Mark W. Hartman - Lambertville NJ Zeev W. Shore - Hazel Crest IL James J. Tang - Palatine IL Anton A. Aschberger - Downers Grove IL Michael R. Gogola - Oak Forest IL William O. Irvine - Chicago IL Ralph J. Trnka - Tinley Park IL Richard O. Wahler - Palatine IL Robert A. Winkless - Oak Lawn IL
Assignee:
Crown Cork & Seal Company, Inc. - Philadelphia PA
International Classification:
B21D 2602
US Classification:
72 61
Abstract:
A method of manufacturing a metallic can body that is shaped distinctively in order to enhance its visual presentation to consumers includes, in one embodiment, steps of providing a can body blank that has a sidewall that is of a substantially constant diameter; providing a mold unit that has at least one mold wall that defines a mold cavity that is shaped generally like the can body blank, the mold wall having a pattern formed therein that corresponds to a desired final shape of the can body; positioning the can body blank within the mold cavity; and supplying a pressurized fluid into the mold cavity so that the can body blank is forced by pressure against the mold wall, causing the can body blank to assume the desired final shape of the can body. A second embodiment includes steps of radially deforming the can body blank in selected areas by selected amounts to achieve an intermediate can body that is radially modified, but is still symmetrical about its axis; and superimposing a preselected pattern of mechanical deformations that have an axial component onto the intermediate can body. Related systems and processes are also disclosed.
Systems And Methods For Making Decorative Shaped Metal Cans
Mark W. Hartman - Lambertville NJ Zeev W. Shore - Hazel Crest IL James J. Tang - Palatine IL Anton A. Aschberger - Downers Grove IL Michael R. Gogola - Oak Forest IL William O. Irvine - Chicago IL Ralph J. Trnka - Tinley Park IL Richard O. Wahler - Palatine IL Robert A. Winkless - Oak Lawn IL
Assignee:
Crown Cork & Seal Company, Inc. - Philadelphia PA
International Classification:
B21D 2602
US Classification:
72 61
Abstract:
A method of manufacturing a metallic can body that is shaped distinctively in order to enhance its visual presentation to consumers includes, in one embodiment, steps of providing a can body blank that has a sidewall that is of a substantially constant diameter; providing a mold unit that has at least one mold wall that defines a mold cavity that is shaped generally like the can body blank, the mold wall having a pattern formed therein that corresponds to a desired final shape of the can body; positioning the can body blank within the mold cavity; and supplying a pressurized fluid into the mold cavity so that the can body blank is forced by pressure against the mold wall, causing the can body blank to assume the desired final shape of the can body. A second embodiment includes steps of radially deforming the can body blank in selected areas by selected amounts to achieve an intermediate can body that is radially modified, but is still symmetrical about its axis; and superimposing a preselected pattern of mechanical deformations that have an axial component onto the intermediate can body. Related systems and processes are also disclosed.
Systems And Methods For Making Decorative Shaped Metal Cans
Mark W. Hartman - Lambertville NJ Zeev W. Shore - Hazel Crest IL James J. Tang - Palatine IL Anton A. Aschberger - Downers Grove IL Michael R. Gogola - Oak Forest IL William O. Irvine - Golden CO Ralph J. Trnka - Tinley Park IL Richard O. Wahler - Palatine IL Robert A. Winkless - Oak Lawn IL Richard Mark Orlando Golding - Hinsdale IL David Harvey - Oxon, GB3
Assignee:
Crown Cork & Seal Technologies Corporation - Alsip IL
International Classification:
B21D 2602
US Classification:
72 62
Abstract:
A method of manufacturing a metallic can body that is shaped distinctively in order to enhance its visual presentation to consumers includes, in one embodiment, steps of providing a can body blank that has a sidewall that is of a substantially constant diameter; providing a mold unit that has at least one mold wall that defines a mold cavity conforming a desired final shape of the can body; positioning the can body blank within the mold cavity; and supplying a pressurized fluid into the mold cavity so that the can body blank is forced by pressure against the mold wall, causing the can body blank to assume the desired final shape of the can body. Axial compression is preferably applied to the can body blank in order to reduce internal stresses during molding of the container. A second embodiment includes steps of radially deforming the can body blank in selected areas by selected amounts to achieve an intermediate can body that is radially modified, but is still symmetrical about its axis; and superimposing a preselected pattern of mechanical deformations that have an axial component onto the intermediate can body. Related apparatus and processes are also disclosed.
