Guide pillar type anti-collision beehive

Abstract

The invention discloses a guide pillar type anti-collision beehive which is characterized by comprising a pedestal, a box body peripheral frame, an upper cover and frames, wherein the box body peripheral frame is formed by surrounding of a front box plate, a rear box plate, a left box plate and a right box plate; an inlet is formed in the lower part of the box body peripheral frame; a mesh bracket is arranged at the upper part of the box body peripheral frame; vent holes are formed in the side wall of the upper cover; the frames are rectangular frames formed by surrounding of upper beams, lower beams, left side pillars and right side pillars; the upper beams are longer than the lower beams, and two ends of each upper beam respectively extend out of each left side pillar and each right side pillar to form hanging lugs; downward steps are arranged at the inner edges of the left and right box plates of the box body peripheral frame; the hanging lugs on two sides of the frame are laid on the steps of the left and right box plates; the frames are arrayed in the box body peripheral frame from front to back in an equal spacing manner; downwards extending vertical holes are formed in the steps at the lower parts of the hanging lugs; a metal hoop with a rectangular section is hooped on each hanging lug in a sleeving manner; the lower parts of the metal hoops are connected with guide pillars plugged into the vertical holes; and pry rings are arranged at the edges, close to the inner sides, of the upper parts of the metal hoops. When the guide pillar type anti-collision beehive is extracted, stored and transported, mutual collision can be relieved by perpendicular motion, and the service life of each frame is prolonged.

Description

technical field [0001] The invention relates to an appliance for bee breeding, in particular to a guide post type anti-collision beehive. Background technique [0002] In the bee breeding industry, the beehive is a necessary breeding tool. Several frames are set in the beehive, and the bees build the honeycomb in the frame, and the honeycomb can be protected by using the frame. During the breeding process, it is necessary to take and place the honeycomb frequently. It is achieved by taking the frames. The existing frames are arranged equidistantly in the beehive. The bee passages between adjacent frames are narrow, and there are always bees in the bee passages. It is difficult to keep them vertical when picking and placing them. state, shaking during transshipment, it is easy to collide, easily destroy the honeycomb and injure the honeybee, which still needs to be further solved. Contents of the invention [0003] In order to solve the above problems, the present inventio...

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Problems solved by technology

[0002] In the bee breeding industry, the beehive is a necessary breeding tool. Several frames are set in the beehive, and the bees build the honeycomb in the frame, and the honeycomb can be protected by using the frame. During the breeding process, it is necessary to take and place the honeycomb frequently. It is achieved by taking the frames. The existing frames are arranged equidistantly in the beehive. The bee passages between adjacent frames are narrow, and there are always bees in the bee passages. It is difficult to keep them vertical when picking and placing them. state, shaking during transfer, are prone to collision, easy to damage the comb and hurt the bees, this still needs to be further resolved

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