Coking furnace operating platform structure with diagonal draw bars

Abstract

The invention relates to the field of coking furnace operation platforms and particularly relates to a coking furnace operating platform structure with diagonal draw bars. The coking furnace operating platform structure is characterized in that a plurality of horizontal beams are arranged in parallel between two equal-height longitudinal beams which are arranged in parallel, wherein one of the longitudinal beams is supported on corbels of furnace columns, and one end of each horizontal beam and the other ends of the two adjacent horizontal beams are connected through being obliquely pulled by horizontal supporting bars to form a horizontal truss structure; upright columns is arranged below connection points between the horizontal beams and the longitudinal beams, the head end of each upright column and the tail end of the adjacent upright column are crossed to be provided with a vertical supporting bar so as to form a vertical face bent structure; the foot of each furnace column is connected with the head of the adjacent upright column through each diagonal draw bar; length-adjustable turnbuckles are arranged on the diagonal draw bars. Compared with the prior art, the coking furnace operating platform structure has the beneficial effects that the normal operation of upper equipment is ensured while the smoothness of a lower personnel passage is not affected, a mechanical model is optimized, and the structural internal force is effectively reduced and the material consumption is remarkably reduced under the same load condition.

Description

technical field [0001] The invention relates to the field of operating platforms on both sides of an industrial coke oven, in particular to a coke oven operating platform structure with inclined stay rods. Background technique [0002] Large-scale coke oven and improvement of environmental indicators are the development direction of coking technology. In recent years, the height of the coke oven carbonization chamber has gradually increased from 4.3m to 6m, and then to 7m, and the corresponding dust removal and environmental protection indicators have also been further improved. Under this requirement, professional designs such as coke trapping equipment and dust removal process are constantly changing and updating. In order to meet the needs of various professions, the structural profession must also optimize the design of the coke oven operating platform. [0003] The structure design of the traditional coke oven operation platform is a mechanical model of simply support...

AI Technical Summary

Problems solved by technology

The advantage of this method is that the structure layout is simple, and it is not affected by the displacement of the furnace body expansion. The disadvantage is that the mechanical model is not ideal, and the material consumption is large, which increases the investment.

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