Metallurgy heating furnace rapid fettling equipment adopting structural pressurized crushing for exhausting and bubble preventing

Abstract

The invention discloses metallurgy heating furnace rapid fettling equipment adopting structural pressurized crushing for exhausting and bubble preventing. The metallurgy heating furnace rapid fettlingequipment structurally comprises a mounting plate, a handle frame, a hinged seat, an intelligent supplementing device and a conveying pipe, the conveying pipe is located on the right side end face ofthe intelligent supplementing device and embedded into the intelligent supplementing device, the hinged seat is arranged on the outer side end face of the intelligent supplementing device, and the hinged seat and the intelligent supplementing device are in clearance fit. Water glass is output from the interior of the equipment through an internal input pipe, meanwhile, through force applying of apush rod on the rear side, a jacking plate on the front part moves forwards, then by extruding the water glass and through clamping of a pressing bent frame on the upper part, gas extrusion discharging of the internal water glass is conducted, and thus the explosion phenomenon during water glass outputting is prevented; and meanwhile, integration is conducted through a water storage barrel on thelower part, then through unified force applying of the push rod, a press fit frame is pulled out, meanwhile, suck-out work of the internal water glass is conducted, and the backflow phenomenon of thewater glass can be well prevented.

Description

technical field [0001] The invention relates to the field of metallurgy, in particular to a rapid furnace repairing equipment for a metallurgical heating furnace through structural pressure crushing and air bubble prevention. Background technique [0002] The current furnace repairing equipment is repaired by high-temperature sintering with repairing materials, and then the water glass is sucked into the equipment to output through the pipeline, and the water glass inside the container is squeezed and injected by high pressure, and at the same time, it is bonded and fixed by the water glass works, but in such a way as to easily lead to: [0003] When repairing the furnace, after the external water glass is transported into the interior of the equipment through the pipeline, it is easy to inject air into the inside of the water glass, and the internal water glass will explode when it is extruded under pressure, and the output The water glass will spill out, which will affect...

AI Technical Summary

Problems solved by technology

[0002] The current furnace repairing equipment is repaired by high-temperature sintering with repairing materials, and then the water glass is sucked into the equipment to output through the pipeline, and the water glass inside the container is squeezed and injected by high pressure, and at the same time, it is bonded and fixed by the water glass works, but in such a way as to easily lead to:

[0003] When repairing the furnace, after the external water glass is transported into the interior of the equipment through the pipeline, it is easy to inject air into the inside of the water glass, and the internal water glass will explode when it is extruded under pressure, and the output The water glass will spill out, which will affect the normal fixing and sizing work. At the same time, it is difficult to squeeze out the water glass by means of manual support type pressure. At the same time, after extrusion, the internal water glass is easy to be Bring it back, so it takes a second force to squeeze out the reflowing water glass, increasing the working strength

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