Universal rotation spherical blender

Abstract

The invention relates to a universal rotation spherical blender, in particular to a universal rotation spherical blender with low noise, low operation cost, high operational efficiency and good blending effect. The universal rotation spherical blender comprises a base, a bracket which can rotate relative to the base, and a spherical pan body, a blending mechanism, a rotating mechanism and a turnover mechanism which are fixed on the bracket. The universal rotation spherical blender is structurally characterized in that the rotating mechanism comprises a rotating motor, a transmission gear and a driving belt pulley which are arranged on the bracket and are sequentially connected, a driven belt pulley arranged on the spherical pan body and a belt connecting the driving belt pulley with the driven belt pulley. The blending mechanism comprises a motor, a reducer, a driving shaft, a driven shaft and blending fin which are sequentially connected, and the driving shaft is connected with the driven shaft by gear engagement; and the blending fin is arranged at the lower end of the driven shaft and consists of a beam and a plurality of prongs and screwed plugs, the prongs and pipe plugs are arranged on the beam, and springs are arranged in the prongs and the pipe plugs.

Description

technical field [0001] The invention relates to a mixer, in particular to a multi-rotating ball mixer suitable for production and experiments. Background technique [0002] At present, the commonly used concrete mixers mainly have the following three structural forms. 1. The single-horizontal shaft concrete mixer has the problem of uneven mixing because the blades are easy to wear and the gap is getting larger and larger. 2. For the vertical concrete forced mixer, due to the blade wear and the dead angle in front of the shovel, the material mixing is not uniform. 3. Hemispherical mixer, due to the wear of the mixing shovel, it is difficult to adjust the angle, the worm gear and worm at the bottom of the pot are easy to wear, and the material is stirred unevenly; and because the processing of the pot is easy to eccentric, the gap at the edge is large, and the stirring noise is also very large , easy to collapse. The above three mixers all have the problems of loud noise, di...

AI Technical Summary

Problems solved by technology

[0002] At present, the commonly used concrete mixers mainly have the following three structural forms. 1. The single-horizontal shaft concrete mixer, because the blades are easy to wear, the gap is getting larger and larger, and there is a problem of uneven mixing.

2. Vertical concrete forced mixer, due to the wear of the blades and the dead angle in front of the shovel, the material mixing is not uniform

3. Hemispherical mixer, due to the wear of the mixing shovel, it is difficult to adjust the angle, the worm gear and worm at the bottom of the pot are easy to wear, and the material is stirred unevenly; and because the processing of the pot is easy to eccentric, the gap at the edge is large, and the stirring noise is also very large , easy to collapse

The above three mixers all have the problems of loud noise, difficult unloading, and difficult cleaning of the pot

[0003] Chinese patent specification CN200720012495.5 discloses a universal ball mixer, although it can make the materials in the pot fully mixed, but it has the following disadvantages: 1. When the spherical pot rotates, it is in contact with the small wheel supporting the pot Friction produces a lot of noise; 2: The stirring fin is not elastic, and it will break or be stuffy, which will affect the stirring effect; frequent maintenance of the stirring fin or motor is required, the work efficiency is low, and the production cost is high

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