Intelligent iron remover grab bucket trolley

Abstract

The invention provides an intelligent iron remover grab bucket trolley. The grab bucket trolley is installed on the sliding rail in a sliding mode. The grab bucket trolley comprises an iron removing mechanism arranged at the bottom end of a sliding rail in a sliding mode, a walking mechanism used for driving the iron removing mechanism to slide in the arrangement direction of the sliding rail anda controller. The magnetic iron removal principle of the magnetic iron remover is different from that of a traditional iron remover; the adaptability to metal objects is high; frequent shutdown of thebelt conveyor and manual picking-out caused by incomplete iron removal of a traditional magnetic iron remover are avoided; the trolley can effectively remove non-ferromagnetic metal or weakly magnetic metal such as high manganese steel, alloy steel, stainless steel and the like, and can remove metal objects at the middle lower part and the lower part of a material layer of the belt conveyor and large metal objects at the middle part and the lower part of the material layer of the belt conveyor, so that the conveying operation rate is ensured, and the safety of downstream crushing equipment isguaranteed.

Description

technical field [0001] The invention belongs to the technical field of auxiliary equipment for iron removers, and in particular relates to an intelligent iron remover grab trolley. Background technique [0002] Metals of different sizes and forms are always mixed with ore during mining, shovel loading, transportation and processing. In the process of ore crushing, metal objects will have a harmful effect on the crushing equipment and must be removed. At present, the commonly used method is to use a magnetic principle iron remover to remove ferromagnetic metal objects. At present, the traditional iron removers used in mines are divided into permanent magnet iron removers and electromagnetic iron removers. The principle of iron removal is to suck out and remove ferromagnetic metals through the new attraction of the magnetic field generated by them. However, the traditional iron remover is difficult to remove the following metals: 1. Non-ferromagnetic metals or weakly magnetic...

AI Technical Summary

Problems solved by technology

However, the traditional iron remover is difficult to remove the following metal objects: 1. Non-ferromagnetic metals or weakly magnetic metals such as high manganese steel, alloy steel, stainless steel; 2. Metal objects in the lower and lower parts of the feeding belt material layer; 3. , Large metal objects in the middle and lower parts of the feeding belt material layer

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