阅读说明：本技术 一种蝇蛆养殖设备 (Fly maggot breeding device ) 是由 李春平 于 2020-06-30 设计创作，主要内容包括：本发明具体实施方法把蝇蛆生长区(1-3)放在地面或放在架板上,里面放上蝇蛆饲料(动物粪便或植物性垃圾),在引入苍蝇卵在上面,使苍蝇卵在饲料上面经过三到七天的发育生长,把蝇蛆化蛹区(1-2)由蝇蛆化蛹区-扣接(1-2.3)扣在蝇蛆生长区-侧挡板(1-3.1)内侧上面,这样经过七天左右生长发育成熟的蝇蛆会顺着蝇蛆生长区-侧挡板(1-3.1)往上爬出,经过蝇蛆化蛹区-扣接(1-2.3)往上爬到蝇蛆化蛹区-化蛹台(1-2.2)平台处化蛹,这样就可以方便收取蝇蛆蛹,为了防止蝇蛆从蝇蛆化蛹区-侧挡板(1-2.1)处往上爬出逃跑,把防逃盖(1-1)由防逃盖-扣接(1-1.3)处与蝇蛆化蛹区-侧挡板(1-2.1)外侧盖上,这样蝇蛆只能回到蝇蛆化蛹区-化蛹台(1-2.2)上化蛹,防逃盖(1-1)上方有防逃盖-顶面(1-1.1)以防蝇蛆逃跑及防逃盖-透气孔(1-1.2)为蝇蛆提供空气流通的气孔,这样蝇蛆可以在一种蝇蛆养殖设备中生长化蛹过程,如果需要立体养殖,可把多个一种蝇蛆养殖设备放在多层支架上面,形成立体养殖模式。(The specific implementation method of the invention is that the fly maggot growing area (1-3) is placed on the ground or on the frame plate, the fly maggot feed (animal manure or plant garbage) is placed in the fly maggot growing area, fly eggs are introduced on the fly maggot growing area, the fly maggot pupation area (1-2) is buckled on the inner side of the fly maggot growing area-side baffle (1-3.1) by the fly maggot pupation area-buckle connection (1-2.3), thus the fly maggots growing and developing mature after about seven days can climb up along the fly growing area-side baffle (1-3.1) and climb up to the fly maggot pupation area-pupation platform (1-2.2) platform through the fly maggot pupation area-buckle connection (1-2.3), thus the fly maggots can be conveniently collected, and the fly maggots can be prevented from climbing up from the fly maggot growing area-side baffle (1-2.1), the anti-escape cover (1-1) is covered at the position of the anti-escape cover-buckle joint (1-1.3) and the outer side of the fly maggot pupation area-side baffle (1-2.1), so that the fly maggots can only return to the fly maggot pupation area-pupation platform (1-2.2) to pupate, the anti-escape cover-top surface (1-1.1) is arranged above the anti-escape cover (1-1) to prevent the fly maggots from escaping, and the anti-escape cover-air holes (1-1.2) provide air holes for air circulation of the fly maggots, so that the fly maggots can grow and pupate in one fly maggot culture device, and if three-dimensional culture is needed, a plurality of fly maggot culture devices can be placed on the multilayer support to form a three-dimensional culture mode.)

1. The utility model provides a fly maggot cultured equipment originally which characterized in that: comprises three basic devices, namely an anti-escape cover (1-1), a fly maggot pupation area (1-2) and a fly maggot growth area (1-3); the device comprises a component detail anti-escape cover, a top surface (1-1.1), an anti-escape cover, air holes (1-1.2), an anti-escape cover, a lock joint (1-1.3), a fly maggot pupation area, a side baffle (1-2.1), a fly maggot pupation area, a pupation platform (1-2.2), a fly maggot pupation area, a lock joint (1-2.3), a fly maggot growth area, a side baffle (1-3.1), a fly maggot growth area and a bottom surface (1-3.2); the fly maggot growing area (1-3) is placed on the ground, the fly maggot pupation area (1-2) is buckled on the inner side of the fly maggot growing area-side baffle (1-3.1) through the fly maggot pupation area-buckle connection (1-2.3), and the escape-proof cover (1-1) is covered on the outer side of the fly maggot pupation area-side baffle (1-2.1) through the escape-proof cover-buckle connection (1-1.3).

2. The method of claim 1, wherein: a plurality of fly maggot breeding devices are placed on the multilayer support to form a three-dimensional breeding mode.

Technical Field

The invention relates to the technical field of insect breeding equipment, in particular to the technical field of fly maggot breeding equipment.

Background

The existing high-protein animal feed has higher purchase price and higher cost for aquaculture poultry farmers, the difficulty can be effectively solved by obtaining the high-protein animal feed by feeding the fly maggots, and the fly maggots have rich nutritive value and create more advanced comprehensive benefits in the aspects of improving the benefit and productivity of the cultured products, and ecologically, environmentally and circularly.

Disclosure of Invention

The invention aims at 1, providing a high-protein animal feed with rich nutrition for producing and breeding healthy poultry and aquatic products, and achieving corresponding production benefits; 2. the productivity is improved; 3. the environment is protected; 4. realizes the coexistence of environmental protection and rich nutrition and practical benefits.

