Beehives to prevent swarm escape

Abstract

The invention discloses a beehive for preventing a bee colony from escaping. The beehive comprises a beehive cover and a honeycomb, wherein the side wall of the beehive is provided with a mouth; a beehive door capable of closing the mouth is arranged above the mouth in a sliding way; connecting springs are vertically connected between the beehive door and the top of the beehive; an ash receiving plate is arranged in the beehive; the bottom of the beehive is provided with a through hole; an ash receiving groove is formed below the through hole; four supporting legs are arranged on the beehive; a motor is further arranged outside the beehive; the motor is connected with the beehive door; the inner wall of the beehive is provided with an exhaust pipeline; the exhaust pipeline is connected with a blower outside the beehive; a cooling device is arranged between the exhaust pipeline and the blower; a plurality of cold light sources are arranged on the inner wall of the beehive; a temperature sensor is arranged in the beehive; the temperature sensor is provided with a threshold value, and the temperature sensor is connected with the motor, the blower and the cold light sources. The beehive has the advantages that the bee colony is prevented from escaping, the heat damage death rate of the bee colony is lowered, the living environment of the bee colony is improved, and bees are protected from being disturbed during sweeping of the beehive.

Description

technical field [0001] The present invention relates to beekeeping and ecology, and more particularly, the present invention relates to a beehive that prevents bee colonies from escaping. Background technique [0002] In the beekeeping process, it is often encountered that the commotion of individual bees causes the commotion of the entire bee colony, causing the temperature in the beehive to rise sharply. The temperature of the beehive causes a large number of bees to suffer from overheating and die, causing irreparable losses to the beekeepers. Secondly, when cleaning the traditional beehives, all the combs must be transferred to another beehive, and the time for cleaning the beehives is relatively intensive. Frequent removal of the combs is not conducive to the stability of the bees and greatly reduces the honey production. Third, the use of wooden boards in traditional beehives has very limited effect on heat preservation and moisture removal, while bees live in a relat...

AI Technical Summary

Problems solved by technology

[0002] In the beekeeping process, it is often encountered that the commotion of individual bees causes the commotion of the entire bee colony, causing the temperature in the beehive to rise sharply. The temperature of the beehive caused a large number of bees to die from heat injury, which caused irreparable losses to the beekeepers

Secondly, when cleaning the traditional beehives, all the combs must be transferred to another beehive, and the time for cleaning the beehives is relatively intensive. Frequent removal of the combs is not conducive to the stability of the bees and greatly reduces the honey production.

Third, the use of wooden boards in traditional beehives has a limited effect on heat preservation and moisture removal, while bees live in a relatively stable temperature and humidity environment, which is conducive to the growth of bee colonies and increased honey production

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