Other

Dell Products Inc.

Michael Vance Berry

Donald F Heller

Olivia N Serdarevic

Michael John Watson

James S Bell

Jeremy Daniel Johnson

Steve Mills

Robert J Farrar, Jr

A method of treating a surface of wood products to inhibit the uptake of moisture into the wood by providing an aqueous formulation comprising polyethylene-vinyl acetate in water, 2-99 percent polyethylene-vinyl acetate by weight. The aqueous formulation is applied to the surface of wood products, wherein the wood products remain outdoors or in a damp environment having 60% or greater relative humidity. The aqueous formulation is allowed to dry and form a micro-film on the surface of the wood products. The moisture content in the wood products is maintained at 16 percent or less. A pesticide effect on the surface of the wood products is produced, inhibiting infestation of the wood products by insects.

Method for treating exterior lumber products

This invention provides method of treating a surface of exterior wood outside of buildings to inhibit the uptake of moisture into the wood by spraying on the surface of the wood an aqueous formulation consisting of one or more film forming non-chloride, long-chain polymers. The aqueous formulation forms a clear micro-film. Preferably, the long-chain polymer is polyethylene-vinyl acetate, polyurethane, or a combination thereof, wherein the clear micro-film contains no detectable volatile organic compounds. A clear colorant is added to the aqueous formulation to verify treatment. The clear colored micro-film maintains moisture content in the wood at 16 percent or less, allows for continued visual inspection of the surface of the wood for termite damage, does not rub off, get diluted with water, or become damaged by workers and pets who come into contact with the clear colored microfilm.

Method of treating lumber foundations in buildings

The invention includes: a new composition of matter (a composite comprising a naturally occurring in vivo cornea in an in situ eye together with at least one volume of vitrified non-naturally occurring corneal stromal tissue formed within the naturally occurring corneal stromal tissue) wherein the vitrified tissue is modified in structure and properties from its naturally occurring condition into a non-naturally occurring glass-like condition with modifications including but not limited to increased eletastic modulus; methods for producing and using the new composition of matter for modifying cortical structure and properties, including but not limited to corneal optical aberrations; wound closure adhesion and transplant adhesion; and a photovitrification system for producing the new composition of matter comprising at least one photon source with controllable treatment parameters. A reverse template can be added to corneal vitrification systems to increase vitrification and modifications of structure and properties.

Corneal vitrification, methods and devices to produce corneal vitrification and methods of use thereof

The invention includes: a new composition of matter (a composite comprising a naturally occurring in vivo cornea in an in situ eye together with at least one volume of vitrified non-naturally occurring corneal stromal tissue formed within the naturally occurring corneal stromal tissue) wherein the vitrified tissue is modified in structure and properties from its naturally occurring condition into a non-naturally occurring glass-like condition with modifications including but not limited to increased elastic modulus; methods for producing and using the new composition of matter for modifying corneal structure and properties, including but not limited to corneal optical aberrations; wound closure adhesion and transplant adhesion; and a photovitrification system for producing the new composition of matter comprising at least one photon source with controllable treatment parameters. A reverse template can be added to corneal vitrification systems to increase vitrification and modifications of structure and properties.

The invention includes: a new composition of matter (a composite comprising a naturally occurring in vivo cornea in an in situ eye together with at least one volume of vitrified non-naturally occurring corneal stromal tissue formed within the naturally occurring corneal stromal tissue) wherein the vitrified tissue is modified in structure and properties from its naturally occurring condition into a non-naturally occurring glass-like condition with modifications including but not limited to increased elastic modulus; methods for producing and using the new composition of matter for modifying corneal structure and properties, including but not limited to corneal optical aberrations; wound closure adhesion and transplant adhesion; and a photo vitrification system for producing the new composition of matter comprising at least one photon source with controllable treatment parameters. A reverse template can be added to corneal vitrification systems to increase vitrification and modifications of structure and properties.

A method for electronically encoding an article with work-in-progress information includes determining a work-in-progress condition of the article and setting an encoding device attached to the article to a set-point corresponding to the work-in-progress condition. Determining the work-in-progress condition includes identifying a present work-in-progress condition of the article and at least one historical work-in-progress condition of the article. Adjusting the encoding device includes adjusting the encoding device from a first set-point of a first set-point set to a first set-point of a second set-point set in response to passing a first work-in-progress evaluation, and adjusting the encoding device from the first set-point of the second set-point set to a second set-point of the first set-point set in response to failing a second work-in-progress evaluation after passing the first work-in-progress evaluation. The present work-in-progress information and historical work-in-progress information of the article are used to effectively estimate the reliability and improve the manufacturability of the article.

Apparatus and method for electronically encoding an article with work-in-progress information

A deep ocean, mid-water farming apparatus, for propagating bi-valves, kelp and sea weed comprising a plurality of air-containing tanks arranged in a frame and including a lower frame element and an upper frame element, a device for anchoring the tanks in deep water and including connectors to connect the anchor to the lower frame element for holding the device in deep water, a plurality of upwardly directed elongated tubular substrates, on which to grow the bi-valves, the substrates arranged about a vertically-oriented center strut, each substrate defined by a first, lower terminal end, for connection to the upper frame element, and a second, upper terminal end, spaced-apart from the first end and, a top hat centered about the strut for connecting to the upper ends of the tubular substrates for holding them in a fixed configuration thereabout.

Deep ocean, mid-water farming apparatus

A needle cap holder of a syringe. It is of compressible material, such as rubber, having a central portion tapered inwardly from the top and bottom. It has a central, vertical cylindrical opening for receiving a needle cap of the syringe. It has a concave bottom portion.

Growing community of inventors

Johns Creek, GA, United States of America

Michael Vance Berry