Fly larvae breeding device

Abstract

The invention relates to a fly larvae breeding device, in particular to a fly larvae breeding device, wherein a cultivation room is divided into a plurality of rooms, the larvae grow at different stages, part of the grown larvae are picked up, the unpicked larvae are turned into flies, the flies escape to a fly habitat room located at the upper portion of the cultivation room, inhabit and lay eggsin the cultivation room, and the larvae can be automatically cultivated when the cyclical process is repeated. In order to realize the objective, the fly larvae breeding device is characterized by comprising a fly habitat, a larval breeding field arranged in the fly habitat and a cover rotatably disposed at an upper portion of the larval breeding field.

Description

technical field [0001] The present invention relates to a fly larva cultivation device, and more specifically relates to a cultivation chamber divided into several, so that the larvae grow in different stages, and at the same time, pick up a part of the larvae that have completed growth and development, and the unpicked larvae transform into flies and escape. The fly larva cultivation device is a fly larva cultivation device that goes out to the fly habitat chamber located on the upper part of the cultivation chamber, inhabits and lays eggs in the cultivation chamber, repeats the above cycle process, and automatically breeds the larvae. Background technique [0002] Generally speaking, fly larvae, that is, maggots are composed of high protein and are often used as feed or as bait for fishing. [0003] Recently, when the wound is heavily stacked and it is difficult to distinguish rotten flesh from new flesh, maggots are put into places that are difficult to operate or wounds ...

AI Technical Summary

Problems solved by technology

[0007] However, the previously granted patent is driven by the cultivation box for the growth and development of larvae. In terms of management, there are problems in the increase in food supply due to growth and development, and the reduction in cultivation efficiency such as excrement disposal.

[0008] That is to say, there is a sharp increase in the load on the equipment and equipment caused by the weight increase corresponding to the growth and development of the fly larvae. The operation of the fly breeding device causes the pressure on the larvae to increase. Since there is no direct connection to the metamorphosis field, it is necessary to manually select and complete the growth. larvae and transfer them to the molt field, etc., which reduces the efficiency of operations

[0009] Therefore, there is the following problem in the fly breeding device of the prior art as described above. Since the breeding box where the fly larvae inhabits is combined and fixed to the conveyor belt and driven, compared with the scale of the equipment, the production capacity of the larvae is relatively small. Repair and maintenance costs are high, and a large number of larvae need to be continuously cultivated in a narrow space, which reduces its economy and efficiency as a cultivation equipment