A kind of extraction equipment of bird's nest oligopeptide

Abstract

The invention relates to a cubilose oligopeptide extracting device. The cubilose oligopeptide extracting device comprises a main body, a heating box, an air blowing assembly and a heating assembly. The heating box is fixed to the bottom end of the main body. Clear water is contained in the heating box. The air blowing assembly is arranged at the bottom end of the interior of the main body. The heating assembly is arranged in the heating box. A control mechanism is arranged in the main body. A negative pressure mechanism is arranged at the top end of the main body. The control mechanism comprises a rotating assembly and a control assembly. The rotating assembly comprises a rotating motor, a supporting plate and at least two rotating units. Each rotating unit comprises rotating shafts, connecting gears and clamps. The negative pressure mechanism comprises two air inlet assemblies and two negative pressure assemblies. According to the cubilose oligopeptide extracting device, the drying efficiency is improved through the control mechanism, a negative pressure effect is realized through the negative pressure mechanism, and the drying efficiency is further improved.

Description

technical field [0001] The invention relates to the field of bird's nest oligopeptide extraction equipment, in particular to a bird's nest oligopeptide extraction device. Background technique [0002] The bird's nest oligopeptides are extracted by drying, crushing, soaking, refining, adjusting PH value, cell wall breaking, grinding and filtration, low-temperature concentration, freezing, drying and other steps. The dryer is the core of the bird's nest oligopeptides extraction equipment. One, the main function of the dryer is to evaporate the water in the bird's nest to make the bird's nest dry. [0003] During the operation of the existing dryer, the flow direction of the hot air is relatively single, which leads to a decrease in the drying efficiency of the bird’s nest. Not only that, the existing dryer cannot perform negative pressure drying, and the lower the ambient pressure at the same temperature The easier the water evaporates, the lower the drying efficiency of the ...

AI Technical Summary

Problems solved by technology

[0003] During the operation of the existing dryer, the flow direction of the hot air is relatively single, which leads to a decrease in the drying efficiency of the bird’s nest. Not only that, the existing dryer cannot perform negative pressure drying, and the lower the ambient pressure at the same temperature The easier the water evaporates, the lower the drying efficiency of the bird's nest

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