Other

United States of America, As Represented by the Secretary of Agriculture

The United States of America As Represented by the Secretary of

University of Virginia Patent Foundation

Dvo. Inc.

Noble Environmental Technologies Corporation

University of Colorado

Sonoco Development Incorporated

Nobel Environmental Technologies Corp.

Mahoney, James F.

Newburn, Timothy L.

Usda Forest Service

Noble, Robert

Hunt, John F.

Gu, Hongmei

John F Hunt

Benjamin M Gaston

Robert G Noble

Timothy L Newburn

Hongmei Gu

Stephen W Dvorak

James F Mahoney

Timothy L MacDonald

Dennis E Gunderson

Yanping Qiu

Frank J Fronczak

Julee Ann Herdt

Kellen Scott Schauermann

Vance C Setterholm

John W Vaughan

Coleen M Lassegard

Robert Noble

A stretching device comprising: an elongate rigid planar body extending from a first end to a second end, the body further including an upper surface and an opposing lower surface; a first handle located on the upper surface of the body towards the first end of the body; a second handle located on the upper surface of the body towards the second end of the body; a first support located on the lower surface of the body towards the first end of the body; and a second support located on the lower surface of the body towards the second end of the body. The body is spaced above a floor surface by the first support and the second support such that a user may grasp one of the sides of the body.

Stretching device

The invention relates to composite components and methods of producing composite components. In yet another embodiment, the present invention relates to a method of producing a composite component using anaerobically digested biomass. In still yet another embodiment, the method further comprises using liquid effluent from the digester. In still yet another embodiment, the method further comprises wet-mat forming and cold pressing the anaerobically digested biomass and wet-mat drying under heat and pressure.

Composite components from anaerobic digested fibrous materials

A three-dimensional engineered shaped fiber configuration is formed using determined structural requirements for a three-dimensional engineered shaped fiber configuration and ascertained properties of an engineered molded fiber fiberboard material. A first cut on a top surface and a second cut on a bottom surface of the fiberboard material are calculated. These calculations are based, at least in part, on the structural requirements properties of the fiberboard material. The first cut and the second cut each have a depth, a width, and a position. The first cut and the second cut have a spacing between them such that the flat piece of fiberboard material can be folded at a point located in the spacing between the first cut and second cut to position a first portion of the fiberboard material at a particular angle with respect to a second portion of the fiberboard material.

Cut-fold shape technology for engineered molded fiber boards

A fiberboard panel is formed from at least one corrugated sheet of molded cellulose fiber material having alternating ribs and grooves. The corrugated sheet or panel is formed by a wet processing method including successive cold and hot press steps in which a wet mat is pressed between an opposing perforated platen and non-perforated, elastomeric material platen of cross-sectional shape substantially matching the desired panel shape and dimensions.

Engineered molded fiberboard panels and methods of making and using the same

A honeycomb-shaped panel is formed from a plurality of generally sinusoidally shaped strips of molded fiberboard material each having spaced, oppositely directed flat peaks, the peaks of adjacent strips being secured together to form a plurality of hexagonally shaped cells extending perpendicular to the surfaces of the sheet. The strips may be cut from a single sheet of corrugated fiberboard sheet material and then secured together to form the honeycomb panel, or a plurality of such panels may be secured together face to face with their ribs aligned to form a stack, and selected cuts may be made through the secured, stacked panels to form a plurality of honeycomb panels of desired surface shape and height dimensions. The strips forming the cells are substantially rigid and resistant to collapse of the cells, and form a substantially rigid core when assembled between two flexible fiberboard skins, while the panel is bendable to adopt a desired panel curvature.

Engineered molded fiberboard panels, methods of making the panels, and products fabricated from the panels

A fiberboard panel is formed from at least one corrugated sheet of molded cellulose fiber material having alternating ribs and grooves. Spaced slits are cut through the ribs on one face of the sheet and terminate short of the opposite face so as to form at least one slotted portion of more flexibility which may be bent to form a curve. The corrugated sheet is sandwiched between two flat sheets of the same material to form a composite panel. The corrugated sheet or panel is formed by a wet processing method including successive cold and hot press steps in which a wet mat is pressed between an opposing perforated platen and non-perforated, elastomeric material platen of cross-sectional shape substantially matching the desired panel shape and dimensions.

