Automatic mortar distributor for prefabricating interlocking blocks

Abstract

The invention relates to an automatic mortar distributor for prefabricating interlocking blocks. The automatic mortar distributor comprises a hopper; spiral conveying devices driven by a driving device are arranged in the hopper; discharge ports are formed below the hopper and are provided with mortar feeding gates which can be opened and closed and controlled through a pneumatic control system; the pneumatic control system comprises an air cylinder and an air compressor, wherein the air cylinder is connected to the gates, the air compressor is connected with the air cylinder, and the air cylinder and the air compressor are connected with an electric control system which is capable of adjusting the mortar feeding time and positions to realize the purpose of quantitatively distributing mortar in fixed points; the discharge ports are positioned in a plurality of rows, and each row includes a plurality of discharge ports; and the spiral conveying devices are arranged on the discharge ports in each row. By virtue of the automatic mortar distributor, the massive prefabricating efficiency of the interlocking blocks can be obviously improved, the degrees of mechanization and automation in prefabrication of the interlocking blocks can be improved, and the cost of equipment in an interlocking block prefabricating site and the amount of construction workers can be greatly reduced.

Description

technical field [0001] The invention relates to a building material manufacturing machine, in particular to a prefabricated automatic ash separator for interlocking blocks. Background technique [0002] With the continuous development of the scale of inland shipping in my country, there are more and more waterway improvement projects. In the construction of soft foundation treatment, the number of interlocking block soft row structures is more and more applied. The construction requires a large number of concrete interlocking blocks. The plane size of the interlocking block formwork is relatively large. In order to facilitate concrete construction, the layout of ash pouring on both sides is usually adopted. To improve the prefabrication efficiency of interlocking blocks, a large area of ​​prefabricated site is required, as well as a large number of construction workers or additional lifting equipment. , this project is mainly through the development of "interlocking block ...

AI Technical Summary

Problems solved by technology

[0009] Use a tank truck to pour concrete into the hanging tank or directly collect ash from the mixing building into the hanging tank, and use lifting equipment to lift the hanging tank for pouring. This construction method requires sufficient lifting equipment in the prefabricated site, and there is also manual separation. The problem of large amount of gray engineering

[0010] At present, large-scale lifting equipment such as mobile tower cranes or gantry cranes are mainly used for the dismantling of interlocking block formwork. During construction, it is intersected with concrete pouring and hoisting of interlocking block finished products. There are many safety hazards and low construction efficiency.

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