Warp sizing machine automatic stirring device

Abstract

The invention relates to the field of warp sizing machine machinery equipment and in particular relates to a warp sizing machine automatic stirring device comprising a slurry barrel. A slurry groove is embedded into the slurry barrel to reduce space occupation; a slurry supplying through holes is formed in the bottom of the slurry groove; a positioning frame is disposed in the slurry groove; the positioning frame and the slurry groove are communicated; a hollow-out structure with the height basically equal to the height of the positioning frame is mounted on the wall of the positioning frame; a buoyancy block is disposed in the positioning frame; the buoyancy block passes through the slurry supplying through hole to be connected with a valve via a connection rod; the buoyancy block floats up and down with the slurry liquid level in the positioning frame to control on-off of the slurry supplying through hole, so automatic slurry supply of the slurry groove can be achieved; and the warp sizing machine automatic stirring device is simply structured and no fault is caused. The magnetic structure is arranged on the valve; at least two springs are fixed on the bottom of the slurry barrel; a magnet is mounted on the top of each spring; when the slurry supplying through hole is blocked by the valve, the magnetic structure is balanced and each magnet is balanced; and when the slurry supplying through hole is unblocked by the valve, magnetic force size of each magnet by the magnetic structure changes, so each magnet is imbalanced and movements are caused and the slurry is stirred.

Description

technical field [0001] The invention relates to the field of sizing machine mechanical equipment, in particular to an automatic pulping device for a sizing machine. Background technique [0002] In the textile process, sizing is a key process, and the sizing rate is an important indicator of sizing quality. Therefore, ensuring a stable sizing rate of the sizing machine is a key factor for improving weaving efficiency and gray fabric quality. Existing sizing machines generally use AC motors to drive gear pumps to supply pulp. Although the pulp supply effect is acceptable, it is inconvenient for staff to overhaul because it is installed between the small pulp pot and the drying room. It is at the outlet of the steam return pipe, the temperature is high and the water vapor is large, the motor and the gearbox are often damaged due to high temperature, corrosion and other reasons, the failure rate is high, and the maintenance cost is high. In addition, due to the long-term stand...

AI Technical Summary

Problems solved by technology

Existing sizing machines generally use AC motors to drive gear pumps to supply pulp. Although the pulp supply effect is acceptable, it is inconvenient for staff to overhaul because it is installed between the small pulp pot and the drying room. It is at the outlet of the steam return pipe, the temperature is high, the water vapor is large, the motor, the gearbox, etc. are often damaged due to high temperature, corrosion and other reasons, the failure rate is high, and the maintenance cost is high

In addition, due to the long-term standing of the pulp source, it is easy to stratify, and the sizing rate is likely to decrease after the pulp is supplied.

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