Abstract: An adjustable-topography climbing wall assembly includes a plurality of climbing panels that are movable relative to one another. Each panel includes a surface element and frame elements positioned on the rear face of the surface element along the side edges of the panel. Each frame element is adjustably connected with a frame element of an adjacent panel such that the adjacent panels can be moved through a plurality of joint positions by one or more actuators. The adjustably-connected frame elements may be (i) pivotable relative to one another, such that an angle between the adjacent panels may be varied and (ii) slidable relative to one another, such that a distance between the adjacent panels can be varied. Regardless of the joint position, the front faces of the surface elements may together define a substantially continuous climbing surface.

Abstract: A climbing wall assembly may include a first wall portion, a second wall portion, and a movable wall panel, the front faces of which provide a substantially continuous climbing surface. The movable wall panel has a first side hingedly connected to the first wall portion and a second side slideably and hingedly connected to the second wall portion. The assembly further includes one or more actuators configured to change an angle of the first wall portion, the second wall portion, or both. By changing the relative angle between the first and second wall portions, the movable panel may be brought between closed and open positions to provide the climbing wall with different climbing challenges.

Abstract: The present invention is directed to a climbing wall comprising one or more expandable climbing panels. The expandable climbing panel may be configured so that changing the angle of a portion of the climbing wall in one direction causes the climbing panel to expand, such that the panel provides an increased climbing surface area, and changing the angle of the portion of the climbing wall in the other direction causes the climbing panel to contract, such that the panel provides a reduced climbing surface area. By hingedly attaching the expandable climbing panel to first and second wall portions, at least one of which is adjustable to a plurality of angles, a climbing wall that can be brought into a variety of different configurations, e.g. at the touch of a button, is produced.

Abstract: The present invention is directed to a climbing wall comprising one or more expandable climbing panels. The expandable climbing panel may be configured so that changing the angle of a portion of the climbing wall in one direction causes the climbing panel to expand, such that the panel provides an increased climbing surface area, and changing the angle of the portion of the climbing wall in the other direction causes the climbing panel to contract, such that the panel provides a reduced climbing surface area. By hingedly attaching the expandable climbing panel to first and second wall portions, at least one of which is adjustable to a plurality of angles, a climbing wall that can be brought into a variety of different configurations, e.g. at the touch of a button, is produced.

Abstract: The present invention is directed to a climbing wall comprising one or more expandable climbing panels. The expandable climbing panel may be configured so that changing the angle of a portion of the climbing wall in one direction causes the climbing panel to expand, such that the panel provides an increased climbing surface area, and changing the angle of the portion of the climbing wall in the other direction causes the climbing panel to contract, such that the panel provides a reduced climbing surface area. By hingedly attaching the expandable climbing panel to first and second wall portions, at least one of which is adjustable to a plurality of angles, a climbing wall that can be brought into a variety of different configurations, e.g. at the touch of a button, is produced.

Abstract: Embodiments of the present disclosure provide a system for the mounting of obstacles on a climbing wall in a manner which allows the obstacles to take on a number of different positions or orientations without a need to remove the obstacle mounting element from the climbing surface or perform any other significant disassembly. Embodiments of the present disclosure thus provide obstacles that can be repositioned by children during play to instantly create a variety of unique climbing challenge courses.

Abstract: Embodiments of the present disclosure provide a system for the mounting of obstacles on a climbing wall in a manner which allows the obstacles to take on a number of different positions or orientations without a need to remove the obstacle mounting element from the climbing surface or perform any other significant disassembly. Embodiments of the present disclosure thus provide obstacles that can be repositioned by children during play to instantly create a variety of unique climbing challenge courses.

Abstract: An example climbing wall includes: a frame; a plurality of climbing panels connected to the frame; and a plurality of holds, each of the plurality of holds connected to at least one of the plurality of climbing panels with a t-nut, the t-nut including: a flange in contact with the at least one plurality of climbing panels, and a plurality of splines embedded within the at least one climbing panels.

Abstract: An example climbing wall includes: a frame; a plurality of climbing panels connected to the frame; and a plurality of holds, each of the plurality of holds connected to at least one of the plurality of climbing panels with a t-nut, the t-nut including: a flange in contact with the at least one plurality of climbing panels, and a plurality of splines embedded within the at least one climbing panels.

Abstract: A safety mat securement assembly for providing an open and a closed position for a climbing wall assembly using a safety mat. The safety mat securement assembly may utilize a plurality of security hand hold members each having latching means and a safety mat having a plurality of bottom securement members, top and side loop members. The security hand hold members may be used as hand holds on the climbing wall assembly and may have a locking structure. The hand holds may also have embedded securement structures to provide for the attachment of climbing related devices. The bottom securement members function to hold the safety mat to the bottom of a climbing wall assembly during both open and closed positions of the safety mat. The mat securement assembly is opened or unlocked by loosening the latching means, removing security mat top loop members from the hand hold, and placing the mats on the floor along the base of the climbing wall.

