Green brick stacking method for pulverized fuel ash pressurizing bricks

Abstract

The invention discloses a green brick stacking method for pulverized fuel ash pressurizing bricks, belongs to a method for manufacturing the pulverized fuel ash pressurizing bricks, and aims to provide the green brick stacking method which is simple and labor-saving in operation, high in efficiency, and small in loss. The technical scheme is that green brick stacking method comprises the following steps: green bricks (2) are stacked on a flat carrier loader (1) in a side standing manner to form rows of piled bricks; and release paper (3) is laid between two adjacent layers of green bricks (2) of the rows of piled bricks. The transfer path from the bottom up in the shaking of the piled bricks is blocked by the release paper, so that the falling of the upper layer of green bricks due to too high shaking amplitude is avoided. The stacking method has the advantages that the operation is simple and labor-saving, the stacking efficiency is high, the green brick loss is small, and the loading space is saved. The green brick stacking method is used for manufacturing the pulverized fuel ash pressurizing bricks.

Description

technical field [0001] The invention relates to a brick adobe stacking method, in particular to a fly ash pressurized brick adobe stacking method, which belongs to a manufacturing method of fly ash pressurized bricks. Background technique [0002] As we all know, fly ash pressurized bricks are fly ash bricks made of fly ash, lime or cement as the main raw material, adding appropriate amount of gypsum and aggregate, mixing, pressing and curing under high pressure. The size of the autoclaved fly ash brick is exactly the same as that of the ordinary solid clay brick (length 240mm x width 115mm x thickness 53mm), which can directly replace the solid clay brick. [0003] In order to improve efficiency, the brick making machine is usually used to press the adobe, and then the manipulator grabs several or a dozen adobes at a time and stacks them on the flat-bed transfer vehicle, and then the flat-bed transfer vehicle sends them to the pressurized kettle for high-temperature, High ...

AI Technical Summary

Problems solved by technology

[0005] 1) Since the manipulators are stacked sequentially in one direction, manual operations must be performed to interleave the adobe interlayers; not only is it labor-intensive and inefficient, but also the edges of the adobe contours are easily damaged by knocking during interleaved stacking;

[0006] 2) Since the size of the adobe is fixed, the end faces of the adobes stacked staggered in each layer cannot be guaranteed to be even; during the transfer process, the cantilevered part of the adobe is easily broken due to vibration (the adobe has not yet been cured under high pressure, and its strength is weak) , high rejection rate;

[0007] 3) The operating procedures are cumbersome and error-prone, which in turn affects the beat of the entire production line;

[0008] 4) Since the size of the adobe is fixed and the joints of the bricks cannot be aligned, the loading will be reduced due to the waste of loading space, which will lead to a decrease in the output of high-pressure curing per car and an increase in production capacity

Images