The present invention relates to a method of treating asthma by raising the pH of the airways of an individual. The effect can be mediated directly by administering a pharmaceutically acceptable basic solution or alternatively, the effect can be mediated by enhancing the activity of glutaminase.

Airway alkalinization as therapy for airway diseases

Device and method for non-invasively monitoring asthma and other respiratory diseases, as well as non-respiratory diseases. The method includes collecting condensate from a subject's breath, testing the condensate to determine its acetic acid/acetate level or concentration, and evaluating these properties to determine the presence, absence or status of a respiratory or non-respiratory disease in the subject. The method may also include, prior to the testing step, standardizing the volatile substances that may be present within the condensate in a degassing or gas standardizing step. The device includes a mouthpiece apparatus configured to receive breath from a subject, a condensation apparatus to condense the subject's breath and produce a condensate, and a collection apparatus having a collection chamber containing means for testing the condensate to determine the acetic acid and/or acetate concentration. The device may also include a system for removing or standardizing the volatile substances that may be present with the condensate. The device and method may be utilized without condensing a subject's breath and collecting the same.

Device and method for assessing asthma and other diseases

Airway alkalinization as a therapy for airway diseases

A device ( ) and method for non-invasively monitoring asthma and other respiratory diseases. The method includes collecting condensate from a subject's breath, testing the condensate to determine its acidity level or ammonium concentration, and evaluating these properties to determine the presence, absence or status of a respiratory disease in the subject. The method may also include, prior to the testing step, standardizing the volatile substances that may be present within the condensate in a degassing or gas standardizing step. The device ( ) includes a mouthpiece apparatus ( ) configured to receive breath from a subject, a condensation apparatus ( ) to condense the subject's breath and produce a condensate, and a collection apparatus ( ) having a collection chamber ( ) containing means for testing the condensate to determine its chemical properties. The device ( ) also include a system for removing or standardizing the volatile substances that may be present with the condensate.

Device and method for monitoring asthma

A three-dimensional laminated structure and method for making same are provided. The method involves die-cutting a plurality of sheets, including cutting through the sheets around part of the periphery of selected sections, aligning and bonding the sheets, and forming the selected sections out-of-plane with a forming tool.

Method of making three-dimensional laminated structures

A multiple-piece corner post used for cushioning and supporting large appliances is provided. The corner post is made from two or more structural members joined together. The multiple structural members are shaped into the desired shapes and then joined together near the ends to form a generally &ldquo;L&rdquo; shaped corner post. Similarly shaped structural members may be nested to save space during shipping prior to assembly.

Multiple-piece corner post

A method of making a three-dimensional object from fibers includes attaching a mold made at least in part of elastomeric material to a porous support. The mold comprises a first mold member defining at least one channel in fluid communication with the porous support. Each channel has within it at least one second mold member. A mixture of fibers and fluid carrier is poured onto the mold. Thereafter, a pressure differential is created across the mold to create a flow of the mixture toward the porous support via the second mold members. This flow causes the fluid carrier to pass through the porous support, thus depositing the fibers within the recessed parts of the second mold members in the mold. Thereafter, the mold is compressed sufficiently to deform the mold and to provide uniform, normal pressure to the fibers which have been deposited in the second mold members.

Apparatus for molding three-dimensional objects

A flexible tool pouch having a plurality of elongated pockets securely positioned adjacent to each other. Each pocket has an inside liner made of woven nylon, an outside liner made of acrylic pile, and an open end for receiving a tool. Extending from the open end of the connected pockets is a hood made of acrylic pile that can be partially folded over the tools. Also positioned on the tool pouch are eyelets, handle straps, and a securing strap.

Growing community of inventors

Mount Horeb, WI, United States of America

John F Hunt