Partitioning arrangement for high rise buildings
阅读：800发布：2023-12-29
专利汇可以提供Partitioning arrangement for high rise buildings专利检索，专利查询，专利分析的服务。并且A partitioning arrangement for high rise buildings comprising floor, ceiling, and side wall runners mounted in coplanar relation, and a panel partition assembly positioned between said runners, in which the panel partition assembly, which comprises studs in the usual spacing having wallboard sheeting secured thereto, rests on the floor runner and is free of fixed connection to all of the runners for floating action relative thereto, whereby the runners are free to shift with the building relative to the panel partition to accommodate flextural movements in the building, due to drift, seismic shock, and the like without distressing the partition in the area of its juncture with the floor, ceiling and side walls. Associated with the runners are masking trim members that have a slip fit with the panel structure to accommodate the relative movement involved. Several different forms of mounting arrangements for the runners are disclosed.，下面是Partitioning arrangement for high rise buildings专利的具体信息内容。
1. A partition arrangement for forming a wall in a building structure defining a room space having a floor and ceiling, said partition arrangement comprising: floor and ceiling runners of generally channel shape respectively secured to the floor and ceiling respectively in substantial coplanar opposed relation, a pair of side runners respectively mounted between the ends of the respective floor and ceiling runners adjacent the ends of the latter, and a partition framework between said runners in close interfitting relation thereto and resting on said floor runner, said framework being free of fixed connection to said runners, and trim strip means positioned along the vertical and horizontal edges of said framework on at least one side of same for masking said runners, whereby said runners are free to shift with the building structure relative to said framework to accommodate flexture movements in the building structure, said partition framework comprising: a plurality of vertically extending studs positioned between said floor and ceiling runners and having their ends received therein, and wallboard sheeting mounted on said studs at said one side of said framework in fixed relation to said studs and masking same, said studs being free of columnar supporting engagement with said ceiling runner, said wallboard sheeting at said runners being received in close fitting relation thereto, with the trim strip means along said side runners being applied to said sheeting, said side runners being mounted in abutting relation with vertical walls of the building structure adjacent same, said trim strip means along said side runners defining a gap between same and said building structure vertical walls, respectively, and resilient caulking compound means filling said gaps along the lengths thereof.
2. A partition arrangement for forming a wall in a building structure defining a room spAce having a floor and ceiling, said partition arrangement comprising: floor and ceiling runners of generally channel shape respectively secured to the floor and ceiling respectively in substantial coplanar opposed relation, a pair of side runners respectively mounted between the ends of the respective floor and ceiling runners adjacent the ends of the latter, and a partition framework between said runners in close interfitting relation thereto and resting on said floor runner, said framework being free of fixed connection to said runners, and trim strip means positioned along the vertical and horizontal edges of said framework on at least one side of same for masking said runners, whereby said runners are free to shift with the building structure relative to said framework to accommodate flexture movements in the building structure, said partition framework comprising: a plurality of vertically extending studs positioned between said floor and ceiling runners and having their ends received therein, and wallboard sheeting mounted on said studs at said one side of said framework in fixed relation to said studs and masking same, said studs being free of columnar supporting engagement with said ceiling runner, said trim strip means being positioned along the vertical and horizontal edges of said framework on both sides of same for masking said runners, and including wallboard sheeting mounted on the other side of said framework in fixed relation to said studs and masking same, with the ceiling being of the T-grid suspended type, and including means for supporting said ceiling runner from said suspended ceiling, said supporting means comprising: a pair of elongate trim members of generally Z-configuration having like wing flanges affixed to said support member along either side of same and each having a depending wing flange each defining a masking flange shaped to engage the wallboard sheeting on either side of said framework for masking the upper margin of said framework, said trim members each including on their respective like wing flanges a holding flange spaced above said support member for receiving the flanges of the ceiling suspension T-grid frame member.
