John Dale Steele
Accountancy at Bellaire, Denver, CO

License number
Colorado 4050
Issued Date
Aug 31, 1976
Renew Date
May 31, 1996
Expiration Date
May 31, 1996
Type
Certified Public Accountant
Address
Address
1873 S Bellaire St SUITE 1600, Denver, CO 80222

Professional information

John Steele Photo 1

Associate Professor At Colorado School Of Mines

Position:
Associate Professor at Colorado School of Mines
Location:
Greater Denver Area
Industry:
Higher Education
Work:
Colorado School of Mines since Aug 1988 - Associate Professor Advantage Production Technology Mar 1986 - May 1988 - Project Engineer Local #367 May 1973 - Dec 1980 - Pipefitter
Education:
The University of New Mexico 1986 - 1988
PhD, Engineering (Robotics)
The University of New Mexico 1982 - 1986
M.S., Mechanical Engineering
New Mexico State University 1966 - 1970
B.S, Physics


John Steele Photo 2

Retired Colonel

Position:
retired at United States Air Force
Location:
Aurora, Colorado
Industry:
Military
Work:
United States Air Force since Sep 2002 - retired Defense Finance and AQccounting Service - Denver Mar 1997 - Sep 2002 - Director/deputy Finance U.S.M.C. May 1965 - May 1966 - many places/stsrted in Vietnam
Education:
St. Michael's College 1991 - 1997
Masters Degree, Business Administration and Management, General
St. Josephs College 1969 - 1973
Bachelor's degree, Business Administration, Management and Operations
Interests:
Metal detecting. Best find a George Washington inauguration button, several US belt buckles and a $10 gold coin.
Languages:
Espanol/some


John Steele Photo 3

Business Development At Dh Pace Door Services

Position:
Business developement manager at DH Pace door services
Location:
Greater Denver Area
Industry:
Construction
Work:
DH Pace door services - Colorado since Nov 2006 - Business developement manager
Education:
3 towns school of life 1970 - 2004
Languages:
Scottish


John Steele Photo 4

Professor At Colorado School Of Mines

Position:
Professor at Colorado School of Mines
Location:
Greater Denver Area
Industry:
Higher Education
Work:
Colorado School of Mines - Professor


John Steele Photo 5

Tibial Resection Instrumentation And Surgical Method

US Patent:
5628749, May 13, 1997
Filed:
Jun 7, 1995
Appl. No.:
8/480845
Inventors:
Tim Vendrely - Memphis TN
Leo A. Whiteside - Bridgeton MO
Thomas A. T. Carls - Memphis TN
John Steele - Aurora CO
Chris E. Johnson - Memphis TN
Assignee:
Smith & Nephew Richards Inc. - Memphis TN
International Classification:
A61B 1700
US Classification:
606 80
Abstract:
A method of preparing a patient's proximal tibia with a surgical saw and cutting instrumentation is disclosed. The method of the present invention prepares the patient's proximal tibial to receive a tibial implant. The patient's intramedullary canal is first reamed and then an intramedullary rod is placed in the intramedullary canal as a reference. A first cutting instrument is bound on the rod above the patient's proximal tibia. The first cutting instrument includes a stylus that is used to set the depth of cut by referencing the top of the proximal tibia. The proximal tibia is then transversely cut with the saw by tracking the first cutting guide surfaces with the saw. The first cutting instrument is removed together with its stylus. A secondary cutting instrument is then placed on the rod above the proximal tibia. The second cutting instrument has a cutter at its center for cutting longitudinally into the proximal tibia.


John Steele Photo 6

Tibial Trial Prosthesis And Bone Preparation System

US Patent:
5683469, Nov 4, 1997
Filed:
Jun 7, 1995
Appl. No.:
8/473144
Inventors:
Chris E. Johnson - Memphis TN
Tim Vendrely - Memphis TN
Leo A. Whiteside - Bridgeton MO
John Steele - Aurora CO
Khosrow Naraghian - Memphis TN
Assignee:
Smith & Nephew, Inc. - Memphis TN
International Classification:
A61F 238
US Classification:
623 20
Abstract:
The method of implanting a femoral and a tibial knee prosthesis and instruments for surgically implanting the femoral and tibial prosthesis component as disclosed. The method includes the formation of a plurality of surgical cuts on the patient's distal femur. A trial tibial prosthesis is then fitted to the surgically prepared distal femur. The trial prosthesis has a femoral articulating surface and a non-articulating surface that fits the patient's distal femur at the surgical cuts. A surgeon then forms a transverse cut on the patient's proximal tibia. The surgeon places a tibial trial prosthesis on the patient's proximal tibia, the trial prosthesis including a tibial trial stem that fits the patient's intramedullary canal, a tibial trial metallic tray or plate, and a plastic trial insert that fits the tibial tray or plate. The plastic insert includes a tibial articulating surface that can articulate with the femoral articulating surface. The respective articulating surfaces are placed in contact and the surgeon then moves the patient's knee through a full range of motion.


