20results about "Beehives" patented technology

According to some embodiments, a method for sensing a target frequency of an insect is provided. The method includes obtaining an acoustic signal comprising a plurality of frequencies, wherein the plurality of frequencies includes the target frequency. The method includes isolating the target frequency from the plurality of frequencies using a metamaterial. The method includes sensing the target frequency of the insect based on the isolating.

The application discloses a multifunctional box baffle for gathering propolis in a beehive and a use method, relates to the field of beehives, and comprises a big box body and a baffle, wherein the bottom end of the big box body is fixedly installed with the baffle; the volatile irritating smell of formic acid stored in the small box body is upwardly passed through the propolis collecting net at the upper opening, the bees have a stress reaction to the smell, and the bees continuously and actively collect propolis to gather and block the small box body; meanwhile, the volatilization and fumigation of the formic acid can disinfect the beehive, prevent mite damage, and promote the normal development of the bee colony, which is multi-beneficial; according to the external propolis source condition, a proper amount of formic acid solution can be artificially added to the small box body at regular intervals to stimulate the bees to collect propolis, and single-species propolis can be collected; the formic acid solution can be artificially added for multiple times to stimulate the bees to continuously collect propolis, prolong the propolis collecting time of the bees, and increase the propolis collecting amount; in addition, according to the strength of the colony, the amount of the added formic acid and the number of the small box bodies can be determined, and the application is flexible.

Described herein is an artificial honeycomb cassette (100) including a pair of separable modules (110), each separable module (110) including: an outer face (111) and an opposite inner face (112); and a plurality of artificial honeycomb cells (120), each artificial honeycomb cell (120) extending from an outer end (121), at the outer face (111), to an inner end (122), at the inner face (112), wherein the inner end (122) of each artificial honeycomb cell (120) is partially closed by a respective base structure (123); wherein, the separable modules (110) are configured such that, when the separable modules (110) are joined along their inner faces (112), the respective base structures (123) mate to substantially close respective inner ends (122) of the artificial honeycomb cells (120).

This utility model discloses a bee pollination protection device, relating to the field of bee pollination technology. It includes a base with multiple sets of sliding seats fixed on both sides of the upper end. A control box is provided at one end of each sliding seat. A first sliding plate and a second sliding plate are respectively installed on the inner side of each sliding seat. Multiple sets of connecting seats are fixed on the upper ends of both the first and second sliding plates. A protective box is fixed on the inner side of each connecting seat. A first waterproof motor and a sliding column are respectively located at the center of both sides of the upper end of the base. The advantages of this utility model are: it allows the bee pollination protection device to protect the beehive through the protective box, preventing damage to the bees in the beehive when the user sprays pesticides on the pollinating object; it allows the bee pollination protection device to adjust the height of the beehive according to the growth stage of the pollinating object, facilitating direct access to flowers by bees, reducing flight distance, and thus accelerating the pollination efficiency.

The application provides an intelligent beehive control system and method, and relates to the field of intelligent beekeeping. The method comprises the following steps: preprocessing and cross-validation are performed on data collected by a sensor array in a beehive to obtain real-time multi-source data, and temperature data and CO2 data are collected; a feature analysis module is constructed, and each channel in the parallel feature analysis module independently analyzes the real-time multi-source data to obtain a four-dimensional queen bee feature vector; a queen bee behavior prediction is performed through a machine learning model to output candidate queen bee data; the full life cycle data of an existing queen bee is recorded through a visual sensor and a sound sensor to generate a queen bee detection data set, and a digital twin platform is constructed; queen bee alternation simulation and prediction are performed to output candidate queen bee prediction data; and the health of a bee colony and the production environment are judged and controlled. The technical problems of inaccurate queen bee state description, difficult prediction of the alternation process, and lack of scientific and quantitative basis for candidate queen bee screening are solved.

This provides an indicator for checking the condition of the queen bee in beekeeping without opening the hive. [Solution] The queen bee status indicator comprises a main body attached to the side wall of the beehive and a display unit that changes color or shape in response to the presence of a queen bee. Inside the main body 1 is an adsorption layer 3 that adsorbs odor components including pheromones derived from the queen bee, and the display unit provided on the main body displays the queen bee's status by changing color or appearing a pattern according to the adsorption state, thereby providing visual information from the outside.

