Logistics Officer at US Army, 3 Army, Camp Buehring, KU
Location:
États-Unis
Industry:
Military
Work:
US Army, 3 Army, Camp Buehring, KU
Logistics Officer
U.S. Army - Région de Stuttgart , Allemagne
Aide-de-Camp
203rd Military Intelligence Battalion, APG MD
Senior Foreign Weapons Analyst
Education:
Combined Career Course Logistics for US Army 2011 - 2011
American InterContinental University 2006 - 2007
MBA, Business
Thomas P. Hennessy - Indianapolis IN Michael E. Corcoran - Crawfordsville IN Michael D. Dennis - Longview IL Michael E. Albertson - Brownsburg IN Richard A. Laveault - Crawfordsville IN
Assignee:
Alcoa Closure Systems International - Crawfordsville IN
International Classification:
B65G 5900
US Classification:
221206
Abstract:
A method and apparatus are disclosed for creating a blended stream of articles, such as for use in connection with product promotions and the like. The invention contemplates that first and second streams of discrete promotional articles are blended so that the resultant stream includes articles at a predetermined ratio. The present invention facilitates creation of a blended product stream comprising all winning promotional articles with differing values, with subsequent formation of a blended article stream comprising winning and non-winning promotional articles. Precise and cost-effective introduction of the winning and non-winning promotional articles into the marketplace can thus be effected.
Method And Apparatus For Automatically Creating Blended Stream Of Promotional Articles
Thomas P. Hennessey - Indianapolis IN Michael E. Corcoran - Crawfordsville IN Michael D. Dennis - Longview IL Michael E. Albertson - Brownsburg IN Richard A. Laveault - Crawfordsville IN
Assignee:
Alcoa Closure Systems International, Inc. - Crawfordsville IN
International Classification:
B65G 5900
US Classification:
221206
Abstract:
A method and apparatus are disclosed for creating a blended stream of articles, such as for use in connection with product promotions and the like. The invention contemplates that first and second streams of discrete promotional articles are blended so that the resultant stream includes articles at a predetermined ratio. The present invention facilitates creation of a blended product stream comprising all winning promotional articles with differing values, with subsequent formation of a blended article stream comprising winning and non-winning promotional articles. Precise and cost-effective introduction of the winning and non-winning promotional articles into the marketplace can thus be effected.