Brandon Dylan Tinianov
Engineering at Huron St, Littleton, CO
License number
Louisiana EI.0014362
Issued Date
Jun 4, 1991
Category
Civil Engineer
Address
Address
5864 S Huron St, Littleton, CO 80120
Professional information
Method And System For Reducing A Foam In A Glass Melting Furnace
US Patent:
6795484, Sep 21, 2004
Filed:
May 19, 2003
Appl. No.:
10/440631
Inventors:
Aaron Morgan Huber - Castle Rock CO
Brandon Dillan Tinianov - Littleton CO
Brandon Dillan Tinianov - Littleton CO
Assignee:
Johns Manville International, Inc. - Denver CO
International Classification:
C03B 502
US Classification:
373 27, 373 30
Abstract:
Provided is a method for reducing or removing a foam present in a glass melting furnace, including providing an ultrasonic energy emitted from at least one ultrasonic energy source to a foam present above the surface of a molten material in a glass melting furnace. The ultrasonic energy is effective to reduce or remove at least a part of the foam. Also provided is a system for reducing or removing a foam present in a glass melting furnace.
Combination Sound-Deadening Board
US Patent:
6758305, Jul 6, 2004
Filed:
Oct 16, 2001
Appl. No.:
09/981491
Inventors:
Lawrence J. Gelin - Littleton CO
Brandon D. Tinianov - Littleton CO
Steve Dawson - Denver CO
Mauro Vittorio Battaglioli - Lone Tree CO
Ralph Michael Fay - Lakewood CO
Francis Babineau - Parker CO
Brandon D. Tinianov - Littleton CO
Steve Dawson - Denver CO
Mauro Vittorio Battaglioli - Lone Tree CO
Ralph Michael Fay - Lakewood CO
Francis Babineau - Parker CO
Assignee:
Johns Manville International, Inc. - Denver CO
International Classification:
E04B 100
US Classification:
181285, 181286, 181290, 52144
Abstract:
A sound-deadening laminate, comprising a structural skin having a first face; and a layer of sound-deadening material, wherein the material has an equivalent Youngs Modulus between 50 and 600 psi and is attached to the first face of the structural skin to form a laminate structure. The sound deadening laminate may be attached to framing members of a building.
System For Conducting The On-Site Measurement Of The Density Or Thermal Resistance Of A Material
US Patent:
7059173, Jun 13, 2006
Filed:
Jun 7, 2004
Appl. No.:
10/862202
Inventors:
Brandon Dillan Tinianov - Littleton CO, US
Thomas John Fellinger - Littleton CO, US
Angela Robin Bratsch - Monument CO, US
Thomas John Fellinger - Littleton CO, US
Angela Robin Bratsch - Monument CO, US
Assignee:
Johns Nanville - Denver CO
International Classification:
G01N 9/00, G01N 15/08
US Classification:
73 32R, 73 38, 73 3002
Abstract:
A system suitable for conducting an on-site measurement of the density and/or R-value of a gas-permeable material, comprising: a device comprising: a chamber comprising a first port and a second port; a diffuser in fluid communication with the second port of the chamber, wherein the diffuser comprises a diffuser port for conveying a gas flow to or from a gas-permeable material, and wherein the area of the diffuser port is greater than the area of the second port; and a pressure sensor arranged to measure the pressure in the chamber; and an analyzer for determining the density and/or R-value of the gas-permeable material based on pressure measurements obtained by the pressure sensor.
Systems And Methods For Determining An Acoustic And/Or Thermal Characteristic Of A Target Material
US Patent:
6968740, Nov 29, 2005
Filed:
Jan 26, 2004
Appl. No.:
10/764897
Inventors:
Brandon Dillan Tinianov - Littleton CO, US
Assignee:
Johns Manville International Inc. - Denver CO
International Classification:
G01K011/28
US Classification:
73645, 73649, 73602
Abstract:
A system and method for determining an acoustic and/or thermal characteristic of a target material are provided. The system includes an acoustic source arranged to direct a sound wave at a target material; a device for measuring a sound pressure generated by at least the acoustic sensor, to obtain a sound pressure measurement; a density sensor arranged to measure a density of the target material to obtain a density measurement; and an analyzer arranged to receive the sound pressure measurement and the density measurement. The analyzer is capable of determining an acoustic and/or thermal characteristic of the target material based on the sound pressure measurement and/or the density measurement.
