Vertical vibration conveying and drying integrated device

Abstract

The invention relates to the technical field of material transportation, in particular to a vertical vibration conveying and drying integrated device. The device comprises a feeding structure, a discharging structure, a material conveying structure and a heater. The material conveying structure comprises two or more vertical conveying pipelines and a driver, and every two adjacent vertical conveying pipelines are connected in series in the material conveying direction. The vertical conveying pipelines are driven by the driver to do horizontal plane circular motion and vertical plane up-and-down vertical motion. A feeding hole at the lower part of the material conveying structure is communicated with the feeding structure, and a discharging hole at the upper part of the material conveying structure is communicated with the discharging structure. The heater is used for heating the materials in the vertical conveying pipelines. By means of the structure of the vertical conveying pipelinesand the heater, after-production drying can be achieved while grains are vibrated and vertically conveyed, the labor intensity of workers can be effectively reduced, the grain conveying and drying efficiency is improved, the investment cost of a grain conveying and drying system is reduced, a traditional grain conveying and drying mode is changed, and rapid grain conveying is guaranteed.

Description

technical field [0001] The invention relates to the technical field of material conveying, in particular to a vertical vibration conveying and drying integrated device for grain conveying. Background technique [0002] At present, the grain transportation and drying process is relatively simple, that is, only a single transportation process or only a drying function can be realized, and there is no effective combination of the two to achieve an integrated device. The two functions are realized separately, which is not conducive to the grain. The effect of fast transportation and post-production drying is not satisfactory. The process also requires manual intervention, which takes a lot of time and resources, and affects the transformation process of grain transportation and post-production drying to unmanned intelligence. [0003] Therefore, how to provide a mechanical device with high working efficiency, simple operation and high utilization rate, which can realize the inte...

AI Technical Summary

Problems solved by technology

[0002] At present, the grain transportation and drying process is relatively simple, that is, only a single transportation process or only a drying function can be realized, and there is no effective combination of the two to achieve an integrated device. The two functions are realized separately, which is not conducive to the grain. Fast delivery and postpartum drying are not satisfactory. The process also requires manual intervention, which takes a lot of time and resources, and affects the transformation process of grain transportation and postpartum drying to unmanned intelligence.

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