Resumes
Resumes
Zoltan Kasa Phones & Addresses
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7205 Slate Bend Dr, Delaware, OH 43015 (614) 657-0728
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Powell, OH
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4143 Bryson Cove Cir, Dublin, OH 43016 (614) 798-8607
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3023 Leatherlips Trl, Dublin, OH 43017
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Columbus, OH
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Newark, OH
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San Jose, CA
Business Records
Name / Title
Company / Classification
Phones & Addresses
Owner
Kasa Engineering Svc
Computer Software · Structural Engineer · Engineering Svcs
Computer Software · Structural Engineer · Engineering Svcs
4143 Bryson Cv Cir, Dublin, OH 43016
(614) 792-0501
(614) 792-0501
VISUAL INFORMATION SYSTEMS, INC
Newark, OH
Publications
Us Patents
Drive Arrangement For Computerized Hand-Guided Quilting Device
View pageUS Patent:
7207281, Apr 24, 2007
Filed:
May 2, 2006
Appl. No.:
11/381150
Inventors:
Zoltan Kasa - Dublin OH, US
International Classification:
D05B 11/00
US Classification:
112117, 11247013
Abstract:
An improved computerized hand-guided quilting device has a quilting table () with a translation device (). The translation device has a cross carriage () movable longitudinally atop the table or frame, and a sewing carriage () movable transversely atop the cross carriage. These translations allow X-Y movement of a sewing head () fixedly positioned on the sewing carriage. Automatic translation of the cross carriage is accomplished when an actuator () mounted on the cross carriage is placed into an operative contact that effects the translation, and manual translation is effected by disengaging the operative contact, using a selective engaging/disengaging means (). Similarly, automatic translation of the sewing carriage is accomplished when an actuator () mounted on the sewing carriage is placed into an operative contact that effects the translation, but manual translation is effected by disengaging the operative contact, using a selective engaging/disengaging means ().
Quilting Machine And Improved Driving System For Such Quilting Machine
View pageUS Patent:
20120318181, Dec 20, 2012
Filed:
Jun 20, 2011
Appl. No.:
13/163885
Inventors:
Zoltan Kasa - Dublin OH, US
International Classification:
D05B 11/00
D05B 69/00
D05B 69/00
US Classification:
112117, 112220
Abstract:
An improved quilting machine, with a housing made by a C-shaped frame that has upper and lower arms, wherein the needle structure at the front end of the upper arm have conventional design (as used in commercial sewing machines) and the bobbin is placed to an elevated height by providing an upwardly extended end portion of the lower arm, wherein an offset shaft transmission means is be provided in the upwardly extended portion that acts as a power transmission towards the bobbin driving axle from the lower driving axle extending in the lower arm, wherein the upper and lower driving axles comprise of hollow drive shafts connected via flexible coupling means to half-shafts mounted on plates that are integral parts of the C-frame by dual ball bearing mounts. By such a simple design the reciprocating mass of the needle structure and the mass of the torque transmission means are reduced, conventional needle moving structures can be used and owing to the lighter load, the dimensions of the drive train can be less massive and heavy.
Apparatus For Setting Exposure Parameters Of An X-Ray Generator
View pageUS Patent:
48113743, Mar 7, 1989
Filed:
Nov 13, 1986
Appl. No.:
6/930802
Inventors:
Zoltan Kasa - Columbus OH
Istran Farkas - Columbus OH
Istran Farkas - Columbus OH
Assignee:
Medicor USA Ltd. - Columbus OH
International Classification:
H05G 146
US Classification:
378 96
Abstract:
An apparatus for setting the exposure parameters of an X-ray generator that comprises an X-ray transformer for supplying high voltage and filament current to an X-ray tube, in which data relating to the functional relationships between the unloaded voltage of the X-ray transformer, the loaded voltage thereof, the anode current of the X-ray tube and the filament current are stored in the memory of a processor, and based on a measured unloaded voltage and a preset mAs exposure value the processor calculates and displays the loaded high voltage, sets a suitable discrete filament current and determines the exposure time corresponding to the predetermined mAs value in such a way that the X-ray tube cannot be overloaded. If the predetermined exposure data cannot be set due to overload, the processor indicates this fact, whereby the operator can either adjust the voltage or change the exposure parameters.