Small concrete stirring equipment capable of detecting mixing degree

Abstract

The invention discloses small concrete stirring equipment capable of detecting a mixing degree, the small concrete stirring equipment comprises a ground, a baffle mechanism is arranged on the upper left side of the ground, and the baffle mechanism comprises a concrete groove formed in a stirring barrel. According to the small concrete stirring equipment, the concrete stirring and mixing degree canbe detected in a mechanical cooperation manner, and the effect for improving the efficiency and the rail carrying convenience is significant. The baffle mechanism part is arranged in the small concrete stirring equipment, a stirring cavity and the concrete groove can be separated or communicated according to the state of the stirring barrel, concrete can be conveniently added into the stirring cavity, and a speed measuring mechanism part can measure the moving speed of a detection rod in the concrete and is used for detecting the state of the concrete. A pitching angle of the stirring barrelcan be changed by a pitching mechanism part, so that feeding or discharging of the stirring barrel is facilitated. According to the overall design, the small concrete stirring equipment is low in cost, simple in structure, high in automation degree and suitable for large-area popularization.

Description

technical field [0001] The invention relates to the related fields of building concrete mixing, in particular to a small concrete mixing equipment capable of detecting mixing degree. Background technique [0002] Concrete is made of cement mixed with sand and stone, and mixed with water in a certain proportion. After stirring, cement concrete is obtained, which is widely used in civil engineering. At present, commercial concrete has been supplied in large quantities in the market, and the projects with small demand for cement concrete are obtained by workers using small concrete mixing devices on site to mix cement, sand, stone, and water in a certain proportion. Due to the small amount of concrete mixing, traditional small-scale concrete mixing devices are difficult to control the proportion of concrete raw materials, and the mixing state of concrete can only be judged by the experience of workers. Due to the above two disadvantages, small-scale concrete mixing devices ofte...

AI Technical Summary

Problems solved by technology

Due to the small amount of concrete mixing, traditional small-scale concrete mixing devices are difficult to control the proportion of concrete raw materials, and the mixing state of concrete can only be judged by the experience of workers. Due to the above two disadvantages, small-scale concrete mixing devices often have mixing quality Poor, inefficient, etc.

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