Die seat for carrying out pressing forming on tile

Abstract

The invention relates to a die seat for carrying out pressing forming on a tile, which comprises a die seat body. The die seat body comprises a magnetic plate and a plurality of lower die mechanisms fixedly assembled to the top surface of the magnetic plate in a detachable manner; the top surface of the magnetic plate is provided with at least one ring-shaped groove; a powered coil for forming an electromagnet is arranged in the ring-shaped groove; each lower die mechanism comprises a lower die core and a magnetic conducting mechanism; each magnetic conducting mechanism comprises a lower base plate and a lower magnetic seat; each lower die core is fixedly assembled to the top of the corresponding lower base plate in a detachable manner; each lower magnetic seat comprises a first magnetic conducting plate and a second magnetic conducting plate which are separated by an insulation spacer; and each first magnetic conducting plate and the corresponding second magnetic conducting plate are fixedly connected in a detachable manner. The die seat adopts a manner that the electromagnet is assembled on the magnetic plate and then magnetism is divided to each lower die mechanism, so that when the small-specification tile is prepared, the lower die cores can still be fixedly assembled on the corresponding magnetic conducting mechanisms by magnetic attraction, and thus, the lower die cores are convenient to replace and production efficiency is effectively improved.

Description

technical field [0001] The invention relates to a mold base for pressing bricks and tiles, in particular to a mold base for pressing bricks and tiles which is easy to replace. Background technique [0002] The mold for pressing bricks and tiles includes a mold base, and the lower mold core of the mold base needs to be replaced more frequently. For this reason, the existing lower mold core is mostly fixed by the magnetic force of the electromagnet. This structure makes the replacement of the lower mold core easier. Very convenient. refer to image 3 , the electromagnet C of the prior art is installed on the support seat B supporting the lower mold core A, and an annular groove is opened on the top surface of the support seat B, and the electromagnet C is formed by the metal in the middle of the annular groove surrounded by energized wires, and the lower mold core A When the volume of the electromagnet C is relatively large, the assembly of the electromagnet C is relatively e...

AI Technical Summary

Problems solved by technology

[0003] The present invention provides a mold base for pressing bricks and tiles, to overcome the lack of space for assembling electromagnets in the support base of the mold base for preparing small bricks and tiles in the prior art, the large amount of equipment wiring, and the difficulty in replacing the support base. The maintenance cost is high, the production efficiency is low, the support seat is not solid and easy to deform, and the magnetic attraction of the support seat is insufficient, etc.

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