Temperature-controlled pressurized jet stirring filtration reaction flow water production line

Abstract

The invention discloses a temperature-controlled pressurizing jet agitation and filtration reaction flow production line. The flow production line comprises a loop-shaped machine head conveyor line arranged at the top of a workshop, loop-shaped tank conveyor lines are symmetrically arranged on the left side and the right side of the machine head conveyor line, and a detachable worktable and a computer worktable are arranged in the front and the back of the machine head conveyor line respectively; the machine head conveyor line comprises a top rail and a trolley, and an agitation device is suspended at the bottom of the trolley; each of the tank conveyor lines comprises a bottom rail and a rail car, and a base and a tank body are arranged on the rail car; the agitation device comprises an agitation motor and a motor spindle thereof, a solid shaft, hollow agitation blades, conveying pipes and a hollow shaft dual-headed pump. According to the invention, the hollow blades are arranged, so that added substances can be more uniformly and quickly dispersed into an agitation tank, furthermore, the conveying pipes which are vertically arranged are communicated with the hollow blades up and down to play the role of conveying the substances and further play the role of strengthening the stability and the connection strength of the hollow agitation blades, so that the hollow agitation blades are prevented from being damaged and the agitation noise can be further lowered.

Description

technical field [0001] The invention relates to the technical field of stirring, in particular to a temperature-controlled pressurized jet stirring filtration reaction flow production line. Background technique [0002] The dispersion of the mixing tank in the prior art is not good, so that local uneven mixing often occurs during 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, other The noise is high, so it is necessary to develop a mixing tank with good dispersion, low noise and automatic control. During the use of the prior art, it is found that there are differences in the quality of the product after the stirring reaction. One of the important reasons is that the temperature of the product changes during the reaction process and the cooling process, but the existing water bath heating product cannot achieve this purpose, so it is necessary to overc...

AI Technical Summary

Problems solved by technology

[0002] The dispersion of the mixing tank in the prior art is not good, so that local uneven mixing often occurs 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, other The noise is high, so it is necessary to develop a mixing tank with good dispersion, low noise and automatic control

During the use of the prior art, it is found that there are differences in the quality of the product after the stirring reaction. One of the important reasons is that the temperature of the product changes during the reaction process and the cooling process, but the existing water bath heating product cannot achieve this purpose, so it is necessary to overcome this problem. question

[0003] Some residues will appear after the stirring reaction in the prior art, and need to be filtered again, while the filtering and stirring in the prior art 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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