A cylindrical porcelain insulator glaze mixing and glazing surface drying integrated device

Abstract

The invention discloses an integrated device for glaze mixing and glazing and surface drying of cylindrical porcelain insulators, which comprises a glaze mixing mechanism and a glazing and surface drying mechanism. The glaze mixing mechanism includes a frame and is arranged on the frame The flange seat, the mixing barrel that can rotate on the flange seat, the bottom of the mixing barrel is provided with the main shaft opposite to the rotation direction of the mixing barrel, the main shaft is provided with cross bars at intervals, and the inner shafts are arranged at intervals on the cross bar. Stirring plate, the outer stirring plate is set at intervals on the inner wall of the mixing barrel; the glaze drying mechanism includes the glazing barrel, the input rack, the output rack, the tunnel drying furnace and the lifting device, and the lifting device includes a hanging beam that can move left and right. The pulley is equipped with a rope roller, and the rope roller is provided with a steel rope that can make the support frame go up and down. A clamping head that can be opened and folded is fixed in the support frame. The invention can reduce the cost of labor hours and can Improve the surface quality of the glaze layer, improve the working environment, improve production efficiency, and facilitate large-scale mass production.

Description

technical field [0001] The invention relates to a glaze mixing and glazing device, in particular to a glaze mixing, glazing and surface-drying integrated device for cylindrical porcelain insulators. Background technique [0002] In high-voltage power transmission and transformation equipment, columnar porcelain insulators are an essential and important component of the power grid, especially in high-voltage transmission lines, medium and high-voltage columnar insulators are widely used. In cylindrical porcelain insulators, the quality of the surface glaze affects the performance of the insulator, and the glaze mixing and glazing methods are the main factors affecting the quality of the insulator glaze. At present, most of the porcelain insulator glazes are stirred by a single stirring method, the stirring time is long, the stirring uniformity is not good, and the surface quality of the insulator is reduced; the second is to use mechanical dip coating for glazing, but there a...

AI Technical Summary

Problems solved by technology

[0005] The first aspect of the present invention is that the glaze mixing time of the existing columnar porcelain insulators, especially the large and medium-sized columnar porcelain insulators, is long and uneven, and the glaze is low in efficiency when the horizontal dipping glaze is used, and the glaze drips and wanders. Due to problems such as high cost, poor environment, and troublesome transfer between glaze mixing, glazing and drying, the organic combination of glaze mixing, glazing and surface drying can not only improve production efficiency, but also reduce labor costs. To improve the environment, the second is to make the glaze mix quickly and evenly through the staggered rotation stirring mixing technology of the outer stirring plate on the inner wall of the rotating mixing barrel and the inner stirring plate on the main shaft that rotates counter-rotatingly with the mixing barrel, thereby improving The quality of the glaze layer; the third is to clamp the cylindrical porcelain insulator through the opening and closing clamping head of the connecting plate for rotary dip coating and output drying

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