John Steele Photo 7

Tibial Resection Instrumentation And Surgical Method

US Patent:
5578039, Nov 26, 1996
Filed:
Feb 15, 1995
Appl. No.:
8/388983
Inventors:
Tim Vendrely - Memphis TN
Leo A. Whiteside - Bridgeton MO
Thomas A. T. Carls - Memphis TN
John Steele - Aurora CO
Chris E. Johnson - Memphis TN
Assignee:
Smith & Nephew Richards Inc. - Memphis TN
International Classification:
A61B 1700
US Classification:
606 88
Abstract:
A method of preparing a patient's proximal tibia with a surgical saw and cutting instrumentation is disclosed. The method of the present invention prepares the patient's proximal tibial to receive a tibial implant. The patient's intramedullary canal is first reamed and then an intramedullary rod is placed in the intramedullary canal as a reference. A first cutting instrument is bound on the rod above the patient's proximal tibia. The first cutting instrument includes a stylus that is used to set the depth of cut by referencing the top of the proximal tibia. The proximal tibia is then transversely cut with the saw by tracking the first cutting guide surfaces with the saw. The first cutting instrument is removed together with its stylus. A secondary cutting instrument is then placed on the rod above the proximal tibia. The second cutting instrument has a cutter at its center for cutting longitudinally into the proximal tibia.


John Steele Photo 8

Tibial Trial Prosthesis And Bone Preparation System

US Patent:
5776200, Jul 7, 1998
Filed:
Jun 7, 1995
Appl. No.:
8/472815
Inventors:
Chris E. Johnson - Memphis TN
Tim Vendrely - Memphis TN
Leo A. Whiteside - Bridgeton MO
Thomas A. Carls - Memphis TN
John Steele - Aurora CO
Khosrow Naraghian - Memphis TN
Assignee:
Smith & Nephew, Inc. - Memphis TN
International Classification:
A61F 238
US Classification:
623 20
Abstract:
The method of implanting a femoral and a tibial knee prosthesis and instruments for surgically implanting the femoral and tibial prosthesis component as disclosed. The method includes the formation of a plurality of surgical cuts on the patient's distal femur. A trial tibial prosthesis is then fitted to the surgically prepared distal femur. The trial prosthesis has a femoral articulating surface and a non-articulating surface that fits the patient's distal femur at the surgical cuts. A surgeon then forms a transverse cut on the patient's proximal tibia. The surgeon places a tibial trial prosthesis on the patient's proximal tibia, the trial prosthesis including a tibial trial stem that fits the patient's intramedullary canal, a tibial trial metallic tray or plate, and a plastic trial insert that fits the tibial tray or plate. The plastic insert includes a tibial articulating surface that can articulate with the femoral articulating surface. The respective articulating surfaces are placed in contact and the surgeon then moves the patient's knee through a full range of motion.


John Steele Photo 9

Method And Apparatus For Automated, Modular, Biomass Power Generation

US Patent:
7909899, Mar 22, 2011
Filed:
Jun 28, 2006
Appl. No.:
11/427231
Inventors:
James P. Diebold - Lakewood CO, US
Arthur Lilley - Finleyville PA, US
Kingsbury III Browne - Golden CO, US
Robb Ray Walt - Aurora CO, US
Dustin Duncan - Littleton CO, US
Michael Walker - Longmont CO, US
John Steele - Aurora CO, US
Michael Fields - Arvada CO, US
Trevor Smith - Lakewood CO, US
Assignee:
Community Power Corporation - Littleton CO
International Classification:
C01B 3/36, C01B 3/24, C10K 3/06, C10J 3/00, B01J 7/00
US Classification:
48197R, 48 61, 48202, 48210, 423650
Abstract:
Method and apparatus for generating a low tar, renewable fuel gas from biomass and using it in other energy conversion devices, many of which were designed for use with gaseous and liquid fossil fuels. An automated, downdraft gasifier incorporates extensive air injection into the char bed to maintain the conditions that promote the destruction of residual tars. The resulting fuel gas and entrained char and ash are cooled in a special heat exchanger, and then continuously cleaned in a filter prior to usage in standalone as well as networked power systems.


John Steele Photo 10

Method And Apparatus For Automated, Modular, Biomass Power Generation

US Patent:
8574326, Nov 5, 2013
Filed:
Feb 15, 2011
Appl. No.:
13/028090
Inventors:
James P. Diebold - Lakewood CO, US
Arthur Lilley - Finleyville PA, US
Kingsbury Browne, III - Golden CO, US
Robb Ray Walt - Aurora CO, US
Dustin Duncan - Littleton CO, US
Michael Walker - Broomfield CO, US
John Steele - Aurora CO, US
Michael Fields - Arvada CO, US
Trevor Smith - Lakewood CO, US
Assignee:
Afognak Native Corporation - Anchorage AK
International Classification:
C01B 3/36, C10K 3/06, C10J 3/00, B01J 7/00, C01B 3/24
US Classification:
48 61, 48197 R, 48202, 48210, 423650
Abstract:
Method and apparatus for generating a low tar, renewable fuel gas from biomass and using it in other energy conversion devices, many of which were designed for use with gaseous and liquid fossil fuels. An automated, downdraft gasifier incorporates extensive air injection into the char bed to maintain the conditions that promote the destruction of residual tars. The resulting fuel gas and entrained char and ash are cooled in a special heat exchanger, and then continuously cleaned in a filter prior to usage in standalone as well as networked power systems.