Hopper device used for material cooling, transferring and storing and material transferring method

Abstract

The embodiment of the invention relates to a hopper device used for material cooling, transferring and storing and a material transferring method. The hopper device comprises a hopper body. The hopper body comprises a containing part used for storing materials, a jacket and multiple supports. The upper portion of the containing part is in a cylinder shape, and the lower portion of the containing part is in an inverted cone shape. A feeding port is formed in the top of the containing part, and a discharging port is formed in the bottom of the containing part. The discharging port is provided with an outlet sealing switch. The containing part further comprises a feeding cover which is buckled on the feeding port, and the feeding port and the feeding cover are sealed through rubber and are used for isolating air. Materials enter the containing part from the feeding port and are discharged out of the containing part through the discharging port. The jacket is arranged at the outer portion of the containing part, surrounds the containing part and is used for cooling the materials in the containing part. A cooling water outlet is formed in the top of the jacket, and a cooling water inlet is formed in the bottom of the jacket, wherein cooling water flows into the jacket from the cooling water inlet and flows out of the jacket from the cooling water outlet. The multiple supports are arranged on the peripheral edge of the hopper body. The upper portion of the support is connected with the hopper body and is used for supporting the hopper body.

Description

technical field [0001] The invention relates to the technical field of material storage, in particular to a hopper device and a material transfer method for cooling, transferring and storing materials. Background technique [0002] In chemical production, intermediate products often need to be heated, transferred and cooled. Sometimes the temperature of the material can even reach above 3300°C. Although it has been cooled to below 60°C in the heating furnace, the internal temperature of the material with serious agglomeration is still Stays above the burning point and is hard to detect. At this time, the material is directly transferred to the ton bag for storage. The contact between the block material and the air may cause the material to burn from the inside to the outside, which will not only cause material loss, but also cause the packaging bag to burn and cause a fire, resulting in huge losses. If the material is cooled in the furnace for a long time, the production ef...

AI Technical Summary

Problems solved by technology

[0002] In chemical production, intermediate products often need to be heated, transferred and cooled. Sometimes the temperature of the material can even reach above 3300°C. Although it has been cooled to below 60°C in the heating furnace, the internal temperature of the material with serious agglomeration is still Remains above the burning point and is difficult to detect

At this time, the material is directly transferred to the ton bag for storage. The contact between the block material and the air may cause the material to burn from the inside out, which will not only cause the loss of the material, but also cause the packaging bag to burn and cause a fire, resulting in huge losses.

If the material is cooled in the furnace for a long time, it will lead to a decrease in production efficiency

In order to pursue high production efficiency, workers often cool the agglomerated materials and transfer them to iron drums for storage. In the process of contacting with the air, the temperature will slowly rise and the materials will be burned into waste, resulting in losses

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