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David A Kachmarik, Age 43La Grange, IL

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Known as:
David Allen Kachmarik David E Kachmarik David Kachmarck D Kachmarik
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Frank M Maloney 78 Michael F Maloney 105 Michael F Maloney 47 Kathleen M Maloney 71 Kelly Maloney 42 James A Threadgill 78 Molly K Kelly 45

David Kachmarik Phones & Addresses

La Grange, IL

1001 W 15Th St #330, Chicago, IL 60608 (312) 421-4045

2436 Marshfield Ave, Chicago, IL 60614 (773) 388-9759

2055 Dayton St, Chicago, IL 60614 (847) 325-9944 (773) 325-9944

2055 N Dayton St #1A, Chicago, IL 60614 (773) 325-9944

717 Armitage Ave, Chicago, IL 60614

1023 Wolfram St, Chicago, IL 60657

1152 Newport Ave, Chicago, IL 60657

324 Ponderosa Dr, Oregon, OH 43616 (419) 691-8669

Cleveland, OH

Cleveland Heights, OH

Orland Park, IL

Northfield, IL

1152 W Newport Ave, Chicago, IL 60657 (773) 929-6569

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David A Kachmarik

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Work

Company: Culligan international company Jan 2013 to Sep 2013 Address: Rosemont, IL Position: Director of global quality

Education

Degree: Bachelor of Science School / High School: Case Western Reserve University 1993 to 1998 Specialities: Chemistry

Skills

Continuous Improvement • Six Sigma • Manufacturing • Product Development • ISO • Automotive • Lean Manufacturing • Quality Assurance • Coatings • Data Analysis • Process Improvement • R&D • 5S • Polymers • Polyurethane • Quality Management • SPC • Chemistry • FMEA • Root Cause Analysis • Quality System • Process Engineering • Cross-functional Team Leadership • Manufacturing Engineering

Industries

Health, Wellness and Fitness

Mentions for David A Kachmarik

Public records

Vehicle Records

David Kachmarik

Address:
17890 Princeton Cir, Strongsville, OH 44149
VIN:
3N1AB61E78L734356
Make:
NISSAN
Model:
SENTRA
Year:
2008

Resumes

Resumes

David Kachmarik Photo 1

Director Of Global Quality At Culligan International Company

Position:
Director of Global Quality at Culligan International Company
Location:
Greater Chicago Area
Industry:
Health, Wellness and Fitness
Work:
Culligan International Company - Rosemont, IL since Jan 2013
Director of Global Quality Life Fitness Dec 2010 - Jan 2013
Quality Systems and Continuous Improvement Manager Metalex Jun 2009 - Dec 2010
Quality Manager Advance Wire Products 2006 - 2009
Quality Manager KL Industries - Addison, IL 2005 - 2006
Quality Manager Hunter Panels - Franklin Park, IL 2002 - 2004
Technical Manager Stepan Company 1998 - 2002
Product Development Chemist
Education:
Case Western Reserve University 1993 - 1998
Bachelor of Science, Chemistry
Skills:
Continuous Improvement, Six Sigma, Manufacturing, Product Development, ISO, Automotive, Lean Manufacturing, Quality Assurance, Coatings, Data Analysis, Process Improvement, R&D, 5S, Polymers, Polyurethane, Quality Management, SPC, Chemistry, FMEA, Root Cause Analysis, Quality System, Process Engineering, Cross-functional Team Leadership, Manufacturing Engineering

Publications

Us Patents

Integral Lamp

US Patent:
6459215, Oct 1, 2002
Filed:
Aug 11, 2000
Appl. No.:
09/637768
Inventors:
Louis R. Nerone - Brecksville OH
David J. Kachmarik - Strongsville OH
Joseph C. Oberle - Chagrin Falls OH
Michael S. Idelchik - Mequon WI
Assignee:
General Electric Company - Schenectady NY
International Classification:
G05F 100
US Classification:
315291, 315 58, 315209 R, 315307
Abstract:
An integrated lamp/lamp electronics unit includes a lamp having a first end with first end electrical terminals, and a second end with second end electrical terminals. An end cap having an interior section is placed into electrical connection with the first end electrical terminals at the first end of the lamp. Lamp electronics are configured to control operation of the lamp and are connected only to the second end electrical terminals. The lamp electronics are carried on a circuit board having a configuration substantially matching the second end of the lamp portion. The circuit board is placed within the interior of a lamp electronics end cap, and the end cap is attached in a permanent relationship to the second end of the lamp.