Abstract: A climbing wall assembly for educational and recreational purposes. The climbing wall assembly has a plurality of adjacently positioned wall panels, each having an exterior paint/aggregate textured surface adapted for educational purposes. A plurality of wall apertures are provided for mounting hand hold structures so that a plurality of climbing paths may be provided. Markable paint/aggregate climbing wall surfaces are also provided. Removable magnetic and metallic educational elements may also be utilized by the climbers. A paint/aggregate layer having metallic or magnetic particles mixed therein may be utilized to provide the magnetic climbing wall surface and to provide magnetic qualities to climbing wall components.

Abstract: A safety mat securement assembly for providing open and a closed position for a climbing wall assembly using a safety mat. The safety mat securement assembly utilizes a plurality of security hand hold members each having latching means and a safety mat having a plurality of bottom securement members, top and side loop members. The security hand hold members may be used as hand holds on the climbing wall assembly and may have a locking structure. The bottom securement members function to hold the safety mat to the bottom of a climbing wall assembly during both open and closed positions of the safety mat. The mat securement assembly is opened or unlocked by loosening the latching means, removing security mat top loop members from the hand hold, and placing the mats on the floor along the base of the climbing wall. When in closed or locked position, the security mats may contain a printed message communicating that the climbing wall is closed and climbing should not take place.

Abstract: A safety mat structure and associated securement assembly for providing open and closed positions for a climbing wall assembly. The safety mat securement assembly utilizes a plurality of security hand hold members each having latching means and a safety mat structure having bottom, top and side securement members. The security hand hold members may be used as hand holds on the climbing wall assembly and may have a locking structure. The bottom securement member functions to hold the safety mat to or near the bottom of a climbing wall assembly during both open and closed positions of the safety mat structure. The mat securement assembly is opened or unlocked by loosening the latching means, removing security mat top loop members from the hand hold, and placing the mats on the floor along the base of the climbing wall. When in the closed or locked position, the security mats may contain a printed message communicating that the climbing wall is closed and climbing should not take place.

Abstract: A resistance tubing fitness system and method for climbing walls. The system and method provides a plurality of cooperating components which permit a user to enhance workout activities at a climbing wall. The system may include a guide, instruction cards, resistance bands, handles and hand holds designed to receive a resistance band, step holds and usage and safety instructions. In use, students may perform lateral raises, bicep curls, step-ups and other exercises at designated workout stations at the climbing wall.

Abstract: A climbing wall assembly for educational and recreational purposes. The climbing wall assembly has a plurality of adjacent wall panels, each having an exterior surface adapted for educational purposes and having a plurality of apertures for mounting hand hold structures. A plurality of climbing paths are thereby available for the assembly. Markable metallic and magnetic wall panel surfaces are further provided whereby climbing paths may be marked and removable magnetic and metallic educational elements may be utilized by the climbers.

Abstract: A climbing wall assembly for educational and recreational purposes. The climbing wall assembly has a plurality of adjacently positioned wall panels, each having an exterior surface adapted for educational purposes. A plurality of wall apertures are provided for mounting hand hold structures so that a plurality of climbing paths may be provided. Markable metallic and magnetic wall panel surfaces are provided so that the climbing paths may be marked. Removable magnetic and metallic educational elements may also be utilized by the climbers. A paint layer with metallic or magnetic particles mixed therein may be utilized to provide the magnetic climbing wall surface and to provide magnetic qualities to climbing wall components.

Abstract: A climbing wall route setting assembly and process for setting climbing wall routes. The route setting assembly includes a guide with climbing wall maps having a coordinate system. Cooperating sets of hand hold structures are provided with indicia to create climbing routes of varying difficulty utilizing the route maps.

Abstract: A free standing climbing wall assembly having double mounted hand holds and a wall closure assembly. The wall closure assembly provides a covering to protect the climbing wall assembly and is secured in place to prevent unauthorized climbing. The protective covering may also be utilized to provide a tent-like shelter from the elements while providing access and use of the climbing wall.

Abstract: A climbing wall assembly having wall panels to form free-standing, wall-mounted or a combination climbing wall assembly. The climbing wall assembly further has novel handhold structures constructed to be used with removable elements to form a challenge course.

Abstract: A heart rate monitor assembly for use in a climbing wall assembly. The assembly includes heart rate monitor devices and heart rate display units for climbers. The monitors, display devices, and pulse sensors may be incorporated into the climbing wall structure, hand holds, and/or the wall or route plates mounted on the climbing wall.