Honeycomb chamber for vespid culturing

Abstract

The present invention discloses a honeycomb chamber for vespid culturing. The honeycomb chamber comprises a box, a honeycomb hanging crossbar, an access hole, a net bag and a feeding device. A tray is arranged on the lower side of the box; a padding is arranged in the tray; the box is placed on the padding; a mesh plate is detachably mounted on upper surface of the box; a lens hood is arranged on the outer side of the mesh plate; the access hole is interpolated with a connecting pipe; and the feeding device is of a piston structure. The mesh plate and the lens hood are used for replacing a traditional cover plate, the interpolated connecting pipe is additionally arranged in the access hole, the tray and the padding are arranged on the lower side of the box, and a cylinder piston feeding device is arranged above the net bag, so that the honeycomb chamber provided by the present invention is scientific in feeding, easy to observe and manage, convenient to clean and clean, and the entire feeding management process is unlikely to disturb bee colonies and is beneficial to healthy growth for vespids.

Description

technical field [0001] The invention relates to the technical field of special insect breeding, in particular to a honeycomb chamber for wasp breeding. Background technique [0002] The bee pupa of the wasp is a delicious high-protein and high-nutrition food raw material, and the bee venom and honeycomb are valuable medical raw materials, so they have high economic value in the direction of food and medicine. However, in recent years, with the extensive use of pesticides and the destructive burning of bees to extract pupae by humans, the overall damage to wild bee colonies has been great, and the natural reproduction of wasps has been greatly affected, and the number of wild wasps has decreased sharply. In order to meet market demand, people have researched and explored many techniques for artificially breeding wasps over the years, summed up a lot of experience, and solved the problem of low breeding rate of quasi-queen bees to a certain extent, but there are still some def...

AI Technical Summary

Problems solved by technology

However, in recent years, with the extensive use of pesticides and the destructive burning of bees to extract pupae by humans, the overall damage to wild bee colonies has been great, and it has had a huge impact on the natural reproduction of wasps, and the number of wild wasps has declined sharply.

In order to meet market demand, people have researched and explored many techniques for artificially breeding wasps over the years, summed up a lot of experience, and solved the problem of low breeding rate of quasi-queen bees to a certain extent, but there are still some defects in the structure of beehives, such as the Chinese patent The application number is 201420549551.9, and the patent name is "Wasp Breeding and Moving Beehive" is one of them. Because the structure of the beehive designed by it is unreasonable, there are the following disadvantages: ①. ②. When the upper cover on the top of the beehive is closed, it is not convenient to observe the condition of the queen bee in the box. When it is opened, it will disturb the queen bee and affect its normal activities; ③. The wasp access hole is directly fixed with the mesh bag, and the cleaning net is replaced. It is easy to scare the queen bee; ④, the feeding device is a trough structure, the feed is easily polluted, wasteful and not conducive to the healthy growth of wasps

Due to the above defects in the traditional beehive, it not only increases the labor intensity of manual cleaning of the beehive, but also disturbs the bee colony during the cleaning process, causing the bee colony to be restless and affecting the normal growth and development of the bee colony

If the beehives are not cleaned in time or the bee colony feeders are unsanitary, a large number of bacteria will multiply in the beehives, the bee colonies will be infected, cause diseases, and even group death will increase the risk of breeding and reduce the economic benefits of farmers

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