The invention solves the problem of contradiction between high price and benefit of high-protein animal feed in the existing poultry and aquaculture work, solves the problems of ecological imbalance, environmental pollution, water resource waste and the like caused by the difficult treatment of excrement residual food at the bottom of a pond mouth and the treatment of poultry excrement in the aquaculture process in the prior art, and solves the problem of excrement pollution after poultry and shrimp pond culture for a period of time by utilizing the excrement residual food to culture fly maggots, thereby realizing the purpose of recycling and high-efficiency production by carrying out environment-friendly treatment.

The equipment is convenient and quick to assemble, easy to realize intensive culture, and scientific and reasonable in design, reduces labor cost, is environment-friendly and efficient, can be combined in a three-dimensional mode, facilitates production management, saves space and improves productivity.

The equipment plays a role in protecting the environment, is high-efficiency factory equipment, and contributes to the construction of high-efficiency agricultural production economic models.

Technical scheme

The purpose of the invention is to complete equipment assembly through the basic equipment combination, and the breeding equipment increases the breeding area by adding the three-dimensional partition plates to place the fly maggot breeding equipment, thereby forming the breeding effect with large density and high yield.

The invention discloses basic equipment and part names: three basic devices are an anti-escape cover (1-1), a fly maggot pupation area (1-2) and a fly maggot growth area (1-3); the device comprises a component detail anti-escape cover, a top surface (1-1.1), an anti-escape cover, air holes (1-1.2), a buckle connection (1-1.3) of the anti-escape cover, a fly maggot pupation area, a side baffle (1-2.1), a fly maggot pupation area, a pupation platform (1-2.2), a fly maggot pupation area, a buckle connection (1-2.3), a fly maggot growth area, a side baffle (1-3.1), a fly maggot growth area and a bottom surface (1-3.2).

The functional characteristics of the device are that the device is convenient and quick to install, the design is scientific and reasonable, the problem that the high-protein animal feed is lacked and the high-density culture problem is solved in the process of poultry and aquaculture, the culture cost is reduced, the installation and use method is that the fly maggot growth area (1-3) is placed on the ground or on the frame plate, the fly maggot feed (animal excrement or plant garbage) is placed in the fly maggot growth area, fly eggs are led on the fly maggots, the fly maggots grow on the feed through three to seven days, the fly maggot pupation area (1-2.3) is buckled on the inner side of the fly maggot growth area-side baffle (1-3.1) through the fly maggot pupation area-buckle (1-2.3), the mature fly maggots grow and grow about seven days and climb out along the fly maggot growth area-side baffle (1-3.1), and the fly maggot pupation area-buckle (1-2.3) is buckled to the fly maggot pupation platform (1-fly pupation platform (1-2.3) 2.2) pupating at the platform, so that the fly maggots and pupae can be conveniently collected, in order to prevent the fly maggots from climbing upwards from the fly maggot pupation area-side baffle (1-2.1) to escape, the anti-escape cover (1-1) is covered on the outer side of the fly maggot pupation area-side baffle (1-2.1) from the anti-escape cover-buckle (1-1.3), thus, the fly maggots can only return to the fly maggot pupation area-pupation platform (1-2.2) to pupate, the anti-escape cover-top surface (1-1.1) is arranged above the anti-escape cover (1-1) to prevent the fly maggots from escaping and the anti-escape cover-vent holes (1-1.2) provide air holes for air circulation for the fly maggots, so that the fly maggots can grow and pupate in a fly maggot breeding device, if three-dimensional cultivation is needed, a fly maggot cultivation device can be placed on the prepared multilayer support to form a three-dimensional cultivation mode.

Advantageous effects

The single-layer culture mode and the multi-layer three-dimensional culture mode of the device ensure the problem of environment-friendly treatment of water quality and excrement in the poultry aquaculture process, the device is efficiently used, the cost is reduced, a large amount of animal high-protein feed can be provided, the scientific design of the device greatly improves the production efficiency, and the effect is good and obvious.

The fly maggot breeding device is simple and convenient to assemble, a large-scale breeding mode is increased at any time (the fly maggot breeding device is placed on the multilayer support to form a three-dimensional breeding mode), the factory efficiency is improved, and the characteristics are obviously innovative.

Drawings

FIG. 1 is a side external view of a fly maggot breeding apparatus.

Fig. 2 is a detailed side view of the escape-proof cover (1-1).

FIG. 3 is a detailed side view of the fly maggot pupation area (1-2).

FIG. 4 is a detailed side view of the fly maggot growth area (1-3).

FIG. 5 is a detailed cross-sectional view of a fly maggot breeding apparatus.

Fig. 6 is a detailed cross-sectional view of the escape-preventing cover (1-1).

FIG. 7 is a detailed sectional view of the fly maggot growth area (1-2).

FIG. 8 is a sectional detail view of the fly maggot growth area (1-3).

Detailed description of the invention

The invention comprises three basic devices, namely an anti-escape cover (1-1), a fly maggot pupation area (1-2) and a fly maggot growth area (1-3); the device comprises a component detail anti-escape cover, a top surface (1-1.1), an anti-escape cover, air holes (1-1.2), a buckle connection (1-1.3) of the anti-escape cover, a fly maggot pupation area, a side baffle (1-2.1), a fly maggot pupation area, a pupation platform (1-2.2), a fly maggot pupation area, a buckle connection (1-2.3), a fly maggot growth area, a side baffle (1-3.1), a fly maggot growth area and a bottom surface (1-3.2).