High-speed and high-efficiency blender with mighty rotating flow

Abstract

The invention relates to a high-speed and high-efficiency blender with mighty rotating flow, which has high efficiency, good stirring effect, large work flow and high stirring speed and can realize continuous operation. The blender comprises a stand, a framework, a roller arranged on the framework and a feed hopper, the roller is internally provided with a stirring mechanism, two sides of the framework are respectively provided with a roller driving device and a stirring driving device, and the stand is provided with a framework supporting mechanism. The blender is structurally characterized in that the stirring mechanism comprises a fixing shaft sleeve, a main shaft, a stirring shaft and a stirring wing arranged at the lower end of a stirring shaft, the fixing shaft sleeve and the main shaft are axially arranged along the roller, one end of the fixing shaft sleeve is connected with the framework, and the other end is in rotation connection with the roller driving device; the fixing shaft sleeve is provided with at least two gear boxes, and each gear box is respectively provided with a set of transmission gear; one end of the main shaft is connected with the stirring driving device and the other end is in rotation connection with the fixing shaft sleeve; and the upper end of the stirring shaft is connected with the main shaft through a gear.

Description

technical field [0001] The invention relates to a mixer, more specifically a high-speed and high-efficiency multi-rotation flow mixer. Background technique [0002] Commonly used concrete mixers mainly have the following three structural forms. 1. Horizontal shaft concrete mixers, because the blades are easy to wear, the gaps are getting larger and larger, and there is a problem of uneven mixing. 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. For the 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, there is a large gap at the edge, and the stirring noise is also very loud. Easy to collapse. None of the above-mentioned mixers can operate continuously, and the degree of...

AI Technical Summary

Problems solved by technology

[0002] Commonly used concrete mixers mainly have the following three structural forms. 1. Horizontal shaft concrete mixers, 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. For the 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, there is a large gap at the edge, and the stirring noise is also very loud. Easy to collapse

None of the above-mentioned mixers can work continuously, and the degree of automation is low; when mixing, only the stirring mechanism moves, the stirring direction is single, and the stirring effect is not ideal

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