Residue-free curing machine and curing method of materials

Abstract

The invention relates to a residue-free curing machine and a curing method of materials, and belongs to the field of a food industry or feed industry. According to the residue-free curing machine, a helical rotor is arranged below a main rotor, the shape of the inner wall of the lower portion of a shell matches with that of the helical rotor, the helical rotor is in transmission connection with anauxiliary motor, a gate assembly capable of opening and closing a discharging opening is mounted at one end of the discharging opening and includes an insertion plate and an insertion plate driving mechanism which is connected with the insertion plate, and the tail end of the helical rotor corresponds to the discharging opening. By adopting the residue-free curing machine, the filling degree of an internal filler of the curing machine can be improved, meanwhile, the problem is solved that excessive unqualified leftover materials are generated in an initial stage of starting up of the curing machine, and the problem of internal residues of the curing machine after stopping is also solved. By adopting the curing method of the materials, the problem of the excessive unqualified leftover materials can be solved, the filling degree is improved, the problem of internal residues of the shell is also solved, and the working efficiency is improved.

Description

Technical field [0001] The invention relates to a curing device for curing materials using a heat transfer medium and a curing method of materials in the field of the food industry or the feed industry. Background technique [0002] In the prior art, the raw materials in the food industry or the feed industry generally need to be crushed to a certain fineness by a crushing device before being processed, and then need to enter a curing device for curing, and finally into a forming device for processing after curing. [0003] The purpose of a certain degree of fineness of raw materials entering the curing equipment is to increase the degree of maturation of the materials, and the purpose is to facilitate better subsequent processing and molding; only when the raw materials reach a good degree of maturation, the subsequent molded products can get better quality and higher production. effectiveness. [0004] At present, the curing equipment is generally composed of four parts: cylinder,...

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Problems solved by technology

[0011] The purpose of the present invention is to provide a non-residue slaking device, which can improve the filling degree of the internal material of the slaking device, and at the same time solve the problem of too much unqualified head material at the beginning of the slaking device's start-up, and also solve the problem that the slaking device is not enough when it is stopped. internal residual problems

[0013] When the present invention works, the initial working stage needs to solve the problem of too much unqualified head material at the beginning of the start-up of the slaking machine, including: closing the discharge port of the slaking machine, starting the main rotor, starting the helical rotor, opening the feeding port, and The material is fed into the feed port, and steam and water are introduced into the riper at the same time; the material continuously enters the riper, and under the action of the propulsion blade, the material is stirred and mixed, and pushed to the direction of the discharge port; the spiral at the bottom The shaft drives the helical blade in the reverse direction, that is, the helical rotor pushes the material to be transported to the feed inlet; at this time, the slaking device changes from a continuous material processing device to a mixing device, which also improves the fullness of the material in the slaking device; wait until When the temperature and moisture are qualified and the discharge standard is reached, the follow-up equipment is turned on, the gate assembly is opened, and the qualified materials in the riper flow out from the discharge port and enter the next process; the materials entering the next process are of moisture and temperature. It is a qualified material, which can realize the waste of inorganic head materials

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