Wooden interlining hollow beehive

Abstract

The invention discloses a wooden beehive with a hollow interlayer, which comprises a hive and a hive cover connected with the hive thereon. Wooden interlayer hollow inner chambers (4) are communicated with each other and all arranged on four sides at the periphery of the hive; air control intakes and outtakes (7, 5) communicate with the hollow inner chambers (4) and arranged on the sides of the hive. Wooden interlayer hollow inner chambers (2) communicate with each other and arranged on the hive cover; air control inlets and outlets (3) communicate with the hollow inner chambers (2) and arranged on the sides of the hive cover. The size of the air control vents on the hive and the hive cover is adjusted by timely opening and / or closing so as to optimize the temperature and the humidity for bees to adapt to the survival in the beehive. Compared with the prior art, the beehive obviously improves the living condition of the bees in the beehive, reduces the increased quantity of motion due to the bees' inadaptability to the temperature and the humidity in the beehive and effectively saves the beebread; and controls the reproduction and spread of the infectant pathogen in the beehive, prolongs the bees' life span and obviously increases the collection of bee product.

Description

(1) Technical field: [0001] The invention relates to a bee breeding tool; in particular, it relates to a wooden interlayer hollow beehive. (two) background technology: [0002] The beehives used in the existing bee breeding technology are made of single-layer wooden boards. Although the wooden boards have certain thermal insulation and cold insulation effects, the beehives placed in the field for honey bees for a long time are subject to harsh wind, sun, rain, etc. Due to the erosion of the brush, the single-layer plate of the beehive is very easy to crack and crack. Under the severe temperature difference changes in spring, such as the influence of wind and dry climate; in summer, beehives are soaked by high temperature, sunlight and rain for a long time. Survival in a wet environment and a large number of infectious bacteria requires continuous high-frequency flapping of wings to cool down and / or discharge moisture, which increases the labor intensity of bees and the cons...

AI Technical Summary

Problems solved by technology

Under the severe temperature difference changes in spring, such as the influence of wind and dry climate; in summer, beehives are soaked by high temperature, sunlight and rain for a long time. Survival in a wet environment and a large number of infectious bacteria requires continuous high-frequency flapping of wings to cool down and / or discharge moisture, which increases the labor intensity of bees and the consumption of feeding feed; infectious bacteria multiply and spread, leading to their death The rate is high, significantly reducing the survival of colony bees

Bees are dormant in winter, and single-layer wooden boards with cracks and gaps have poor insulation and cold insulation effects. Cold wind and low temperature invade the box, disturbing the dormant bees. In order to maintain their individual and group life, bees must exercise to maintain a constant temperature. Stabilize the temperature in the hive, promote the continuous increase in exercise and feed consumption and reduce the lifespan of bees

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