Lime bin capable of stably discharging

Abstract

The invention discloses a lime bin capable of stably discharging. The lime bin comprises a bin body; two broken arch plates are symmetrically arranged on the inner wall surface of the bin body; the broken arch plates are bonded with the inner wall surface of the bin body, and can perform a reciprocating motion along the inner surface of the bin body; and the broken arch plates are driven by brokenarch push rods. The upper ends of the broken arch plates are fixedly connected with broken arch plate brackets; the broken arch plate brackets penetrate through the bin wall of the bin body to hingewith one ends of the broken arch push rods; and the other ends of the broken arch push rods are hinged to the bin body through broken arch push rod brackets. Two broken arch plate guide blocks are fixedly connected to the bin body; each broken arch guide block corresponds to one broken arch plate; and the broken arch plate guide blocks are slidingly positioned in broken arch plate guide grooves ofthe corresponding broken arch plates. Openings of the broken arch plate guide grooves are towards the bin wall of the bin. The lime bin capable of stably discharging has the advantages of simple structure, good arch breaking effect and stable discharge, and in particular, is suitable for bulk or powder material bins.

Description

technical field [0001] The invention relates to a material conveying and storage device, in particular to a silo for storing powder. Background technique [0002] The silo is the storage equipment in the mechanized system of bulk material handling, which mainly plays the role of intermediate storage, system buffer and equalization operation; such as lime silo, cement silo and other bulk material silos. [0003] In the bulk silo or powder silo, due to the friction, adhesion and bonding between the bulk and powder material particles of the silo, as well as between the material particles and the silo wall, the silo container is arched. Arching is a harmful phenomenon that often occurs in the silo unloading work. It blocks the flow of materials, destroys the continuity and reliability of material transfer work, and even causes the interruption of the entire mechanized loading and unloading transportation system and production process. Therefore, in bulk or The powder silo is of...

AI Technical Summary

Problems solved by technology

Mechanical agitation and mechanical vibration arch breaking methods have complex mechanisms, take up a lot of space, and often lead to uneven material dropping, while pneumatic arch breaking methods not only require a compressed air source, but also easily cause materials to fly, and once the powder is blocked into the vent hole , it will make the air flow in the broken arch unsmooth and the effect of the broken arch will be deteriorated

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