Compact Lamp Circuit Structure Having An Inverter/boaster Combination That Shares The Use Of A First N-Channel Mosfet Of Substantially Lower On Resistance Than Its P-Channel Counterpart

US Patent:
5914570, Jun 22, 1999
Filed:
Sep 2, 1997
Appl. No.:
8/922203
Inventors:
Louis R. Nerone - Brecksville OH
David J. Kachmarik - Strongsville OH
Assignee:
General Electric Company - Schenectady NY
International Classification:
H05B 3702
US Classification:
315209R
Abstract:
A gas discharge lamp ballast comprises a load circuit including circuitry for connection to a gas discharge lamp. A circuit supplies d. c. power from an a. c. voltage. A d. c. -to-a. c. converter circuit is coupled to the load circuit for inducing a. c. current therein. The converter circuit comprises first and second converter switches serially connected in the foregoing order between a bus node at a d. c. voltage and a reference node, and being connected together at a common node through which the a. c. load current flows. The first and second converter switches each have a control node and a reference node, the voltage between such nodes determining the conduction state of the associated switch. The respective control nodes of the first and second converter switches are interconnected. The respective reference nodes of the first and second converter switches are connected together at the common node.

High-Pressure Sodium Lamp Control Circuit Providing Constant Peak Current And Color

US Patent:
5367228, Nov 22, 1994
Filed:
Nov 5, 1992
Appl. No.:
7/972036
Inventors:
David J. Kachmarik - North Olmsted OH
Louis R. Nerone - Brecksville OH
Douglas M. Rutan - Cleveland Heights OH
Assignee:
General Electric Company - Schenectady NY
International Classification:
G05F 100
US Classification:
315307
Abstract:
The present invention is directed to a control circuit for providing a substantially constant current to a high-pressure sodium lamp. The control circuit preferably comprises a circuit for providing a rectified voltage signal, and a ballast having first and second contacts to operatively connect the lamp therebetween. The ballast generates and controls a peak current through the lamp based on the value of a controlled voltage. The control circuit further comprises a current sensor to sense the amount of current through the lamp, and a buck-boost voltage control circuit to control the value of the controlled voltage in order to provide a substantially constant peak current through the lamp based on the amount of current sensed by the current sensor. By controlling the amount of voltage seen by the lamp, the buck-boost voltage control circuit controls the amount of current through the lamp, thereby providing constant color temperature regardless of the fluctuations in lamp impedance.

Junction Component For Connecting The Electrical Leads Of A Printed Circuit Board And A Separate Electrical Unit

US Patent:
5807121, Sep 15, 1998
Filed:
Sep 12, 1996
Appl. No.:
8/707899
Inventors:
Jozsef Fulop - Budapest,
Ferenc Papp - Budapest,
Jozsef Tokes - Budapest,
Istvan Wursching - Budapest,
Kelvin B. Belle - South Euclid OH
Leon F. Chamberlain - Palm Springs CA
David J. Kachmarik - North Olmsted OH
Brian M. Ronald - Salt Lake City UT
Assignee:
General Electric Company - Schenectady NY
International Classification:
H01R 909
US Classification:
439 82
Abstract:
A junction component fixed on a PCB (13) has a slot (4) suitable for accepting the electrical leads (10) protruding from the electrical unit and also has a base part (11) and a connection part (12). The base part (11) is embedded into the PCB (13) and is connected with its corresponding output. The leads of the electrical unit are connected to a connection part (12). At the place of connection, the orientation of the electrical leads is substantially perpendicular to the plane of the PCB (13). The direction in which the electrical leads are connected to the connection part (12) is substantially parallel to the plane of the PCB (13). The base part (11) comprises a base plate (1) and tabs(s) (8a-8c) bending out from it. The tab(s) protrude(s) into openings (17) formed in the PCB (13) and is (are) embedded there in a way also ensuring electrical contact to the PCB (13). The base plate (1) connects the tab(s) (8a-8c) with the connection part (12), and the connection part (12) is made to have an orientation substantially in or parallel to the plane of the base plate (1).

Fluorescent Lamp Ballast With Current Feedback Using A Dual-Function Magnetic Device

US Patent:
5889373, Mar 30, 1999
Filed:
Dec 30, 1996
Appl. No.:
8/774544
Inventors:
Rayette Ann Fisher - Schenectady NY
David Joseph Kachmarik - Strongsville OH
William Newell Schultz - Niskayuna NY
Robert James Thomas - Rexford NY
Assignee:
General Electric Company - Schenectady NY
International Classification:
H05B 3702
US Classification:
315307
Abstract:
A fluorescent lamp ballast utilizes a single a transformer for providing both tank inductance and current mode feedback to the ballast driver circuitry. The transformer has an "EE" core with inductor windings on the center legs and gate windings on one of the outer legs. The center leg is gapped to avoid magnetic core saturation and to adjust inductance to a desired value. Coupling can be adjusted further by gapping one or the other of the outer legs.