3. A partition arrangement for forming a wall in a building structure defining a room space having a floor and ceiling, said partition arrangement comprising: floor and ceiling runners of generally channel shape respectively secured to the floor and ceiling respectively in substantial coplanar opposed relation, a pair of side runners respectively mounted between the ends of the respective floor and ceiling runners adjacent the ends of the latter, and a partition framework between said runners in close interfitting relation thereto and resting on said floor runner, said framework being free of fixed connection to said runners, and trim strip means positioned along the vertical and horizontal edges of said framework on at least one side of same for masking said runners, whereby said runners are free to shift with the building structure relative to said framework to accommodate flexture movements in the building structure, said partition framework comprising: a plurality of vertically extending studs positioned between said floor and ceiling runners and having their ends received therein, and wallboard sheeting mounted on said studs at said one side of said framework in fixed relation to said studs and masking same, said studs being free of columnar supporting engagement with said ceiling runner, said trim strip means being positioned along vertical and horizontal edges of said framework on both sides of same for masking said runners, and including wallboard sheeting mounted on the other side of said framework in fixed relation to said studs and masking same, with a mullion member being along one side of the room space, and including means for supporting one of the Side runners from said mullion, said supporting means comprising: an elongate support member of generally quadrilateral transverse cross-sectional configuration having said side runners secured thereto in parallelism therewith and along the lower surface of same, said trim strip means along said one side runner comprising: a pair of elongate trim members of generally Z-configuration having like wing flanges affixed to said support member along either side of same and each having a projecting wing flange each defining a masking flange shaped to engage the wallboard sheeting on either side of said framework for masking the adjacent side margin of said framework, said trim members each including on their respective like wing flanges a holding flange spaced from said support member for receiving the flanges of a T-frame member fixed to and extending longitudinally of said mullion.
4. A partition arrangement for forming a wall in a building structure defining a romm space having a floor and ceiling, said partition arrangement comprising: floor and ceiling runners of generally channel shape respectively secured to the floor and ceiling respectively in substantial coplanar opposed relation, a pair of side runners of generally channel shape respective mounted between the ends of the respective floor and ceiling runners adjacent the ends of the latter, a plurality of vertically extending studs positioned between said floor and ceiling runners in horizontally spaced, coplanar relation, and wallboard sheeting disposed along and against one side of said studs in masking relation to said studs, said runners each defining a web having upstanding side flanges along either side of same having opposed inner surfaces and oppositely facing outer surfaces, said studs having their lower ends resting on and supported by said web of said floor runner, said studs having their upper and lower ends respectively frictionally received between said floor and ceiling runner flanges, in frictional engagement with said inner surface thereof, with said upper ends of said studs being spaced from said ceiling runner web whereby said studs are free of columnar supporting engagement with said ceiling runner, said sheeting engaging said floor and ceiling runner flange outer surfaces on one side of said floor and ceiling runners in slip fit relation to said flange outer surfaces thereof, said sheeting have the side edges of same in slip fit relation with the respective side runner flange outer surfaces and extending short of the plane of the respective side runner webs to define a gap along the respective side runners, said sheeting having the upper edge thereof formed to be short of the level of said ceiling runner web and defining a gap between the sheeting upper edge and the ceiling, said sheeting having the lower edge thereof formed to be short of the level of said floor runner web and define a gap between the sheeting lower edges and the floor, said studs and sheeting being free of fixed connection to said runners, said sheeting defining a first side surface facing and engaging said studs and a second side surface facing oppositely of said first surface thereof and facing away from said studs, fastener means for securing said sheeting to said studs, with said first surface of said sheeting engaging same, for supporting said sheeting against gravity from said studs and maintaining said studs in said spaced relation and said sheeting in said slip fit relation with said runners, and trim strip means positioned along the upper and lower edges of said sheeting for spanning said gaps at the sheeting upper and lower edges and masking said sheeting upper and lower edges and said floor and ceiling runners, said trim strip means engaging said second side surface of said sheeting, said sheeting and said studs forming a floating framework supported by said floor runner whereby said runners are free tO shift with the building structure relative to said framework to accommodate flexture movements in the building structure free of stressing said sheeting along said edges thereof, and stressing of said studs at said ends thereof.
5. The partition arrangement set forth in claim 4 wherein: said side runners are mounted in abutting relation with vertical walls of the building structure adjacent same, and including trim strip means fitted along said side sheeting side edges, and resilient caulking compound means filling said gaps along said side runners.
6. The partition arrangement set forth in claim 4 wherein: the trim strip means along said ceiling runner is supported by said ceiling runner, said trim strip means along said ceiling runner comprising: an elongate trim member defining along one side of same a gripping fold receiving the adjacent side flange of said ceiling runner, and a masking flange shaped to engage said wallboard sheeting second side surface in slip fit relation thereto for masking the upper margin of said partition framework, and means for securing said trim member fold to said adjacent ceiling runner side flange.
7. The partition arrangement set forth in claim 4 wherein said trim strip means along said floor runner comprises: an elongate trim member defining along one side of same a gripping fold receiving the adjacent side flange of said floor runner, and a masking flange shaped to engage said wallboard sheeting second side surface in slip fit relation thereto for masking the lower margin of said partition framework, and means for securing the trim member fold to said adjacent floor runner side flange.
8. The partition arrangement set forth in claim 4 wherein said trim strip means along said floor runner comprises: an elongate trim member of generally flat configuration defining a nailing strip separating an upper arched flap and a lower flexible base, said trim member being formed to define a slot along the outwardly facing surface of same exposing said nailing strip, fastener means applied in spaced relation along said strip, and a masking strip received in snap fit relation in said slot and masking said fastener means, said masking strip being flush with said trim member outwardly facing surface.
