Ibs of America

Ibs Corp.

James Faufau

Andrew Forester

Jake Neal

Joshua N Kruger

Edwin Michael Gyde Heaven

Jean P Paradis

Colin Bridge

Randy Smyth

Alex Gauss

Hermann M Vogl

Michael Boehmer

Paul Wratschko

David Jackson

Chris Blair

A formation detection system comprising: one or more sensors located above a sheet of paper, located below the sheet of paper, or both and one or more lights that illuminate all or a portion of the sheet of paper passing by the one or more sensors so that the one or more sensors monitor formation of the paper comprising: orientation of fibers within the sheet of paper, wherein the formation detection system is configured to monitor the sheet of paper before a press section, within the press section, before a dryer section, within the dryer section, after the dryer section, or a combination thereof of a paper machine; and wherein the one or more sensors are movable in a cross-machine direction across the sheet of paper within the paper machine.

Formation detection system and a process of controlling

A formation detection system comprising: (a) one or more sensors and (b) one or more lights that illuminate a location of interest so that the one or more sensors can monitor the location of interest; wherein one of the one or more sensors are located substantially planar with a wire of a paper machine and proximate to a slice opening so that the one of the one or more sensors is adjacent to a cut through so that the one of the one or more sensors is capable of measuring stock above the wire and removed water below the wire, and wherein the one of the one or more sensors is capable of measuring a distance between an impingement location of a stock jet and the wire from a forming board.

A monitoring system comprising: (a) one or more sensors that monitor activity, amplitude, size, scale, duration of activity or a combination thereof of stock on a paper machine and (b) a control system in communication with the one or more sensors and one or more foil sections within the paper machine; wherein the control system measures the activity, amplitude, size, scale, duration of activity or a combination thereof of the stock and correlates the activity, amplitude, size, scale, duration of activity or a combination thereof to formation of fibers within the stock so that an angle, height, or both of the one or more foil sections are adjusted to change the activity, amplitude, size, scale, duration of activity or a combination thereof in the stock.

Monitoring system, control system, and actuation assembly of a paper machine, and a method of controlling

Monitoring system, control system, and actuation assembly of a paper machine

An improved method for producing paper from pulp includes a plurality of subassemblies arranged in the forming or wet section of a Fourdrinier. The Fourdrinier includes a dewatering table having a plurality of blades that are static and on-the run adjustable in height and/or angle to control orientation of paper fibers in the stock to create a superior quality of paper and improved paper strength characteristics. Gravity and vacuum assisted drainage elements are equipped with on-the-run adjustable angle and height dewatering foil blades starting from a paper dryness of 0.1% and extending all the way to 5% dryness. The result of this process and machine is to improve the paper quality, save fibers and chemicals and fulfill the required paper properties.

Method and machine for manufacturing paper products using fourdrinier forming

A system comprising: one or more deckle board that are configured to extend along a machine direction of a paper machine and wherein the deckle board includes a stock side and a non-stock side and the stock side includes a microstructure that generates turbulent flow along a face of the deckle board that breaks up a boundary layer when stock contacts the stock side of the deckle board.

Deckle board system and method

A system comprising: one or more deckle board that extend along a machine direction of a paper machine, and a boundary layer shower that is located proximate to each of the one or more deckle board systems and directs a fluid unto a stock side face of the one or more deckle boards so that a boundary layer of fluid is formed between the one or more deckle boards and stock.

Deckle board system with a boundary layer shower and method

An adjustment mechanism comprising: (a) a lower pultrusion; (b) an upper pultrusion; and (c) a plurality of cam blocks located between the lower pultrusion and the upper pultrusion; wherein the plurality of cam blocks are longitudinally movable relative to the lower pultrusion and the upper pultrusion so that as the plurality of cam blocks longitudinally move, at least a portion of the upper pultrusion moves away and/or angularly relative to the lower pultrusion.

Adjustment mechanism

Improved height and angle adjustment mechanisms and methods for producing paper includes a plurality of height and angle adjustment mechanisms arranged in the forming or wet section of a Fourdrinier. Glide shoes and cam-blocks having sloped grooves are arranged to be driven within a recess of an upper pultrusion assembly to change the angle or height of a particular foil blade. Actuators extend or withdraw a connecting rod, coupled to the cam-blocks, to influence heights and angles of various foils blades.

Angle and height control mechanisms in fourdrinier forming processes and machines

An improved method for producing paper from pulp includes a plurality of subassemblies arranged in the forming or wet section of a Fourdrinier. The Fourdrinier includes a dewatering table having a plurality of blades that are static and on-the run adjustable in height and/or angle to control orientation of paper fibers in the stack to create a superior quality of paper and improved paper strength characteristics. Gravity and vacuum assisted drainage elements are equipped with on-the-run adjustable angle and height dewatering foil blades starting from a paper dryness of 0.1% and extending all the way to 5% dryness. The result of this process and machine is to improve the paper quality, save fibers and chemicals and fulfill the required paper properties.

Growing community of inventors

Alpharetta, GA, United States of America

James Faufau