Beehive and auxiliary equipment

Abstract

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.

Description

technical field [0001] The invention relates to the technical field of beekeeping, in particular to a beehive, a mating hanging box, a successor box, a reflective layer, a thermal insulation layer, a king partition, a secondary cover, a one-way door, a king hole, a diverter plate, and a king controller , Bee hive and auxiliary equipment composed of non-moving insect king breeding device, nest door, king partition, feeder, ventilation window, nest frame, honeycomb box, small partition, large partition, box cover. Background technique [0002] At present, with the development of beekeeping technology in the beekeeping industry, bee tools have made progress to a certain extent, but for beehives, mating boxes, successor boxes, king partitions, one-way doors, box covers, king hole, king control The improvement of the device, the non-moving insect king breeding device, the nest door, the king partition, the feeder, the ventilation window, the nest frame, and the honey box is still...

AI Technical Summary

Problems solved by technology

[0002] At present, with the development of beekeeping technology in the beekeeping industry, bee tools have made progress to a certain extent, but for beehives, mating boxes, successor boxes, king partitions, one-way doors, box covers, king hole, king control The improvement of the device, the non-moving insect king breeding device, the nest door, the king partition, the feeder, the ventilation window, the nest frame, and the honey box is still not ideal. Poor performance, light-transmitting ventilation, collecting bees gathered in the vents, poor ventilation in the beehive, poor ventilation in the box when the nest door is closed in transition, suffocating bees, large material for the box cover, high cost, and the connection between the relay box and the main box Leakage, easy to shift, unreasonable design of the position of the queen hole on the queen partition, the queen bee is easy to run to anothe...

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