Egg fetching plug strip and comb matching structure

Abstract

The invention discloses an egg fetching plug strip and comb matching structure, and belongs to a bee-keeping appliance. The egg fetching plug strip and comb matching structure comprises a comb body and a group of egg fetching mechanisms. Comb cells are formed in the comb body, and the egg fetching mechanisms are matched with the comb cells. The egg fetching plug strip and comb matching structure is characterized in that the group of egg fetching mechanisms comprises first egg fetching plug strips and second egg fetching plug strips which are matched with one another, a group of first egg fetching plugs is formed along the length directions of the first egg fetching plug strips, and a group of second egg fetching strips is formed along the length directions of the second egg fetching plug strips; when each first egg fetching plug strip clings to the corresponding second egg fetching plug strip, the first egg fetching plug on the first egg fetching plug strip extends into space between the two corresponding adjacent second egg fetching plugs on the second egg fetching plug strip, and the second egg fetching plug on the second egg fetching plug strip extends into space between the two corresponding adjacent egg fetching plugs on the first egg fetching plug strip; the sum of the quantity of the first egg fetching plugs and the quantity of the second egg fetching plugs is equal to the quantity of the comb cells on a transverse row. The egg fetching plug strip and comb matching structure has the advantages that larvae do not need to be manually shifted from holes one by one, and accordingly the larva shifting efficiency can be improved; the problem of egg fetching missing is solved; eggs are prevented from being damaged in egg shifting procedures.

Description

technical field [0001] The invention belongs to the technical field of beekeeping appliances, and in particular relates to a matching structure of an egg-taking plug and a honeycomb. Background technique [0002] As known in the beekeeping industry, the necessary way to produce royal jelly is to transfer the larvae hatched from the fertilized eggs produced by the queen bee on the honeycomb to the holes on the royal jelly base (also known as the royal jelly base strip) (the royal jelly base strip) Migration holes, the same below), and then the worker bees will diligently and continuously secrete the jelly from the holes on the royal jelly platform with larvae (that is, the secretion hole or the royal jelly hole, the same below), and after a few days, the beekeeper Then collect royal jelly from the platform base. [0003] It can be seen from the above description that there is a worm transfer link in the process of producing royal jelly, that is, there is a link of transferri...

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Problems solved by technology

[0006] CN201393466Y provides a "quick worm moving tool". According to the description of the 2nd line to the 12th line on page 4 of the specification of this patent, it can be known that the patent is the cavity formed by the bottom of the Wangtai base strip as the basis for the worker bees to build a nest. However, due to the cavity There is a certain distance between them, which not only violates the nesting habits of bees, but also reduces the utilization rate of the entire comb by 50%, so the egg production of the queen bee also decreases significantly, which also affects the output of royal jelly

[0007] To sum up, although the above-mentioned patents except CN100350834C have given the enlightenment of ovum retrieval by using ovum retrieval plugs and also shown the spleen, but because the center between the adjacent ovum retrieval plugs formed on the ovum retrieval plug strips Distance is consistent with the center distance of the adjacent holes on the royal jelly platform, and the holes on the royal jelly platform are larger than the holes on the spleen (because the queen bee is bigger than the worker bee as mentioned above), and because the adjacent honeycomb The nest hole is the nest hole, which is the hole where the queen bee lays eggs and tends to have no spacing. Therefore, if the spacing between adjacent ovipositors is consistent with the nest hole on the spleen, then it cannot be satisfied with the royal jelly platform. The holes on the base are consistent, and vice versa. It can be seen that in the prior art, the spacing between the egg-taking plugs on the egg-taking plugs is designed to be a one-by-one structure, that is, the center-to-center distance between adjacent egg-taking plugs is just right. It is the center-to-center distance between two adjacent holes on the royal jelly platform, so that it is a last resort design method to meet the corresponding holes on the royal jelly platform. The reason why it is called a last resort is because the entire nest In the longitudinal direction, the nest holes on the spleen are blocked by egg-taking plugs row by row, that is to say, the utilization rate of the aforementioned spleen is only 50%.

The unfavorable factor that this kind of design mode produces also is; Although the queen bee can recognize the honeycomb on the comb that has just been used and lay eggs to it, but when laying eggs for the second time or the next time, it will not recognize it, because the queen bee will not recognize it when laying eggs. It gradually extends from the center to the surroundings in a spiral shape to form a complete spawning area. For those sporadic empty nests that are separated by surrounding nests with eggs or larvae, the queen bee will not lay eggs in it, especially In the case that there is a capping spleen around (6-7 days after the eggs hatch into larvae, the worker bees will cover the nest with beeswax), the queen bee will not lay eggs on the entire comb until The capped spleen begins to emerge into adult bees, and the queen bee continues to lay eggs in the comb

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