Scrap steel bucket loader

Abstract

The invention discloses a scrap steel bucket loader which is characterized by comprising a scrap steel material receiving box; a frame is arranged under the scrap steel material receiving box; one end of the scrap steel material receiving box is movably connected with the frame, and the other end of the scrap steel material receiving box is connected with the frame by a hydraulic cylinder; and a weighing sensor is arranged at the bottom of the frame. The scrap steel bucket loader is strong in practicality and remarkable in effects after being applied, thus effectively preventing scrap steel loaded in a chute hopper from being scattered, guaranteeing the charge weight of the scrap steel, increasing the operation efficiency of bucket loading, improving the operating environment, simplifying the tedious processes including manually loading a bucket, weighing the bucket and hanging the bucket, eliminating the potential safety hazard of personal injury caused by manually loading the bucket, and lowering the steel-making smelting cost. Due to the combined structure of the design, the scrap steel bucket loader is convenient to assemble and maintain and high in applicability.

Description

technical field [0001] The invention relates to the technical field of converter steelmaking and smelting equipment, in particular to a scrap steel trough device for converter steelmaking scrap before being fed into the furnace. Background technique [0002] Converter steelmaking scrap is fed into the furnace using a hopper as a container, and the scrap is put into the scrap hopper, weighed and measured according to the smelting requirements, and waits for the scrap to enter the furnace. If the hopper scrap steel assembly is perfect, the smelting time can be shortened and the smelting consumption can be reduced. However, most of the assembly methods currently used are the direct loading method of electromagnetic chuck suction material and manual bucket loading method. The electromagnetic chuck suction material is directly loaded into the bucket because the material sucked by the electromagnetic chuck cannot be fully loaded into the bucket at one time when loading the bucket....

AI Technical Summary

Problems solved by technology

However, most of the assembly methods currently used are the direct loading method of electromagnetic chuck suction material and manual bucket loading method. The electromagnetic chuck suction material is directly loaded into the bucket because the material sucked by the electromagnetic chuck cannot be fully loaded into the bucket at one time when loading the bucket. There are factors such as poor working environment, low efficiency of loading operations, and less loading of scrap steel, which affect the cost of smelting; manual loading of buckets is due to the irregular size and weight of scrap steel and the intensive loading of buckets. Buckets, weighing buckets, hanging buckets, transport buckets, feeding and other cross operations, the process is cumbersome, the safety factor is low, and the production cost is high

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