Abstract: A method and system configured to correct a non-compliant, excessive gap condition between a door and a frame, correct a non-compliant, excessive gap condition between a pair of doors at the meeting edge, correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, and correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, whereby the formed metal edge may vary in dimensions to accommodate uneven gaps.

Abstract: A method and system configured to correct a non-compliant, excessive gap condition between a door and a frame, correct a non-compliant, excessive gap condition between a pair of doors at the meeting edge, correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, and correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, whereby the formed metal edge may vary in dimensions to accommodate uneven gaps.

Abstract: A method, system and apparatus configured to correct a non-compliant, excessive gap condition between a door bottom and a finished floor. One example system may include a channel assembly attached to the bottom edge of the door, wherein the channel assembly includes at least one moving component configured to accommodate uneven door bottom gaps across the width of the door and an uneven floor condition.

Abstract: An acoustic door assembly having 1¾? thickness, a sound transmission class (STC) rating greater than 50, UL10C 20-minute fire rating, and constructed without sheet metal or lead. In an embodiment, the door assembly includes a frame housing a decoupled internal core sandwiched between two mass-loaded vinyl outer faces. The internal core includes a multi-layering of low-density layers for absorbing high-frequency noise, damping layers of mass-loaded vinyl for absorbing low-frequency noise, and a flame-retardant layer. The outer faces are a multi-layered assembly coupled to a frame of the door assembly and in contact communication to the internal core, the outer faces having layers of mass-loaded vinyl, plywood, high-density fiberboard, and a veneer.

Abstract: A method, system and apparatus configured to correct a non-compliant, excessive gap condition between a door bottom and a finished floor. One example system may include a channel assembly attached to the bottom edge of the door, wherein the channel assembly includes at least one moving component configured to accommodate uneven door bottom gaps across the width of the door and an uneven floor condition.

Abstract: A method and system configured to correct a non-compliant, excessive gap condition between a door and a frame, correct a non-compliant, excessive gap condition between a pair of doors at the meeting edge, correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, and correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, whereby the formed metal edge may vary in dimensions to accommodate uneven gaps.

Abstract: A method, system and apparatus configured to correct a non-compliant, excessive gap condition between a door bottom and a finished floor. One example system may include a channel assembly attached to the bottom edge of the door, wherein the channel assembly includes at least one moving component configured to accommodate uneven door bottom gaps across the width of the door and an uneven floor condition.

Abstract: A laminated countertop assembly can include a first generally longitudinal slab with a first substrate, where the first substrate has lamination on a countertop side of the first substrate and lamination on an edge side of the first substrate that extends along a first portion of a length of the edge side of the first substrate. The first substrate can also include a first miter cut angled into the first substrate and slots extending into the first substrate for receiving biscuits. The laminated countertop assembly can also include a second generally longitudinal slab with a second substrate, where the second substrate has lamination on a countertop side of the second substrate and lamination on an edge side of the second substrate. The second substrate can also include a second miter cut at a corner of the second substrate and slots extending into the second substrate for receiving the biscuits.

Abstract: A laminated countertop assembly can include a first generally longitudinal slab with a first substrate, where the first substrate has lamination on a countertop side of the first substrate and lamination on an edge side of the first substrate that extends along a first portion of a length of the edge side of the first substrate. The first substrate can also include a first miter cut angled into the first substrate and slots extending into the first substrate for receiving biscuits. The laminated countertop assembly can also include a second generally longitudinal slab with a second substrate, where the second substrate has lamination on a countertop side of the second substrate and lamination on an edge side of the second substrate. The second substrate can also include a second miter cut at a corner of the second substrate and slots extending into the second substrate for receiving the biscuits.

Abstract: An acoustic door assembly having 1¾? thickness, a sound transmission class (STC) rating greater than 50, UL10C 20-minute fire rating, and constructed without sheet metal or lead. In an embodiment, the door assembly includes a frame housing a decoupled internal core sandwiched between two mass-loaded vinyl outer faces. The internal core includes a multi-layering of low-density layers for absorbing high-frequency noise, damping layers of mass-loaded vinyl for absorbing low-frequency noise, and a flame-retardant layer. The outer faces are a multi-layered assembly coupled to a frame of the door assembly and in contact communication to the internal core, the outer faces having layers of mass-loaded vinyl, plywood, high-density fiberboard, and a veneer.

Abstract: A laminated countertop assembly can include a first generally longitudinal slab with a first substrate, where the first substrate has lamination on a countertop side of the first substrate and lamination on an edge side of the first substrate that extends along a first portion of a length of the edge side of the first substrate. The first substrate can also include a first miter cut angled into the first substrate and slots extending into the first substrate for receiving biscuits. The laminated countertop assembly can also include a second generally longitudinal slab with a second substrate, where the second substrate has lamination on a countertop side of the second substrate and lamination on an edge side of the second substrate. The second substrate can also include a second miter cut at a corner of the second substrate and slots extending into the second substrate for receiving the biscuits.

Abstract: Disclosed is an apparatus for providing in-line, three-state, dual flow metering, high pressure relief, for use in a system utilizing compressible or incompressible media, which includes a centrally disposed magnetically homed ball with opposing axially aligned ball mating valve seats, with a high pressure relief spring deployed to control the pressure necessary to trigger high pressure relief.

Abstract: Disclosed is an apparatus for providing a pneumatic damper for use with incompressible media herein described. The invention is useful as the pneumatic damper provides a range of effectively being decoupled from a system. Also disclosed is an apparatus for providing in-line, three-state, dual flow metering, high pressure relief, for use in a system utilizing compressible or incompressible media, which includes a centrally disposed magnetically homed ball with opposing axially aligned ball mating valve seats, with a high pressure relief spring deployed to control the pressure necessary to trigger high pressure relief.