Jon Xavier Giltner
Engineers at Woodstock Pl, Boulder, CO

8146891, Apr 3, 2012

Apr 10, 2008

12/082274

Jon X. Giltner - Boulder CO, US
Wayne G. Johannes - Rocky Ford CO, US

Reconnx, Inc. - Boulder CO

B25C 11/00

254 18, 2924353, 2924354, 2924355

Powered tools and interchangeable driver assemblies for removal of fasteners from a host material are disclosed. The tool includes a housing having a chamber operatively associated with an actuator assembly. Interchangeable driver assemblies may be provided that include a plurality of interchangeable particularly configured drive pins and a plurality of interchangeable guide elements, each guide element selectively adapted for use with a different one of the drive pins. The guide element has an elongate central passage therethrough, is receivable by a mount releasably maintained at the housing adjacent the chamber, and may be configured for slidable retention thereat. In such case, the guide element is biased toward a fully extended position and is slidable between the fully extended position and a retracted position.

7140087, Nov 28, 2006

Apr 8, 2005

11/101751

Jon X. Giltner - Boulder CO, US

ReConnX, Inc. - Boulder CO

B23P 19/00, B23P 19/04, B23B 13/50

294261, 294264, 2940208, 81 532, 254 18

Apparatus and methods for extraction of nails, screws and other such fasteners from wood or other host materials are disclosed. One embodiment of the apparatus includes a shank adapted for application at a rotational drive source, a two-part engaging member at one end of the shank having a cavity extending thereinto for receiving therein a fastener to be extracted and openable to release the fastener after extraction. A cutting component is defined at a bottom edge of the engaging member adjacent to an opening to the cavity for cleanly removing host material from around the fastener. A gripping surface formation comprising a spiraling striation is formed at a surface of the cavity for threadably engaging the fastener to be removed.

6877401, Apr 12, 2005

Dec 23, 2002

10/329229

Jon X. Giltner - Boulder CO, US

ReConnX, Inc. - Boulder CO

B25B013/50

81 532, 81 52

Apparatus for extraction of nails, screws and other such fasteners from wood or other host materials are disclosed. One embodiment of the apparatus includes a shank adapted for application at a rotational drive source, a two-part engaging member at one end of the shank having a cavity extending thereinto for receiving therein a fastener to be extracted and openable to release the fastener after extraction. A cutting component is defined at a bottom edge of the engaging member adjacent to an opening to the cavity for cleanly removing host material from around the fastener. A gripping surface formation comprising a spiraling striation is formed at a surface of the cavity for threadably engaging the fastener to be removed.

6378579, Apr 30, 2002

Apr 2, 2001

09/824261

Jon X. Giltner - Boulder CO

ReConnX, Inc. - Boulder CO

B27F 100

144347, 144345, 1563045, 156218, 1563042, 428192, 463265, 463364

A finger joint architecture method and formation apparatus are disclosed, the finger joint architecture characterized by an array of interspersed projections and cavities formed at an end face of a first wood product. The projections are spaced from one another in both first and second dimensions defining the end face and are formed by the cavities which are bored through the end face. A mating array of projections and cavities is formed at an end of another wood product to be secured to the first wood product. The projections and cavities thus formed are preferably tapered.

6231950, May 15, 2001

Nov 6, 1999

9/435890

Jon X. Giltner - Boulder CO

ReConnX, Inc. - Boulder CO

F16B 700

428192

A finger joint architecture, method and formation apparatus are disclosed, the finger joint architecture characterized by an array of interspersed projections and cavities formed at an end face of a first wood product. The projections are spaced from one another in both first and second dimensions defining the end face and are formed by the cavities which are bored through the end face. A mating array of projections and cavities is formed at an end of another wood product to be secured to the first wood product. The projections and cavities thus formed are preferably tapered.

5985415, Nov 16, 1999

Nov 17, 1997

8/971638

Jon X. Giltner - Boulder CO

ReConnX, Inc. - Boulder CO

F16B 700

428192

A finger joint architecture, method and formation apparatus are disclosed, the finger joint architecture characterized by an array of interspersed projections and cavities formed at an end face of a first wood product. The projections are spaced from one another in both first and second dimensions defining the end face and are formed by the cavities which are bored through the end face. A mating array of projections and cavities is formed at an end of another wood product to be secured to the first wood product. The projections and cavities thus formed are preferably tapered.

2003002, Feb 6, 2003

Apr 15, 2002

10/122829

Jon Giltner - Boulder CO, US

ReconnX, Inc.

B32B023/02

428/192000

A finger joint architecture method and formation apparatus are disclosed, the finger joint forming apparatus including one or more cavity forming devises (rotary tool or tools for example) positionable to provide interspersed cavities at an end face of a first wood product, with projections, spaced from one another in both first and second dimensions defining the end face, defined by the cavities thus bored through the end face. A mating array of projections and cavities is formed by the apparatus at an end of another wood product to be secured to the first wood product and the two ends are glued and joined at adhesive application and joining stations.