Patents by Inventor Peter D. Muse
Peter D. Muse has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).
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Publication number: 20170284739Abstract: An apparatus and method for quickly drying porous materials. A sealable chamber is connected to a cold trap which is connected to a vacuum pump. A sample is placed inside the sealable chamber. The vacuum pump is turned on and air is evacuated through the cold trap to the vacuum pump. An infrared lamp may be used to heat the chamber and sample therein directly or heated air may be allowed to enter the sealable chamber. Air may be drawn directly from the sealable chamber to the vacuum pump bypassing the cold trap. Various parameters may be used to determine if the drying process is complete, including the degree of vacuum achieved in the chamber.Type: ApplicationFiled: June 19, 2017Publication date: October 5, 2017Inventors: Tianqing He, Ali Regimand, Lawrence H. James, Peter D. Muse
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Patent number: 9702626Abstract: An apparatus and method for quickly drying porous materials. A sealable chamber is connected to a cold trap which is connected to a vacuum pump. A sample is placed inside the sealable chamber. The vacuum pump is turned on and air is evacuated through the cold trap to the vacuum pump. An infrared lamp may be used to heat the chamber and sample therein directly or heated air may be allowed to enter the sealable chamber. Air may be drawn directly from the sealable chamber to the vacuum pump bypassing the cold trap. Various parameters may be used to determine if the drying process is complete, including the degree of vacuum achieved in the chamber.Type: GrantFiled: August 29, 2014Date of Patent: July 11, 2017Assignee: InstroTek, Inc.Inventors: Tianqing He, Ali Regimand, Lawrence H. James, Peter D. Muse
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Publication number: 20140366560Abstract: An apparatus and method for quickly drying porous materials. A sealable chamber is connected to a cold trap which is connected to a vacuum pump. A sample is placed inside the sealable chamber. The vacuum pump is turned on and air is evacuated through the cold trap to the vacuum pump. An infrared lamp may be used to heat the chamber and sample therein directly or heated air may be allowed to enter the sealable chamber. Air may be drawn directly from the sealable chamber to the vacuum pump bypassing the cold trap. Various parameters may be used to determine if the drying process is complete, including the degree of vacuum achieved in the chamber.Type: ApplicationFiled: August 29, 2014Publication date: December 18, 2014Inventors: Tianqing He, Ali Regimand, Lawrence H. James, Peter D. Muse
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Publication number: 20140260525Abstract: A post-road surface maintenance field test device includes a frame, a plurality of wheels connected to the frame, a rotatable brush held at least partially by or within the frame, a drive mechanism configured to rotate the brush, and a collection member. The collection member is held at least partially by or within the frame and resides adjacent the rotatable brush. In operation, as the device is conveyed over a road surface, the drive mechanism rotates the brush and the brush engages loose aggregates and/or aggregates that are weakly bound to a bonding medium and urges the engaged aggregates into the collection member.Type: ApplicationFiled: March 14, 2014Publication date: September 18, 2014Applicant: InstroTek, Inc.Inventors: Peter D. Muse, Lawrence H. James, Ali Regimand
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Patent number: 8826564Abstract: An apparatus and method for quickly drying porous materials. A sealable chamber is connected to a cold trap which is connected to a vacuum pump. A sample is placed inside the sealable chamber. The vacuum pump is turned on and air is evacuated through the cold trap to the vacuum pump. An infrared lamp may be used to heat the chamber and sample therein directly or heated air may be allowed to enter the sealable chamber. Air may be drawn directly from the sealable chamber to the vacuum pump bypassing the cold trap. Various parameters may be used to determine if the drying process is complete, including the degree of vacuum achieved in the chamber.Type: GrantFiled: June 26, 2012Date of Patent: September 9, 2014Assignee: InstroTek, Inc.Inventors: Tianqing He, Ali Regimand, Lawrence H. James, Peter D. Muse
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Publication number: 20130326900Abstract: A method for drying at least one sample of material includes: placing the at least one sample of material into an interior of a sealable chamber; sealing the chamber; applying a vacuum to the interior of the chamber; heating the at least one sample using electromagnetic energy while applying the vacuum to the interior of the chamber; electronically monitoring at least one condition in the interior of the chamber; and determining that the at least one sample is dry based on the at least one monitored condition.Type: ApplicationFiled: March 15, 2013Publication date: December 12, 2013Inventors: Lawrence H. James, Peter D. Muse, Ali Regimand, Dirk Steckmann, Bilal Bajwa
