Full hydraulic furnace pounding machine

Abstract

A full-hydraulic stoking machine comprises a conveying mechanism, a stoking mechanism and a rotary beam. Wheels are arranged under a seat; plinths are arranged on the lower parts of four angles of the seat; a wheel bracket at the back end of the seat is fixedly connected with a movable linkage-rod of a translation cylinder; an inner arm is movably connected with an outer arm in a matching way through the hydraulic manner to do telescopic movement; a stoking head is arranged at the front end of the inner arm and the back part of the outer arm is articulated with the movable linkage-rod of an amplitude cylinder; the rotary beam is arranged on the seat and rotationally connected with the seat through a central shaft. An L-shaped rotary support frame is respectively arranged at both the front end and the back end of the rotary beam; the bottom surface of the L-shaped rotary support frame is buckled with the lower surface of the arc side of the seat; and a tensile roller is arranged between the lower surface of the seat edge and the L-shaped rotary support frame. The design of the full-hydraulic stoking machine is scientific and reasonable; the structure is compact and tight; the materials can be saved; the manufacturing cost is low; the function is complete; the operation is easy; the efficiency is high; the manufacturing process is simple; the performance is stable; and the practicability is higher. The full-hydraulic stoking machine is applicable to the metallurgy industry.

Description

technical field [0001] The invention relates to a furnace stamping machine used in the metallurgical industry, in particular to a fully hydraulic furnace stamping machine. Background technique [0002] In the smelting of ferroalloys, the surface of the charge is prone to compaction, which greatly affects the gas permeability of the charge, which also affects the efficiency and quality of smelting, and also increases energy consumption. Therefore, it is necessary to use the furnace from time to time. The tamping head of the machine performs operations such as tamping, turning, pricking, and loosening on the hardened surface to improve the efficiency of smelting. [0003] Although the furnace smelters currently in use are of various styles, they can generally be classified into two types: mechanical chain type and hydraulic type, but in actual use, it is found that they have problems and defects in different degrees. [0004] 1. The structure of the mechanical ramming machine...

AI Technical Summary

Problems solved by technology

[0007] The purpose of the present invention is to provide a fully hydraulic furnace with stable performance and scientific structure in view of the problem that the rotating plate is deformed and the rollers are easily worn due to the unbalanced force of the furnace currently used.

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