According to the present invention, in a bee raising structure in which the raising temperature of the infant bees of a bee colony and the temperature of the bee group itself are combined to generate high heat, as the temperature becomes higher, the air expands to be lighter. Thus, the upward air is collected between beehive combs and on an undersurface of cotton cloth, so that high heat is gradually filled up to a lower side of the bee raising structure. If the temperature is 37°C or more, the brooding is stopped so that a week colony is maintained due to swarming where swarming heat is generated. However, when high heat of 35°C or more is suctioned through a hose connected to a hose at an inlet of a ventilator at a side of a high-temperature beehive comb inside the bee raising structure, the suctioning and injecting are adjusted to allow the heat of 35°C to be left, and thus a large colony is maintained in virtue of the swarming heat and warming prevention without overheat inside the bee raising structure. It is possible to obtain a great amount of honey and improve extendibility of life extension due to an increase in continuous brooding capacity and divided burdens of the large colony where old bees are accumulated, as in early spring during which life is extended.COPYRIGHT KIPO 2015본 발명은 봉군 육아 충만의 육아자온과 봉군자체 온도 혼합 고열발생된 봉구내 고열일수록 다량 공기 평창되어 가벼워진 공기상향된 소광사이와 면포 밑면 고여져서 차차 봉구하측까지 충만된 37℃ 이상시 육아 중지로 분봉열이 발생된 분봉으로 약군 유지하게 된다.그러나 봉구내 고열 소광대상측 환풍기 흡입구 호스 연결 호스고열 35℃ 이상 흡입시 35℃이하만 남기는 흡입주입조절함으로 봉구내 과열없이 분봉열과 온난화 방지로 대군 유지가 되어 다량 꿀과 수명 연장되는 초봄같이 연속 육아력 상승과 노봉축적되는 대군의 분할 부담으로 수명 연장의 확장력 상승된다.
