Stone cutting waste automatic filling mechanism

Abstract

The invention provides a stone cutting waste automatic filling mechanism. The stone cutting waste automatic filling mechanism comprises a base, a rotating disc rotationally arranged on the base, and afirst driving mechanism for driving the rotating disc to rotate; a loading station, a filling station, a pressing station and an unloading station are uniformly arranged on the rotating disc along the periphery with the rotating center as circle center in sequence; the rotating disc is rotationally provided with rotating bases corresponding to each station; workpiece positioning holes are formedin the upper surfaces of the rotating bases; the filling station comprises a screw extruder; a discharge port of the screw extruder communicates with a discharge pipe vertically arranged; the discharge pipe is positioned right above the corresponding rotating base; a second driving mechanism for driving the rotating bases to rotate is arranged on the base corresponding to the filling station; andthe pressing station comprises a positioning base, a slide frame arranged through sliding in the radial direction of the rotating disc relative to the positioning base, a third driving mechanism for driving the slide frame to slide, a pressing block slidingly arranged on the slide frame in the vertical direction, and a driving cylinder arranged on the slide frame and driving the pressing block toslide.

Description

technical field [0001] The invention relates to an automatic filling mechanism for stone cutting waste. Background technique [0002] The stone processing industry has developed rapidly in China in the past ten years and has made great contributions to the economy. For example, Nan'an in Fujian and Yunfu in Guangdong are the core areas of the domestic stone industry. At the same time, there are many problems. Among them, the problem of waste pollution generated in the stone processing process is becoming more and more serious. For every 30 square meters of board produced, about 1 ton of waste such as stone powder and gravel is produced. With the increase of stone production, the waste produced is increasing year by year, and a large amount of waste stone in the stone processing area cannot be fully utilized, and stone powder and gravel are piled up everywhere. Because the stone powder particles are relatively fine, it will be mixed with rainwater to form stone powder mud in...

AI Technical Summary

Problems solved by technology

Because the stone powder particles are relatively fine, it will be mixed with rainwater to form stone powder mud in rainy days, and it will flow around. On sunny days, it will fly around with the wind, causing secondary pollution to the environment. Large areas of cultivated land, water resources, and air are seriously polluted. Ecological environment severely damaged

[0003] In addition, due to the rise of stone processing, the number of workers in stone factories has risen sharply, but because the stone waste cannot be resolved, the air in the working environment is full of dust, which in turn affects the health of the staff. Therefore, waste rock powder produced in the stone processing industry Comprehensive utilization is the inevitable choice for pollution control

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