A fluidic exoskeleton system. The system can include one or more fluidic actuator units that have: a joint; a first and second arm coupled to the joint; an inflatable bellows actuator extending between a first and second plate associated with the joint, the inflatable bellows actuator defining a bellows cavity, the inflatable bellows actuator configured to extend along a length of the bellows actuator when inflated by introducing fluid into the bellows cavity; and one or more constraint ribs extending from the joint and surrounding portions of the bellows actuator along the length of the bellows actuator.

High W-Heels are stylish mobility devices, worn on each foot designed left and right, combining wheeled chassis below attached to fashionable boot above. Their unique three wheeled chassis design, featuring two same sized smaller diameter wheels in front (attached by axle) and a single larger diameter (high) wheel in the back, forms a triangle which provides the user the desirable combined stability of roller skates with the agility of roller blades. This forward leaning (high wheel) design aids momentum and promotes good posture while offering the renowned fashion of a stylish high-heeled demi-boot.

A wearable mobility device comprising a base for the placement of a shoe, the base including a heel-support section, a battery pack, a tail reflector, and a wireless receiver. The device including a first wheel having a wheel hub motor embedded therein, the motor rotatably connected to a first partial axial shaft connected to the base. The device including a second wheel having a wheel hub motor controller embedded therein, the motor controller rotatably connected to a second partial axial shaft connected to the base and operative to control a speed of rotation of the first wheel and the second wheel. The device also including a remote control for controlling the speed of rotation of the first wheel and the second wheel, the remote control operative to transmit one or more control signals to the wireless receiver, the wireless receiver being electrically coupled to the motor controller.

A powered exoskeleton includes a leg part and a foot part. The foot part includes a foot bottom plate and a foot bottom plate driving wheel. The foot bottom plate includes a first surface and a second surface opposite to each other; and the foot bottom plate driving wheel is connected below the leg part. The foot bottom plate is movably connected to the foot bottom plate driving wheel and capable of being turned over relative to the foot bottom plate driving wheel. In the walking mode, the foot bottom plate is turned over till the first surface of the foot bottom plate faces upward and is connected below the foot bottom plate driving wheel; and in the wheeled movement mode, the foot bottom plate is turned over till a second surface of the foot bottom plate faces upward and is connected above the foot bottom plate driving wheel.

Splitboard binding systems and assemblies for use in ski mode or snowboard mode. Left and right bottom rails are attached to the bottom surface of a base plate. Each rails may have a circular hook at a forward end for attachment to a toe bracket in a ski mode. The rails and base plate define channels for slidable attachment to pucks disposed on the gliding board in snowboard mode. A securing lever disposed near the rear end of the binding with a securing member disposed on the lower surface thereof may be rotated into a downwards position so the securing member resides below the base plate to secure the binding in position when installed on pucks in a snowboard mode. Crampon assemblies and sliding heel locks for use with the binding assembly are aso disclosed.

A wearable mobility device comprising a base for the placement of a shoe, the base including a heel-support section, a battery pack, a tail reflector, and a wireless receiver. The device including a first wheel having a wheel hub motor embedded therein, the motor rotatably connected to a first partial axial shaft connected to the base. The device including a second wheel having a wheel hub motor controller embedded therein, the motor controller rotatably connected to a second partial axial shaft connected to the base and operative to control a speed of rotation of the first wheel and the second wheel. The device also including a remote control for controlling the speed of rotation of the first wheel and the second wheel, the remote control operative to transmit one or more control signals to the wireless receiver, the wireless receiver being electrically coupled to the motor controller.

Disclosed herein is a boot frame comprising: a) a base; b) two side supports; c) a toe binding; d) a heel binding; e) an ankle support; f) a calf support; and g) at least one strap configured to secure a boot to the boot frame, wherein the side supports are independently adjustable, and wherein adjusting the side supports allows for a boot to line up at an angle relative to the base.

Splitboard binding systems and assemblies for use in ski mode or snowboard mode. Left and right bottom rails are attached to the bottom surface of a base plate. Each rails may have a circular hook at a forward end for attachment to a toe bracket in a ski mode. The rails and base plate define channels for slidable attachment to pucks disposed on the gliding board in snowboard mode. A securing lever disposed near the rear end of the binding with a securing member disposed on the lower surface thereof may be rotated into a downwards position so the securing member resides below the base plate to secure the binding in position when installed on pucks in a snowboard mode. Crampon assemblies and sliding heel locks for use with the binding assembly are aso disclosed.

The present invention concerns a ski binding (10) suited to be connected to a ski (1). The ski binding (10) comprises connection means (12) for connection to a footwear item (100) worn by a skier, and a lever (70) cooperating with the calf of the skier. The lever (70) transmits the movements of the skier's leg towards the ski (1). The ski binding (10) comprises magnetic connection means (80) suited to allow contact to take place between the lever (70) and at least one wearable element (100) suited to be worn on the leg of the skier.