ES2208074A1 - Folding panel for practicing and training of climbing, is attached to metallic structure formed by two metallic triangles and three transverse and perpendicular metal strips - Google Patents

Abstract

The folding panel is attached to a metallic structure formed by two metallic triangles (1) and three transverse and perpendicular metal strips (2,3,4). A folding unit is formed by a system of pulleys. A safety anchoring and self locking unit is provided to allow tilt of a wooden panel (5) with artificial dams (6) for carrying out the climbing practice and training.

Description

Folding, detachable and climbing climbing panel laptop.

The present invention relates to a panel with artificial dams for the practice and training of the climbing, with the ability to give different degrees of crash, assemble and disassemble it, and move it easily

Numerous surfaces adapted by the man's hand for climbing, commonly referred to as "climbing walls", with a variety of shapes, structures and possibilities. We can find from the use of walls or walls equipped with artificial climbing dams, artificial rock structures fixed to a wall or wall where they have carved certain dams or set artificial dams, up to smooth panels of wood or plastic material with artificial dams fixed to the wall or wall. In some cases they have zones collapsed or the panel has a complex system that allows the dejection of them.

In all cases there is a characteristic common immobility, which is the need to maintain this panel fixed to the wall or wall, being necessary to make an anchor that Hold them to it. Thus, the proposed portable climbing panel in the present invention it contributes with respect to the state of the art in the matter, a simple system of despondency for the collapse of the panel that does not require anchoring to a wall and that allows easy assembly and disassembly of the complete device to be moved from one place to another easily.

The invention is developed schematically, detailing those aspects that are considered to be Configuration or layout are relevant. Thus, the invention is It consists of a climbing panel attached to a metal structure formed by two metallic triangles and three metal slats transverse and perpendicular, which through a mechanism of despondency, formed by a pulley system, a mechanism of safety anchor and other self-blocking, allows the panel to collapse with artificial dams, giving it degrees of inclination that we want.

For the best understanding of how much is left described herein, some drawings are attached in the that, just as an example, a case study is represented of folding panel construction.

Figure 1. Shows an elevation view lateral of the metallic angle that constitutes the device of wood panel fastening that houses the artificial dams.

Figure 2. Shows an overview in perspective, of the metal structure, the wooden panel and the crash system

Figure 3. Rear elevation view of the metal structure, back side of the wooden panel and the pulley system for progressive panel collapse.

Figure 4. Anchoring mechanism in the central back of the panel for the pulley system.

Figure 5. Mechanism standard self-blocking (yuma fist type) for the pulley system

Figure 6. Anchoring system of security between the wooden panel and the metal structure.

Figure 7. Explanatory diagram of rope travel of the pulley system for the collapse of the panel.

In these figures, the numbered elements are relate below:

(1): Triangles lateral

(2): Metal slat higher

(3): Metal slat lower back

(4): Metal slat lower previous

(5): Panel of wood

(6): Dams artificial

(7): System self-locking

(8): System anchorage

(9): Sheet

(10): Carabiner

(11): Links

(12): Static rope

(13): First anchor

(14): Second anchor

A form of preferred embodiment of the invention, this presentation not being but one of the many construction modes that can be carry out for the development of techniques and configuration previously described.

The metal frame and support structure (Figures 1 and 2) It consists of two lateral right triangles of metal slats and hollow section (1), three metal slats (2), (3) and (4) transverse and perpendicular to the triangles metal (1), joining them together with threaded through screws in its vertices.

The upper metal slat (2) of the same section square and hollow joins the two triangles (1) in turn higher. The lower back metal strip (3) formed by two smooth plates positioned at right angles joining the triangles metallic (1) by its lower right angle vertex. The bar Lower metal front (4) formed by a smooth metal plate that joins the two metallic triangles (1) by their other vertices lower.

The metal frame and support structure (Figures 1 and 2) houses a wooden panel 2 cm thick (5) where the artificial dams (6) that are attached to it are located using standard staples with special wood threads for the back and bolted to the dam by its front. The base of the wooden panel rests on the right angle of the metal strip (3) placing some through screws that cross the right vertex of the metallic triangles (1) to precede the lower ends of the wooden panel (5) as a stop to prevent the displacement of the lower part of the wooden panel (5) forward. The top of the panel wood (5) is not fixed, but can be tilted forward by a pulley system described (figure 7) and the system self-blocking (7), which holds the rope of the pulley system in front-wheel drive, letting it run towards behind.

The pulley system (figure 3) has some anchor mechanisms (8 and detail in figure 4) located in a block wooden on the back of the board for scrolling of the static rope (12) of the pulley system, consisting of two sheet metal (9), fixe type, attached to the wooden panel (5) by middle threaded through screws, and two standard carabiners (10)

The security clamping system of the panel wood (5) with the metal structure (figure 6), is formed by a standard link chain (11), two metal plates (9) and a standard carabiner (10) that moves through the links of the chain (11), in line with the tension exerted on the static rope, to establish the degree of inclination or wood panel crash (5).

Regarding the pulley system (Fig. 4), builds from a static rope (12) that performs a travel from its first anchor (13) by means of a carabiner (10) and a static knot to a metal sheet (9) that is located in the metal strip (2) next to the metallic triangle (1), to pass through the two carabiners (10) of the anchoring system (8) and from here to anchor point (14), composed of sheet metal (9) and carabiner (10) equal to those of the first anchor point (13), but located in the opposite end and next to the other metallic triangle (1) of the ribbon metallic (2), to pass through it finally reach the system of self-locking (7), which allows the degree of inclination of the wooden panel (5), depending on the amount of static rope (12) that we let pass through it.

They will be independent of the object of the invention the materials used in the manufacture of the components of the metal structure, as well as the elements used already existing in the market.

Claims (1)

1. Folding, removable and portable climbing panel characterized by being subjected to a metal structure formed by two metal triangles (1) and three transverse and perpendicular metal slats (2), (3) and (4), which through a folding mechanism, formed by a pulley system, a safety anchoring mechanism and another self-blocking (7), allows the inclination of a wooden panel (5) with artificial dams (6) for the practice and training of the climbing.