Culture production system of scoop frame turning and scooping base liquid arc pasting film for photosynthetic microorganism

Abstract

The invention discloses a culture production system of a scoop frame turning and scooping base liquid arc pasting film for the photosynthetic microorganism. The culture production system comprises a turning buckle handle, a sealing door plate, an illumination inner groove box, a lining frame plate, a base liquid spoon frame bottom groove, a human-computer interface and a distribution box shell. The lining frame plate cooperates with the base liquid spoon frame bottom groove; a scooping hanging block realizes an inner cushion protective turning operation on a base liquid bottom groove body, sothat a turning arc pasting film roller rack and a scooping rod groove base form a permeation filtering effect by scooping the base liquid; a dialysis operation is formed between a top film surface base plate of the spoon surface and a thick filter screen plate; the pasting film slides and carries out brushing left and right and turns over with the frame, so that floccules settled at the bottom ofthe base solution and suspended floccules are extracted and are collected by a sliding film pressure pad; and then later-stage pyrolysis side box centralized treatment is carried out, a heat supply network sterilization effect of base solution impurities and microbial secretions is realized by an alignment electric heating tube in the box, and then the processed substances are put down into the base liquid to generate secondary nutrients to be absorbed by photosynthetic microorganisms, so that the stability of the culture medium and the activity of the microorganisms are guaranteed.

Description

technical field [0001] The invention relates to a culture and production system for scooping a base liquid arc film for photosynthetic microorganisms, belonging to the field of biological filtration. Background technique [0002] The cultivation of photosynthetic microorganisms is conducive to the formation of a reference effect on the absorption of light by animals and plants in scientific research results, and the continuous cultivation of microorganisms facilitates the quantitative supply in later production and use, and ensures the decomposition effect of microorganisms and the high efficiency of material degradation. The disadvantages of optimization are: [0003] The base liquid and biota of microorganisms will produce excrement and coagulation liquid under light, so that the medium appears to be mixed with flocculent turbidity. At this time, it needs to be cleaned up in time, otherwise it will affect the flora of microorganisms. It leads to continuous necrosis of sin...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a cultivation and production system for photosynthetic microorganisms with scoop racks to scoop base liquid and arc film, so as to solve the problem of excrement and coagulation produced by the base liquid and biota of microorganisms under light. , so that it seems to be mixed with floating flocculent turbidity in the culture medium. At this time, it needs to be cleaned up in time, otherwise it will affect the microbial flora, resulting in continuous necrosis of single-celled organisms infected, and low photosynthetic efficiency, resulting in cultivation and production. The tank liner of the system gradually consumes biological activity, resulting in a large number of docking bacteria and the saturation of light increases the respiratory activity of bacteria, thereby affecting the cultivation process, resulting in a sudden drop in the quality and quantity of photosynthetic microorganisms produced, and affecting the stability and safety of microorganisms in the base liquid The problem

Images