Abstract:
The current invention discloses a rope ladder with supporting attachments, comprising a ladder hook (1) for the ladder to be hanged in a building, a rope ladder body fixed to said hook (1) made of a left and a right ladder belt (2) and multiple aluminum alloy strip rungs (3) spanning the two rope ladder belts, and supporting attachments (4) symmetrically fixed on back of the two ladder belts (2) at joints with the rungs (3). Said supporting attachments (4) is of a folding design with torsion springs, torsion force of which makes the supporting attachments (4) open outward automatically until the inner angle between them and the rungs (3) is a little bit larger than 90 degrees, so as to overcome difficulties people encounter to step on the rumps owing to closeness of the two ladder belts to building walls. When the current invention, the rope ladder, is in use, its supporting attachments are supported in building walls, there is a suitable space between the rungs (3) and building walls, making it easy and reliable for people to step on.
Abstract:
This utility model discloses a flexible ladder with supporting accessory.The ladder includes a ladder hook(1) attached to the fixing building, a ladder body composed of left and right ladder bands(2) and fixedly connected to the ladder hook (1), some treads(3) which have aluminium alloy bar in their endothecium and stride joining the left band with the right band of the ladder, some supporting accessorys(4) which distribute symmetrically at the connections between the rear of the ladder bands(2) and the treads(3). Said supporting accessorys (4) are loose-leaf structure having torsion spring, said torsion spring energizes the supporting accessorys (4) opening outward automatically to maintain their internal angle to the treads (3) larger than 90° slightly. The treads (3) hold the ladder a proper distance from the building wall and the flexible ladder provides for easier and steadier foot placement of the person descending the ladder.
Abstract:
This utility model discloses a flexible ladder with supporting accessory.The ladder includes a ladder hook(1) attached to the fixing building, a ladder body composed of left and right ladder bands(2) and fixedly connected to the ladder hook (1), some treads(3) which have aluminium alloy bar in their endothecium and stride joining the left band with the right band of the ladder, some supporting accessorys(4) which distribute symmetrically at the connections between the rear of the ladder bands(2) and the treads(3). Said supporting accessorys (4) are loose-leaf structure having torsion spring, said torsion spring energizes the supporting accessorys (4) opening outward automatically to maintain their internal angle to the treads (3) larger than 90° slightly. The treads (3) hold the ladder a proper distance from the building wall and the flexible ladder provides for easier and steadier foot placement of the person descending the ladder.
Abstract:
When producing large work-pieces, an operator often faces the problem of accessing all areas of an inclined, high surface. The present invention proposes a device and a method for climbing up inclined surface wherein a plurality of steps are attached to a flexible support, which can be provided for example by a mat. The present invention finds a particular convenient application in the field of wind turbine production, for example when layers of glass fibers have to be laid onto the walls of a mould.
Abstract:
When producing large work-pieces, an operator often faces the problem of accessing all areas of an inclined, high surface. The present invention proposes a device and a method for climbing up inclined surface wherein a plurality of steps are attached to a flexible support, which can be provided for example by a mat. The present invention finds a particular convenient application in the field of wind turbine production, for example when layers of glass fibers have to be laid onto the walls of a mould.
Abstract:
A collapsible escape ladder (1) having rungs (5) of a relatively strong and thin material with integral stand-off projections (6) that allow the escape ladder to be safely descended and of a cross section that allows the escape ladder rungs to nest to a high degree of compactness. The escape ladder is readily deployed by means of a cover (16) having two sets of temporary fasteners. In an emergency, the escape ladder is deployed by partially unwrapping the cover (16) to a first state which allows an attaching member (2) to be removed and placed over a window sill. After insuring that narrow fabric supports (4), which attach the attaching member to the rungs, are not twisted between the attaching member and a top rung of the escape ladder, the multiple rungs (still wrapped by the cover and secured by a second set of temporary fasteners) are supported using a handle (17) attached to the cover. The handle is then held outside the window and dropped. The momentum of the falling package of rungs is sufficient to open the second set of temporary fasteners and thereby reliably deploy the escape ladder in its proper orientation. Also disclosed is a mounting plate, which may optionally be used to stabilize the attaching member (2) to a wall surface beneath a window sill and to ensure that the attaching member (2) will attach securely over any window sill, regardless of the thickness of the wall.