Steven M Erickson

Address:

980 S Vance St, Lakewood, CO 80226

VIN:

2HKYF18497H540894

Make:

HONDA

Model:

PILOT

Year:

2007

US Patent:

7056188, Jun 6, 2006

Filed:

Jul 29, 2003

Appl. No.:

10/629412

Inventors:

Kevin R. Triplett - Parker CO, US
Mark C. Adamson - Wheat Ridge CO, US
Steven J. Erickson - Littleton CO, US
Mark W. Sneddon - Thornton CO, US

Assignee:

Robinson Brick Company - Denver CO

International Classification:

B24B 49/16
B28D 1/04

US Classification:

451 5, 125 1301

Abstract:

The present invention discloses an automated rock saw having a saw motor load sensor to control the speed of the conveyors bringing the rock to the saw blade. As the saw motor works harder to cut a given rock, the controller automatically slows the conveyor belts, reducing the load on the saw blade. If the saw blade is easily cutting a given rock and not working at optimum speed, the conveyors will be sped up, increasing production. Also provided in an alternate embodiment is a horizontal blade that can be moved into place to cut the “bottom” of a corner piece, then the standard, vertical blade cuts the other side of the corner.

US Patent:

7121920, Oct 17, 2006

Filed:

Jul 27, 2005

Appl. No.:

11/191445

Inventors:

Kevin R. Triplett - Parker CO, US
Mark C. Adamson - Wheat Ridge CO, US
Steven J. Erickson - Littleton CO, US
Mark W. Snedden - Thornton CO, US

Assignee:

Robinson Brick - Denver CO

International Classification:

B24B 49/16
B28D 1/04

US Classification:

451 5, 125 1301

Abstract:

The present invention discloses an automated rock saw having a saw motor load sensor to control the speed of the conveyors bringing the rock to the saw blade. As the saw motor works harder to cut a given rock, the controller automatically slows the conveyor belts, reducing the load on the saw blade. If the saw blade is easily cutting a given rock and not working at optimum speed, the conveyors will be sped up, increasing production. Also provided in an alternate embodiment is a horizontal blade that can be moved into place to cut the “bottom” of a corner piece, then the standard, vertical blade cuts the other side of the corner.

US Patent:

7232361, Jun 19, 2007

Filed:

Jul 27, 2005

Appl. No.:

11/191587

Inventors:

Kevin R. Triplett - Parker CO, US
Mark C. Adamson - Wheat Ridge CO, US
Steven J. Erickson - Littleton CO, US
Mark W. Sneddon - Thornton CO, US

Assignee:

Robinson Brick - Denver CO

International Classification:

B24B 49/16
B28D 1/04

US Classification:

451 5, 451 8, 125 1301

Abstract:

The present invention discloses an automated rock saw having a saw motor load sensor to control the speed of the conveyor bringing the rock to the saw blade. As the saw motor works harder to cut a given rock, the controller automatically slows the conveyor belts, reducing the load on the saw blade. If the saw blade is easily cutting a given rock and not working at optimum speed, the conveyor will be sped up, increasing production. Also provided in an alternate embodiment is a horizontal blade that can be moved into place to cut the “bottom” of a corner piece, then the standard, vertical blade cuts the other side of the corner.

US Patent:

7680100, Mar 16, 2010

Filed:

Jan 13, 2005

Appl. No.:

11/036305

Inventors:

James R. Corliss - Thornton CO, US
Steven W. Erickson - Westminster CO, US

Assignee:

Avaya Inc. - Basking Ridge NJ

International Classification:

H04L 12/66

US Classification:

370354, 379 8817

Abstract:

A system and method for allowing remote access to an IP communications network is disclosed. In one embodiment, a method for allowing access to an IP network comprises: sending a first message addressed to a first port of an IP communications network component, the first message comprising a command requesting the performance of a selected telecommunications function; a selected IP endpoint performing, in response to the first message, the selected telecommunications function; sending a second message addressed to a different second port of the IP communications network component, the second message comprising a request for information associated with the IP endpoint; and tunneling, in response to receiving the second message at the second port, the second message to the IP endpoint.

US Patent:

7934428, May 3, 2011

Filed:

Sep 22, 2008

Appl. No.:

12/235263

Inventors:

James P. Schultz - Plymouth MN, US
Franklin I. Skog - Shoreview MN, US
David A. Tait - Apple Valley MN, US
Steven D. Erickson - Plymouth MN, US
Cecil H. Nelson - Chanhassen MN, US

Assignee:

ASI DataMyte, Inc. - Plymouth MN

International Classification:

F16B 31/02

US Classification:

73761

Abstract:

A system for detecting fastener movement and measuring a residual torque in a fastener joint, including a device for applying torque to a stationary fastener in a tightened state and measuring torque and angle of rotation. The device includes a sensing system that has a gyroscope that provides a signal corresponding to the angle of rotation of the device as it applies torque to the fastener, and a torque transducer that provides a signal corresponding to the torque applied to the fastener by the device. The device also includes a computing unit in communication with the sensing system and adapted to receive the signal corresponding to an angle of rotation of the device and the signal corresponding to the torque applied to the fastener, and determine a torque at a moment of initial movement of the fastener.

US Patent:

58016457, Sep 1, 1998

Filed:

Jul 18, 1996

Appl. No.:

8/685896

Inventors:

Steven D. Erickson - Plymouth MN
Cecil Nelson - Chanhassen MN

Assignee:

Allen-Bradley Company, Inc. - Milwaukee WI

International Classification:

G08C 1906

US Classification:

34087036

Abstract:

The apparatus and method of the present invention overcome the difficulties of balancing paired LVDT probes via provision of a quick and inexpensive process that can be implemented in either hardware or software. In particular, a software method is provided for determining a balance correction factor for paired probes in a LVDT gauging system. The balance correction factor is found through a procedure in which an operator moves a part under measurement within a fixture to which the probes are installed. The balance correction factor is then used to mathematically normalize A/D counts from individual paired probe circuits into a single result for each pair.