Novel terracotta extruding machine

Abstract

The invention provides a novel terracotta extruding machine, which comprises a base, wherein a lathe bed is arranged on the base; a motor I, a motor II and a motor III are arranged on the lathe bed in turn from top to bottom; an upper stirring device and a lower extruding device are arranged on the lathe bed; the upper stirring device is composed of an upright stirring part and a horizontal stirring part; the lower end of the upright stirring part is vertically connected to the upper end of the horizontal stirring part; the lower extruding device is composed of an extruding part and a sludge pressing part; the upper end of the sludge pressing part is connected to the lower end of the horizontal stirring part; the sludge pressing part is located above the extruding part; the sludge pressing part and the extruding part are both arranged in the lathe body; and an outlet end of the extruding part is connected to a planer sludge separating cylinder. In the novel terracotta extruding machine, three motors are used for simultaneously driving the stirring parts and the extruding part to work, thereby increasing the stirring intensity. When the upper stirring device is at fault or the fed material is excessive, the stirring parts are easily stopped, the extruding vacuum degree is promoted, the extruding pressure is increased, the moisture contained in terracotta is reduced and the unnecessary trouble is reduced for the subsequent process.

Description

technical field [0001] The invention belongs to the technical field of building material machinery manufacturing, and in particular relates to a novel ceramic plate anti-extrusion machine. Background technique [0002] At present, the ceramic plate production technology commonly used by ceramic manufacturers generally uses die stamping to form, which mainly has the following shortcomings and defects: First, the stamped ceramic plate has low efficiency and poor strength, and the strength problem must be considered in the follow-up process. It brings unnecessary troubles to the follow-up process; second, the size of the ceramic plate formed by stamping with the mold is limited by the press and the mold, and it is largely difficult to achieve the effect of one machine with multiple functions; resulting in high cost, time-consuming, laborious and affecting the output. Moreover, it is difficult to guarantee product quality to a large extent, so it is necessary to improve. Conte...

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Problems solved by technology

[0002] At present, the ceramic plate production technology commonly used by ceramic manufacturers generally uses die stamping to form, which mainly has the following shortcomings and defects: First, the stamped ceramic plate has low efficiency and poor strength, and the strength problem must be considered in the follow-up process. It brings unnecessary troubles to the follow-up process; second, the size of the ceramic plate formed by stamping with the mold is limited by the press and the mold, and it is largely difficult to achieve the effect of one machine with multiple functions; resulting in high cost, time-consuming, laborious and affecting the output. And it is largely difficult to guarantee product quality, so it is necessary to improve

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