Horizontal four-axis blender

Abstract

The invention discloses a horizontal four-axis blender, and relates to a blender for high-sticky materials, or cement or other light materials which runs along a horizontal or basically horizontal axis. The invention provides a horizontal four-axis blender with the advantages of high blending efficiency, lower energy consumption, and broader applicable scope, in which materials can flow more smoothly. The horizontal four-axis blender is provided with a body, a left blending system, and a right blending system; the left blending system is provided with a left outer blending mechanism, and a left inner stirring mechanism which are horizontally arranged; the left inner blending mechanism is internally arranged in the left outer blending mechanism, and is axial with the left outer blending mechanism; the right blending system is provided with a right outer blending mechanism, and a right inner stirring mechanism which are horizontally arranged; the right inner blending mechanism is internally arranged in the right outer blending mechanism, and is axial with the right outer blending mechanism; and the left outer blending mechanism and the right outer blending mechanism are crossly arranged along different axial directions, with different rotating directions and consistent rotating speeds.

Description

technical field [0001] The present invention relates to a mixer for highly viscous materials or cement and other light materials having a horizontal or substantially horizontal axis, and more particularly to a horizontal four-shaft mixer. Background technique [0002] Existing stirring device similar to the present invention has following 2 kinds: [0003] The first type: twin-shaft mixer. The twin-shaft mixer consists of a mixer body, two parallel stirring shafts arranged horizontally in the mixer body, feeding, stirring, and return units arranged on the stirring shafts, and each unit includes a stirring arm fixed on the stirring shaft and connected to the stirring shaft. Arm blades. Since each unit is a discrete structure, the mixing of the materials in the mixer is realized by the individual shoveling of a single blade, so the materials cannot produce a continuous circulation flow as a whole, especially for high-viscosity materials, foam concrete mortar and other thin m...

AI Technical Summary

Problems solved by technology

For the mixing operation of thin mortar such as foam concrete, because there is a big difference in the density of the materials in the thin mortar, the material with low density floats on the material with relatively high density. Therefore, the shape of the blade of this type of mixer is difficult to achieve the pressure and tumbling effect. It can only be used for the stirring action of circular pushing, so it is difficult for this type of mixer to meet the mixing process requirements.

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