Bee box and auxiliary equipment

Abstract

The invention discloses bee box and auxiliary equipment. Ventilation ports are formed in a box body or a box cover and is used for ventilation instead of light transmission, a frame can clamp combs, damage to a sealed brood is reduced, the quantity of bees can be adjusted through a queen bee separation entrance, loss is reduced in cooperation with a queen bee collecting box capable of collecting queen bees and drones, a box is round, the entrance is arc-shaped on the back, a feeding device is arranged in the box, water can be added to the feeding device without opening the box, the width of awater feeding channel is set to be within 37 mm, the water feeding channel only occupies the width of one comb, a main body of the feeding device is arranged to be round or square and used in a grid box or a drum type bee box, a water adder can quantitatively add water to the feeding device, labor is reduced, a cage for introduction of the queen bee is 6-15 mm thick and can be put in a bee way without producing burr combs, the queen bee can eat honey on the combs during introduction of the queen bee, worker bees can go in and out during storage of the queen bee, a wasp collection device induces wasps into a collecting box, the wasps are trapped in the box, double covers are adopted for thermal insulation, arc forging parts are arranged on the box covers when the bee box is round, spring hoops are arranged in the middle of the bee box, a bottom plate and the box body are connected through hinges, and an additional observing port is not required during bee checking.

Description

technical field [0001] The invention relates to the technical field of beekeeping, in particular to a beehive and auxiliary equipment consisting of a main body, a vent, a nest frame, a nest door, a feeder, a water dispenser, a king cage, a wasp collector, a box cover, and a king collector. A beehive and auxiliary equipment composed of boxes, hinges, bottom plates, spring hoops. 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 vents, nest frames, nest doors, feeders, water dispensers, king cages, wasp collectors, boxes, etc. The cover and the king box are still not ideal. At present, the air vents used for beekeeping are transparent, and the bees look for the entrance and exit on the window, which is not easy to keep warm. The door cannot adjust the amount of bees, and there is no ventilation after closing the door. It is not easy to install an escape-...

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 vents, nest frames, nest doors, feeders, water dispensers, king cages, wasp collectors, boxes, etc. The cover and the king box are still not ideal. At present, the air vents used for beekeeping are transparent, and the bees look for the entrance and exit on the window, which is not easy to keep warm. The door cannot adjust the amount of bees, and there is no ventilation after closing the door. It is not easy to install an escape-proof nest door for the drum beehive. When feeding honey, the feeder must open the box and pour water into the feeding tank. The tank needs to be widened, occupying two combs The location is inconvenient to add materials, and the king bee cage is easy to trap the queen bee. Put it between the two spleens, and the large bee path needs to be pulled, which is easy to produce superfluous spleens. The wasp prevention can only prevent the wasps from entering the box, but cannot trap the wasps. The wasps are at the door Surrounding and killing bees, the king box is not easy to install on the door of the king’s nest, the size of the king’s hole of the king box cannot be adjusted, the single-layer box cover is not ideal for heat insulation and ventilation, and the circular beehive and box cover consume labor and materials, and are easy to fall apart , the hoop will fall after the wood shrinks, the bottom plate and the box cannot be tilted when checking the bees, and only another observation port can be set up. Whether the design of the beehive and auxiliary equipment is reasonable will affect the development of the bee colony, which will also affect the economic income of the beekeeper , to reduce the labor intensity of beekeepers

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