TH20842A - Rotary coating and finishing machines and processes, especially for ceramic tiles. - Google Patents

Abstract

This invention It consists of a movable lay plane for tiles. Where there is working on it with a matrix barrel Provided with the surrounding parts that can be transformed into elasticity With a smooth outer surface made of elastomer material Where the matrix as the upper microscopic channel is cut off. Devices arranged in order to make contact with the surface area are responsible for scraping the excess coating. And any impurity that adheres to the surface, and is responsible for mixing new coatings For example, fill in the said channel With at least partially new coatings, the matrix barrel is aligned on the lay plane. To make it spin, roll on it Without traction on the top surface of the tile when the tile passes on the lay plane

Claims (9)

1. A machine for glazing and finishing ceramic tiles consisting of Movable lay plane for ceramic tiles where tiles are conveyed on them in a preset direction. Rotary coating and finishing machine arranged over a lay plane and consists of The matrix process rotates around the axis of the cylinder. And there is at least one flexible deformable part, where the surrounding part has a smooth cylindrical outer surface made with Elastomer material on which the matrix is eliminated on it. The matrix consists of a number of fields. At least one device that works in contact with the surface of the matrix cylinder to apply the kit there and remove the excess coating that adheres on it and adheres to it from there. Way for rotating the matrix cylinder in a way around its axis and Pathways for adjusting the matrix cylinder Compared with the laying plane in such a way that the surface is rotated without causing side traction. And there is a predetermined pressure on the surface of the tiles passing on the lay plane. 2. The machine as in claim 1, where the flexible interchangeable part consists of The sponge inner layer and the outer layer, which is more denser than the inner layer, the inner layer is highly deformable than the outer layer. 3. The machine as in claim No. 2, where the inner layer is made of silicone foam. And the outer layer is made of silicone rubber 4. The machine, as in claim 1, where a certain number of channels are accepted inside with a small amount of coating And where the channel has a width-depth ratio Which is quite constant 5. The machine, as in claim 1, includes a path for the first device to oscillate alternately parallel to the axis of the matrix cylinder. And where the first device includes a path that can be adjusted so that it is at different angles relative to the surface of the matrix barrel. By this way, the first such device There are scraping and cleaning functions as well as re-mixing functions. In which each rotation of the matrix cylinder Will add at least some more coating to the cavity 6. The device in claim 1 contains a second device located on the source side of the first device. According to the direction of rotation of the matrix cylinder 7. Coating and finishing of ceramic tiles. Containing Movable lay plane for ceramic tiles Where tiles are transported on them in a predetermined direction. Rotary coating and finishing machine arranged above the lay plane And contains The matrix process rotates around the axis of the cylinder and has at least one flexible deformable part where the surrounding part has a smooth cylindrical outer surface. Of elastomers, where the matrix is eliminated on top of it, the matrix consists of a number of channels. At least one device that works in contact with the surface of the matrix barrel to scrape there and remove any excess coating that adheres on it and adheres to it from there. The path for rotating the matrix cylinder in the way of rotation of its axis and the path for adjusting the matrix cylinder. Compared with the laying plane in such a way that the surface is rotated without traction on the side. And there is a predetermined pressure on the surface of the tiles passing on the lay plane where the flexible part of the matrix cylinder is bonded on the medial section of the cylinder. This includes being firmly fixed onto both ends of that, two crowns with the outer center line equal to the surface. Where the Crown and the surface are coexisting Each crown segment includes at least one outer ring-shaped funnel. 8. The machine, as in Clause 7, consists of a pre-arranged section under the downward facing side of the outer annular funnel of the Crown section, a coating collection basin, arranged within a collector pipe thread. It is connected to the underlying vessel, where from there the feed tube takes the coating and sends it through the outlet port to the area above the area arranged between the first equipment. And directly adjacent parts of the skin 9. The machine as in claim 8, where the container shall include wheels and means for moving Container 1. 0. Processes for rotary coating and finishing For ceramic tiles, it consists of laying a glaze on a matrix. Containing A number of slots that are cut are part of the smooth, cylindrical surface section and can be deformed with elasticity Removing the excess coating adhering to the cut matrix using at least one device. Continuous mixing of new coatings And at least partially fill the coating in the compartment with one such device Direct contact transmission of coatings in the cavity Contact will include rolling, rolling without causing the matrix's traction on the top surface of the moving tile.