Enhanced modular meshes as part of a vibrating screen component that integrates cubic and lamellar sorting equipment for sorting mining materials, a system for joint fastening of adjoining units of enhanced modular meshes to the structural base of a vibrating screen component, and a procedure for assembling/dismantling that base

Abstract

“Enhanced modular meshes as part of a vibrating screen component that integrates cubic and lamellar sorting equipment for sorting mining materials, a system for joint fastening of adjoining units of enhanced modular meshes to the structural base of a vibrating screen component, and a procedure for assembling/dismantling that base” represented by an inventive solution that is beneficial to the mining industry and notably useful when applied to the procedure of cubic and lamellar sorting of ore extracted from ore deposits, capable of solving a widely found problem of too long maintenance downtimes for replacing a part or even all of the matrix of modular meshes that integrates the cubic and lamellar sorting screen component, for which an enhanced fastening means (Fxa) has been designed that involves introducing, along with the domes (20c) provided in the body (20a) of the enhanced modular mesh (20), an extension in the form of semicircular expansion flaps (20d), causing, with the alignment of two of these meshes (20) and (20′), a consequential alignment of their semicircular expansion flaps (20d) and (20d′) to a fastening rod (Bu) ready to receive the fastening pin (40).

Dependencies are inferred from the claim text.