This application provides an automatic feeding auxiliary device, relating to the field of automatic feeding. The automatic feeding auxiliary device includes a
dry powder feeding component, a wet
powder feeding component, a liquid feeding component, and a mixing and stirring component. In use, the
dry powder feeding component automatically feeds
starch, glutinous
rice flour,
corn starch, etc., while the liquid feeding component automatically feeds water, solvents, etc. The
dry powder feeding component and wet
powder feeding component can be automatically controlled. The mixing and stirring component then stirs the mixture, and finally, the stirred material is conveyed to the wet
powder feeding component for delivery to the next
processing station. This eliminates the need for frequent weighing of each batch of material to add
sugar and salt, the need to transport auxiliary materials to the
steaming and refining area, and the need for daily cleaning of auxiliary material containers. This invention eliminates the need for
steaming and refining personnel to manually add auxiliary materials, reducing the labor intensity of powder preparation and
steaming personnel, ensuring powder quality, and improving the
automation of the dough preparation line equipment.