A grooved brick production line

Abstract

The invention discloses a groove-shaped brick production line which comprises a sand dredging device arranged at a sand field and a raw material conveying belt. The discharge end of the raw material conveying belt is connected with the feeding end of a humidifying stirring device, the discharge end of the humidifying stirring device is connected with the feeding end of a mud cylinder, the discharge end of the mud cylinder is connected with the feeding end of a brick extruding machine, a brick cutting machine is arranged at the discharge end of the brick extruding machine, a blank conveying belt is arranged at the discharge end of the brick cutting machine, a plurality of unloading working stations are arranged at the side portion of the blank conveying belt, and a plurality of blank conveying trolleys are arranged on the unloading working stations; the tail end of the blank conveying belt is connected with the feeding end of the mud cylinder; due to the fact that the tail end of the blank conveying belt is connected with the mud cylinder, when the blank on the blank conveying belt is conveyed to the unloading working stations and is not completely unloaded, the blank is conveyed back in the mud cylinder to be used as raw materials for secondary utilization, raw material cost is saved, waste is reduced, and environmental pollution is reduced.

Description

technical field [0001] The invention relates to the field of a sintered brick production device, in particular to a grooved brick production line. Background technique [0002] At present, the main function of the strip cutting machine used in brick and tile production enterprises is to use the strip cutter to cut the mud strips extruded by the brick extrusion machine into shaped mud strips of equal length according to the different requirements of the final product, and then The adobe machine cuts again into the final qualified adobe. The working principle of ordinary strip cutting machine is that after the mud strip is extruded by high pressure from the outlet of the brick extruder, it first touches the passive roller of the strip cutter. Since the brick extruder works continuously, the mud strip is always used as the active part. After passing through the radius of rotation of the cutting wire, the cutting wire is a cylindrical cutting device composed of steel wires, whi...

AI Technical Summary

Problems solved by technology

[0004] 1. At the unloading station, the operating efficiency of workers is unstable, and some bricks are often missed and not detected in time. The existing method is to directly discharge and stack the wet bricks. The disadvantage of this is that the wet bricks are easily deformed due to force , the unpicked adobes become waste, resulting in waste of resources

[0005] 2. Due to the need to ensure a flat section during cutting, the transmission device at the front end of the cutting tool is usually not suitable for high-speed transmission. Due to the lack of monitoring means, the existing brick cutting machine usually drives at the same speed at the front and rear sections, and the output efficiency and product quality are not good. It is difficult to meet the high-speed discharge requirements of the discharge conveyor belt in the rear stage

[0006] 3. The finished brick has a single shape, and it is difficult to knock the thin-walled edge on the surface of the brick and make it into a brick with grooves for piercing the pipeline. It can only be cut at the construction site, which is difficult to process, low in efficiency, and serious in pollution

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