High-efficiency temperature-control pressurized ejector stirring filtering reaction system

Abstract

The invention discloses a high-efficiency temperature-control pressurized ejector stirring filtering reaction system. The high-efficiency temperature-control pressurized ejector stirring filtering reaction system comprises a cantilever driven by an electric hydraulic jack, wherein the cantilever is provided with a guide balancing bar, two ends of the cantilever are respectively provided with a lifting mechanism and a stirring mechanism, and the bottom of the stirring mechanism is provided with a reaction tank and a filter apparatus which are matched with the stirring mechanism; and the stirring mechanism is connected with a drive motor and a drive gear which are arranged on a horizontal central axis of the cantilever, the drive gear is connected with a gear ring by virtue of a planetary gear, the gear ring is connected with a first straight gear and a straight gear transmission shaft, the transmission shaft drives a stirring assembly, and the stirring assembly comprises a hollow shaft double-head pump. By arranging hollow blades, the high-efficiency temperature-control pressurized ejector stirring filtering reaction system is uniform in dispersion, low in noise, high in efficiency, more precise in stirring process by comprehensively and intelligently controlling the stirring speed and the feeding speed, more precise in temperature and viscosity control, better in product quality, shorter in time for obtaining consistent products, capable of saving the waiting time by virtue of double-workstation processing, capable of greatly improving the working efficiency and equipment compactness and capable of saving the space occupancy rate of equipment.

Description

technical field [0001] The invention relates to the technical field of stirring reaction equipment, in particular to a high-efficiency temperature-controlled pressurized jet stirring and filtering reaction system. Background technique [0002] The dispersion of the open reaction tank in the prior art is not good, which often causes local uneven mixing when stirring. When stirring, the stirring speed and the amount of stirring feed cannot be automatically changed according to the changes in the stirring process. When stirring , it is noisy, so it is necessary to develop an open reaction tank with good dispersion, low noise and intelligent automatic adjustment control. [0003] At the same time, after the stirring reaction of some reaction tanks is completed, if another reaction tank is needed, only one more reaction tank can be prepared, and the body of the reaction tank is the same, and the difference between most of the moving parts lies in stirring and feeding, so it is ne...

AI Technical Summary

Problems solved by technology

[0002] The dispersion of the open reaction tank in the prior art is not good, which often causes local uneven mixing when stirring. When stirring, the stirring speed and the amount of stirring feed cannot be automatically changed according to the changes in the stirring process. When stirring , it is noisy, so it is necessary to develop an open reaction tank with good dispersion, low noise and intelligent automatic adjustment control

[0003] At the same time, after the stirring reaction of some reaction tanks is completed, if another reaction tank is needed, only one more reaction tank can be prepared, and the body of the reaction tank is the same, and the difference between most of the moving parts lies in stirring and feeding, so it is necessary to set up a The double-station reaction tank improves the transmission efficiency of equipment and improves the efficiency of equipment use

[0004] Some residues will appear after part of the stirring reaction in the prior art, which needs to be filtered again, while the prior art filtration and stirring generally use a separate special setting, which requires two processes and two workers to be responsible, so it is necessary to improve the existing equipment and increase filter function

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