Mobile manual sorting vehicle

Abstract

The invention discloses a mobile manual sorting vehicle, and relates to the technical field of ore sorting. The mobile manual sorting vehicle comprises a feeding device, a manual sorting device, a discharging device and a mobile crawler belt, wherein the output end of the feeding device is connected with the input end of the manual sorting device; the output end of the manual sorting device is connected with the output end of the discharging device; the mobile crawler belt is mounted at the bottom of the sorting vehicle; the manual sorting device comprises a manual sorting chamber, a manual sorting conveying belt and a plurality of manual sorting tables; the manual sorting conveying belt penetrates through the manual sorting chamber; the two ends of the manual sorting conveying belt are connected with the feeding device and the discharging device correspondingly; the plurality of manual sorting tables are arranged around the manual sorting conveying belt; and a temperature adjusting module and an oxygen supply module are arranged in the manual sorting chamber. The mobile manual sorting vehicle further comprises a control device. According to the mobile manual sorting vehicle provided by the invention, the field mobile manual sorting of lead-zinc oxide ore is achieved by arranging the mobile manual sorting vehicle, and the mobile manual sorting vehicle has the effects that the recovery rate of the lead-zinc oxide ore obtained after sorting can be increased, the secondary reshipment cost can be greatly reduced, the primary ore sorting cost is saved, and the economic value is higher.

Description

technical field [0001] The invention relates to the technical field of ore sorting, in particular to a mobile manual sorting vehicle. Background technique [0002] At present, in coal or ore sorting, due to the many processes involved in sorting and the complex system design, basically all of them need to set up a special sorting plant to pull the ore back to the sorting plant for sorting, but the cost of plant infrastructure is high. The project period is long, the system is not flexible, and the existing equipment used is also fixed sorting equipment, which cannot be moved, has poor mobility, and can only be used in a single location. Moreover, the time and cost of reloading the ore also need to be increased, so that , On the whole, it greatly increases the difficulty of primary beneficiation and reduces the efficiency of beneficiation. Therefore, the market calls for a sorting system that can quickly change locations and quickly enter the working state. [0003] Based o...

AI Technical Summary

Problems solved by technology

[0002] At present, in coal or ore sorting, due to the many processes involved in sorting and the complex system design, basically all of them need to set up a special sorting plant to pull the ore back to the sorting plant for sorting, but the cost of plant infrastructure is high. The project period is long, the system is not flexible, and the existing equipment used is also fixed sorting equipment, which cannot be moved, has poor mobility, and can only be used in a single location. Moreover, the time and cost of reloading the ore also need to be increased, so that , on the whole, it greatly increases the difficulty of primary beneficiation and reduces the efficiency of beneficiation

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