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    • 4. 发明授权
    • Flanged insulation assembly and method of making
    • 法兰绝缘组件及其制造方法
    • US06221464B1
    • 2001-04-24
    • US09392087
    • 1999-09-08
    • Bharat D. PatelSteven G. SchmittMichael T. HeffelfingerRebecca L. Thomas-DutielWeigang Qi
    • Bharat D. PatelSteven G. SchmittMichael T. HeffelfingerRebecca L. Thomas-DutielWeigang Qi
    • B32B302
    • E04B1/767Y10T156/1015Y10T428/237Y10T428/24248Y10T428/24777
    • An insulation assembly includes an elongated batt of fibrous insulation material having two opposed major surfaces, where the batt has a first facing secured on its first major surface. The first facing extends beyond the side edges of the batt to form opposed flanges suitable for attaching the insulation assembly to a building structure. The batt has a second facing secured on its second major surface, with the second facing extending beyond the side edges of the batt to form opposed flanges suitable for attaching the insulation assembly to a building structure. The method of making an insulation assembly includes moving a pack of fibrous insulation material along a path, where the fibrous insulation material has two opposed major surfaces. A continuous encapsulation material is applied to the pack, and a portion of the encapsulation material is continuously gathered to form a two part fold. The two parts of the fold are bonded together to form a flange suitable for attaching the insulation assembly to a building structure.
    • 绝缘组件包括具有两个相对的主表面的细长的纤维绝缘材料,其中所述絮垫具有固定在其第一主表面上的第一面。 第一面朝上延伸超过絮垫的侧边缘,以形成适于将绝缘组件连接到建筑结构的相对的凸缘。 絮垫具有固定在其第二主表面上的第二面,第二面朝向延伸超过絮垫的侧边缘,以形成适于将绝缘组件附接到建筑结构的相对的凸缘。 制造绝缘组件的方法包括沿着路径移动一包纤维绝缘材料,其中纤维绝缘材料具有两个相对的主表面。 将连续的包封材料施加到包装上,并且一部分包封材料被连续聚集以形成两部分折叠。 折叠部分的两部分结合在一起以形成适于将绝缘组件附接到建筑结构的凸缘。
    • 7. 发明授权
    • Apparatus and method for determining density of insulation
    • 用于确定绝缘密度的装置和方法
    • US07712350B2
    • 2010-05-11
    • US11818129
    • 2007-06-13
    • Robert J. O'LearySteven G. SchmittJacob T. Chacko
    • Robert J. O'LearySteven G. SchmittJacob T. Chacko
    • G01N9/00G01N15/08
    • G01N9/02
    • An apparatus for determining the density of insulation in a cavity of a structure that senses a force of the insulation against the sensor. The force is used to determine the density of the insulation, which, in turn, is used to determine the thermal resistance or R-value of the insulation. The apparatus may include a fixture for supporting the sensor and holding the sensor in the substantially fixed position. A method for determining the density of loose-fill, blown-in-place insulation in a wall cavity by the use of a sensor is that measures a force exerted on the sensor by the insulation. The measured force is used to determine the density of the insulation. The thermal resistance of the insulation is determined from the known cavity depth and insulation density.
    • 一种用于确定感测绝缘体对传感器的力的结构的空腔中的绝缘密度的装置。 该力用于确定绝缘体的密度,这又用于确定绝缘体的热阻或R值。 该装置可以包括用于支撑传感器并将传感器保持在基本固定位置的夹具。 通过使用传感器确定壁空间中的松散填充密封的方法,其用于测量通过绝缘体施加在传感器上的力。 测量的力用于确定绝缘体的密度。 绝缘的热阻由已知的腔深度和绝缘密度确定。
    • 8. 发明申请
    • Apparatus and method for determining density of insulation
    • 用于确定绝缘密度的装置和方法
    • US20080078245A1
    • 2008-04-03
    • US11635992
    • 2006-12-08
    • Robert J. O'LearySteven G. SchmittJacob T. Chacko
    • Robert J. O'LearySteven G. SchmittJacob T. Chacko
    • G01N9/26
    • G01N9/02
    • An apparatus for determining the density of insulation in a cavity of a structure that senses a force of the insulation against the sensor. The force is used to determine the density of the insulation, which, in turn, is used to determine the thermal resistance or R-value of the insulation. The apparatus may include a fixture for supporting the sensor and holding the sensor in the substantially fixed position. A method for determining the density of loose-fill, blown-in-place insulation in a wall cavity by the use of a sensor is that measures a force exerted on the sensor by the insulation. The measured force is used to determine the density of the insulation. The thermal resistance of the insulation is determined from the known cavity depth and insulation density.
