A sand dehydration collection device for engineering construction

Abstract

The invention relates to a sand stone dehydration collection device for engineering buildings, wherein the sand stone dehydration collection device includes a dehydration output base and a stirring input mechanism arranged on the dehydration output base; the dehydration output base is also provided with a filter collection mechanism connected with the stirring input mechanism, and the filter collection mechanism comprises a machine box body erected on the upper part of the filter output base. The sand stone dehydration collection device can quickly collect fine sand in rivers; the collected fine sand particles have same size and good quality, and can be used directly in the engineering buildings. At the same time, the device clean silt in the rivers while collecting the fine sand, and hasthe cleaning and environmental-protection functions; and the device is convenient to operate and use and has less human input.

Description

technical field [0001] The invention relates to the technical field of processing equipment for engineering construction materials, in particular to a sand dehydration collection device for engineering construction. Background technique [0002] Most of the pouring sand and stone used in engineering buildings are collected in the river quarry. Due to the different sizes of sand and stone, it is necessary to sort sand and stone of appropriate size to adapt to the use of engineering buildings. Most of the existing sand and stone sorting and collection devices use The vibrating screen sorts out the required sand and gravel through a screen with a suitable mesh. Although the efficiency of the screen sorting sand and gravel is high, the particle size of the sorted sand and gravel is still uneven. And mixed with a lot of soil, the quality is poor, especially like the fine sand used in engineering construction to paint walls. The sand and gravel sorted out in this way cannot be use...

AI Technical Summary

Problems solved by technology

[0002] Most of the pouring sand and stone used in engineering buildings are collected in the river quarry. Due to the different sizes of sand and stone, it is necessary to sort sand and stone of appropriate size to adapt to the use of engineering buildings. Most of the existing sand and stone sorting and collection devices use The vibrating screen sorts out the required sand and gravel through a screen with a suitable mesh. Although the efficiency of the screen sorting sand and gravel is high, the particle size of the sorted sand and gravel is still uneven. And mixed with a lot of soil, the quality is poor, especially like the fine sand used in engineering construction to paint walls. The sand and gravel sorted out in this way cannot be used directly in engineering construction. The purchased sand and gravel need to be further sorted before being used. The use increases the construction cost. At the same time, the use of the existing sand and gravel screening device consumes a lot of manpower and high labor cost. Facing the rapid development of the engineering and construction industry, the traditional screening device is no longer suitable for the needs of industry development.

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