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Gary G Highberger

from Atlanta, GA
Age ~80
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Related to:
Peter G Highberger, 54Sybil D Highberger, 52Donna M Highberger, 77
Connected to:
Cortnie M Highberg, 39James W Highberger, 45John D Highberger, 73Karsten D Highberg, 29Roy S Highberg, 72John T Highdesertwolf, 61Zoe M Higheagle, 52Dawn Highers, 56Krista L Highers, 39Valerie J Highers, 68

Gary Highberger Phones & Addresses

  • 170 Boulevard SE APT D304, Atlanta, GA 30312 (404) 822-9664
  • Dunwoody, GA
  • Duluth, GA
  • 463 Medlock Rd, Decatur, GA 30030 (404) 371-0673
  • Alpharetta, GA
  • 5243 Meadowcreek Dr, Dunwoody, GA 30338 (770) 393-9291

Work

Company: Cisco systems 2009 Position: Technical leader

Education

Degree: MSEE School / High School: Cleveland State University

Skills

Embedded Software • Ethernet • Embedded Systems • Linux • Snmp • Vxworks • Rtos • Tcp/Ip • Firmware • Embedded C • Debugging • Embedded Linux • Real Time Control Systems • Software Project Management • Mpeg • Telecommunications • Software Estimation • Netconf • Xml • Arm Cortex M3 • Motion Control • Systems Modeling • International Project Management • Algorithm Development • Agile Project Management • Power Conversion

Industries

Computer Software

Resumes

Resumes

Gary Highberger Photo 1

Principal Consultant

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Location:
Atlanta, GA
Industry:
Computer Software
Work:
Cisco Systems since 2009
Technical Leader
Cisco System since Nov 2003
Technical Lead
Education:
Cleveland State University
MSEE Purdue University
BSEE
Skills:
Embedded Software
Ethernet
Embedded Systems
Linux
Snmp
Vxworks
Rtos
Tcp/Ip
Firmware
Embedded C
Debugging
Embedded Linux
Real Time Control Systems
Software Project Management
Mpeg
Telecommunications
Software Estimation
Netconf
Xml
Arm Cortex M3
Motion Control
Systems Modeling
International Project Management
Algorithm Development
Agile Project Management
Power Conversion

Publications

Us Patents

Transitional Product Flow And Adaptive Control

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US Patent:
61194387, Sep 19, 2000
Filed:
Dec 23, 1997
Appl. No.:
8/983550
Inventors:
Forrest C. Bacon - Conyers GA
Gary G. Highberger - Atlanta GA
Assignee:
Kliklok Corporation - Decatur GA
International Classification:
B65B 906
B65B 130
US Classification:
53451
Abstract:
A method and apparatus for feeding substantially free flowing solid product charges (P'") in a continuous vertical form, fill and seal packaging machine (10) is disclosed. Improved transitional product flow from the computerized weigher (W) to the bag former and closer is obtained by tracking and sampling the charges along the flow path. In the method, the steps include sensing the presence of the charges along the flow path at two locations, comparing each sensed charge presence to a defined time target that has previously been determined and adjusting at least one operating step in accordance with any deviation found to cause the charge or charges to approach the defined time target for optimum operation. Either a predictive time adaptive control (77) requiring operator input, or computer control (76) can be incorporated into the method. A series of product charge flow enhancers (102, 103; 131; 121) are provided along the flow path to assist in maintaining the charges within the time target.

Seal Integrity Monitoring And Adaptive Control Method And Apparatus

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US Patent:
58361367, Nov 17, 1998
Filed:
Mar 18, 1997
Appl. No.:
8/819895
Inventors:
Gary G. Highberger - Atlanta GA
Assignee:
Kliklok Corporation - Decatur GA
International Classification:
B65B 5130
B65B 5702
US Classification:
53 75
Abstract:
The integrity of a seal in packaging film is monitored during packaging of loose, free flowing product and adaptive control of the packaging method/apparatus is provided in response to the determination made. The pressure being exerted between the sealing jaws upon reaching a closed position and the seal being formed is monitored and analyzed to evaluate the seal integrity in a dedicated microprocessor. An adaptive, real time signal is provided to a CPU/controller to adjust the relative product flow and packaging film movement.

Continuous Vertical Form-Fill-Seal Packaging Machine With Constant Motion Carriage

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US Patent:
55333222, Jul 9, 1996
Filed:
Mar 11, 1994
Appl. No.:
8/212548
Inventors:
Forrest C. Bacon - Conyers GA
Gary G. Highberger - Atlanta GA
Assignee:
Kliklok Corporation - Decatur GA
International Classification:
B65B 900
US Classification:
53451
Abstract:
An improved stripping and sealing operation in a form, fill and seal packaging system is provided. Stepper and servo motors are computer controlled including by a 3-axis coordinator operating the X and Y motion of the sealing jaws, as well as the Y' motion of the film/tube feed. The Y motion is provided by oscillatory driving movement of the carriage to move the stripper/sealing jaws in a substantially constant modified sine wave profile. The Y' motion is variable and tracks the carriage to precisely size and form the bag. Blousing is also provided by tube/carriage relative motion also induced by varying the film/tube feed.

Beverage Dispenser Control Valve And Ratio Control Method Therefor

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US Patent:
49796399, Dec 25, 1990
Filed:
May 23, 1989
Appl. No.:
7/355670
Inventors:
George H. Hoover - Marietta GA
Roger C. Whigham - Atlanta GA
Annie T. Ellis - Smyrna GA
Gary G. Highberger - Dunwoody GA
Assignee:
The Coca-Cola Company - Atlanta GA
International Classification:
B67D 500
US Classification:
222 1
Abstract:
A multiflavor beverage dispenser comprises a microprocessor system for controlling the ratio of diluent to concentrate of a post-mix beverage. The system includes a compact flow rate control module for selectively controlling the flow rates of liquids in a plurality of flow passages leading to nozzle assemblies of the dispenser. Each flow rate control module includes a single stepper motor connected to a rotary spool valve for selectively controlling the flow rate of the liquids. The microprocessor system utilizes variable reference signals which are ramped to approximately correspond to the actual flow rate of the liquid towards a target in order to reduce overshoot values of the flow rates. A scaling function is provided by the microprocessor system to adjust target flow rates between pours in order to achieve consistent controlled ratios of the beverage being dispensed.
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Gary G Highberger from Atlanta, GA, age ~80 Get Report