An accessory for a self-balancing board is provided. The self-balancing board comprises a foot-deck having two lateral foot-deck ends. Each lateral foot-deck end is coupled to a motor that drives a wheel in response to an orientation of the lateral foot-deck end relative to a horizontal plane. The accessory includes a chassis, at least one travel surface-contacting element coupled proximal to a first longitudinal end of the chassis to facilitate travel of the chassis over a travel surface, and a seat coupled to the chassis and configured to support a person. The accessory further includes a first foot-deck engagement element proximal to a second longitudinal end of the chassis distal to the first longitudinal end and constructed to engage the foot-deck of the self-balancing board proximal to the first lateral foot-deck end, and a second foot-deck engagement element proximal to the second longitudinal end of the chassis and constructed to engage the foot-deck of the self-balancing board proximal to the second lateral foot-deck end. At least one control member coupled to the first foot-deck engagement element and the second foot-deck engagement element controls the orientation of the lateral foot-deck ends relative to a horizontal plane via the first foot-deck engagement element and the second foot-deck engagement element.

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.

The invention discloses an exoskeleton (10) for a human person (8) for assisting and/or extending the range of motion and locomotion of the subject, and a method for operating and handling such an exoskeleton (10). The exoskeleton (10) is provided with a plurality of sections (12, 14, 16) and associated connecting joints (20, 24, 28) and can be operated in a walking mode and in a rolling mode. The lower leg sections (16) and/or the knee or second connecting joints (24) are associated with motor-driven wheels (32), which are inactive in a walking mode of the exoskeleton (10) when the person (8) is standing on the ground or moving by means of walking and/or stepping and/or climbing and/or running movements and are in a position at a distance from the ground and/or from the foot section (18) of the exoskeleton (10), and which are activated and/or motor-driven in a rolling mode of the exoskeleton (10) and are in contact with the ground.

A seated skateboard ride converter for a motorized central wheel skateboard with a driven wheel rotationally mounted to a support deck using a parallel-to-ground-plane foot dolly having a caster assembly supporting foot pegs on a foot peg frame connected by a substantially horizontal leg to a pitch and roll mid pivot connected to the motorized central wheel skateboard with a seat mounted above the driven wheel.

A seated skateboard ride converter for a motorized central wheel skateboard with a driven wheel rotationally mounted to a support deck using a parallel-to-ground-plane foot dolly having a caster assembly supporting foot pegs on a foot peg frame connected by a substantially horizontal leg to a pitch and roll mid pivot connected to the motorized central wheel skateboard with a seat mounted above the driven wheel.

A conversion frame adds a steering tire and a seat to an electric skateboard. The front wheel provides more stability and allows the rider to sit on a seat above the skateboard. The conversion frame makes an electric skateboard more stable, and the rider is low to the ground, enhancing fall safety. The steering tire allows for faster speeds and safer turns without a dangerous fall. It also gives more enjoyment as a lower view at typical skateboard speeds will appear faster to the rider.

A conversion frame adds a steering tire and a seat to an electric skateboard. The front wheel provides more stability and allows the rider to sit on a seat above the skateboard. The conversion frame makes an electric skateboard more stable, and the rider is low to the ground, enhancing fall safety. The steering tire allows for faster speeds and safer turns without a dangerous fall. It also gives more enjoyment as a lower view at typical skateboard speeds will appear faster to the rider.