Systems And Methods For Making Decorative Shaped Metal Cans
Mark W. Hartman - Lambertville NJ Zeev W. Shore - Hazel Crest IL James J. Tang - Palatine IL Anton A. Aschberger - Downers Grove IL Michael R. Gogola - Oak Forest IL William O. Irvine - Golden CO Ralph J. Trnka - Tinley Park IL Richard O. Wahler - Palatine IL Robert A. Winkless - Oak Lawn IL Richard Mark Orlando Golding - Hinsdale IL David Harvey - Wantage, GB
Assignee:
Crown Cork & Seal Technologies Corporation - Alsip IL
International Classification:
B21D 2602
US Classification:
72 62
Abstract:
A method of manufacturing a metallic can body that is shaped distinctively in order to enhance its visual presentation to consumers includes, in one embodiment, steps of providing a can body blank that has a sidewall that is of a substantially constant diameter; providing a mold unit that has at least one mold wall that defines a mold cavity conforming a desired final shape of the can body; positioning the can body blank within the mold cavity; and supplying a pressurized fluid into the mold cavity so that the can body blank is forced by pressure against the mold wall, causing the can body blank to assume the desired final shape of the can body. Axial compression is preferably applied to the can body blank in order to reduce internal stresses during molding of the container. A second embodiment includes steps of radially deforming the can body blank in selected areas by selected amounts to achieve an intermediate can body that is radially modified, but is still symmetrical about its axis; and superimposing a preselected pattern of mechanical deformations that have an axial component onto the intermediate can body. Related apparatus and processes are also disclosed.
- New York NY, US Paul Michael Chaikin - Pennington NJ, US Stefano Sacanna - New York NY, US William Irvine - New York NY, US
International Classification:
B01J 13/00 C08L 33/14 C08L 25/06
US Classification:
521139
Abstract:
A method and system for assembling building blocks of colloidal particles and also for shaping of colloids for self-assembly for manufacturing, processing and formation of compositions of matter. A first type of particle is selected as a “key” particle constructed to mate with a “lock” particle, the binding arising from depletion forces. A variety of shapes can be used to carry out this method and system to create compositions of matter. Colloids can be shaped by controlled deformation of multiphase colloid particles.
Medical School University of Tennessee College of Medicine at Memphis Graduated: 1987
Procedures:
Destruction of Lesion of Retina and Choroid Retinal Detachment Repair Corneal Surgery Eyeglass Fitting Lens and Cataract Procedures Ophthalmological Exam
Dr. Irvine graduated from the University of Tennessee College of Medicine at Memphis in 1987. He works in Memphis, TN and 4 other locations and specializes in Ophthalmology. Dr. Irvine is affiliated with Baptist Memorial Hospital Memphis, Methodist Hospital South, Methodist University Hospital, Saint Francis Hospital Memphis and Select Specialty Hospital Memphis.
Saint Luke's ClinicSt Lukes Clinic 3950 17 St STE A, Baker City, OR 97814 5415231001 (phone), 5415231152 (fax)
Education:
Medical School Oregon Health & Science University School of Medicine Graduated: 2005
Languages:
English Spanish
Description:
Dr. Irvine graduated from the Oregon Health & Science University School of Medicine in 2005. He works in Baker City, OR and specializes in Family Medicine. Dr. Irvine is affiliated with Saint Alphonsus Medical Center-Baker City.
Doris Mills, John Younginer, Robert Mims, Cecil Smoak, Libby Bloom, Betty Duensing, Patty Spradley, Kirk Robinson, Dick James, Pat Calvert, Ann Bleckley
"Turbulence can be found everywhere. Stirring coffee with a spoon is a good example," Takumi Matsuzawa (first author on the study) and William Irvine (corresponding author on the study), told Phys.org. "Nevertheless, manipulating this ephemeral phase of matter is not as easy as the other conventiona
Date: Jun 20, 2023
Category: Science
Source: Google
Tempest in a teacup: Physicists make breakthrough in creating turbulence
was a surprise to us," said physicist Takumi Matsuzawa, the first author on a study describing the findings, published in Nature Physics. "It'd be like calmly sitting in a field with a picnic and watching a storm raging 50 feet away," said Prof. William Irvine, the corresponding author on the study."
Manucci, Niccolao; tr. by William Irvine (1907). Storia do Mogor; or, Mogul India 1653-1708, Vol. 1. London, J. Murray.Manucci, Niccolao; tr. by William Irvine (1907). Storia do Mogor; or, Mogul India 1603-1708, Vol. 2. London, J. Murray.Manucci, Niccolao; tr. by William Irvine (1907). Storia do M
"We look at plasma physics and turbulence every day in the sun," Study researcher William Irvine said. Those fields have many mysteries, long unsolved, that could be better understood by knowing how a vortex knot works. Plasma flows behave in highly complicated ways, but the electrically charged gas
Kleckner and William Irvine, assistant professor in physics, report their findings on the creation and dynamics of vortex rings in Nature Physics, published online on March 3. Their work relates to deep questions in a variety of physics subfields, including turbulence, plasma physics, ordinary fluid