Acoustical Ceiling Tiles
US Patent:
6877585, Apr 12, 2005
Filed:
Apr 30, 2001
Appl. No.:
09/845791
Inventors:
Brandon Dillan Tinianov - Littleton CO, US
Assignee:
Johns Manville International, Inc. - Denver CO
International Classification:
E04B001/82, E04B002/02
US Classification:
181290, 181286, 181292, 181294, 181295, 52145
Abstract:
A system for improved sound absorption, including a substrate of porous insulation material and of a first air flow resistance, and a facing material attached to the substrate and of a second air flow resistance, wherein a total system resistance is a combination of the first and second air flow resistances, and wherein the total system resistance and the second air flow resistance are of relatively low values.
Sound Control Method
US Patent:
7340407, Mar 4, 2008
Filed:
Nov 13, 2000
Appl. No.:
09/709323
Inventors:
Ralph Michael Fay - Lakewood CO, US
Lawrence J. Gelin - Littleton CO, US
Brandon Dillan Tinianov - Littleton CO, US
Lawrence J. Gelin - Littleton CO, US
Brandon Dillan Tinianov - Littleton CO, US
Assignee:
Johns Manville - Denver CO
International Classification:
G06F 9/44
US Classification:
705 7
Abstract:
A system for acoustical performance enhancement, where combinations of component solutions are tested or modeled and given performance ratings. A builder desiring an sound control upgrade forwards project information, such as building plans and the desired performance level, to a design department. The project information is reviewed and a combination of component solutions is determined to increase the performance level of the home to the desired level. The project information is then modified according to the selected combination and presented to the builder. Because the combination of component solutions has been tested and addresses all possible acoustical weak links in the project, confidence of obtaining the final desired performance level in the project is high.
On-Site Measurement Of The Density Or Thermal Resistance Of A Material
US Patent:
7055371, Jun 6, 2006
Filed:
Jun 7, 2004
Appl. No.:
10/862204
Inventors:
Brandon Dillan Tinianov - Littleton CO, US
Thomas John Fellinger - Littleton CO, US
Angela Robin Bratsch - Monument CO, US
Thomas John Fellinger - Littleton CO, US
Angela Robin Bratsch - Monument CO, US
Assignee:
Johns Manville - Denver CO
International Classification:
G01N 9/00, G01N 15/08
US Classification:
73 32R, 73 38, 73 3002
Abstract:
A device suitable for conducting an on-site measurement of the density and/or R-value of a gas-permeable material is provided, comprising: a chamber comprising a first port and a second port; a diffuser in fluid communication with the second port of the chamber, wherein the diffuser comprises a diffuser port for conveying a gas flow to or from a gas-permeable material, and wherein the area of the diffuser port is greater than the area of the second port; a pressure sensor arranged to measure the pressure in the chamber; a temperature sensor arranged to measure the temperature of a gas in the chamber; and a relative humidity sensor arranged to measure the relative humidity in the chamber.
Device For Conducting The On-Site Measurement Of The Density Or Thermal Resistance Of A Material
US Patent:
7055370, Jun 6, 2006
Filed:
Jun 7, 2004
Appl. No.:
10/862203
Inventors:
Brandon Dillan Tinianov - Littleton CO, US
Thomas John Fellinger - Littleton CO, US
Angela Robin Bratsch - Monument CO, US
Thomas John Fellinger - Littleton CO, US
Angela Robin Bratsch - Monument CO, US
Assignee:
Johns Manville - Denver CO
International Classification:
G01N 9/00, G01N 15/08
US Classification:
73 32R, 73 38, 73 3002
Abstract:
A device suitable for conducting an on-site measurement of the density and/or R-value of a gas-permeable material is provided. The device comprises a chamber comprising a first port and a second port; a diffuser in fluid communication with the second port of the chamber, wherein the diffuser comprises a diffuser port for conveying a gas flow to or from a gas-permeable material, and wherein the area of the diffuser port is greater than the area of the second port; and a pressure sensor arranged to measure the pressure in the chamber.
Lightweight Sound-Deadening Board
US Patent:
2003007, Apr 17, 2003
Filed:
Oct 16, 2001
Appl. No.:
09/981490
Inventors:
Lawrence Gelin - Littleton CO, US
Brandon Tinianov - Littleton CO, US
Steve Dawson - Denver CO, US
Mauro Battaglioli - Lone Tree CO, US
Ralph Fay - Lakewood CO, US
Francis Babineau - Parker CO, US
Brandon Tinianov - Littleton CO, US
Steve Dawson - Denver CO, US
Mauro Battaglioli - Lone Tree CO, US
Ralph Fay - Lakewood CO, US
Francis Babineau - Parker CO, US
International Classification:
E04B001/82
US Classification:
052/144000, 052/408000, 052/036100
Abstract:
Building component assemblies include a sound-deadening board having defined compressional stiffness positioned between a framing member and an assembly board.