Briquette compactor

Abstract

A briquette compacting machine comprises a base frame, a guide rail bracket, guide rails, track wheels, a motor, a gear, a rack, a shaft frame, a front pressing assembly and a rear pressing assembly. Two opposite wheel frames are arranged on the lower portion of the base frame; the track wheels are mounted in the wheel frames; the two track wheels are located on the two horizontal guide rails correspondingly; the guide rails are arranged on the horizontal guide rail bracket; the horizontal rack is arranged on one side of the guide rail bracket; the motor and a reducer are arranged on one side of the base frame; the output end of the motor is connected with the input end of the reducer; the output end of the reducer is provided with the gear matched with the rack; the shaft frame is arranged on the other side, opposite to the motor, of the base frame; and the front pressing assembly and the rear pressing assembly are arranged on the shaft frame. Compared with the prior art, the briquette compacting machine has the advantages that a top loosen layer of a briquette can be compacted, the briquette compacting machine is adapted to the large-scale briquette, and the mechanization and automatization degrees are high.

Description

Technical field [0001] The invention belongs to the field of coke refining, and particularly relates to a coal cake compaction equipment. Background technique [0002] In the field of coke making, tamping coking technology is the main coking technology of coking plants, steel plants and other enterprises. Using tamping technology to make coking, tamping loose coal into briquettes for smelting, and a certain amount of inferior coal can be used to replace high-quality coal. , Make the utilization of coal resources more reasonable, and can improve the quality of coke under the same coal blending conditions. The key to coking with tamping process is to load the tamped coal cakes from the coke oven into the carbonization chamber in order. Smelting produces coke. In actual production, the loose coal loaded into the coal box needs to be tamped into briquettes. Tamping the briquettes is currently realized by a briquette tamping machine, but in actual production, after the briquettes of ...

AI Technical Summary

Problems solved by technology

In actual production, it is necessary to tamp the loose coal loaded into the coal box into briquettes. The briquette tamping machine is currently used to tamp the briquettes, but in actual production, after the briquettes are completed by the tamping machine, there is still a gap on the top If the loose coal seam with irregular layer height is directly loaded into the carbonization chamber, since the loose coal at the top is in a fluffy state, it is easy to contact and burn with the high-temperature air at the top of the carbonization chamber, which will not only fail to generate coke but also waste coal energy. The unevenness makes the circulation space at the top not smooth, which is not conducive to the collection of smoke and dust in the furnace body, and also causes huge pollution to the environment.

In order to solve the problem of loose coal at the top, the current solution is to manually step on the compaction, and the manual stepping on the compaction method can only produce a small effect due to the influence of the site environment, weather factors, briquette length, height, etc. It fundamentally solves the appearance of loose coal at the top, and in addition, it also poses a certain danger to the operators

[0003] With the continuous development of tamping technology coking, the briquettes are getting longer and longer, and the irregular coal state at the top of the briquettes is also longer, which makes the waste of coal energy more serious, and the smoke and dust cannot be effectively controlled. In the promotion of efficient production and In today's environment-friendly environment, it is necessary to provide a briquette compaction equipment that can adapt to large briquettes, has a high degree of mechanization, automation, and environmental protection.

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