TH6906B - Fluid injector mounting bracket - Google Patents

Abstract

Structure and method for forming and dewatering of paper sheets while on the porous molding surface (11), where the water surface layer is pre-layered by water supply to it. The moving molding line (11) and then the paper-making suspension is deposited or released from the platen nozzles (21) onto the surface of the water. The surface of the paper-making mixture is first merged with the water-surface layer and this results in a better forming of the fibers on the molding surface.

Claims (11)

1. A papermaking machine with a paper forming assembly consisting of: - a moving forming surface (11) with a drainage channel to absorb the pulp-water mixture adhering to the surface (11); - pathways (26, 27) containing the pulp-water mixture (26) to create a layer of water on the moving forming surface (11); - and a nozzle path (10) to convey the pulp-water layer to the forming surface (11), which is directed by the characteristics of the moving forming surface (11) as a single fourdrinier wire (11) and the nozzle path (10) with a shear opening (22) with a position for the pulp-water mixture adhesion below where the layer of water is created, where the pulp-water connects the surface to the layer of water and the formation of improved fibers on the fourdrinier wire (11) occurs. 2. A paper making machine with sheet-like components as per claim 1, which is governed by the nature of the nozzle platform path (10) having a path (24) for the pulp to pass through multiple layers. 3. A paper making machine with a paper forming part as described in claim 1, which is governed by the nature of the water-coating path (26, 27) such that the water-coating is applied to the forming surface (11) at a linear speed equal to the speed of the four-dyneer wire (11). 4. A paper making machine with a paper forming component as described in claim 1, which is governed by the trajectory characteristics of the nozzle platform (10), is subjected to a force for injecting pulp through a shear opening (22) at a speed controlled relative to the speed of the phaphoridine wire movement. 5. A paper making machine with a paper forming component as described in claim 1, which is governed by the nature of the water-adhesion path (26, 27) as a longitudinal water shear (27) located beneath the nozzle platform (10). 6. A paper making machine with a paper forming part as described in claim 1, which is governed by the characteristic of having upper and lower wire guides (29, 30) positioned above the nozzle shearing channel (22), and by the water-adhesion path (26, 27) which applies a layer of water between the wire guides (29, 30). 7. A paper-making machine with paper sheet forming components, as per the structure of claim 1, which is governed by the characteristic that the thickness of the water layer is less than the thickness of the pulp-water mixture. 8. A paper making machine with a paper forming component as described in Requisition 1, which is governed by the characteristic of having upper and lower wire guides (29,30) positioned above the point where the pulp layer is coated, by the path used to create the water layer (26,27) having a position to create the water layer at the point above the said wire guides (26,27). 9. The method of forming and expelling water from the pulp mixture consists of the following steps: - the provision of a mobile porous forming surface (11) with drainage channels to expel the pulp mixture that will be placed on the surface (11); - the coating of a layer of water on the forming surface (11), thus creating a layer of water on the forming surface (11); and - the conveyance of a layer of pulp on the forming surface (11), which is directed by the provision of a mobile forming surface (11) as a single four-wire (11) and the coating of a layer of pulp on the water layer below the coating of the water layer, so that the pulp is connected at the surface to the water before being expelled through the four-wire (11). 10. Method of forming and water-extracting of paper sheets from a pulp-water mixture, according to the procedure specified in claim 9, which is governed by the characteristic of coating multiple layers of pulp fibers onto a layer of water. 11. Method of forming and water removal of paper sheets from pulp-water mixture according to the procedure specified in claim 9, which is governed by the nature of which the pulp-water mixture is coated onto the water layer simultaneously with the velocity of the four-dyneer wire (11).