Automatic grout pouring system of automatic ceramic wine bottle slip casting equipment

Abstract

The invention discloses an automatic grout pouring system of automatic ceramic wine bottle slip casting equipment; the automatic grout pouring system is characterized by consisting of a runner which is fixedly arranged on a rotating shaft on one side of a mould bracket and a turning mechanism which is arranged below a chain; the turning mechanism comprises a base which is fixedly arranged on the ground and a turning seat which is arranged above the base; one end of the base is provided with a cylinder mechanism with an upward expansion arm, and the other end of the base is provided with a vertical rod; one end of the turning seat is hinged on the upper end of the expansion arm of the cylinder mechanism, and the other end of the turning seat is hinged on the upper end of the vertical rod; a turning motor is also fixedly arranged on the turning seat; a turning wheel is connected onto an output shaft of the turning motor; the turning wheel is correspondingly arranged below the runner of the rotating shaft of the mould bracket; and when the expansion arm of the cylinder mechanism extends out upwards, the turning wheel and the runner can be contacted and driven to rotate. The automatic grout pouring system of the automatic ceramic wine bottle slip casting equipment has the advantages of simple structure, low implementation cost, grout pouring controllability, better stability and the like.

Description

technical field [0001] The invention relates to a ceramic wine bottle production line, in particular to an automatic pouring system of ceramic wine bottle automatic grouting molding equipment. Background technique [0002] At present, in the production process of ceramic wine bottles, it generally needs to go through processes such as molding, polishing, spraying glaze, and firing. In the first molding process, grouting molding is generally used for wine bottles whose mouth is smaller than the inner cavity. For molding. Grouting molding, also known as pouring molding, is based on the physical characteristics of porous plaster molds that can absorb water. The ceramic powder is made into a fluid slurry, and then injected into the porous plaster mold. After the water is absorbed by the mold, it forms A uniform mud layer with a certain thickness forms a green body with a certain strength during the dehydration and drying process. This method is called grouting molding. [0003...

AI Technical Summary

Problems solved by technology

[0004] The automatic grouting machine with this structure can realize automatic production and improve labor efficiency, but its entire technological process is a fully dynamic process. The conveying is completed synchronously in motion, making the structure complex

Specifically, there are the following defects in the structure: 1. The structure of the mold bracket is complex, and the mold bracket is provided with an automatic opening mechanism, which is opened and closed by the impact of the gland and the bumper, which will generate vibration and affect the stability of the mold.

2. Its automatic grouting system is equipped with a metering cup mechanism as the transfer metering original. First, the slurry is poured into the metering cup, and then poured into the mold by the metering cup. At the same time, it needs Keeping the movement consistent with the mold not only leads to abnormally complicated mechanism, but also the slurry has to go through a process of measuring cup transfer before entering the mold after coming out of the pulping equipment, which is not conducive to the control of slurry forming

3. The pouring unit also relies on the machine tool to set the baffle, and then sets the limit bearing on the mold bracket. During the movement of the mold bracket with the chain, the baffle will limit the position of the limit bearing and force the mold bracket Turning over, this way will produce greater vibration, and secondly, the power to force the mold bracket to turn over is actually provided by the power to drive the chain to rotate, so the chain is under large and small forces, which is not easy to control, and it is inverted The slurry is also completed in the process of movement, which also increases the difficulty of control and easily causes the slurry to spill

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