9. A partition arrangement for forming a wall in a building structure defining a room space having a floor and ceiling, said partition arrangement comprising: floor and ceiling runners of generally channel shape respectively secured to the floor and ceiling respectively in substantial coplanar opposed relation, a pair of side runners of generally channel shape respectively mounted between the ends of the respective floor and ceiling runners adjacent the ends of the latter, a plurality of vertically extending studs positioned between said floor and ceiling runners in horizontally spaced, coplanar relation, and wallboard sheeting disposed along and against either side of said studs in masking relation to said studs, said runners each defining a web having upstanding side flanges along either side of same having opposed inner surfaces and oppositely facing outer surfaces, said studs having their lower ends resting on and supported by said web of said floor runner, said studs having their upper and lower ends respectively frictionally received between said floor and ceiling runner flanges, in frictional engagement with said inner surfaces thereof, with said upper ends of said studs being spaced from said ceiling runner web whereby said studs are free of columnar supporting engagement with said ceiling runner, said sheetings engaging said floor and ceiling runner flange outer surfaces on either side of said floor and ceiling runners in slip fit relation to said flange outer surfaces thereof, said sheetings having the side edges of same in slip fit relation with the respective side runner flange outer surfaces and extending short of the plane of the respective side runner webs to define a gap along the respective side runners on either side of same, said sheetings having the upper edges thereof formed to be short of the level of said ceiling runner web on either side of same and defining a gap between the sheeting upper edge and the ceiling on either side of said ceiling runner, said sheetings having the lower edges thereof formed to be short of the level of said floor runner web on either side of same and defining a gap between the sheeting lower edges and the floor on either side of said floor runner, said studs and sheetings being free of fixed connection to said runners, said sheetings each defining a first side surface facing and engaging said studs and a second side surface facing oppositely of said first surface thereof and facing away from said studs, fastener means for securing said sheetings to said studs, with said first surface of the respective sheetings for supporting said sheetings against gravity from said studs and maintaining said studs in said spaced relation and said sheetings in said slip fit relation with said runners, said trim strip means positioned along the upper and lower edges of said sheetings for spanning said gaps at the sheeting upper and lower edges and masking said sheeting upper and lower edges and said floor and ceiling runners on either side of same, said trim strip means engaging said second side surface of the respective sheetings, said sheetings and said studs forming a floating framework supported by said floor runner whereby said runners are free to shift with the building structure relative to said framework to accommodate flexture movements in the building structure free of stressing said sheetings along said edges thereof, and stressing of said studs at said ends thereof.
10. The partition arrangement set forth in claim 9 wherein the trim strip means along said floor runner comprises: a channel shaped trim member having said floor runner seated within same and extending longitudinally thereof, said trim member defining along either side of same an upstanding side wall having its upper edge hooked over inwardly of said framework for engaging the respective wallboard sheetings on either side of said framework for masking the lower margin of said framework.
11. The partition arrangement set forth in claim 9 wherein: the ceiling is of the non-suspended type, said ceiling runner being fixed directly to the ceiling.
12. The partition arrangement set forth in claim 9 wherein: the ceiling is of a T-grid suspended type, and including means for supporting said ceiling runner from said suspended ceiling, said supporting means comprising: an elongate support member of generally quadrilateral transverse cross-sectional configuration having said ceiling runner secured thereto in parallelism therewith and along the lower surface of same, said trim strip means along said ceiling runner comprising: a pair of elongate trim members of generally Z-configuration having like wing flanges affixed to said support member along either side of same and each having a depending wing flange each defining a masking flange shaped to engage the wallboard sheeting on either side of said framework for masking the upper margin of said framework, said trim member each including on their respective like wing flanges a holding flange spaced above said support member for receiving the flanges of the ceiling suspension T-grid frame member.
13. The partition arrangement set forth in claim 9, wherein a mullion member is along one side of the room space, and including means for supporting one of the side runners from said mullion, said supporting means comprising: an elongate support member of generally quadrilateral transverse cross-sectional configuration having said side runners secured thereto in parallelism therewith and along the lower surface of same, said trim strip mEans along said one side runner comprising: a pair of elongate trim members of generally Z-configuration having like wing flanges affixed to said support member along either side of same and each having a projecting wing flange each defining a masking flange shaped to engage the wallboard sheeting on either side of said framework for masking the adjacent side margin of said framework, said trim members each including on their respective like wing flanges a holding flange spaced from said support member for receiving the flanges of a T-frame member fixed to and extending longitudinally of said mullion.
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