a powder remover

Abstract

The invention discloses a powder remover, comprising a powder remover body. The front of the powder remover body is provided with a plurality of first powder removal rings and assembly holes. The assembly holes are used to install a one-way channel. The bottom and top of the device body are respectively provided with a bottom plate and a top plate, there is a powder removal gap between the bottom plate and the powder remover body, and the upper surface of the bottom plate is a first inclined surface, and the first inclined surface slopes downward from the inside to the outside; the A through groove is set on the top plate, and a plurality of second powder removing rings are arranged in the through groove, and the second powder removing rings are facing the first inclined surface. The invention provides a powder remover, so as to improve the heat dissipation efficiency inside the beehive, improve the enthusiasm and feasibility of bees returning to the nest, facilitate the rapid return of the bees to the nest, and at the same time improve the collection rate of pollen.

Description

technical field [0001] The invention relates to the field of powder removers, in particular to a powder remover. Background technique [0002] Pollen is a kind of natural nutritional product with high value, which has been widely used in diet, cosmetic and other industries. At present, the beekeeper collects pollen by setting a powder remover at the entrance of the front end of the hive. When the bees enter the hive box, a suitable size of entry hole (removing powder ring) is set through the powder remover, so that the bees returning to the hive can pass the powder removal. When the bees pass through the de-pollinating circle, they are passively squeezed out of the pollen collected from their bodies. [0003] The applicant of this case has previously filed a large number of patent applications related to the powder remover, and has optimized and improved the powder remover from many aspects such as improving the powder removal efficiency, reducing the damage to bees, and di...

AI Technical Summary

Problems solved by technology

However, the applicant found in the course of further research that the powder remover in the prior art still has the following disadvantages: (1) the powder remover is installed at the entrance of the beehive, and the powder removal on the front of the powder remover is completely relied on between the beehive and the outside world The airflow exchange between the circle and the one-way channel leads to poor heat dissipation inside the beehive. When the weather is hot, the temperature inside the beehive is easily too high, which makes the bees unwilling to enter the nest; (2) the bees always crawl upward when crawling outside the hive. The biological trend of the biological trend, the applicant found during the experiment that the number of traditional dedusting rings is limited and all of them are located on the front of the dedusting device. When unable to enter the nest quickly, many bees will automatically crawl upwards and stop on the upper part of the de-powdering device. These bees have tried to return to the nest for many times without success, and even stagnate and "strike" on the de-powdering device, which is not conducive to bees. The normal operation of the colony; and the bees also have an aggregation effect, more and more bees stay on the top of the depowder device, and more bees will stagnate here; (3) the existing depowder device, its ideal state The working principle is to rely on the pollen removal ring to peel off the pollen on the bees, and the peeled pollen will automatically fall into the powder storage box; however, the applicant found during the experiment that because the pollen contains sugar substances, it is The exfoliated pollen is easy to stick to each other at the pollen circle, and even accumulates in large quantities on the front side of the pollen circle and the gap between two adjacent pollen circles, resulting in a low pollen collection rate

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