James J Kandler from Bradenton, FL, age 73

Public records

Vehicle Records

James Kandler

Address:

W3588 Wildwood Dr, Lake Geneva, WI 53147

Phone:

(262) 249-1648

VIN:

1N4AL21E97C226604

Make:

NISSAN

Model:

ALTIMA

Year:

2007

Resumes

James Kandler

Location:

United States

Quality Assurance Program Manager At Ge Healthcare

Location:

Greater Milwaukee Area

Industry:

Medical Devices

Experience:

GE Healthcare (Public Company; GE; Medical Devices industry): Quality Assurance Program Manager, (July 2004-Present) Improving Quality Managment System and Design Control processes and practices across the business. Generating new and updated process for the 48 separate design ...

Publications

Us Patents

Disposable Tubing Set And Organizer Frame For Holding Flexible Tubing

US Patent:

58708057, Feb 16, 1999

Filed:

Jan 6, 1997

Appl. No.:

8/779094

Inventors:

James J. Kandler - Lake Geneva WI
Mark R. Vandlik - Gurnee IL

Assignee:

Baxter International Inc. - Deerfield IL

International Classification:

A44B 2100

US Classification:

24459

Abstract:

A disposable tubing set having an array of flexible tubing and a method for holding an array of flexible tubing. The disposable tubing set has a frame for holding segments of the tubing. The frame includes at least two sides and a plurality of apertures defined in the sides. Segments of the tubing extend through and are completely enclosed by the apertures.

Patient-Positioning X-Ray Table

US Patent:

44750722, Oct 2, 1984

Filed:

Nov 12, 1982

Appl. No.:

6/441301

Inventors:

Gregory D. Schwehr - Milwaukee WI
Richard T. Brandt - New Berlin WI
James J. Kandler - Milwaukee WI

Assignee:

General Electric Company - Milwaukee WI

International Classification:

G05B 1928
H01J 3720

US Classification:

318602

Abstract:

An X-ray table having an elevator mounted on a base for vertical movement, an intermediate support mounted on the elevator for moving longitudinally, and a carriage with a patient cradle on it for moving longitudinally on the support. A pair of gas springs mounted at the forward end of the table provides a constant upward force to compensate for weight of the elevator and the cantilevered load which is exerted as the patient cradle is extended in the longitudinal direction. There are individual servomotors for driving the support and the cradle. The intermediate support drive includes a drive bar and switch assemblies for sensing any force of more than 25 lbs. , for example, exerted on the patient or patient cradle and for disengaging the servodrives in response thereto. The cradle drive incorporates a zero-backlash longitudinal friction drive which includes a harmonic drive unit to achieve accurate positioning of the patient. An encoder is driven by a closed-loop cable attached to the patient cradle to accurately indicate its position and speed even though there is a two-stage drive.

Membrane Touch Switches

US Patent:

43026478, Nov 24, 1981

Filed:

Apr 4, 1980

Appl. No.:

6/137213

Inventors:

James J. Kandler - Milwaukee WI
Peter H. Basler - Sussex WI
Gregory D. Schwehr - Milwaukee WI

Assignee:

General Electric Company - Schenectady NY

International Classification:

H01H 916
H01H 1300

US Classification:

200159B

Abstract:

A laminated touch switch panel includes a lowermost insulating board having foil contacts on its top surface and a perforated uppermost board having foil contacts on its bottom surface. A perforated insulating spacer sheet has its bottom surface interfacing with the top of the lowermost board and its upper surface interfacing with an intervening flexible perforated membrane. The membrane has foil contacts on its upper surface which are normally closed with respect to the contacts on the bottom of the uppermost board and has contacts on its lower surface which are normally open with respect to the contacts on the lowermost board. Flexing the membrane with a force applied through the uppermost board opens the normally closed contacts and closes the normally open contacts. In one embodiment, contacts are kept normally closed with resilient elements that apply a force on the membrane which is overcome to open the contacts by applying a force through an aperture in the uppermost board.

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