Kimber J Vought

54443253, Aug 22, 1995

Feb 14, 1995

8/388236

Kevin L. Haas - Hoffman Estates IL
Ken A. Haas - Hanover Park IL
Kimber J. Vought - Wauconda IL

Motorola, Inc. - Schaumburg IL

H01L 4108

310368

A surface-mountable crystal resonator (100) is provided in the following manner. A first predetermined electrode pattern (105) and a second predetermined electrode pattern (201) are formed on a first major surface (104) and a second major surface (200), respectively, of a piezoelectric crystal substrate (101). Additionally, a first predetermined attachment electrode pattern (106), electrically coupled to the second predetermined attachment electrode pattern, and a second predetermined attachment electrode pattern (202), electrically coupled to the first predetermined attachment electrode pattern, are formed on a first attachment area (102) and a second attachment area (103), respectively. The first and second attachment areas include extensions (107) that, when mounted, allow a conductive adhesive (301), placed on a mounting substrate (300), to flow and establish electrical connections with the first and second predetermined attachment electrode patterns.

46695982, Jun 2, 1987

Sep 9, 1985

6/773553

Robert Eitzinger - Wheeling IL
Kimber T. Vought - Wheeling IL

Mid-West Automation, Inc. - Wheeling IL

B65G 2120

198345

An assembly machine, carrousel in design, so as to provide a succession of work stations with each station serviced by an independent pallet. Each pallet, by synchronization, is clamped in a work station, released, and transferred linearly into a succeeding station where it is once again clamped into position by a cam operated pallet transferring and locking mechanism.

54872111, Jan 30, 1996

Aug 19, 1993

8/109222

Kevin L. Haas - Hoffman Estates IL
Ken A. Haas - Hanover Park IL
Kimber J. Vought - Wauconda IL

Motorola, Inc. - Schaumburg IL

H01L 4104
H03H 302
H04R 1710

29 2535

A surface-mountable crystal resonator (100) is provided in the following manner. A first predetermined electrode pattern (105) and a second predetermined electrode pattern (201) are formed on a first major surface (104) and a second major surface (200), respectively, of a piezoelectric crystal substrate (101). Additionally, a first predetermined attachment electrode pattern (106), electrically coupled to the second predetermined attachment electrode pattern, and a second predetermined attachment electrode pattern (202), electrically coupled to the first predetermined attachment electrode pattern, are formed on a first attachment area (102) and a second attachment area (103), respectively. The first and second attachment areas include extensions (107) that, when mounted, allow a conductive adhesive (301), placed on a mounting substrate (300), to flow and establish electrical connections with the first and second predetermined attachment electrode patterns.

44097344, Oct 18, 1983

Feb 18, 1981

6/235407

Nathan A. Baraglia - Algonquin IL
Robert Eitzinger - Lincolnshire IL
Kimber T. Vought - Wauconda IL

AMP Incorporated - Harrisburg PA

H01R 4304
B23P 1900

29861

Electrical harness manufacturing apparatus comprises wire feeding means for feeding wires along a wire feed path through upstream and downstream (relative to the direction of wire feed) wire guides. The guides have opposed ends which are adjacent to each other during feeding. The guides thereafter move apart so that fed wires are exposed in a gap between the opposed ends. A transferring device clamps the wires in the gap and wire cutting means are provided to cut the wires adjacent to the transferring means, thereby producing leads having their trailing ends gripped in the transferring means. The transferring means transfers the trailing ends laterally of the feed path to a wire connecting station at which the trailing ends are connected to terminals in a connector. Insulation can be stripped, if desired, from the trailing ends of the cut leads and from the leading ends of the wires extending from the feed means.