by a transparent partition into a honey-brewing cavity for placing the hive frame, and a monitoring cavity for installing a monitoring device; the monitoring device includes a control unit, an infrared camera, a walking mechanism, a power supply battery and a wireless Communication module; The traveling mechanism is controlled by the control unit to drive the infrared camera to move to obtain the scene image of the honey-brewing chamber; A pressure sensor is arranged between the anti-rain box and the pressure sensor, and the pressure sensor outputs a pressure detection signal to the control unit; the control unit turns on the wireless communication module according to predetermined rules and in emergency situations to send monitoring data to the remote server. The beehive can facilitate remote monitoring of the activities of bees, and can be widely used in fields such as wild bee breeding.