Microwaveable container that provides for accelerated microwave cooking times and more uniform internal temperature distribution. The container is manufactured from a laminate structure, the laminate structure including a first layer of microwave-transparent material and a second layer of microwave-reflective material. The second layer has at least one aperture defined therein, the at least one aperture having a width dimension W, a length dimension L, and a perimeter dimension P. The aperture is sized such that at least one of the width dimension W or length dimension L is sized about an energy maximum. Accordingly, the width and/or the length dimension is defined as within ⅛λ of a predetermined dimension D. The predetermined dimension is equal to λ+n()λ, wherein n is an integer and λ is a microwave wavelength associated with a predetermined range of microwave frequencies. Preferably, the predetermined range of microwave frequencies is between about 2. 0-3. 0 GHz.
Closure For A Food Container And Method For Using The Same
A closure for a container comprises a base and a top cover. The base comprises a flange trap, a seal lock, and an opening. The top cover comprises a seal boss, a seal lock, a flange boss, and a top surface. The flange trap and flange boss secure the closure to a container when the closure is in a closed position. The seal locks are positioned to engage one another when the closure is in the closed position. The seal boss extends into the container when the closure is in the closed position to help prevent sauce or other liquid from leaking out of the container. A method for using a closure for a container and a container combination provides a closure and a container and arranges the closure so that the container is within the opening of the closure.
James R. Quick - Warwick NY Craig A. Golden - Columbus OH James W. Mitchell - Newburgh NY
Assignee:
International Paper Company - New York NY
International Classification:
B65D 500 D21H 122 B32B 2308
US Classification:
428 35
Abstract:
An ink-printed ovenable food container is prepared by (a) printing a layer of paperboard with an ink containing a sulfonated polyester pigment binder, (b) coating the resultant ink-printed paperboard with an unpigmented composition containing a sulfonated polyester, (c) coating the resultant ink-printed and sulfonated polyester coated paperboard with a polyester resin sealing coating, and (d) forming the resultant polyester resin sealed paperboard into a container.
Giant Eagle
Sales - Kingsdale Market District
Home Owner
Caregiver
Pactiv, Llc Nov 1999 - Feb 2008
Senior Product Development Engineer
Tenneco Packaging Jan 1990 - Nov 1999
Product Development Engineer
Pressware International Mar 1987 - Jan 1990
Product Development Manager
Education:
Drexel University 1970 - 1973
Olney High School 1967 - 1970
Drexel University
Skills:
Product Development Lean Manufacturing Manufacturing Cross Functional Team Leadership Project Management Process Improvement Packaging Process Engineering Continuous Improvement Supply Chain Purchasing Manufacturing Engineering Quality Assurance
Interests:
Model Railroading Quality of Audio Visual Action/ Adventure Performance The Art of Discovery In General Pofessional Special Effects