Vertical pouring model structure of a square-shaped toilet

Abstract

The invention discloses a square ring type toilet vertical pouring model structure, belongs to the technical field of toilet pouring equipment, and is used for vertical pouring of a square ring type toilet. A small moving block is added in a single-surface slurry sucking channel of a straight part model in front of a ring; as the small moving block is added in the single-surface slurry sucking channel, the single-surface slurry sucking channel is changed to a double-surface slurry sucking channel; and no slurry is needed to be put at a part between the double-surface slurry sucking channel. Guide holes are respectively formed in two side sections of the single-surface slurry sucking channel of the small moving block; and the diameters of the guide holes are 10-25 mm, so that water is convenient to flow out. The square ring type toilet vertical pouring model structure can simply a manufacturing process, is simple in operation, improves the product first-grade rate, and enhances the enterprise benefit; when the mechanization is realized, the original intension of product design is not changed, so that the design aesthetic feeling can be preferably embodied; and the square ring type toilet vertical pouring model structure reduces the labor intensity of workers, and saves the production place.

Description

technical field [0001] The technology of the invention relates to a vertical casting model structure of a square ring toilet, and belongs to the technical field of toilet casting molding models. Background technique [0002] At present, due to the restriction of the product appearance, the square ring type toilet is produced on the vertical casting production line, because the front part of the ring is a flat cavity, and the mud in the front part of the ring cannot be discharged normally, so it is generally used in the production process. The following three ways to discharge the mud from the front of the ring: [0003] The first method is to manually adjust the angle of the model with the help of other equipment or devices, and discharge the mud from the straight part in front of the ring. The disadvantages of this method are: the labor intensity of the workers is high; the safety factor in the production process is low and it is easy to cause injury accidents; the site is...

AI Technical Summary

Problems solved by technology

The disadvantages of this method are: the labor intensity of the workers is high; the safety factor in the production process is low and it is easy to cause injury accidents; the site is large; the first-class rate of the product is low

The disadvantage of this method is: the appearance of the product is changed, which violates the original intention of the designer; when the product is large, even if the straight part of the front part of the circle is rounded and the distance is shortened, the mud in the front cavity of the circle cannot be completely removed. This will easily cause the thickness of the green body at the cavity part to be too thick, resulting in a reduction in the cavity at the front of the ring and affecting the water output

The disadvantages of this method are: the labor intensity of the workers is high, and the bonding process has high requirements on the production process.

[0006] With the continuous development and progress of the sanitary ceramics industry, the above two methods are difficult to meet the development of production, and a new molding structure is needed to improve the current situation

Images