The utility model discloses a kind of cooling type beehives, including beehive body and top cover, the top of both sides of beehive body is fixedly connected with sun shield, the side of beehive body is equipped with fan, the air outlet end of fan is communicated with air pipe, the utility model relates to beehive technical field.This cooling type beehive is monitored in temperature by temperature sensor in real time, when temperature is too high, single-chip microcontroller controls to start fan, air supply is sent through air pipe, cooperate with air deflector and air vent, ensure the accelerated flow of air, can accelerate to reduce the temperature in box, create suitable living environment for bee, guarantee the health of bee colony and honey production, simultaneously, air deflector can avoid wind flow direct blow, do not disturb normal activity of bee;Sun shield can block direct sunlight in summer high temperature period, reduce the heating of beehive body by sunlight, reduce the amplitude of temperature rise in box to a certain extent.

The utility model relates to the technical field of planting frames, and provides a combined beehive planting frame which comprises a beehive placing frame plate, the top of the beehive placing frame plate is fixedly connected with an assembling mechanism, the assembling mechanism comprises a supporting column fixedly installed on the top of the beehive placing frame plate, and the outer wall of the supporting column is fixedly connected with a supporting frame. A movable rod is movably connected to the interior of the supporting frame, a clamping block is fixedly connected to one end of the movable rod, a baffle is fixedly connected to the other end of the movable rod, a reset spring is installed at the top of the baffle, and a planting frame plate is installed on the outer wall of the supporting column. According to the device, the baffle is pushed upwards, the planting frame plate moves downwards along the clamping block in a butt joint mode, the planting frame plate is placed on the supporting frame, the baffle is released after the clamping block is rotated, under the action of the reset spring, the bottom of the clamping block is driven to be attached to the top of the planting frame plate, and the effect that the planting frame plate and the beehive containing frame plate are stably assembled conveniently is achieved; the space utilization rate can be improved.

This invention relates to the field of beekeeping equipment technology, specifically a honeycomb frame, comprising a frame and honeycombs. The frame consists of an upper beam, a left post on the left, a right post on the right, and a bottom beam forming a hollow structure. The honeycombs are hexagonal cells formed by filling the hollow frame with multiple beeswax cells. A limiting steel plate is embedded in the left post (a longitudinally positioned left limiting steel plate), and a longitudinally positioned right limiting steel plate is embedded in the right post (a right limiting steel plate). When cutting away the beeswax outside the honeycombs, the cutting blade moves downwards along the outer edges of the left and right limiting steel plates, precisely cutting away the beeswax outside the honeycombs. This honeycomb frame offers the advantages of accurate cutting without damaging the frame.

The utility model discloses a constant temperature beehive, including box, beehive cover and both sides water tank. Box built -in circulation pipe network, feeding trough and temperature sensor, and the outer wall annular arrangement microphone array, beehive cover is connected through quick detach buckle and is equipped with safety locking mechanism, and water tank built -in heating assembly and water pump, form closed water circulation loop through shunt pipe, circulation pipe and backflow pipe. Temperature control unit according to temperature sensor data dynamic regulation heating pipe power, maintain the constant temperature environment in the box, and feeding trough is equipped with liquid level sensor, can automatic alarm and support remote liquid supplement, and microphone array gathers the wing sound print of bee colony, and after the analysis of control module, transmission to mobile terminal. The present application passes through water circulation temperature control, intelligent feeding and acoustic monitoring technology, realizes the accurate regulation and control and remote management of the habitat of bee colony, and significantly improves the breeding efficiency and the health level of bee colony, is applicable to the large -scale bee -keeping scene.

Provided is a beehive frame transport cart (10) comprising a support frame (12) supporting a wheeled reservoir container (14) which defines a honey reservoir (16) with a tap (18) located at a bottom thereof. Also included is a plurality of open-bottomed frame containers (20) each configured sealingly to stack on the reservoir container (14) and / or each other, each frame container (20) defining an internal upper peripheral ledge (22) for receiving ends of beehive frames to suspend a plurality of said frames in a substantially vertical and side-by-side manner within said frame container (20). Cart (10) also includes a plurality of foraminous queen excluder plates (24) each insertable at a bottom of a stacked frame container (20), and a lid (26) configured to seal an upper stacked frame container (20), or to engage with a bottom of a frame container (20) to form a drip tray, as required, wherein a plurality of beehive frames is receivable, transportable and storable within the cart.

