Abstract: The present invention proposes an apparatus for pressure molding multi-layer footwear for use in the field of sport footwear. The apparatus for pressure molding multi-layer footwear has two pressure forming receptacles, each having an inflatable vessel therein. The inflatable vessel is shaped and adapted to surround sides of the footwear, such as a skate. The inflatable vessel has an opening for receiving the skate and an air inlet for inflating the inflatable vessel. The apparatus may further has an air supply device connectable to a control system that will manage the airflow into the inflatable vessel to create the desired pressure onto the skate in order to provide a custom-fit skate.

Abstract: The present invention proposes an apparatus for pressure molding multi-layer footwear for use in the field of sport footwear. The apparatus for pressure molding multi-layer footwear has two pressure forming receptacles, each having an inflatable vessel therein. The inflatable vessel is shaped and adapted to surround sides of the footwear, such as a skate. The inflatable vessel has an opening for receiving the skate and an air inlet for inflating the inflatable vessel. The apparatus may further has an air supply device connectable to a control system that will manage the airflow into the inflatable vessel to create the desired pressure onto the skate in order to provide a custom-fit skate.

Abstract: A helmet comprising a helmet front half section, helmet rear half section and a locking assembly. The helmet front half section includes at least one engagement region. The helmet rear half section includes at least one corresponding engagement region. The locking assembly a structure for orientating the locking assembly between a locked position and an unlocked position. In the locked position, the locking assembly results in secured engagement of the at least one engagement region of the front and rear helmet half sections with each other.

Abstract: Integrated bistable electronic commutator comprising a switch provided with at least two terminals, said switch incorporating at least one MOS power transistor (8); a MOS technology control circuit (10) having a bistable flip-flop provided with an input for setting to "1" and an input for setting to "0" and at least one control output, each control output being connected to the gate of at least one MOS power transistor of the switch; an integrated power supply (12) for supplying said circuit; and two optical couplers (14, 16) which in each case receive an electrical commutating control signal and which in each case transmits said signal to one input of the control circuit, each optical coupler ensuring an electrical insulation of the commutator. The invention relates to bistable commutators of the open-closed and rest-working type, which are monodirectional and bidirectional, for direct current and for alternating current.