Manganese slag thermal insulation material combined type paving mechanism

Abstract

The invention relates to a manganese slag thermal insulation material combined type paving mechanism. Agent spraying pipes are arranged in travelling devices at the lower portion of a chassis, a stretchable pipe is arranged on a connecting bend connected with each agent spraying pipe, a base pipe used for shooting microwaves is arranged in a base pipe, and a stirring assembly and a hopper with a nitrogen injection device are arranged inside each in-tank agent mixing device; one end of a rotor rolling shaft in an ejector is arranged outside a solution inlet pipe in a sleeving manner, the otherend of the rotor rolling shaft extends into an injection pipe, the injection pipe is internally provided with an injection part, the injection part is internally provided with an agent inlet adjustingknob, agent falling channels are formed between bell jars and a solid water scattering body, and annular agent outlet surging ways are formed between the adjacent bell jars; impellers are arranged inside the rotor rolling shaft, a self-rotation smashing device is composed of a connecting section and a paving operation section, the paving operation section is provided with a smashing mechanism, atransmission shaft connected with the smashing mechanism extends into a connecting section containing cavity and is driven by a rotating device motor; and the first-stage impeller, the second-stage impeller and an acceleration rotor pulling disc are arranged at the tail end spraying head. The system is high in operation efficiency, and the agent spraying operation effect is good.

Description

technical field [0001] The invention belongs to the technical field of engineering processing equipment, and in particular relates to a combined paving mechanism for manganese slag thermal insulation materials. Background technique [0002] Some existing manganese slag insulation materials need to be flattened first, then sprayed with chemicals for disinfection or sterilization, and then concentrated treatment can only be carried out after a period of drying. In the existing leveling treatment equipment for manganese slag insulation materials, eccentric vibrating rollers are usually used to vibrate and crush the manganese slag insulation materials at high speed, and cooperate with the other two flattening rollers to make the manganese slag insulation materials broken Flat, but in practice, the following shortcomings are often found. The rotation of the eccentric roller often rolls the manganese slag insulation material forward, so that the local accumulation is too high. Eve...

AI Technical Summary

Problems solved by technology

In the existing leveling treatment equipment for manganese slag insulation materials, eccentric vibrating rollers are usually used to vibrate and crush the manganese slag insulation materials at high speed, and cooperate with the other two flattening rollers to make the manganese slag insulation materials broken Flat, but in practice, the following shortcomings are often found. The rotation of the eccentric roller often rolls the manganese slag insulation material forward, so that the local accumulation is too high. Even after the manganese slag insulation material is dry, it is found that the surface There are pits, which cannot meet the design requirements. In addition, the existing manganese slag insulation material processing equipment has a large volume, and the steering process is laborious, inflexible, and low in efficiency, which needs to be improved urgently

[0003] Under the current technical conditions, the leveling equipment technology has not yet matured, and the existing traditional processes and treatment methods still have the disadvantages of high processing costs and low leveling efficiency.

In addition, the spraying of chemicals in the prior art is carried out manually, which not only has low working efficiency, but also has unsatisfactory spraying effect.

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