Efficient and reliable edging welding device for ceramic tile mold

Abstract

The invention discloses an efficient and reliable edging welding device for a ceramic tile mold. The edging welding device comprises a base plate, a clamping overturning mechanism and a lifting rotating mechanism, wherein the clamping overturning mechanism and the lifting rotating mechanism are installed on the base plate. The clamping overturning mechanism comprises a clamping part used for clamping the mold and a rotating part for driving the clamping part to rotate. The lifting rotating mechanism is located below the clamping overturning mechanism and comprises a lifting part, a rotating part and a mold bearing table. The mold performs up-and-down movement in the vertical direction through the lifting part and performs rotation in the horizontal direction through the rotating part. When the rotating part sinks, the mold bearing table ascends to support the mold and is separated from the rotating part, and interference between the clamping part and the lifting rotating mechanism is prevented. According to the edging welding device, the modular design thought is adopted, the problem that surface overlaying and edging welding of the ceramic tile mold can not be carried out at the same time is solved, and the automation degree is high.

Description

technical field [0001] The invention relates to the field of ceramic machinery, in particular to an efficient and reliable edge wrapping welding device for ceramic tile moulds. Background technique [0002] Ceramic tile molds are mainly used in the tile imprinting molding process in the ceramic industry, which has an important impact on the shape of tiles and surface patterns, and the performance of the mold welding device determines the accuracy of the shape of the mold. The current mold welding mainly completes the two processes of surface overlay welding and edge welding separately, and there are two realization forms: one realization form is that the mold to be welded is placed on the working platform of the mold welding device, and two The cylinder arranged on the side of the workbench pushes the mold to the correct working position and clamps it, and then uses the six-axis manipulator to realize the automatic welding of the surface surfacing part, while the edge weldin...

AI Technical Summary

Problems solved by technology

[0003] For the first implementation form, there are mainly the following disadvantages: 1) low production efficiency; 2) low welding precision; 3) poor equipment performance; 4) only partial automation of surface surfacing can be realized, and the degree of automation is not high

For the second implementation form, there are mainly the following disadvantages: 1) low production efficiency; 2) low welding precision; 3) low degree of automation

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