An exemplary embodiment of the invention includes a locking mechanism for use with the adjustable toe board to retain the toe board in its retracted position when necessary for transport, storage, or when the size of the portion of the platform the toe board will be used in requires the toe board to be in its fully collapsible state. The locking mechanism may be comprised of a latching member that is capable of automatic locking when the adjustable toe board is moved into its substantially retracted position. Further, the instant invention may be provided in any number of varying adjustable lengths to accommodate the various platform sizing through the use of a uniquely shaped wedge pin that is used with a fork to couple adjustable or non-adjustable toe boards to scaffolds and the like.

An exemplary embodiment of the invention includes a locking mechanism for use with the adjustable toe board to retain the toe board in its retracted position when necessary for transport, storage, or when the size of the portion of the platform the toe board will be used in requires the toe board to be in its fully collapsible state. The locking mechanism may be comprised of a latching member that is capable of automatic locking when the adjustable toe board is moved into its substantially retracted position. Further, the instant invention may be provided in any number of varying adjustable lengths to accommodate the various platform sizing through the use of a uniquely shaped wedge pin that is used with a fork to couple adjustable or non-adjustable toe boards to scaffolds and the like.

A lapboard for a safety deck assembly, the safety deck assembly comprising a upper deck formed of one or more decking panels having a substantially planar upper surface and an elevated support assembly comprising a number of elongate legs, a base for each elongate leg to form a foot, a head for each elongate leg to at least partially support a decking panel relative to an upper end of the leg, the lapboard comprising a substantially planar upper surface and at least one receiving opening formed in an underside of the lapboard to receive a portion of the head to locate the upper surface of the lapboard substantially coplanar with the upper surface of the decking panels, the lapboard being smaller in width than the decking panels.

A lapboard for a safety deck assembly, the safety deck assembly comprising a upper deck formed of one or more decking panels having a substantially planar upper surface and an elevated support assembly comprising a number of elongate legs, a base for each elongate leg to form a foot, a head for each elongate leg to at least partially support a decking panel relative to an upper end of the leg, the lapboard comprising a substantially planar upper surface and at least one receiving opening formed in an underside of the lapboard to receive a portion of the head to locate the upper surface of the lapboard substantially coplanar with the upper surface of the decking panels, the lapboard being smaller in width than the decking panels.

A work platform system for implementation in relation to a structure, as well as subsystems and components thereof and methods of implementation and use relating thereto, are disclosed herein. In at least one embodiment, the work platform system includes a first pair of flexible elements and a second pair of flexible elements, where a respective first end of each of the flexible elements is coupled at least indirectly to a first support component and a respective second end of each of the flexible elements is coupled at least indirectly to a second support component. The work platform system can further include a plurality of panel structures supported upon the flexible elements, a suspension component, and a clamp structure coupled to at least one of the first pair of flexible elements and the second pair of flexible elements. The work platform system can include one or more support extension.

A work platform system for implementation in relation to a structure, as well as subsystems and components thereof and methods of implementation and use relating thereto, are disclosed herein. In at least one embodiment, the work platform system includes a first pair of flexible elements and a second pair of flexible elements, where a respective first end of each of the flexible elements is coupled at least indirectly to a first support component and a respective second end of each of the flexible elements is coupled at least indirectly to a second support component. The work platform system can further include a plurality of panel structures supported upon the flexible elements, a suspension component, and a clamp structure coupled to at least one of the first pair of flexible elements and the second pair of flexible elements. The work platform system can include one or more support extension.

The scaffold securing clip and strap comprises a ratchet strap, a scaffolding jib and a bracket. The scaffold securing clip and strap is configured for use with a stanchion. The ratchet strap attaches the scaffolding jib to the stanchion. The bracket attaches the scaffolding jib to the stanchion. A first instantiation of the scaffold securing clip and strap works in conjunction with a second instantiation of the scaffold securing clip and strap to support one or more planks. Specifically, the scaffolding jib of the first instantiation and the scaffolding jib of the second instantiation combine to raise one or more planks to an elevation above a supporting surface of the stanchions to which the first instantiation and the second instantiation are attached. The elevated one or more planks form a raised horizontal surface capable of supporting a load.

The scaffold securing clip and strap comprises a ratchet strap, a scaffolding jib and a bracket. The scaffold securing clip and strap is configured for use with a stanchion. The ratchet strap attaches the scaffolding jib to the stanchion. The bracket attaches the scaffolding jib to the stanchion. A first instantiation of the scaffold securing clip and strap works in conjunction with a second instantiation of the scaffold securing clip and strap to support one or more planks. Specifically, the scaffolding jib of the first instantiation and the scaffolding jib of the second instantiation combine to raise one or more planks to an elevation above a supporting surface of the stanchions to which the first instantiation and the second instantiation are attached. The elevated one or more planks form a raised horizontal surface capable of supporting a load.

A scaffold includes a U-profile beam having an outwardly-open U-profile in which a scaffold platform is releasably hooked by mounting hooks. The U-profile beam has a perpendicular wall delimiting the U-profile and a guiding and fastening groove delimited by inwardly-extending groove reach-behind protrusions delimiting a locking space for releasably locking a locking element reaching behind the protrusions. An anti-lift-out and support element has an anti-lift-out element extending over the hooks to prevent lifting out. A support element fixed to the anti-lift-out element extends perpendicularly from the anti-lift-out element to a support element end for supporting the support element on the wall. The anti-lift-out element has a through-opening designed so that the fastening element moves the locking element toward the fastening element longitudinal axis and perpendicularly to the groove through the through-opening. A method secures scaffold platform mounting hooks against lifting out from a U-profile beam using an anti-lift-out device.

A scaffold includes a U-profile beam having an outwardly-open U-profile in which a scaffold platform is releasably hooked by mounting hooks. The U-profile beam has a perpendicular wall delimiting the U-profile and a guiding and fastening groove delimited by inwardly-extending groove reach-behind protrusions delimiting a locking space for releasably locking a locking element reaching behind the protrusions. An anti-lift-out and support element has an anti-lift-out element extending over the hooks to prevent lifting out. A support element fixed to the anti-lift-out element extends perpendicularly from the anti-lift-out element to a support element end for supporting the support element on the wall. The anti-lift-out element has a through-opening designed so that the fastening element moves the locking element toward the fastening element longitudinal axis and perpendicularly to the groove through the through-opening. A method secures scaffold platform mounting hooks against lifting out from a U-profile beam using an anti-lift-out device.