The invention relates to a travel device for children comprising a panel with a first side and a second side, wherein the first side has at least one first sliding surface with first sliding characteristics for sliding the surface on the ground, and the second side has at least one single wheel for moving the travel device on the ground in a movement direction, wherein the first side has a first seating/standing surface and/or the second side has a second seating/standing surface, the first side and/or the second side has a first receiving device or a second receiving device for detachably arranging a seat/holding element, with said seat/holding element being produced from a solid material or from an expandable or inflatable element, wherein the receiving device is designed for arranging the seat/holding element in a horizontal position or in a vertical position relative to the panel.

The invention relates to a travel device for children comprising a panel with a first side and a second side, wherein the first side has at least one first sliding surface with first sliding characteristics for sliding the surface on the ground, and the second side has at least one single wheel for moving the travel device on the ground in a movement direction, wherein the first side has a first seating/standing surface and/or the second side has a second seating/standing surface, the first side and/or the second side has a first receiving device or a second receiving device for detachably arranging a seat/holding element, with said seat/holding element being produced from a solid material or from an expandable or inflatable element, wherein the receiving device is designed for arranging the seat/holding element in a horizontal position or in a vertical position relative to the panel.

An icehouse floor sled device is provided. The device is comprised of a corrosion-resistant frame that may receive an icehouse. The device incorporates features such as runners for smooth movement on snow or ice, a foldable design with locking hinges for compact storage, and a hitch adaptable to various towing vehicles. A polycarbonate floor provides a stable surface, with customizable openings for ice augers that can be sealed securely with threaded lids. The device includes dedicated receiving areas for safely securing equipment, such as molded recesses for propane canisters and vertically aligned posts with cushioned grips for ice augers. Fasteners and vibration-dampening mounts ensure stability during transport, while modular and adjustable components offer user-friendly customization.

The ground transport sled is configured for use on a bulk solid surface. The bulk solid surface is defined as a supporting surface formed from a bulk solid material. Examples of bulk solid surfaces include, but are not limited to, snow covered surfaces, sand surfaces, and gravel surfaces. The ground transport sled incorporates a plurality of runners, a plurality of cross members, a plurality of wagon tracks, and a cart structure. The ground transport sled forms a vehicle that carries the cart structure over the bulk solid surface. Each wagon track selected from the plurality of wagon tracks mounts on a runner selected from the plurality of runners. Each cross member selected from the plurality of cross member forms a bracing structure that stabilizes the plurality of runners.

The ground transport sled is configured for use on a bulk solid surface. The bulk solid surface is defined as a supporting surface formed from a bulk solid material. Examples of bulk solid surfaces include, but are not limited to, snow covered surfaces, sand surfaces, and gravel surfaces. The ground transport sled incorporates a plurality of runners, a plurality of cross members, a plurality of wagon tracks, and a cart structure. The ground transport sled forms a vehicle that carries the cart structure over the bulk solid surface. Each wagon track selected from the plurality of wagon tracks mounts on a runner selected from the plurality of runners. Each cross member selected from the plurality of cross member forms a bracing structure that stabilizes the plurality of runners.

Various systems are directed to a removable sled assembly for a portable shelter having a frame, the sled assembly generally including a runner and an attachment member that includes a support member extending upwardly from the upper surface of the runner, and a bracket configured to removably engage the frame of the portable shelter, wherein the bracket is coupled with the support member via a hinge that allows the bracket and runner to rotate relative to each other about a pivot axis.

Various systems are directed to a removable sled assembly for a portable shelter having a frame, the sled assembly generally including a runner and an attachment member that includes a support member extending upwardly from the upper surface of the runner, and a bracket configured to removably engage the frame of the portable shelter, wherein the bracket is coupled with the support member via a hinge that allows the bracket and runner to rotate relative to each other about a pivot axis.

The Kneelboard device is for transporting a user across a surface, including handrail parts, runners and a multi-point harness attached together upon a user's kneeling legs, thighs, calves and/or hips, that are configured to be operable for generally maintaining balance and control. A plurality of side wall section(s), a seat portion, and one or more shin well segment(s), wherein the one or more shin well segment(s) are configured to provide a resting position for a user's legs, knees, shins and/or feet. One or more instep portion(s), wherein the one or more instep portion(s) are configured to provide a resting position for a user's instep. A raised back edge portion disposed at an end of the device's interior, and a plurality of underside edge section(s) where each underside edge section may considerably taper inward to allow for at least one of a controlled steering, decelerating, and stopping.

The Kneelboard device is for transporting a user across a surface, including handrail parts, runners and a multi-point harness attached together upon a user's kneeling legs, thighs, calves and/or hips, that are configured to be operable for generally maintaining balance and control. A plurality of side wall section(s), a seat portion, and one or more shin well segment(s), wherein the one or more shin well segment(s) are configured to provide a resting position for a user's legs, knees, shins and/or feet. One or more instep portion(s), wherein the one or more instep portion(s) are configured to provide a resting position for a user's instep. A raised back edge portion disposed at an end of the device's interior, and a plurality of underside edge section(s) where each underside edge section may considerably taper inward to allow for at least one of a controlled steering, decelerating, and stopping.