초록 ▼

A method of assembling an offset working surface on a scaffold. The method uses a scaffold knee-out member having a first and second scaffold members that are pivotally connected. A scaffold connector is positioned on an opposite end of each of the first and second scaffold members remote from the p

A method of assembling an offset working surface on a scaffold. The method uses a scaffold knee-out member having a first and second scaffold members that are pivotally connected. A scaffold connector is positioned on an opposite end of each of the first and second scaffold members remote from the pivot point. Preferably, both connectors are pivotally connected to their respective scaffold members. One of the scaffold members of the knee-out end is coupled to a vertical scaffold, and then the other scaffold member of the knee-out is moved appropriately to allow the first and second scaffold members to pivot with respect to each other, until the other scaffold member is positioned to be coupled to a vertical scaffold member.

대표청구항 ▼

1. A method of creating an offset working surface to an assembled scaffold structure, said assembled scaffold structure comprising a first and second vertical scaffold members, said first and second vertical scaffold members spaced apart and connected by spaced apart first and second horizontal scaf

1. A method of creating an offset working surface to an assembled scaffold structure, said assembled scaffold structure comprising a first and second vertical scaffold members, said first and second vertical scaffold members spaced apart and connected by spaced apart first and second horizontal scaffold members, said assembled first and second vertical and horizontal scaffold members creating a planar scaffold structure, said method comprising the steps of: (a) providing a first and a second scaffold knee-out member, each scaffold knee-out member having: a first scaffold member and a second scaffold member, said first scaffold member having a distal and proximal end, said second scaffold member having a distal and proximal end, a first scaffold connector pivotally positioned on said proximal end of said first scaffold member, said first scaffold connector adapted to couple to a vertical scaffold member, said distal end of said second scaffold member pivotally coupled to said distal end of said first scaffold member, and said proximal end of said second scaffold member having a second scaffold connector mounted thereon, said second scaffold connector adapted to couple to a vertical scaffold member;(b) coupling said first knee-out member to said first vertical scaffold member by: (i) coupling said first scaffold connector of said first knee-out member to said first vertical scaffold member at a first couple location, with said first and second scaffold members of said first knee-out member supported and hanging downwardly from said first couple location, substantially parallel to said first vertical scaffold member;(ii) lifting said first knee-out member's second scaffold member upwardly, to thereby pivot said first scaffold member of said first knee-out member with respect to said second scaffold member of said first knee-out member and to pivot said first scaffold member of said first knee-out member outwardly from said planar scaffold structure, until said first scaffold member of said first knee-out member is substantially horizontal;(iii) coupling said second scaffold connector to said first vertical scaffold member at a second couple location position below said first couple location;(c) coupling said second knee-out member to said second vertical scaffold member by: (i) coupling said first scaffold connector of said second knee-out member to said second vertical scaffold member at a first couple location, with said first and second scaffold members of said second knee-out member supported and hanging downwardly from said first couple location on said second vertical scaffold member;(ii) lifting said second knee-out member's second scaffold member upwardly, to thereby pivot said first scaffold member of said second knee-out member with respect to said second scaffold member of said second knee-out member and to pivot said first scaffold member of said second knee-out member outwardly from said planar scaffold structure until said first scaffold member of said second knee-out member is substantially horizontal;(iii) coupling said second scaffold connector on said second knee-out member to said second vertical scaffold member at a second couple location position below said first couple location on said second vertical scaffold member; and(d) positioning and supporting a scaffold flooring horizontally on said first knee-out member's first scaffold member and said second knee-out member's first scaffold member to provide a working surface. 2. The method of claim 1 wherein each of said first and second knee-out members further comprise a stub out member fixedly attached to said distal end of said first scaffold member, said stub out orientated to be substantially vertical when said first scaffold member is substantially horizontal; said method further comprising the steps of coupling a third vertical scaffold member to said stub out on said first knee-out member, coupling a fourth vertical scaffold member to said stub out on said second knee-out member, and coupling a horizontal member to said third and fourth vertical scaffold members. 3. The method of claim 1 wherein said first scaffold connectors of said first and second knee-out members are adapted to couple to two vertically spaced apart ring members on the respective first and second vertical scaffold members. 4. The method of claim 1 wherein said second scaffold connectors of said first and second knee-out members are pivotally positioned on said proximal end of the respective second scaffold member. 5. The method of claim 1 wherein said distal ends of said first and second scaffold members, on one of said first or second knee-out members, are slidably coupled. 6. The method of claim 1 wherein each of said proximal ends of said second scaffold members further comprises an outwardly protruding operator grip. 7. The method of claim 1 wherein each of said first scaffold members proximal end further comprises a proximal member and said distal end further comprises a distal member, said proximal and distal members being slidably mounted with respect to each other.