Abstract:
An elevated platform system includes first and second platform sections and a ladder for accessing the platform sections in an elevated position. The platform sections are aligned in longitudinal arrangement and are configured to be selectively disposed and coupled between a pair of mobile storage units. The first platform section has a proximal end portion defining an opening for receiving a ladder hook. A distal end of the first platform section can releasably couple to a proximal end portion of the second platform section. The platform sections are movable between a deployed or installed position in which they secure the first and second storage units to form an elevated walking or standing surface therebetween, and a retracted or uninstalled position in which the platform sections are detached from at least one of the mobile storage units the allow relative movement of the storage units.
Abstract:
A modular platform system utilizing a number of components including a platform. The platform is configured so that each of the components may interchangeably connect to any side of the platform. The components include, for example, handrails and stairways, as well as other platforms. The platform and most of the components are formed from single, continuous pieces of metal.
Abstract:
A cage for surrounding a section of a work area of the top of rolling stock includes an inboard side, an outboard side, a front end section and a back end section. The inboard side of the cage is attached to an associated deployment apparatus. Each of the two sides can define a pair of fence notches to slide over the rails surrounding the work area. Each of the two end sections can define an inboard notch and a center notch. Some embodiments of the end sections can define an outboard notch that includes a self-adjusting straddle. The cage can be provided as part of a portable fall protection device that includes a telescoping positioning mechanism.
Abstract:
A ground rod and guy stake extractor according to the present approach overcomes many deficiencies of contemporary methods, and allows for the rapid extraction of ground rods and guy stakes across a full range of environments, and at a wide range of extraction angles, with a straight pull on the item being extracted. Embodiments may be lightweight, easily transported, and operated by a single individual. Embodiments may include a winch, winch cable system, and support structure. The geometry is such that it is easy and straight forward to align the direction of pull with any rod or ground stake, and particularly for those driven into the ground within the commonly prescribed angular limits, thus assuring a continuous, steady pull of at least four feet in most embodiments. Guy stakes can therefore be easily extracted in one step, and typically ground rods (because of their length) in two steps.
Abstract:
A hunting stand is provided. A frame assembly includes a plurality of legs and a plurality of struts. A platform includes a pair of wheel spindles each extending from laterally from an opposing side of the platform. A seat is secured to an upper surface of the platform. The hunting stand includes an assemble position and a transport position. The assemble position includes the legs and struts of the frame assembly attached together in an upright position elevating the platform, and a top end of the ladder is secured to and extending downward from the platform in a vertical position. The transport position includes the legs and struts detached from one another, the pair of wheels secured to the pair of wheel spindles respectively and the top end of the ladder secured to and extending laterally from the platform in a horizontal position.
Abstract:
A moveable climbing system includes at least one step, a first set of legs, a second set of legs, a first set of wheels operatively connected to the first set of legs, a second set of wheels operatively connected to the second set of legs, and a motor operatively connected to the first set of wheels, configured to rotate the first set of wheels. The climbing system may further include a battery for providing electric supply for the motor. The at least one step may include a rung of a ladder. The at least one step may include a board of a scaffold. The climbing system may further include a motor box housing the electric motor, wherein the motor box may be configured to operatively connect to and disconnect from the at least one step.
Abstract:
A wheel and bracket device that is removably attachable to a ladder. The present invention allows users to more conveniently transport a ladder, ladder tree stand, or other such device, along with objects that may be supported thereon. The present invention is a bracket that is adapted to enclose a rail and a rung of a ladder and be securely affixed to the ladder via a locking mechanism, such as a locking pin. A wheel is rotatably attached to the bracket, thereby allowing users to push or pull the ladder across terrain, rather than being forced to carry the ladder.
Abstract:
An article transport device and a work platform are movable along a travel path along a rack lateral direction. Article storage racks include a first storage rack installed on a first direction side along a rack fore and aft direction with respect to the travel path, and a second storage rack installed on a second direction side along the rack fore and aft direction with respect to the travel path. A platform storage section for storing the work platform is provided on the first direction side with respect to a trajectory of the article transport device. The platform storage section and the trajectory overlap with each other at least in part as seen along the rack fore and aft direction whereas the platform storage section and the second storage rack overlap with each other at least in part as seen along the rack fore and aft direction.
Abstract:
An adjustable ladder attachment able to be secured to a vehicle to enhance user stability and safety when servicing the vehicle. The ladder attachment includes an outer ladder assembly with a pair of rails connected by steps, an inner ladder assembly with a pair of rails connected by steps, the inner ladder assembly rails being slidably mounted to the outer ladder assembly rails to one of a plurality of locking positions, and a platform rotatably mounted to a top portion of the inner ladder assembly. The outer ladder assembly is positioned on a ground surface proximate the vehicle and the platform is rotatably adjusted to rest on top of a tire of the vehicle, thereby enabling a user to stand on the platform or the steps of the ladder assemblies.
Abstract:
A ladder system includes an overhead track system, a ladder, a latch and a carriage. The overhead track system includes a first guide track and a second guide track. The carriage is operatively configured to move longitudinally along the first and second guide tracks and to move laterally between the first and second guide tracks. The ladder is pivotally mounted to the overhead track system. A lateral carriage brake is provided which prevents lateral movement of the ladder, and a longitudinal carriage brake is provided to prevent longitudinal movement of the ladder. The latch is operatively configured to affix the ladder to the carriage.