A beehive capable of continuously extracting honey

Abstract

A beehive capable of achieving continuous honey taking comprises a hive body. The beehive capable of achieving continuous honey taking is characterized in that multiple honeycomb bodies which are each provided with an inner cavity and provided with an opening at the bottom of one side, and multiple honeycomb plates are vertically arranged in the inner cavity of each honeycomb body in the length direction of the honeycomb body; each honeycomb plate comprises a support body and half-honeycomb structure bodies arranged on the left side and the right side of the support body, each half-honeycomb structure body is composed of two columns of honeycomb cell groups which are arranged back on to each other, and each honeycomb cell group is formed by up and down sequentially connecting multiple half honeycomb cells. The honey taking period can be greatly shortened by artificially constructing the honeycomb cells, every two adjacent honeycomb plates can move oppositely to enable dislocation of the complete honeycomb cells to occur, and therefore honey in the honeycomb cells flows to the bottom of the honeycomb bodies; honey taking can be achieved at any moment without opening the hive body in the process, the labor intensity of honey taking work is reduced, and the honey taking efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of bee breeding equipment, and in particular relates to a beehive capable of continuously extracting honey. Background technique [0002] The beehive is the place for the bees to reproduce and live in the beekeeping process, and it is the most basic beekeeping tool. The traditional beehive mainly includes a box body and a plurality of frames arranged in the box body, and the bees build a hive on the frame to complete a series of physiological activities. The hive is composed of tens of thousands of hexagonal cells. Bees store honey in certain cells, and then obtain natural honey and other bee products through artificial collection. [0003] Due to the unique internal structure of traditional beehives, when extracting honey manually, the bees are first driven away by smoke, and then the beehives are opened to take out the frames one by one. Return to the hive for reuse. Some beekeepers also use the knife c...

AI Technical Summary

Problems solved by technology

[0004] 1. Due to the requirements of the physiological habits of bees, beehives are often closed structures that are opaque, and beekeepers usually cannot open the beehives frequently to avoid damaging the habits of bees. Therefore, beekeepers cannot understand the internal conditions of the beehives in real time. Bees also only realize the connection between the inside and the outside through the bee path; because of this, it is difficult for beekeepers to accurately judge the best time to collect honey. They must summarize the timing of honey collection through years of beekeeping experience or be guided by experienced beekeepers. Complete the honey harvesting process

[0005] 2. The honey extraction process is very likely to irritate the bee colony and cause the operator to be stung, so most of the honey extraction work is carried out at night

The process of extracting honey involves steps such as expelling bees, unpacking, and transferring honeycombs. The above steps are difficult to automate. Therefore, most of the entire process of extracting honey can only be carried out manually, resulting in low efficiency and increased workload. risk of being stung

[0006] 3. Since the honeycomb will be removed from the frame, when the frame is put back into the box, the bees must also build a new nest. The nesting process will greatly extend the entire honey collection cycle. Follow this method for a long time Extracting honey is not conducive to reducing costs and is not conducive to the normal activities of bees

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