    • 一种用于确定感测绝缘体对传感器的力的结构的空腔中的绝缘密度的装置。 该力用于确定绝缘体的密度,这又用于确定绝缘体的热阻或R值。 该装置可以包括用于支撑传感器并将传感器保持在基本固定位置的夹具。 通过使用传感器确定壁空间中的松散填充密封的方法,其用于测量通过绝缘体施加在传感器上的力。 测量的力用于确定绝缘体的密度。 绝缘的热阻由已知的腔深度和绝缘密度确定。
    • 9. 发明授权
    • Apparatus and method for determining density of insulation
    • 用于确定绝缘密度的装置和方法
    • US06928859B2
    • 2005-08-16
    • US10689770
    • 2003-10-21
    • Robert J. O'LearySteven G. SchmittJacob T. Chacko
    • Robert J. O'LearySteven G. SchmittJacob T. Chacko
    • E04B1/76G01N3/02G01N3/42G01N9/00E04B1/74
    • E04B1/7658E04B1/7604G01N3/42G01N2203/0284
    • An apparatus for determining the density of insulation in a cavity of a structure includes a sensor that is held in a substantially fixed position relative to the insulation for sensing the force of the insulation against the sensor. The force is used to determine the density of the insulation, which, in turn, is used to determine the thermal resistance or R-value of the insulation. The apparatus may include a fixture for supporting the sensor and holding the sensor in the substantially fixed position. A method for determining the density of loose-fill, blown-in-place insulation comprises the step of providing a structure with a cavity having a known depth. The cavity is covered with netting and filled with insulation. A sensor is held in a substantially fixed position relative to the insulation to measure force exerted on the sensor by the insulation. The measured force is used to determine the density of the insulation. The thermal resistance of the insulation is determined from the known cavity depth and insulation density.
    • 用于确定结构的空腔中的绝缘密度的装置包括传感器,其相对于绝缘体保持在基本上固定的位置,用于感测绝缘体抵抗传感器的力。 该力用于确定绝缘体的密度,这又用于确定绝缘体的热阻或R值。 该装置可以包括用于支撑传感器并将传感器保持在基本固定位置的夹具。 用于确定松散填充的就地绝缘的密度的方法包括提供具有已知深度的空腔的结构的步骤。 空腔被网覆盖并充满绝缘。 传感器相对于绝缘体保持在基本上固定的位置,以通过绝缘测量施加在传感器上的力。 测量的力用于确定绝缘体的密度。 绝缘的热阻由已知的腔深度和绝缘密度确定。
    • 10. 发明授权
    • Flanged insulation assembly and method of making
    • 法兰绝缘组件及其制造方法
    • US6083603A
    • 2000-07-04
    • US16364
    • 1998-01-30
    • Bharat D. PatelSteven G. SchmittMichael T. HeffelfingerRebecca L. Thomas-DutielWeigang Qi
    • Bharat D. PatelSteven G. SchmittMichael T. HeffelfingerRebecca L. Thomas-DutielWeigang Qi
    • D04H13/00E04B1/76B32B3/04
    • E04B1/767Y10T156/1015Y10T428/237Y10T428/24248Y10T428/24777
    • An insulation assembly includes an elongated batt of fibrous insulation material having two opposed major surfaces, where the batt has a first facing secured on its first major surface. The first facing extends beyond the side edges of the batt to form opposed flanges suitable for attaching the insulation assembly to a building structure. The batt has a second facing secured on its second major surface, with the second facing extending beyond the side edges of the batt to form opposed flanges suitable for attaching the insulation assembly to a building structure. The method of making an insulation assembly includes moving a pack of fibrous insulation material along a path, where the fibrous insulation material has two opposed major surfaces. A continuous encapsulation material is applied to the pack, and a portion of the encapsulation material is continuously gathered to form a two part fold. The two parts of the fold are bonded together to form a flange suitable for attaching the insulation assembly to a building structure.
    • 绝缘组件包括具有两个相对的主表面的细长的纤维绝缘材料,其中所述絮垫具有固定在其第一主表面上的第一面。 第一面朝上延伸超过絮垫的侧边缘,以形成适于将绝缘组件连接到建筑结构的相对的凸缘。 絮垫具有固定在其第二主表面上的第二面,第二面朝向延伸超过絮垫的侧边缘,以形成适于将绝缘组件附接到建筑结构的相对的凸缘。 制造绝缘组件的方法包括沿着路径移动一包纤维绝缘材料,其中纤维绝缘材料具有两个相对的主表面。 将连续的包封材料施加到包装上,并且一部分包封材料被连续聚集以形成两部分折叠。 折叠部分的两部分结合在一起以形成适于将绝缘组件附接到建筑结构的凸缘。