A device for manufacturing dripping glazed tile blanks

Abstract

The invention discloses a device for manufacturing dripping glazed tile blanks, which includes a bottom mold for the tile body and a bottom mold for tile parts. An upper spring and a lower spring are arranged on the guide column, and a tile body top mold is arranged on the lower side of the top pressure seat, and a receiving chamber opening to the direction of the tile bottom mold is formed in the top pressure seat, and a vertical spring is arranged in the storage chamber. The sliding vertical slider, the horizontal sliding middle slider and the side slider sliding along the normal direction of the tile bottom mold, the contact surface between the vertical slider and the middle slider is an inclined surface, and the bottom of the top pressure seat A return spring is provided, and a tile top mold is provided on the side slide block. The invention provides a drip-shaped glazed tile blank manufacturing device, which improves the blank-making efficiency. During the blank-making process, the tile body and tile parts are realized in a step-by-step continuous blank-making method, which can ensure that the blank is stressed everywhere. Uniformity improves the molding quality of blank parts.

Description

technical field [0001] The invention relates to the field of glazed tile manufacturing, in particular to a device for manufacturing a dripping glazed tile blank. Background technique [0002] For the ordinary tiles of glazed tiles, tube tiles and slab tiles, since the shapes of each cross-section are the same, a vacuum extrusion machine can be used for extrusion. Specifically, a mold with the same size as the green body is installed at the mud outlet of the mud mixer. , After the blank is extruded, it is cut into tile blanks with steel wire. For the commonly used drip glazed tiles on the eaves, such as figure 1 As shown, this dripping glazed tile includes a slab tile body and a dripping tile piece arranged obliquely at one end of the tile body. Because the cross-section on the tile body is different from the cross-section on the tile piece, the dripping glazed tile cannot be directly extruded by an extruder. [0003] The traditional drip-shaped glazed tiles are manufactur...

AI Technical Summary

Problems solved by technology

However, if figure 2 As shown, the utility model produces the blanks in the shape of dripping glazed tiles. Since the pressing surface and the bottom mold are connected by end rotation, during the process of pressing the tiles by rotating the pressing surface, the tiles near the rotating connection will be affected. The force is obviously greater than that of the tile area away from the hinge, the force of the pressing surface acting on the tile will be different, and the force situation of each place is as follows: figure 2 In the shaded part shown in the figure, the final pressed tile shape will also have uneven thickness. At the same time, when the blank has a certain thickness, the pressing surface at the junction of the semi-cylindrical bottom mold and the horizontal triangular bottom mold cannot be overlapped. The junction of the cylindrical pressing surface and the triangular pressing surface will be as figure 2 The upward deviation shown affects the forming quality of the blank

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