A mobile work stand for working on work areas including a fence. The fence includes a plurality of adjacent first and second fence sections that are pivotally connected to each other to enable the fence to be configurable in different fence positions. Each fence position is configured to enclose a different configured work area.

A rigid structure such as a ladder is disclosed having rotating hinges that allow the ladder to fold up and/or be disassembled and assembled. The hinge or hinges can be provided between ladder sections with one ladder section having a male hinge element, and another having a female hinge element. A cam element provided with the female hinge element can be moved between an unlocked position in which the ladder sections can rotate with respect to each other, and a locked position in which the structure is rigid.

A rigid structure such as a ladder is disclosed having rotating hinges that allow the ladder to fold up and/or be disassembled and assembled. The hinge or hinges can be provided between ladder sections with one ladder section having a male hinge element, and another having a female hinge element. A cam element provided with the female hinge element can be moved between an unlocked position in which the ladder sections can rotate with respect to each other, and a locked position in which the structure is rigid.

An agility ladder includes a plurality of rungs, a left link assembly disposed between each rung and including ends pivotally attached to left ends of each rung, a right link assembly disposed between each rung and including ends pivotally attached to right ends of each rung, and first and second links included on each of the left and right link assemblies. The first and second links may be pivotally attached at a link pivot joint, where, through pivotal attachment of the left and right link assemblies with the plurality of rungs and pivotal attachment of the first and second links, the plurality of rungs are moveable from an open position where the plurality of rungs are spaced apart from one another to a collapsed position where the plurality of rungs are aligned adjacent to one another and are not overlapping with one another.

An unfurlable rescue ladder. The ladder includes a progress capture element allowing someone who deploys the ladder for rescuing a person who has fallen to also assist the person to climb the ladder.

An unfurlable rescue ladder. The ladder includes a progress capture element allowing someone who deploys the ladder for rescuing a person who has fallen to also assist the person to climb the ladder.

An agility ladder has a plurality of rungs including first and second rungs. A left link assembly has ends pivotally attached to left ends of the first and second rungs, and a right link assembly has ends pivotally attached to right ends of the first and second rungs. The left and right link assemblies each include first and second links having equal lengths, with the first and second links joined at a link pivot joint which allows the first and second links to form an angle between them of less than 180 degrees.

The present invention relates to a portable ladder with standoffs. The ladder has several steps, each having a tread, two elbows and two standoffs. The user uses the treads to ascend the ladder. The standoffs have distal ends that contact the boat for stability. A tread cable assembly secures the ladder to the boat and supports the treads in a selected maximum spaced relationship. Two standoff cable assemblies are also provided. Each standoff cable assembly has sections that supports the distal standoff ends (adjacent the boat) in selected maximum space relationships. The standoffs and treads maximum spaced relationship are the same so that twisting if the steps is prevented during use.

The present invention relates to a portable ladder with standoffs. The ladder has several steps, each having a tread, two elbows and two standoffs. The user uses the treads to ascend the ladder. The standoffs have distal ends that contact the boat for stability. A tread cable assembly secures the ladder to the boat and supports the treads in a selected maximum spaced relationship. Two standoff cable assemblies are also provided. Each standoff cable assembly has sections that supports the distal standoff ends (adjacent the boat) in selected maximum space relationships. The standoffs and treads maximum spaced relationship are the same so that twisting if the steps is prevented during use.

A climbing aid for climbing to an elevated vantage point while hunting. The climbing aid includes multiple units that can be fastened and unfastened from each other, wherein each unit forms a step of the climbing aid. Each unit includes a webbing of a tubular and an elongated geometry. The webbing has a proximal end and a distal end. A hollow tube slidably positioned at about the middle of the webbing, the tube has a proximal end and a distal end. A right link is positioned adjacent to the proximal end of the hollow tube. A left link is positioned adjacent to the distal end of the hollow tube. A right webbing slider is positioned between the right link and the proximal end of the webbing. A left webbing slider is positioned between the left link and the distal end of the webbing.