Abstract: A computing platform may be configured with technology for presenting information about a given runtime session of a given client application in the form of a timeline view comprising a time-sorted listing of line items for log events recorded during the given runtime session, wherein each log event's line item includes (i) timing information, (ii) a textual descriptor log event, and (iii) an indication of one or more contextual values associated with the respective log event.

Abstract: A draining construction wrap includes a pliable moisture impermeable layer having interior and exterior surfaces. A drainage framework is configured to channel moisture across the exterior surface of the pliable moisture impermeable layer. The drainage framework includes a plurality of support struts. Each of the support struts includes a base strut portion coupled with the exterior surface, a strut support face, and a strut body extending from the base strut portion to the strut support face. A plurality of drain channels are between the support struts. The draining construction wrap includes an installation surface configured for coupling with an outer wall. The installation surface includes the strut support faces of the plurality of support struts. The strut bodies of the plurality of support struts brace the installation surface and the pliable moisture impermeable layer is recessed from the installation surface with a strut gap therebetween.

Abstract: A draining construction wrap includes a pliable moisture impermeable layer having interior and exterior surfaces. A drainage framework is configured to channel moisture across the exterior surface of the pliable moisture impermeable layer. The drainage framework includes a plurality of support struts. Each of the support struts includes a base strut portion coupled with the exterior surface, a strut support face, and a strut body extending from the base strut portion to the strut support face. A plurality of drain channels are between the support struts. The draining construction wrap includes an installation surface configured for coupling with an outer wall. The installation surface includes the strut support faces of the plurality of support struts. The strut bodies of the plurality of support struts brace the installation surface and the pliable moisture impermeable layer is recessed from the installation surface with a strut gap therebetween.

Abstract: A volumetric radiation dose detector provides radiation sensors distributed along a closed surface presenting surface normals that vary over a range of azimuth and altitude angles to provide accurate dose modeling for radiation received at a comparable range of angles. Concentric layers of surfaces provide volumetric dose information that can be used to directly produce useful dose maps and assessments.

Abstract: A draining construction wrap includes a pliable moisture impermeable layer having interior and exterior surfaces. A drainage framework is configured to channel moisture across the exterior surface of the pliable moisture impermeable layer. The drainage framework includes a plurality of support struts. Each of the support struts includes a base strut portion coupled with the exterior surface, a strut support face, and a strut body extending from the base strut portion to the strut support face. A plurality of drain channels are between the support struts. The draining construction wrap includes an installation surface configured for coupling with an outer wall. The installation surface includes the strut support faces of the plurality of support struts. The strut bodies of the plurality of support struts brace the installation surface and the pliable moisture impermeable layer is recessed from the installation surface with a strut gap therebetween.

Abstract: A volumetric radiation dose detector provides radiation sensors distributed along a closed surface presenting surface normals that vary over a range of azimuth and altitude angles to provide accurate dose modeling for radiation received at a comparable range of angles. Concentric layers of surfaces provide volumetric dose information that can be used to directly produce useful dose maps and assessments.

Abstract: A condensate neutralizer device for treating a condensate flow, the condensate neutralizer device includes a compartment adapted to receive condensate neutralizing materials therein, the compartment having an inlet end and an outlet end, a plurality of apertures disposed only on a bottom surface of each of the inlet end and the outlet end of the compartment. The compartment is configured to receive the condensate flow traversing upwardly through the plurality of apertures at the inlet end in a direction from the inlet end to the outlet end through the condensate neutralizing materials before allowing a treated flow of the condensate flow to traverse downwardly through the plurality of apertures at the outlet end to exit the compartment as an effluent.

Abstract: A draining construction wrap includes a pliable moisture impermeable layer having interior and exterior surfaces. A drainage framework is configured to channel moisture across the exterior surface of the pliable moisture impermeable layer. The drainage framework includes a plurality of support struts. Each of the support struts includes a base strut portion coupled with the exterior surface, a strut support face, and a strut body extending from the base strut portion to the strut support face. A plurality of drain channels are between the support struts. The draining construction wrap includes an installation surface configured for coupling with an outer wall. The installation surface includes the strut support faces of the plurality of support struts. The strut bodies of the plurality of support struts brace the installation surface and the pliable moisture impermeable layer is recessed from the installation surface with a strut gap therebetween.

Abstract: A thermal insulating construction wrap includes a pliable substrate film. The pliable substrate film is impermeable to at least water and includes an exterior face and an interior face. An aerogel insulating layer is coupled along one or more faces of the pliable substrate film.

Abstract: A condensate neutralizer device for treating a condensate flow, the condensate neutralizer device includes a compartment adapted to receive condensate neutralizing materials therein, the compartment having an inlet end and an outlet end, a plurality of apertures disposed only on a bottom surface of each of the inlet end and the outlet end of the compartment. The compartment is configured to receive the condensate flow traversing upwardly through the plurality of apertures at the inlet end in a direction from the inlet end to the outlet end through the condensate neutralizing materials before allowing a treated flow of the condensate flow to traverse downwardly through the plurality of apertures at the outlet end to exit the compartment as an effluent.

Abstract: A system for attaching a columnar building member to a structural support member, uses one or more connecting brackets comprising a flat base plate having an inner perimeter and an outer perimeter, with a plurality of apertures disposed along the base plate. A socket extends from the inner perimeter of the base plate, with the perimeter of the socket conforming to the inner perimeter of the base plate, and with a plurality of apertures disposed along the socket. The columnar building member is attached to the connecting bracket via a plurality of fastening means through the apertures disposed along the socket. The columnar building member and connecting bracket are attached to the structural support member(s) via a plurality of fastening means through the apertures disposed along the base plate.

Abstract: A system for attaching a columnar building member to a structural support member, uses one or more connecting brackets comprising a flat base plate having an inner perimeter and an outer perimeter, with a plurality of apertures disposed along the base plate. A socket extends from the inner perimeter of the base plate, with the perimeter of the socket conforming to the inner perimeter of the base plate, and with a plurality of apertures disposed along the socket. The columnar building member is attached to the connecting bracket via a plurality of fastening means through the apertures disposed along the socket. The columnar building member and connecting bracket are attached to the structural support member(s) via a plurality of fastening means through the apertures disposed along the base plate.

Abstract: A foam board divider comprises a front plate, a back plate, and a cross bar generally joining the front plate to the back plate. The front plate is preferably narrower in width than the back plate to facilitate the installation of the divider. The proximal edges of the front and back plates define flares, thereby providing an increased opening size for the insertion of the foam board insulation. The front and back plates are spaced apart a predetermined distance, defined by the thickness of the foam board insulation.

Abstract: A connecting bracket, for attaching a columnar building member to a structural support member, includes a horizontal ring-shaped base surface having an inner perimeter and an outer perimeter, with a plurality of spaced non-uniform apertures disposed along the horizontal ring-shaped surface. A vertical ring-shaped surface extends from the inner perimeter of the horizontal surface, with the perimeter of the vertical surface conforming to the inner perimeter of the horizontal surface, and with a plurality of spaced non-uniform apertures disposed along the vertical ring-shaped surface. The columnar building member is attached to the connecting bracket via a fastening device through one or more of the spaced apertures disposed along the vertical ring-shaped surface. The columnar building member and connecting bracket are attached to the structural support member via a fastening device through one or more of the spaced apertures disposed along the horizontal ring-shaped surface.