Uniform material distributing and discharging device capable of preventing materials from being blocked

Abstract

The invention belongs to the technical field of mechatronics material conveying devices and particularly relates to a uniform material distributing and discharging device capable of preventing materials from being blocked. The uniform material distributing and discharging device comprises a material distributing body, a feeding port is formed in the material distributing body, the bottom end of the material distributing body is fixed to a material carrying disc, a discharging baffle is arranged on the material distributing body to form a fixed plough type structure, and a material distributingport is formed in the material distributing body in the radial direction of the material carrying disc. A material bearing structure is arranged in the center of the material carrying disc, the discharging baffle is attached to the material bearing structure and the disc face of the material carrying disc, and a turning and scraping structure is formed in the rotating process of the material carrying disc. According to the device, materials are effectively turned and scraped in the rotating process of the loading disc, the resistance of the unloading baffle caused by accumulation of the materials in the center of the loading disc is eliminated, the adhesive force of the materials on the unloading baffle and the disc is eliminated, and uniform distribution and unloading of the materials are achieved. The device is simple in structure and convenient to arrange, the arc-shaped discharging baffle is directly arranged on the material distributing body, and the structure is ingenious.

Description

technical field [0001] The invention belongs to the technical field of electromechanical integrated material conveying devices, and in particular relates to a uniform material distribution and unloading device for preventing material clogging. Background technique [0002] In the fields of chemical industry and zinc hydrometallurgy, materials are often evenly distributed and unloaded through hoppers to achieve stable material supply requirements for smelting and chemical processes. At present, the distributing disc is widely used to distribute and unload the material. Due to the high moisture content and high viscosity of the material, the extrusion of the material during the rotation of the loading disc will easily cause the density of the material to increase. The center of the disc is piled up, so the material is prone to agglomeration during the conveying process, and even the discharge port will be blocked seriously, affecting normal production. Once the discharge port...

AI Technical Summary

Problems solved by technology

At present, the distributing disc is widely used to distribute and unload the material. Due to the high moisture content and high viscosity of the material, the extrusion of the material during the rotation of the loading disc will easily cause the density of the material to increase. The center of the disc is piled up, so the material is easy to agglomerate during the conveying process, and it will even block the discharge port in serious cases, affecting normal production

Once the discharge port is blocked, the parts of the feeding device can only be disassembled and cleaned manually

However, materials with high moisture content and high viscosity will agglomerate after mechanical extrusion in the hopper, making it difficult to disassemble components, difficult to clean up materials, high cleaning labor intensity, and high potential safety hazards.

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