Six-shaft cement mixing pile machine

Abstract

The invention provides a six-shaft cement mixing pile machine. A power box is connected with six drill stems, the six drill stems are provided with a plurality of blades or vanes, and the six drill stems can directly spray concrete to finish construction of six cement stirring piles. Compared with a traditional mixing pile machine, the six-shaft cement mixing pile machine is large in the number of drill stems. The drill stems are provided with more blades or vanes and can directly spray concrete so as to remarkably improve construction efficiency, reduce labor cost, shorten work period, reduce mixing pile joints, improve construction quality and reduce construction cost.

Description

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AI Technical Summary

Benefits of technology

This patented device has several technical features that make it easier for workers to use them than current methods like hand mixers or screw drivers. It simplifies its design by connecting each individual drilling rod separately instead of just making up three separate components altogether. Additionally, this new method allows for more efficient jointing between different parts of the apparatus without requiring excessive effort from all involved during assembly process. Overall, these improvements lead to improved performance, reduced manufacturing times, lowered construction costs, increased durability, better overall results, and greater ease of operation over existing systems.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving both strong and stable foundations during temporary building works without sacrificially replacing existing materials like sand bags due to their lower durability compared to other methods (such as steel bars). Additionally, current methods require longer downtime when forming more than once per job, leading to increased labor intensity and potential safety concerns associated with workers' compensation claims over long periods of use.

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