Quantitative feeding type efficient reaction mechanism for bio-based material research

Abstract

The present invention belongs to the technical field of bio-based material technology research and development, and discloses a quantitative feeding type efficient reaction mechanism for bio-based material research. The quantitative feeding type efficient reaction mechanism comprises a feeding mechanism for controlling the use amount of a catalyst; and the feeding mechanism comprises a connecting pipe; an inner disc rotates by 180 degrees, a catalyst in a placing opening in the inner disc falls into a crushing chamber, automatic quantitative feeding of the catalyst is achieved, the usage amount of the catalyst is controlled, the inner disc drives a clamping frame to move left and right, and touch blocks on the two sides of the clamping frame make contact with buttons on the same side in sequence, so that proceeding of subsequent grinding, spraying and stirring operations can be controlled; an air cylinder drives a supporting rod to move up and down to enable two pressing tools to press and crush the catalyst in the crushing chamber, so that the utilization rate of the catalyst is improved; and meanwhile, a fan runs to enable the powdery catalyst in the crushing chamber to enter a stirring rod and be discharged; the catalyst is sprayed while the stirring rod in the rotating state stirs materials in a stirring chamber, so that the stirring uniformity is improved.

Description

technical field [0001] The invention relates to the technical field of bio-based material technology research, in particular to a quantitative feeding type high-efficiency reaction mechanism for bio-based material research. Background technique [0002] When processing general bio-based materials, it is necessary to add a catalyst to speed up the progress of its reaction, and use a stirring device to assist in the operation. At present, the catalyst is mostly input manually, and it is difficult to control the amount of catalyst used by manual operation. When the amount of catalyst input is too much, it will cause waste of catalyst and increase processing costs. If the amount of catalyst used is too small, it will reduce the speed of reaction and reduce work efficiency. slow down follow-up work. At the same time, when granular catalysts are used, the mixture of the catalyst and the material may not be uniform. Usually, it needs to be pretreated, and the catalyst is pulverize...

AI Technical Summary

Problems solved by technology

At present, the catalyst is mostly input manually, and it is difficult to control the amount of catalyst used by manual operation. When the amount of catalyst input is too large, the catalyst will be wasted and the processing cost will be increased. If the amount of catalyst used is too small, the reaction speed will be reduced and the work efficiency will be reduced. slow down follow-up work

At the same time, if granular catalysts are used, the mixture of the catalyst and the material may not be evenly mixed. Usually, it needs to be pretreated, and the catalyst is pulverized before being put in. The powdered catalysts are mostly in the form of wire bundles, which are relatively concentrated, which affects the mixing efficiency and effect. And the operation is not convenient enough, the work efficiency is low, and it cannot meet the actual use needs

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