Multi-module slurry soaking system

Abstract

The invention provides a multi-module slurry soaking system. The multi-module slurry soaking system comprises a slurry barrel, a module loading unit, a lifting driving unit, a scraper blade rotating unit and a vacuumizing unit, wherein the module loading unit comprises multi-layered net racks and a plurality of connecting rods; the multi-layered net racks are connected together by the connecting rods; a slurry scraper blade is arranged on the outer side of each connecting rod in the axial direction; a plurality of slurry through holes are formed in each slurry scraper blade; an outer gear ring sleeves the edge of a top plate; a driving rod of the lifting driving unit is connected to the center of the top plate through a bent tube; the top plate is rotatably connected with a vertical section of the bent tube; the scraper blade rotating unit comprises a reducing motor and a gear connected to an output shaft of the reducing motor; and the gear is positioned beside the slurry barrel and can be engaged with the outer gear ring. According to the multi-module slurry soaking system, by the module loading unit, the lifting driving unit, the scraper blade rotating unit and the vacuumizing unit, lots of technical problems that module slurry soaking is incomplete, air is generated in module slurry soaking and the like in the traditional slurry soaking machine are solved.

Description

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AI Technical Summary

Benefits of technology

In this new design described in the current version of the inventor's solution, an improved method called Multi-Layer Grid Dipping System (MGDS) has been developed. It uses different components like slurries or drums filled with liquid metal during manufacturing processes such as casting. These component parts are loaded onto a special device called a hopper loader/lifting driver unit. A screw rotation mechanism then moves the mixer assembly back down towards the bottom end of the tank where they dissolve any excess material from previous layers added earlier. To improve their effectiveness at depositing coatings, another layer of mesh may be included between these previously applied layers. Additionally, some devices have a connection member inside for easy mounting without complex adjustments. Overall, MGDS provides better coordination capabilities than existing methods, making it easier to achieve high productivity rates.

Problems solved by technology

There are technical disadvantages associated with current investment foundries processes: they have limitations on producing precision metal components like engine valves or gears because their surfaces lack regularity even after having been formed through conventional techniques involving melting metals. Additionally, there may occur issues where different types of molten material mix well together without getting all around them properly. These challenges lead to defective products caused by poorly filled areas within these patterns.

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