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 (1)

1.Paper machine with sheet forming parts That are assembled with: - a moving forming surface (11) with drain holes in it To absorb the water mixed with the bonded pulp on the surface (11) in it, - the path (26, 27) with the pulp (26) to form the water layer on the surface, the moving layer (11). , - and the method of the nozzle platen (10) is used to transport the pulp layer to the forming surface (11), which is directed by the movement of the forming surface (11) as a pode wire. Single fourdrinier wire (11) and the aforementioned nozzle platform (10) with shear openings (22) positioned for adhesion of water to membranes descending from the point where the water layer. Was built Where the pulp binds the surface with the water layer and the improved fiber formation on the four-deneer wire (11) takes place. 2. Paper machines with sheet-shaped parts. As the structure according to claim 1, which directed by the manner The nozzle platform path (10) has a path (24) for multiple layers of pulp. 3. Paper machine with sheet forming parts. As a structure according to claim 1, which is directed by the nature of the aforementioned water-binding path (26, 27), the water adheres to the forming surface (11) at the same linear velocity as Speed of four-wire veneer (11) 4. Paper machine with sheet-forming parts. As structured according to claim 1, where directed by the path characteristics of the aforementioned nozzle platform (10), abrasive force is applied to spray the pulp through the shear opening (22) at the controlled speed relative to the displacement speed. Of the four-yard wire. 5. Paper machine with parts forming a sheet of paper. As a structure according to claim 1, which is directed by the manner in which the aforementioned water-binding path (26, 27) is in the form of a longitudinal water shear (27) located under the nozzle platform (10) 6. .Paper machine with sheet forming parts As a structure according to claim 1, which is directed by the appearance with the upper and lower wire guides (29, 30) located above the nozzle platform shear opening (22), and where the coating path adheres. This water (26, 27) coats a layer of water between the wire conductors (29, 30). 7. Paper machines with sheet forming parts. The structure of claim 1, which is directed by the manner in which the thickness of the water layer is less than the thickness of the pulp, 8. Paper machine with sheet forming parts. As in the structure of claim 1, where directed by the presence of the upper and lower wire guides (29,30), they are positioned upwards from the point where the membrane is attached. By means of the method used to create a layer of water (26,27), there is a position to create a layer of water at the north point of the wire guides (26,27). 9. Forming and separating methods. The water comes out of the pulp. That consists of the following steps: - Arrangement of a moving porous surface. (11) where there is a drainage channel to separate the water and the pulp to be supported on the surface (11) there, - the water adhesion on the forming surface (11) is equal to the formation of the upper water layer. Forming surface (11); And - the transport of the pulp layer onto the forming surface (11), where is directed by the manner by arranging a moving forming surface (11) as a single four-wire (11) and The coating adheres to the membrane on the water layer next to it from the water adhesion, so the membrane water is connected to the surface with the water before being chased through the four-deneer wire (11) 1 0. Forming and separating the water of the peel paper from water mixed with pulp In accordance with the procedure outlined in claim 9, where directed by the nature of the presence of multiple coats of the pulp fibers on the water layer 1. 1. Method for forming and separating the water of the peel paper from water mixed with pulp. In accordance with the procedure outlined in claim 9, which is directed by the manner in which the membranes are coated simultaneously on the water layer, With the speed of movement of the four-dinier wire (11)