Anti-segregation raw sand silo

Abstract

The invention provides an anti-segregation raw sand silo, and belongs to the field of material conveying. The anti-segregation raw sand silo comprises a material silo, partition plates, multiple material guiding pipes and flow valves; the partition plates are arranged in the material silo and partition the material silo into multiple discharging channels; one end of each material guiding pipe communicates with the corresponding discharging channel, each discharging channel at least communicates with one material guiding pipe, the end, far away from the corresponding material guiding pipe, of each discharging channel serves as a feeding end for feeding, and the end, far away from the discharging channel, of each material guiding pipe serves as a discharging end for discharging; and the flowvalves are arranged on the material guiding pipes and used for adjusting the flow of the material guiding pipes. According to the anti-segregation raw sand silo, the purpose that the material proportion obtained after raw sand flowing out from the material guiding pipes is mixed can be closer to the preset proportion can be achieved, and therefore the adverse effect of the segregation phenomenonof the raw sand on the material proportion can be effectively prevented.

Description

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AI Technical Summary

Benefits of technology

This new type of bunker has several technical features: it prevents sediment from sticking together during loading; separates the materials by way of multiple chambers with specific dimensions for each chamber's size based on its own properties such as density or particle sizes (particles) inside them. By controlling these factors, this system helps maintain consistence between all ingredients without affecting their quality.

Problems solved by technology

This technical problem addressed during this transfer involves ensuring consistently mixed materials are produced with minimal separation between each component's constituents even if they have very small particles or large differences in size (particularly for higher precision applications).

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