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Ryan J Kuester, 371241 J Rd, West Point, NE 68788

Ryan Kuester Phones & Addresses

1241 J Rd, West Point, NE 68788    402-3725885   

1347 J Rd, West Point, NE 68788    402-3721998   

500 S Main St #125, West Point, NE 68788    402-3722981   

Scribner, NE   

Omaha, NE   

Glen Ellyn, IL   

Oakland, NE   

Social networks

Ryan J Kuester

Linkedin

Work

Company: Oriental trading company Nov 2012 Position: Merchandising planning analyst

Education

School / High School: Wayne State College- Wayne, NE Jan 1999 Specialities: Bachelors of Science in Sports Management & Business Administration

Skills

Category Management • Inventory Managment • Store Management • Vendor Negotiations • Microsoft Office (Excel • Word • & Power Point) • Internal & External Marketing • Talent Acquistion and Development • Assortment Planning • MID Allocation System • Retek • Oracle Discoverer • Data Profits Warehouse Management System

Industries

Telecommunications

Mentions for Ryan J Kuester

Ryan Kuester resumes & CV records

Resumes

Ryan Kuester Photo 18

General Manager

Location:
West Point, NE
Industry:
Telecommunications
Work:
Skywave Wireless
General Manager
Skills:
Management, Telecommunications, Start Ups, Accounting, Business Strategy, Mergers and Acquisitions, Management Consulting, It Operations, Ip Phones
Ryan Kuester Photo 19

Ryan Kuester - Omaha, NE

Work:
Oriental Trading Company Nov 2012 to 2000
Merchandising Planning Analyst
Pamida Operating Company LLC Jul 2011 to 2000
Manager- Allocation & Replenishment (purchasing)
Pamida Operating Company LLC - Omaha, NE Nov 2009 to Jul 2011
Allocation & Replenishment Manager (purchasing)
Education:
Wayne State College - Wayne, NE Jan 1999 to Jan 2004
Bachelors of Science in Sports Management & Business Administration
Skills:
Category Management, Inventory Managment, Store Management, Vendor Negotiations, Microsoft Office (Excel, Word, & Power Point), Internal & External Marketing, Talent Acquistion and Development, Assortment Planning, MID Allocation System, Retek, Oracle Discoverer, Data Profits Warehouse Management System

Publications & IP owners

Us Patents

Memory Device Utilization In A Dispersed Storage Network

US Patent:
2011028, Nov 24, 2011
Filed:
Apr 29, 2011
Appl. No.:
13/097305
Inventors:
Andrew Baptist - Chicago IL, US
Manish Motwani - Chicago IL, US
Wesley Leggette - Oak Park IL, US
Steven Mark Hoffman - Chicago IL, US
Dustin M. Hendrickson - Biggsville IL, US
Ryan Joseph Kuester - Island Lake IL, US
Assignee:
CLEVERSAFE, INC. - Chicago IL
International Classification:
G06F 12/00
US Classification:
711154, 711E12001
Abstract:
A method begins by a processing module determining whether a memory device of a dispersed storage (DS) unit is unavailable to produce an unavailable memory device. The method continues with the processing module determining a methodology regarding DS encoded data stored in the unavailable memory device based on one or more dispersed storage network (DSN) conditions to produce a determined methodology when the memory device is unavailable. The method continues with the processing module initiating, in accordance with the determined methodology, a rebuilding function to rebuild the DS encoded data to produce rebuilt DS encoded data when the determined methodology includes a rebuilding component. The method continues with the processing module storing the rebuilt DS encoded data within available memory of the DS unit.

Automated Card Counter And Method Of Automatically Counting Cards

US Patent:
2004017, Sep 16, 2004
Filed:
Mar 11, 2003
Appl. No.:
10/385868
Inventors:
Warren Graber - Hoffman Estates IL, US
Ryan Kuester - Wauconda IL, US
International Classification:
H01J040/14
US Classification:
250/222100
Abstract:
An automatic card counter () with a housing () with an open front with a card deck assembly () having a front opening to a card counting location and an underlying support for a stack () of cards () such as may be contained in a card box, such as plastic opaque, transparent or translucent credit cards, with an optical sensing system for detecting the edges of the cards () in the stack () to determine the number, or count, of the total number of the cards () in the stack () includes a light source () composed of an elongate string of a plurality of high intensity light emitting diodes directing red light rearward and downwardly away from the front card deck opening and along the entire length of the stack of cards through a window (), a mirror () for simultaneous reflecting a complete image of the entire stack of cards downwardly and rearward to another mirror () that reflects the complete image rearward and horizontally to a lens system () with a relatively wide depth of field to focus the image on a photosensor () composed of a linear array of approximately ten thousand charge coupled devices that produce electrical signals that are converted to numbers by an A/D converter and processed by a microprocessor () to distinguish real cards from persons fingers, the edges of card boxes () and other like object that may routinely appear in the field of view of the card stack. The card deck () is a planer member that is supported above a support surface () by legs () and is removable mounted to enable the counting of oversized cards or cards on end by removing the card deck () and supporting the card counter () on supporting them on the support surface ().

Card Counter And Method Of Counting Cards

US Patent:
2004017, Sep 16, 2004
Filed:
Mar 14, 2003
Appl. No.:
10/389662
Inventors:
Warren Graber - Hoffman Estates IL, US
Ryan Kuester - Wauconda IL, US
International Classification:
G01V008/00
G01N021/86
US Classification:
250/559360
Abstract:
An automatic card counter () with a housing () with an open front with a card deck assembly () having a front opening to a card counting location and an underlying support for a stack () of cards () such as may be contained in a card box, such as plastic opaque, transparent or translucent credit cards, with an optical sensing system for detecting the edges of the cards () in the stack () to determine the number, or count, of the total number of the cards () in the stack () includes a light source () composed of an elongate string of a plurality of high intensity light emitting diodes directing red light rearward and downwardly away from the front card deck opening and along the entire length of the stack of cards through a window (), a mirror () for simultaneous reflecting a complete image of the entire stack of cards downwardly and rearward to another mirror () that reflects the complete image rearward and horizontally to a lens system () with a relatively wide depth of field to focus the image on a photosensor () composed of a linear array of approximately ten thousand charge coupled devices that produce electrical signals that are converted to numbers by an A/D converter and processed by a microprocessor () to distinguish real cards from persons fingers, the edges of card boxes () and other like object that may routinely appear in the field of view of the card stack. The card deck () is a planer member that is supported above a support surface () by legs () and is removable mounted to enable the counting of oversized cards or cards on end by removing the card deck () and supporting the card counter () on supporting them on the support surface ().

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