High Voltage Ic-Driven Half-Bridge Gas Discharge Ballast

US Patent:
5719472, Feb 17, 1998
Filed:
May 13, 1996
Appl. No.:
8/648232
Inventors:
David J. Kachmarik - Strongsville OH
Louis R. Nerone - Brecksville OH
Assignee:
General Electric Company - Schenectady NY
International Classification:
H05B 3702
US Classification:
315224
Abstract:
A ballast circuit for a gas discharge lamp includes a resonant load circuit incorporating a gas discharge lamp and including first and second resonant impedances whose values determine the operating frequency of the resonant load circuit. Further included is a d. c. -to-a. c. converter circuit coupled to the resonant load circuit so as to induce an a. c. current in the resonant load circuit. The converter includes first and second switches serially connected between a bus conductor at a d. c. voltage and ground, and has a common node through which the a. c. load current flows. A feedback circuit provides a feedback signal indicating the level of current in the resonant load circuit. A high voltage IC drives the first and second switches at a frequency determined by a timing signal which predominantly comprises the feedback signal during lamp ignition, whereby during lamp ignition the feedback signal causes the high voltage IC to drive the first and second switches towards a switching frequency which promotes resonant operation of the resonant load circuit.

High Voltage Ic-Driven Half-Bridge Gas Discharge Lamp Ballast

US Patent:
5723953, Mar 3, 1998
Filed:
Sep 19, 1996
Appl. No.:
8/718178
Inventors:
Louis R. Nerone - Brecksville OH
David J. Kachmarik - Strongsville OH
Assignee:
General Electric Company - Schenectady NY
International Classification:
G05F 100
US Classification:
315307
Abstract:
A ballast circuit for a gas discharge lamp of the type including resistively heated cathodes includes a resonant load circuit incorporating a gas discharge lamp and including first and second resonant impedances whose values determine the operating frequency of the resonant load circuit. Further included is a d. c. -to-a. c. converter circuit coupled to the resonant load circuit so as to induce an a. c. current in the resonant load circuit. The converter includes first and second switches serially connected between a bus conductor at a d. c. voltage and ground, and has a common node through which the a. c. load current flows. A feedback circuit provides a feedback signal indicating the level of current in the resonant load circuit. A high voltage IC drives the first and second switches at a frequency determined by a timing signal which predominantly comprises the feedback signal during lamp ignition, whereby during lamp ignition the feedback signal causes the high voltage IC to drive the first and second switches towards a switching frequency which promotes resonant operation of the resonant load circuit. A circuit isolates the feedback signal from the timing signal for a predetermined period of time upon energizing of said converter circuit so as to allow the cathodes to become heated during such period of time, prior to lamp ignition.

Ballast Circuit For A Gas Discharge Lamp Having A Cathode Pre-Heat Arrangement

US Patent:
5483125, Jan 9, 1996
Filed:
Dec 6, 1993
Appl. No.:
8/161844
Inventors:
David J. Kachmarik - North Olmsted OH
Louis R. Nerone - Brecksville OH
Michael M. Secen - Mentor OH
Kurt W. Haas - Chesterland OH
Assignee:
General Electric Company - Schenectady NY
International Classification:
H05B 3904
US Classification:
315106
Abstract:
A ballast circuit for a gas discharge lamp, of the type having a pair of resistively heated cathodes that are resistively heated both during a cathode pre-heat period prior to lamp turn-on, and during steady state lamp operation, is disclosed. The ballast circuit includes circuitry for providing, on a bus conductor, a d. c. bus voltage with respect to a ground, and a converter, responsive to the d. c. bus voltage, for supplying bidirectional current to a resonant load circuit. The resonant load circuit includes the gas discharge lamp, a resonant capacitor coupled between the lamp cathodes such that its voltage varies with lamp voltage, and a resonant inductor serially coupled to the resonant capacitor and cooperating therewith to set a magnitude, and resonant frequency, of the bidirectional lamp current. Circuitry is provided for powering the resistively heated lamp cathodes, to thereby heat the cathodes. Further included is a circuit for maintaining the lamp voltage during a cathode pre-heat period below a predetermined level so as to prevent lamp turn-on during such period; such circuit includes circuitry for holding a first cathode of the lamp at a substantially constant voltage, and circuitry for clamping a second cathode of the lamp below the predetermined level.

Possible Relatives

David R Last  David C Johnson  David J Stancombe  David R Standefer  David A Standen  David Johnston  David O Standridge  David L Stanfill  David C Joiner  David W Jolly 

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