Automatic blank cutting device for civil building glazed tile production

Abstract

The invention discloses an automatic blank cutting device for civil building glazed tile production. The automatic blank cutting device for civil building glazed tile production comprises a glazed tile bottom blank die, wherein the glazed tile bottom blank die is arranged at a position of the top side of a support base; a bottom blank die ejection pedal is coupled to and arranged at the right sideof the support base, and the other shaft end of the bottom blank die ejection pedal is abutted against the bottom of the glazed tile bottom blank die; and a glazed tile top die blank-pressing deviceis rotationally connected to a part at one side adjacent to the glazed tile bottom blank die, of a top side support of the support base. Two limit slide rods are symmetrically arranged on supports atthe two ends of the top side of the support base of the automatic blank cutting device for civil building glazed tile production, a transversal cutting wire is slidably installed on the limit slide rods in a limit manner through slide blocks at the two ends, and moreover, a transversal cutting stroke of the transversal cutting wire and the top wall of the glazed tile bottom blank die are bonded inparallel, so that limit movement for the transversal cutting wire on the limit slide rods is benefited, and then the transversal cutting wire is enabled to always stably carry out cutting operation on the top wall and the bottom wall of the glazed tile bottom blank die.

Description

technical field [0001] The invention relates to the technical field of production equipment for building glazed tiles, in particular to an automatic embryo cutting device for producing glazed tiles for civil buildings. Background technique [0002] Glazed tiles are made of high-quality ore raw materials, which are screened and crushed, formed by high pressure, and fired at high temperature. It has significant advantages such as high strength, good flatness, low water absorption, flexural resistance, frost resistance, acid resistance, alkali resistance, and never fading. It is widely used in factories, houses, hotels, villas and other industrial and civil buildings. It is highly praised by architects for its various shapes, simple and colorful glaze colors, environmental protection and durability. The molding methods of glazed tiles generally adopt methods such as extrusion molding, hand-printed blanks, and grouting molding. Western-style tiles are molded by plastic compres...

AI Technical Summary

Problems solved by technology

[0005] The object of the present invention is to provide an automatic embryo cutting device for the production of civil building glazed tiles, so as to solve the manual production method proposed in the above background technology, and it is necessary to free up hands every time to take the string bow for cutting embryos for cutting. Embryo; manual embossing control is the essence of glazed tile manual production, so mechanized changes cannot be made, so it is only necessary to improve in other aspects that do not affect the quality of glazed tile production

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