A four-station rotary intelligent lifting and grabbing rear swing angle lifting device

Abstract

The invention discloses four-station rotating intelligent lifting and dropping, grabbing and rear swing angle lifting equipment and belongs to the technical field of ceramic glazing. The four-stationrotating intelligent lifting and dropping, grabbing and rear swing angle lifting equipment solves the problems that prior manual glazing procedures are uncoordinated, the yield is low, the product quality cannot be improved, the batch is unstable, glaze water is wasted, the labor consumption is large, and the working efficiency is low. The four-station rotating intelligent lifting and dropping, grabbing and rear swing angle lifting equipment is characterized in that the four-station rotating intelligent lifting and dropping, grabbing and rear swing angle lifting equipment comprises an automatic water cup grabbing station I, an automatic water cup cleaning station II, an automatic water repellent station III and an automatic glaze spraying station IV, the processes of the four stations areautomatically completed in sequence, three water cups are grabbed at a time, and three water cups are synchronously processed at each station; according to the equipment, four sets of automatic mechanical arm assemblies are arranged on a rotating disc and comprise driving cylinders, rotating hinges, synchronous motor driving assemblies and vacuum suction discs; the front ends of the automatic mechanical arm assemblies are provided with three sets of vacuum suction discs, the synchronous motor driving assemblies are connected with the vacuum suction discs in equivalence to reducing the number of working people by 12, manual operation is replaced, and automatic operation of the equipment is achieved.

Description

technical field [0001] The invention relates to the field of ceramic glazing, in particular to a four-station rotating intelligent lifting device for lifting and lowering the swing angle after grabbing. Background technique [0002] In the prior art, the inner glaze of the ceramic product adopts manual glazing, and the manual glazing includes two ways of manual dipping and manual spraying. Among them, manual dipping is to dip the ceramic blank into the glaze pool, and then lift the ceramic blank after a period of time. However, the thickness of the glaze is large in this way, and the glaze will fall after the porcelain blank is lifted, resulting in the upper and lower glazes The thickness is uneven, the glaze color is uneven, and the glaze consumption is large, and the production efficiency is low; while the manual spraying glaze is sprayed by the worker holding a spray gun, but this method is difficult to control because of the instability of the hand-held spray gun The ov...

AI Technical Summary

Problems solved by technology

The above method is completely manual operation, the work efficiency is very low, there are certain requirements for the experience and common sense of the operator, and the labor cost is high

[0004] Therefore, there are the following technical defects: the work efficiency is very low, there are certain requirements for the experience and common sense of the operator, and the labor cost is high

As a result, the manual glazing procedure appears incongruous

In addition, the way of manual glazing wastes glaze water, which consumes a lot of labor, high labor costs, slow production speed, low yield, poor product quality, and low degree of automation.

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