Automatic treatment system and method for nicotine production waste residues

Abstract

The invention discloses an automatic treatment system and method for nicotine production waste residues. The automatic treatment system comprises a return conveying device, a material storage pool and a mobile collection device, wherein the return conveying device receives the waste residues and conveys the waste residues into the material storage pool and / or the waste residues are left on the return conveying device after passing through the material storage pool, an opening and closing door is arranged at the bottom of the material storage pool, and the opening and closing door releases the waste residues in the material storage pool after the mobile collection device is positioned below the opening and closing door. By means of the automatic treatment system, the waste residues do not need to be accumulated at a certain position in a centralized mode, the upper surface of the whole conveying device is equivalent to a plurality of stacking positions, and the transverse space is fully utilized. Through the cooperation of the return conveying device and the material storage pool, automatic circulating flow and treatment of the waste residues can be achieved, manual monitoring is not needed, the fully-closed automatic treatment system can be conveniently formed, and the waste residues are exposed outside only when the waste residues are released after the mobile collection device is in place. It is not needed to carry out manual monitoring to reserve a position for accumulating the waste residues in time, and a closed structure can be conveniently formed to reduce the influence of harmful gas in the waste residues on the human body.

Description

technical field [0001] The invention relates to the technical field of nicotine production equipment, and more specifically, to an automatic treatment system and method for nicotine production waste residue. Background technique [0002] Natural nicotine, also known as nicotine, is an important medicine, natural pesticide, spice, and chemical raw material. It is easily soluble in alcohol, ether, chloroform, alkanes and other organic solvents and water. It can be used to produce safe and effective smoking cessation products, electronic cigarettes and Low toxicity and no pesticide residues. At present, in industrial production, nicotine is mainly extracted from tobacco or waste tobacco sticks and leaves from tobacco production. The production methods used are mostly distillation, ion exchange resin or extraction. It is exactly the same, but the crude nicotine is mainly prepared first, and then further refined and purified by solvent extraction, vacuum distillation and other m...

AI Technical Summary

Problems solved by technology

When waste residues continue to be generated and piled up, industrial costs, equipment, and personnel conditions also limit the way to solve the problem by uninterrupted forklift removal of waste residues, and ultimately it is still difficult to avoid the accumulation of waste residues

[0004] In the process of waste residue accumulation, on the one hand, the waste residue will directly occupy the surface space. With the continuous generation of waste residue, it will occupy a considerable space. In order to continue to accumulate subsequent waste residue, it is necessary to manually transfer the waste residue until the accumulation is not serious. In general, it not only needs to occupy a considerable space, but also requires manual monitoring and management, making it difficult to automate the process

On the other hand, based on the existing waste residue accumulation treatment method, it is not only difficult to remove with a forklift, but also many substances harmful to human health are mixed in the waste residue. The accumulated waste residue will directly affect the health of production personnel, and it is impossible to guarantee Safety in industrialized production processes

[0005] Therefore, there is an urgent need for an automatic treatment system for nicotine production waste residues in the prior art to solve the above problems, including problems such as accumulation of waste residues in one place and difficulty in automatic waste residue collection.

Images