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Patent number: 8408013Abstract: A portable moisture trap for use with a vacuum pump includes: a housing; a cooling chamber positioned at least partially within the housing including a first inlet port and a second outlet port; a lid that sealably attaches to a top portion of the cooling chamber to seal the cooling chamber; a heat sink residing under the cooling chamber; a thermoelectric device having an upper cooling side and a lower heat generating side residing between the cooling chamber and the heat sink; a fan oriented to blow air upwardly toward the heat sink; and a baffle extending downwardly in the cooling chamber from a location proximate the lid to a location proximate an inner bottom surface of the cooling chamber, with the baffle configured to define a physical barrier to urge air received through the first port to flow down toward the inner bottom surface of the cooling chamber before exiting through the second port, to thereby remove moisture from air traveling through the cooling chamber in response to a vacuum pump in fluidType: GrantFiled: June 30, 2010Date of Patent: April 2, 2013Assignee: Instrotek, Inc.Inventors: Peter D. Muse, Johnny Gordon Williams, Jr., Ali Regimand, Lawrence H. James
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Patent number: 8312776Abstract: An apparatus and method for determination of susceptibility of asphalt concrete materials to moisture damage. An asphalt sample of known bulk specific gravity (density) is placed inside a chamber filled with water, which is capable of heating the sample to a predetermined temperature. The chamber is pressurized by introduction of air pressure to a flexible membrane that decreases the volume within a chamber containing the sample and water, increasing the pore pressure in the sample. The pressure is then released and allowed to come to ambient pressure. This process is repeated a predetermined number of times (cycles). When a selected number of cycles are complete, the asphalt sample is removed from the chamber and its bulk specific gravity (density) measured again. The difference between the density before and after conditioning is an excellent method of rating the degree at which moisture would deteriorate asphalt samples due to introduction of moisture.Type: GrantFiled: May 16, 2011Date of Patent: November 20, 2012Assignee: InstroTek, Inc.Inventors: Ali Regimand, Lawrence H. James, Peter D. Muse, Keith Landreth, Tianqing He
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Publication number: 20120285038Abstract: An apparatus and method for quickly drying porous materials. A sealable chamber is connected to a cold trap which is connected to a vacuum pump. A sample is placed inside the sealable chamber. The vacuum pump is turned on and air is evacuated through the cold trap to the vacuum pump. An infrared lamp may be used to heat the chamber and sample therein directly or heated air may be allowed to enter the sealable chamber. Air may be drawn directly from the sealable chamber to the vacuum pump bypassing the cold trap. Various parameters may be used to determine if the drying process is complete, including the degree of vacuum achieved in the chamber.Type: ApplicationFiled: June 26, 2012Publication date: November 15, 2012Inventors: Tianqing He, Ali Regimand, Lawrence H. James, Peter D. Muse
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Patent number: 8225526Abstract: An apparatus and method for quickly drying porous materials. A sealable chamber is connected to a cold trap which is connected to a vacuum pump. A sample is placed inside the sealable chamber. The vacuum pump is turned on and air is evacuated through the cold trap to the vacuum pump. Because evaporation may lower the temperature inside the sealable chamber, an infrared lamp may be used to heat the chamber and sample therein directly or heated air may be allowed to enter the sealable chamber in response to the vacuum created by the vacuum pump. Air may be drawn directly from the sealable chamber to the vacuum pump bypassing the cold trap. A load cell may be placed in the bottom of the sealable chamber to monitor the weight of a sample to determine if the drying process is complete. Other parameters could be used, including the degree of vacuum achieved in the chamber.Type: GrantFiled: June 24, 2010Date of Patent: July 24, 2012Assignee: InstroTek, Inc.Inventors: Tianqing He, Ali Regimand, Lawrence H. James, Peter D. Muse
