Light equalization incubator for mycete growth

Abstract

he invention discloses a light equalization incubator for mycete growth. The incubator comprises a box body, the box body is a sealed box body, and a culture plate which is hermetically butted to theside surface of the box body is arranged in the middle lower portion of the box body; according to the device, a light equalization device is arranged inside in the box body, light is firstly dispersed and then refracted by a spectroscopic lens and a light equalization lens in the light equalization device to ensure that the light received by the whole culture plate is the same, thereby ensuring the same condition of mycete culture, simultaneously a plane mirror is arranged to avoid the influence of water mist on the light equalization device, and a ventilation port and an exhaust fan are arranged to further ensure the normal illumination of the light; the arrangement of a horn cover ensures that water entering the box body is foggy, affects caused by excessive water accumulation on the culture plate on the growth of mycete are avoided, and a filter screen inserted into a water tank not only ensures the water quality of returning water, but also facilitates the disassembly and replacement so as to meet the needs of the mycete for a growing environment.

Description

technical field [0001] The invention relates to biotechnology, in particular to a uniform light incubator for mold growth. Background technique [0002] The mold incubator is a commonly used equipment in the microbiological laboratory, mainly used for the cultivation of mold; when the mold is cultivated, it needs to be humidified to ensure the humidity of the overall environment. The existing humidification method is generally through the top Humidification is carried out in a downward or bottom-up manner, but this humidification method will cause a large difference in humidity between the upper and lower sides of the incubator, resulting in differences in the quality of molds located in the upper and lower layers, and will cause water accumulation and growth of molds Some molds need a certain amount of light during the growth process. When the growth lamps installed in some incubators are irradiated, the irradiation conditions of the molds will be inconsistent due to differ...

AI Technical Summary

Problems solved by technology

[0002] The mold incubator is a commonly used equipment in the microbiological laboratory, mainly used for the cultivation of mold; when the mold is cultivated, it needs to be humidified to ensure the humidity of the overall environment. The existing humidification method is generally through the top Humidification is carried out in a downward or bottom-up manner, but this humidification method will cause a large difference in humidity between the upper and lower sides of the incubator, resulting in differences in the quality of molds located in the upper and lower layers, and will cause water accumulation and growth of molds Some molds need a certain amount of light during the growth process. When the growth lamps installed in some incubators are illuminated, the illumination conditions of the molds will be inconsistent due to different positions, resulting in differences in growth effects.

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