Reclosable Multi-Article Confectionary Product Packaging And Methods With Multi-Layer Graphic Branding

Application

#2017025 Sep 14, 2017

Filed

Mar 14, 2016

Inventor

Christopher H. Cunningham (Grays Lake, IL) · Allen S. Aldridge (Addison, IL) · Peter Muller (Chicago, IL) · William Tham (Palatine, IL) · David Jaggi (Oak Park, IL) · Ross Bartels (Chicago, IL) · Joseph F. Vrana (Schaumburg, IL) · Leonard Matulewicz (Oswego, IL) · Erika Wetzel (Chicago, IL)

Appl. No.

15/069290

Assignee

Christopher H. Cunningham (Grays Lake, IL) · Allen S. Aldridge (Addison, IL) · Peter Muller (Chicago, IL) · William Tham (Palatine, IL) · David Jaggi (Oak Park, IL) · Ross Bartels (Chicago, IL) · Joseph F. Vrana (Schaumburg, IL) · Leonard Matulewicz (Oswego, IL) · Erika Wetzel (Chicago, IL)

International Classification

B65D 25/20, B65D 25/54, B65B 5/06, B65D 65/02, B65D 51/24, B65D 85/60, A23G 4/00, B65D 43/16

Abstract

A reclosable hard shell transparent container for a confectionary product includes an inner graphic branding element extending interior to the receptacle, an outer graphic branding element extending exterior to the receptacle, and overwrap layer that collectively provide visually superimposed branding graphics to provide visually distinct packages utilizing the same container. The inner graphic layer facilitates a subassembly of the confectionary products for ease of loading the confectionary product in the container.

Medical Device Position Guidance System With Wireless Connectivity Between A Noninvasive Device And An Invasive Device

Application

#8197494 Jun 12, 2012

Filed

Sep 8, 2006

Inventor

David S. Jaggi (Oak Park, IL) · Donald A. Kay (Sharon, MA) · Joseph P. Killam (Wonder Lake, IL) · Salvatore Manzella, Jr. (Barrington, IL) · King Y. Moy (Tinley Park, IL) · David K. Platt (Mt. Prospect, IL) · Shawn G. Purnell (Palatine, IL) · Alan R. Shapiro (Sharon, MA) · Michael C. Shaughnessy (Arlington Heights, IL) · Mark C. Witt (Chicago, IL) · Christopher Zachara (Lake Bluff, IL)

Appl. No.

11/530385

Assignee

Corpak Medsystems, Inc. (Buffalo Grove, IL)

International Classification

A61B 19/00

U.S. Classification

606130

Abstract

A medical device position guidance system having a noninvasive medical device communicable with an invasive medical device. The system provides outputs useful to assess the position of an invasive medical device in an animal, such as a human. A magnetic field is used to gather information about the position of the invasive device. Radio waves are used to communicate this information between the noninvasive device and the invasive device.

Ocular Imaging Apparatus

Application

#D614774 Apr 27, 2010

Filed

Dec 18, 2008

Inventor

Keith H. Gausmann (Cary, NC) · Joey Nakayama (Chicago, IL) · Adam Ruggles (Chicago, IL) · Gary F. Prokop (Wheaton, IL) · David Chesley (Duxbury, MA) · Mark Wolfson (Wellesley, MA) · Natan Pheil (Chicago, IL) · David S. Jaggi (Oak Park, IL) · Martin Rathgeber (Chicago, IL)

Appl. No.

29/329613

Assignee

TearScience, Inc. (Morrisville, NC)

International Classification

2401

U.S. Classification

D24172, D24160

Claim

The ornamental design for an ocular imaging apparatus, as shown and described.

Medical Device Position Guidance System With Wireless Connectivity Between A Noninvasive And An Invasive Device

Application

#2012022 Sep 6, 2012

Filed

May 16, 2012

Inventor

David S. Jaggi (Oak Park, IL) · Donald A. Kay (Sharon, MA) · Joseph P. Killam (Wonder Lake, IL) · Salvatore Manzella, JR. (Barrington, IL) · King Y. Moy (Tinley Park, IL) · David K. Platt (Mt. Prospect, IL) · Shawn G. Purnell (Palatine, IL) · Alan R. Shapiro (Sharon, MA) · Michael C. Shaughnessy (Arlington Heights, IL) · Mark C. Witt (Chicago, IL) · Christopher Zachara (Lake Bluff, IL)

Appl. No.

13/472588

Assignee

Corpak Medystems, Inc. (Buffalo Grove, IL)

International Classification

A61M 25/095, A61B 6/00

U.S. Classification

600424

Abstract

A medical device position guidance system having a noninvasive medical device communicable with an invasive medical device. The system provides outputs useful to assess the position of an invasive medical device in an animal, such as a human. A magnetic field is used to gather information about the position of the invasive device. Radio waves are used to communicate this information between the noninvasive device and the invasive device.