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Publication number: 20120000283Abstract: A portable moisture trap for use with a vacuum pump includes: a housing; a cooling chamber positioned at least partially within the housing including a first inlet port and a second outlet port; a lid that sealably attaches to a top portion of the cooling chamber to seal the cooling chamber; a heat sink residing under the cooling chamber; a thermoelectric device having an upper cooling side and a lower heat generating side residing between the cooling chamber and the heat sink; a fan oriented to blow air upwardly toward the heat sink; and a baffle extending downwardly in the cooling chamber from a location proximate the lid to a location proximate an inner bottom surface of the cooling chamber, with the baffle configured to define a physical barrier to urge air received through the first port to flow down toward the inner bottom surface of the cooling chamber before exiting through the second port, to thereby remove moisture from air traveling through the cooling chamber in response to a vacuum pump in fluidType: ApplicationFiled: June 30, 2010Publication date: January 5, 2012Inventors: Peter D. Muse, Johnny Gordon Williams, JR., Ali Regimand, Lawrence H. James
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Patent number: 8020451Abstract: An apparatus and method for determination of susceptibility of asphalt concrete materials to moisture damage. An asphalt sample of known bulk specific gravity (density) is placed inside a chamber filled with water, which is capable of heating the sample to a pre-determined temperature. The chamber is pressurized by introduction of air pressure to a flexible membrane that decreases the volume within a chamber containing the sample and water, increasing the pore pressure in the sample. The pressure is then released and allowed to come to ambient pressure. This process is repeated a predetermined number of times (cycles). When a selected number of cycles are complete, the asphalt sample is removed from the chamber and its bulk specific gravity (density) measured again. The difference between the density before and after conditioning is an excellent method of rating the degree at which moisture would deteriorate asphalt samples due to introduction of moisture.Type: GrantFiled: July 9, 2008Date of Patent: September 20, 2011Assignee: InstroTek, Inc.Inventors: Ali Regimand, Lawrence H. James, Peter D. Muse, Keith Landreth, Tianqing He
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Publication number: 20110214484Abstract: An apparatus and method for determination of susceptibility of asphalt concrete materials to moisture damage. An asphalt sample of known bulk specific gravity (density) is placed inside a chamber filled with water, which is capable of heating the sample to a predetermined temperature. The chamber is pressurized by introduction of air pressure to a flexible membrane that decreases the volume within a chamber containing the sample and water, increasing the pore pressure in the sample. The pressure is then released and allowed to come to ambient pressure. This process is repeated a predetermined number of times (cycles). When a selected number of cycles are complete, the asphalt sample is removed from the chamber and its bulk specific gravity (density) measured again. The difference between the density before and after conditioning is an excellent method of rating the degree at which moisture would deteriorate asphalt samples due to introduction of moisture.Type: ApplicationFiled: May 16, 2011Publication date: September 8, 2011Inventors: Ali Regimand, Lawrence H. James, Peter D. Muse, Keith Landreth, Tianqing He
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Publication number: 20100319211Abstract: An apparatus and method for quickly drying porous materials. A sealable chamber is connected to a cold trap which is connected to a vacuum pump. A sample is placed inside the sealable chamber. The vacuum pump is turned on and air is evacuated through the cold trap to the vacuum pump. Because evaporation may lower the temperature inside the sealable chamber, an infrared lamp may be used to heat the chamber and sample therein directly or heated air may be allowed to enter the sealable chamber in response to the vacuum created by the vacuum pump. Air may be drawn directly from the sealable chamber to the vacuum pump bypassing the cold trap. A load cell may be placed in the bottom of the sealable chamber to monitor the weight of a sample to determine if the drying process is complete. Other parameters could be used, including the degree of vacuum achieved in the chamber.Type: ApplicationFiled: June 24, 2010Publication date: December 23, 2010Inventors: Tianqing He, Ali Regimand, Lawrence H. James, Peter D. Muse
