DR. KARL W DROESE, MD
Marriage and Family Therapists in Big Bend, WI

2004018, Sep 23, 2004

Mar 17, 2003

10/388562

Karl Droese - Big Bend WI, US

A61B017/08

606/152000

Disclosed is a method of peripheral nerve or blood vessel reconstruction requiring the use of a unique connector. The method employs negative gauge pressure, applied through a port on the connector, to draw the ends of the disrupted nerve or vessel into the connector. Next a biocompatible adhesive is used to cement near the ends of the nerve or vessel circumferentially to the inside of the connector wall, leaving the cut ends touching each other but free of the bio-adhesive. After the placement of the bio-adhesive, additional suction is applied to a port in the temporary housing surrounding the porous connector. This draws the nerve or blood vessel to the full diameter of the connector, maximizing the functionality of a healing blood vessel, providing alignment for disrupted tissue, and improving the circulation of blood around a regenerating nerve.

2010022, Sep 16, 2010

Mar 10, 2009

12/400796

Karl William Droese - Big Bend WI, US

D05B 11/00, B43L 13/20

11247508, 33565

A method is described using paired templates for simplifying the design and construction of a hexagon based quilt top. This method overcomes the inherent difficulty in traditional hexagon quilting. In order to sew individual hexagons together and have them lie in a plane, the seam that connects each edge must stop short of running the entire length of that edge by the width of the seam on the adjacent edge at each end. A method is described that allows for continuous stitch lines without having to precisely start and stop stitching. It employs a shape within a shape concept, allowing a hexagon to fit inside a triangle which lends itself to sewing together using easier stitching techniques. The hexagon is sized to precisely fit inside an equilateral triangle and the tips of the triangles that fall outside of the hexagon shape, themselves come together to form a hexagon when the triangles are joined together. A variation of this method allows the original hexagon shapes to be joined at the points rather than the sides to allow greater flexibility in the final quilt design.

6007009, Dec 28, 1999

Oct 14, 1998

9/172955

James A. Sheridan - Greendale WI
Karl W. Droese - Big Bend WI

ANI Mineral Processing, Inc. - Brookfield WI

B02C 200

241207

A cone crusher alternatively operable with either a first bowl liner or a second bowl liner, the crusher including a frame, a crusher head, a bowl supported by the frame, the bowl including a bowl liner mounting surface, a locking mechanism on the bowl and the bowl liner for alternatively fixing the first bowl liner and the second bowl liner to the bowl, the locking mechanism including at least one locking assembly including a wedge member, a first link, a lock pocket defined by the bowl and being adapted to receive the first link, a lock mount defined by the bowl and being adapted to receive the first link, the lock pocket and the lock mount being respectively located relative to the bowl liner mounting surface such that the locking assembly is engagable with the locking flange of the first bowl liner when received by the lock pocket and such that the locking assembly is engagable with the locking flange of the second bowl liner when received by the lock mount.

5649669, Jul 22, 1997

Apr 24, 1995

8/428008

David W. Ambrose - Waukesha WI
Karl W. Droese - Big Bend WI

ANI America, Inc. - Brookfield WI

B02C 200

241207

A cone crusher having a main frame, a crusher head interconnected with the main frame, a crusher bowl positioned adjacent to the first crusher member, and a double-acting hydraulic lift interconnected with both the main frame and the second crusher member. A force transfer member extends downward relative to the crusher bowl. The hydraulic lift includes an upper end interconnected with the main frame and a lower end interconnected with the force transfer member, thereby providing a downward clamp force on the force transfer member to compliantly clamp the crusher bowl to the main frame in an operating position. The hydraulic lift can provide an upward lift force on the force transfer member to move the second crusher member from the operating position to a clear position.

5870813, Feb 16, 1999

Jul 21, 1997

8/897919

David W. Ambrose - Waukesha WI
Karl W. Droese - Big Bend WI

ANI America Inc. - Brookfield WI

B02C 200

294011

A cone crusher having a main frame, a crusher head interconnected with the main frame, a crusher bowl positioned adjacent to the first crusher member, and a double-acting hydraulic lift interconnected with both the main frame and the second crusher member. A force transfer member extends downward relative to the crusher bowl. The hydraulic lift includes an upper end interconnected with the main frame and a lower end interconnected with the force transfer member, thereby providing a downward clamp force on the force transfer member to compliantly clamp the crusher bowl to the main frame in an operating position. The hydraulic lift can provide an upward lift force on the force transfer member to move the second crusher member from the operating position to a clear position.