Mixer truck and using method

Abstract

The invention relates to a mixer truck and a using method, and belongs to the technical field of civil engineering. The mixer truck comprises a construction truck body, a mixing system and a directionadjusting system. A feeding hopper is arranged at the upper end of the stirring system, a discharging opening is formed in the lower end of the stirring system, the feeding hopper communicates into amixing barrel, the discharging opening communicates into the mixing barrel, a rotating shaft and a rotating frame are arranged in the mixing barrel, and the rotating frame and the rotating shaft arecoaxially arranged and rotate reversely; the rotating shaft is connected with a plurality of shaft stirring blades, and the rotating frame is connected with a plurality of frame stirring blades; the direction adjusting system comprises a bearing assembly and a buckle, the bearing assembly comprises a bearing upper base and a bearing lower base, direction adjusting positioning holes are correspondingly formed in the edges of the bearing upper base and the bearing lower base respectively, and the buckle can penetrate through the direction adjusting positioning holes to fix the bearing upper baseand the bearing lower base; the bearing upper base is connected with the bottom of the mixing barrel; the bearing lower base is connected with the construction truck body; the invention provides themixer truck and the use method thereof, which can improve the mixing efficiency and the mixing quality and improve the operation effect.

Description

technical field [0001] The invention relates to a mixer truck and a use method thereof, belonging to the technical field of civil engineering. Background technique [0002] In engineering operations with complex construction environment and long construction distance requirements, such as construction pipe gallery, underground diaphragm wall and other engineering construction, it is often encountered that underground soil needs to be mixed with various materials, and the mixing volume is often still large ; The efficiency of traditional construction methods is very low, and the degree of mixing is not high, and the effect is low; as a large number of contaminated soil layers need to be mixed with chemical materials to neutralize or solidify, so a huge mixing workload is generated. The most important problem in technology is the uniformity of mixing efficiency and mixing quality. The mixing equipment that can be used in the market is difficult to achieve a high degree of effi...

AI Technical Summary

Problems solved by technology

[0002] In engineering operations with complex construction environment and long construction distance requirements, such as construction pipe gallery, underground diaphragm wall and other engineering construction, it is often encountered that underground soil needs to be mixed with various materials, and the mixing volume is often still large ; The efficiency of traditional construction methods is very low, and the degree of mixing is not high, and the effect is low; as a large number of contaminated soil layers need to be mixed with chemical materials to neutralize or solidify, so a huge mixing workload is generated. The most important problem in technology is the uniformity of mixing efficiency and mixing quality. It is difficult for the mixing equipment available in the market to achieve a high degree of efficiency, results and cost, and cannot meet the demand.

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