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Publication number: 20100005898Abstract: An apparatus and method for determination of susceptibility of asphalt concrete materials to moisture damage. An asphalt sample of known bulk specific gravity (density) is placed inside a chamber filled with water, which is capable of heating the sample to a pre-determined temperature. The chamber is pressurized by introduction of air pressure to a flexible membrane that decreases the volume within a chamber containing the sample and water, increasing the pore pressure in the sample. The pressure is then released and allowed to come to ambient pressure. This process is repeated a predetermined number of times (cycles). When a selected number of cycles are complete, the asphalt sample is removed from the chamber and its bulk specific gravity (density) measured again. The difference between the density before and after conditioning is an excellent method of rating the degree at which moisture would deteriorate asphalt samples due to introduction of moisture.Type: ApplicationFiled: July 9, 2008Publication date: January 14, 2010Inventors: Ali Regimand, Lawrence H. James, Peter D. Muse, Keith Landreth, Tianqing He
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Patent number: 7098034Abstract: Methods, systems, and computer program products analyze asphalt samples for anti-stripping agents by: obtaining a sample comprising asphalt binder material; sensing a selected parameter associated with the sample (such as the acidity and/or alkalinity of the sample); and analyzing the sensed parameter to assess at least one of: (a) the presence of at least one anti-stripping agent in the sample; and (b) the level of at least one anti-stripping agent in the sample. The sample can be heated so that it emits exhaust gas and the exhaust gas (directly or indirectly) interrogated to determine its pH, or other constituents or properties, such as ammonia. Pre-defined mathematical relationships can be used to correlate the measured sensed data to the concentrations of the anti-stripping agent(s) in the sample undergoing analysis. The evaluation can be carried out in a generally automated rapid manner so that the test can be completed in about 10 minutes or less. Related devices and kits are also described.Type: GrantFiled: December 23, 2002Date of Patent: August 29, 2006Assignee: InstroTek, Inc.Inventors: Tianqing He, Ali Regimand, Peter D. Muse, Lawrence H. James
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Patent number: D706146Type: GrantFiled: November 30, 2012Date of Patent: June 3, 2014Assignee: InstroTek, Inc.Inventors: Ali Regimand, Peter D. Muse, Lawrence H. James, Adam C. O'Neill
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Patent number: D738750Type: GrantFiled: April 15, 2014Date of Patent: September 15, 2015Assignee: InstroTek, Inc.Inventors: Ali Regimand, Peter D. Muse, Lawrence H. James, Adam C. O'Neill
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Patent number: RE45937Abstract: A portable moisture trap for use with a vacuum pump includes: a housing; a cooling chamber positioned at least partially within the housing including a first inlet port and a second outlet port; a lid that sealably attaches to a top portion of the cooling chamber to seal the cooling chamber; a heat sink residing under the cooling chamber; a thermoelectric device having an upper cooling side and a lower heat generating side residing between the cooling chamber and the heat sink; a fan oriented to blow air upwardly toward the heat sink; and a baffle extending downwardly in the cooling chamber from a location proximate the lid to a location proximate an inner bottom surface of the cooling chamber, with the baffle configured to define a physical barrier to urge air received through the first port to flow down toward the inner bottom surface of the cooling chamber before exiting through the second port, to thereby remove moisture from air traveling through the cooling chamber in response to a vacuum pump in fluidType: GrantFiled: March 31, 2015Date of Patent: March 22, 2016Assignee: InstroTek, Inc.Inventors: Peter D. Muse, Johnny Gordon Williams, Jr., Ali Regimand, Lawrence H. James
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Patent number: RE46616Abstract: A portable moisture trap for use with a vacuum pump includes: a housing; a cooling chamber positioned at least partially within the housing including a first inlet port and a second outlet port; a lid that sealably attaches to a top portion of the cooling chamber to seal the cooling chamber; a heat sink residing under the cooling chamber; a thermoelectric device having an upper cooling side and a lower heat generating side residing between the cooling chamber and the heat sink; a fan oriented to blow air upwardly toward the heat sink; and a baffle extending downwardly in the cooling chamber from a location proximate the lid to a location proximate an inner bottom surface of the cooling chamber, with the baffle configured to define a physical barrier to urge air received through the first port to flow down toward the inner bottom surface of the cooling chamber before exiting through the second port, to thereby remove moisture from air traveling through the cooling chamber in response to a vacuum pump in fluidType: GrantFiled: March 21, 2016Date of Patent: November 28, 2017Assignee: InstroTek, Inc.Inventors: Peter D. Muse, Johnny Gordon Williams, Ali Regimand, Lawrence H. James