Leakage-proof discharging structure of tobacco leaf loosening humidifier

Abstract

The invention discloses a discharging structure of a tobacco leaf loosening humidifier and belongs to the technical field of the tobacco leaf loosening humidifier. The discharging structure of the tobacco leaf loosening humidifier is technically characterized by comprising a machine body, wherein a humidifying cylinder is arranged in the machine body, a vibrating groove is arranged below a discharging end of the humidifying cylinder, a humidity discharging hood is arranged at the side of the humidifying cylinder which is in the length direction of the vibrating groove, wherein a guiding hood is arranged on the machine body at the discharging end of the humidifying cylinder, and the lower end of the guiding hood stretches into the vibrating trough; the space a between a discharging port of the guiding hood and the rear end of the vibrating trough is 400-700mm; and one end of the guiding hood, opposite to the humidity discharging hood, stretches into the humidity discharging hood, and the space b between the upper end face of the guiding hood in the humidity discharging hood and an opening part of the humidity discharging hood is 250-400mm. The leakage-proof discharging structure of the tobacco leaf loosening humidifier, provided by the invention, is compact in structure and good in use effect and is used for loosening and humidifying the tobacco leaf.

Description

technical field [0001] The present invention relates to a tobacco leaf loose moisture conditioning machine, and more specifically relates to a tobacco leaf loose moisture conditioning machine discharge structure capable of preventing material leakage. Background technique [0002] Tobacco leaf loosening and moistening machine is a device for loosening the sliced ​​tobacco block and increasing the moisture content and temperature of the tobacco sheet. The existing loose tobacco leaf moisture reconditioning machine has serious material leakage problems during use, which directly affects the cleanliness of the production site and is not conducive to realizing clean production; at the same time, it increases the workload of front-line employees and is not conducive to improving production efficiency. The reason is that the discharge structure of the loose damp conditioner is unreasonable. Specifically include the following three: (1) The design of the discharge port is unreason...

AI Technical Summary

Problems solved by technology

The existing loose tobacco leaf moisture reconditioning machine has serious material leakage problems during use, which directly affects the cleanliness of the production site and is not conducive to realizing clean production; at the same time, it increases the workload of front-line employees and is not conducive to improving production efficiency

The reason is that the discharge structure of the loose damp conditioner is unreasonable

Specifically include the following three: (1) The design of the discharge port is unreasonable. The discharge port of the existing loose damp damper adopts a vertical drop method, and the blades lack effective cushioning and are easy to leak from the rear end of the vibrating tank. (2) Due to Due to the joint effect of the circulating hot air flow and the airflow generated by the vibration of the vibrating tank, in the relatively "closed" space between the vibrating tank, the blanking hood and the moisture exhaust hood, the airflow is not properly channeled, and the airflow is in the closed space. Diffusion along the four directions of front, back, left, and right, which is easy to generate turbulent flow and cause the tobacco leaves to flutter. At the same time, the airflow diffused in four directions has a greater impact on the entire "closed" space, which is likely to cause equipment damage; (3) The design of the blanking hood is unreasonable. The existing blanking hood uses rubber as the baffle, which cannot effectively reduce the impact of the airflow; (4) The guard plate of the vibrating groove is too low, and the tobacco leaves are easy to float out of the groove during the vibration process

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