Air flow energy-saving production equipment

Abstract

The invention discloses air flow energy-saving production equipment. The air flow energy-saving production equipment is novel and unique in shape, shows originingity, and comprises a multiplying vessel, power sources, heating equipment and air interflow facilities; the power sources are mounted at the right end of the multiplying vessel, and transverse head rotating rods are stably supported and mounted on supply rods of the power sources; the heating equipment is mounted at the bottom of the multiplying vessel which is further internally provided with an air temperature sensor; the air interflow facilities are mounted at the left end of the multiplying vessel and comprise fan bodies and power transmission structures, and the lower ends of the power transmission structures are connected with transverse tail rotating rods; and a transverse rod is stably supported at the upper end of the multiplying vessel and provided with free plates, and light-emitting equipment downwards irradiatingis mounted in the free plates. Through the air slow rotating interflow facilities, the purposes of environmental protection and energy saving are achieved, the breeding cost is lowered, the two sets of rotating rods are mounted in the air flow energy-saving production equipment and can be dismounted and repaired at will, the production safety is improved, the structure is simple, and the cost is low.

Description

technical field [0001] The invention relates to the field of spirulina cultivation, in particular to airflow energy-saving production equipment. Background technique [0002] Spirulina is a class of lower organisms, prokaryotes, filamentous bodies composed of single cells or multi-cells, body length 200-500 μm, width 5-10 μm, cylindrical, loose or tight regular spiral bends , shaped like clockwork, hence the name. It has the effects of reducing the toxic tail reaction of cancer radiotherapy and chemotherapy, improving immune function, and reducing blood lipids. Spirulina is a multicellular algal body, a cylindrical spiral filament, solitary or clustered, with a diameter of 5-10 μm, a blunt apex, and 2-7 helices. The algae can vibrate and rotate, and often rotate very quickly as if around a longitudinal rod, crawling forward. Cell contents are homogeneous without true nuclei. Due to the different amounts of phycoerythrin and phycocyanin in the body, it presents different ...

AI Technical Summary

Problems solved by technology

[0003] At present, the cultivation of spirulina has been scaled up to a certain extent. When the spirulina cultivation and production enterprises are cultivating, they use special breeding vessels to scientifically utilize the breeding environment of spirulina, so that the spirulina can reproduce rapidly and increase the yield. However, the spirulina High requirements on the light area and rotation rate, which also restricts the large-scale cultivation of Spirulina

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