The invention relates to the design of frames used in beekeeping, the automation of the preparation of wire mesh for holding honeycombs, and the design of the device for performing the wiring. The essence of the invention is that the frame (10) frame bars (11, 12, 13, 14) of the frame (10) are formed receiving openings (20) of a shape and position different from the usual ones, and hooking elements (50) different from the known solutions are used in them for the guide sections (34, 35, 36, 37) of the bridging thread (31) forming the wiring (30), so that the bridging thread (31) can be completely pulled through the receiving openings when the bridging thread (31) is pulled through the receiving openings (36, 37) forming the wire (30), the wire forming process can be automated by pulling the given parts of the bridging thread (31) completely through the receiving openings (20) to form temporary loops (1, 2) and then pushing the hanging molds (50) into the frame (10), followed by tensioning and securing the bridging thread (31) to the frame (10). This process can be carried out using a suitably designed device (80), the essence of which is that tool holders (83) carrying pulling devices (60) or pushing devices (70) suitably designed for the wiring (30) are used, and a moving component (84) is used to change the position of the clamped frame (10) and the tool holder units (83) in a programmed manner.

The application discloses a device and method for preventing flying escape of a swarm of bees by using division and heat expansion, which comprises a box body, a channel, a bee isolation mechanism and a control assembly. The box body comprises a first area and a second area, which are separated by a partition. First and second openings are respectively arranged on the side wall of the first area. The channel is connected between the first and second areas, and one end of the channel is fixedly connected with the second opening. The bee isolation mechanism comprises a frame assembly and a first partition plate slidably connected with the frame assembly. The first partition plate is located between the first and second openings, and a driving cylinder is fixedly connected with the top of the first partition plate. The control assembly comprises a sound sensor and a controller. The detection end of the sound sensor is arranged on the inner wall of the first area, and the controller is electrically connected with the sound sensor and the driving cylinder. The application can automatically and safely capture the flying escape of a swarm of bees, control the division of the swarm of bees, avoid the spread of bee diseases and protect the bee germplasm resources.

The utility model relates to the technical field of bee breeding equipment, specifically relates to a foamed honey box, including the box of foamed material and the cover of the cover body on the top of box, be equipped with the stepped window on the lateral wall of box, the stepped window is constituted by outer window, inner window and connecting portion, outer window detachable connection cover plate, the gauze screen component of detachable connection covering inner window is established in the inside of box, still be equipped with the ventilation opening and the honeycomb mouth in the box, the filter screen is established in the inside of ventilation opening, the outside is equipped with the adjusting part of adjustable air volume, the utility model has the advantages of foamed material lightweight, low cost, the good advantage of heat preservation, through the cover plate, gauze and adjusting part of the ventilation opening place setting of stepped window, realize the flexible adjustment of ventilation and heat preservation state, the design of stepped window avoids the weakening of the local structure strength of box due to the window opening, effectively prevent the deformation or damage of window place, improve the durability of honey box, be applicable to the bee breeding, and the practicality is strong.

The utility model discloses a kind of honey excrement recovery devices, including collection box, the upper end surface of the collection box is provided with notch, the upper of the inside of the collection box is provided with conveyor belt, the lower of the conveyor belt is provided with scraper, the upper end of the scraper and the lower end surface of conveyor belt are bonded contact, the inside of the collection box one side is fixedly installed with guide material inclined block, the lower of the collection box is fixedly installed with bottom box, the inside of the bottom box one side is provided with recovery cavity, the recovery cavity is communicated with collection box, the bottom box one side is fixedly installed with cover along the one side of recovery cavity, the upper of the inside of conveyor belt is provided with inner box, the inner box is fixedly connected with collection box. Its realized the recovery of honey excrement near beehive nest door, increased practicality, to solve the problem that some excrement of honey possibly falls in beehive nest door, long-term accumulation possibly breeds mould or parasitic worm, is not conducive to the health of honey.

The application discloses a multifunctional propolis collection nest door and a use method, relates to the field of multifunctional nest doors, and comprises a beehive main body and a nest door.

A mobile enclosure system includes a container and subsystems, including at least one of: a heating unit, a cooling unit, a humidity control unit, and a gas / vapor input unit. The system also includes sensors for monitoring environmental conditions within the container and generating environmental data, and a control unit connected with the subsystems and the sensors. The container includes a mobile foundation and a structural envelope on top of the mobile foundation. The control unit is configured for tracking power consumption by the plurality of subsystems coupled with the container, receiving the environmental data from the plurality of sensors, and modifying at least one operating parameter of the plurality of subsystems in accordance with the environmental data. In embodiments, the structural envelope is a permanent structure or includes insulated panels configured for repeated assembly and disassembly. The system may be compatible with multiple add-on packages for different applications.