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A locking assembly for securing an object to a wall comprising a sleeve, a fastening assembly and a lock. The sleeve includes a body, an axial bore and an opening through the body. The axial bore includes a internal fastener assembly contact surface. The fastening assembly is capable of extending th

A locking assembly for securing an object to a wall comprising a sleeve, a fastening assembly and a lock. The sleeve includes a body, an axial bore and an opening through the body. The axial bore includes a internal fastener assembly contact surface. The fastening assembly is capable of extending through the sleeve and into engagement with a wall, and includes a collar and a threaded fastener. The collar includes an axial bore mating surface. The threaded fastener includes a tool engagement region and a wall engagement region. The lock includes a portion which is positionable through the at least one opening in the body. The internal fastener assembly contact surface and the axial bore mating surface interface to facilitate rotative and pivotable relative movement of the sleeve and the fastening assembly. In turn, the retained movement of the fastening assembly with rotation of the sleeve is precluded.

대표청구항 ▼

A locking assembly for securing an object to a wall comprising a sleeve, a fastening assembly and a lock. The sleeve includes a body, an axial bore and an opening through the body. The axial bore includes a internal fastener assembly contact surface. The fastening assembly is capable of extending th

A locking assembly for securing an object to a wall comprising a sleeve, a fastening assembly and a lock. The sleeve includes a body, an axial bore and an opening through the body. The axial bore includes a internal fastener assembly contact surface. The fastening assembly is capable of extending through the sleeve and into engagement with a wall, and includes a collar and a threaded fastener. The collar includes an axial bore mating surface. The threaded fastener includes a tool engagement region and a wall engagement region. The lock includes a portion which is positionable through the at least one opening in the body. The internal fastener assembly contact surface and the axial bore mating surface interface to facilitate rotative and pivotable relative movement of the sleeve and the fastening assembly. In turn, the retained movement of the fastening assembly with rotation of the sleeve is precluded. d elongate connector member and said elongate support member. 8. The system of claim 7, wherein said elongate support member defines a plurality of rows of said anchor ribs arranged in a substantially parallel relationship and spaced apart to define a retention groove between adjacent rows of said anchor ribs, said anchor rib of said elongate connector member being sized and shaped for displacement into a corresponding one of said retention grooves in a lateral direction. 9. The system of claim 8, wherein said lateral direction is substantially perpendicular to a plane defined by the flexible sheeting material. 10. The system of claim 1, wherein an area of abutment between said second engaging surface and said second bearing surface is generally aligned with a force plane defined by the flexible sheeting material. 11. The system of claim 1, wherein said first element of said tool comprises a first rail member defining said first engaging surface, said first engaging surface slidably engaged along said first bearing surface to facilitate tensioning of the flexible sheeting material to said taut state. 12. The system of claim 11, wherein said second element of said tool comprises a second rail member defining said second engaging surface, said second engaging surface slidably engaged along said second bearing surface to facilitate tensioning of the flexible sheeting material to said taut state. 13. The system of claim 11, wherein at least a portion of said first rail defining said first engaging surface is formed of a material having a relatively low coefficient of friction to facilitate sliding engagement between said first engaging surface and said first bearing surface. 14. The system of claim 13, wherein said material comprises an ultra high molecular weight polymeric material. 15. The system of claim 14, wherein said polymeric material comprises a polyester material. 16. The system of claim 11, wherein said first engaging surface is pivotally engaged with said first bearing surface to permit pivotal movement of said tool relative to said elongate support member. 17. The system of claim 11, wherein said first engaging surface defines a rounded configuration to facilitate sliding engagement along said first bearing surface. 18. A system for mounting a flexible sheeting material to a substrate, comprising: an elongate support member operatively secured to the substrate, said support member including an anchoring portion defining a number of first anchor elements extending along a length thereof, said support member including a tool engaging portion defining a first bearing surface extending along a length thereof; an elongate connector member formed of a flexibly resilient material, a portion of said elongate connector member being directly attached to the flexible sheeting material, said connector member including an anchoring portion defining a number of second anchor elements extending along a length thereof, said connector member including a tool engaging portion defining a second bearing surface extending along a length thereof and facing generally opposite said first bearing surface; a tool including a first element and a second element, said first element defining a first engaging surface positioned in abutment against said first bearing surface, said second element defining a second engaging surface positioned in abutment against said second bearing surface, said tool including means for displacing said first element relative to said second element along an axis to correspondingly adjust a distance between said first engaging surface and said second engaging surface; and wherein displacement of said first and second engaging surfaces along a length of said first and second bearing surfaces tensions the flexible sheeting material to a taut state, said number of first anchor elements releasably engaging said number of second anchor elements to maintain the flexible sheeting material in said taut state. 19. A syst