Abstract: An example method includes detecting, using a user interaction tracking module associated with a website, access of a user of a webpage that is part of the website. The website provides multiple products for sale and is operated by an entity. The user interaction tracking module is provided by an offer aggregator entity that is distinct from the entity. The website has a theme providing a look and feel for the website. The method further includes accessing a profile of the user and identifying, based on the profile of the user, multiple offers to provide to the user. Each offer includes an offer title and a reference to one or more products of the multiple products. The method further includes providing for display to the user in the webpage the multiple offers. Each offer for display includes the offer title and the reference and has the theme of the website.

Abstract: Systems and methods are disclosed for universal body movement translation and character rendering. Motion data from a source character can be translated and used to direct movement of a target character model in a way that respects the anatomical differences between the two characters. The movement of biomechanical parts in the source character can be converted into normalized values based on defined constraints associated with the source character, and those normalized values can be used to inform the animation of movement of biomechanical parts in a target character based on defined constraints associated with the target character.

Abstract: Systems and methods are disclosed for universal body movement translation and character rendering. Motion data from a source character can be translated and used to direct movement of a target character model in a way that respects the anatomical differences between the two characters. The movement of biomechanical parts in the source character can be converted into normalized values based on defined constraints associated with the source character, and those normalized values can be used to inform the animation of movement of biomechanical parts in a target character based on defined constraints associated with the target character.

Abstract: Systems and methods are disclosed for universal body movement translation and character rendering. Motion data from a source character can be translated and used to direct movement of a target character model in a way that respects the anatomical differences between the two characters. The movement of biomechanical parts in the source character can be converted into normalized values based on defined constraints associated with the source character, and those normalized values can be used to inform the animation of movement of biomechanical parts in a target character based on defined constraints associated with the target character.

Abstract: Systems and methods are disclosed for universal body movement translation and character rendering. Motion data from a source character can be translated and used to direct movement of a target character model in a way that respects the anatomical differences between the two characters. The movement of biomechanical parts in the source character can be converted into normalized values based on defined constraints associated with the source character, and those normalized values can be used to inform the animation of movement of biomechanical parts in a target character based on defined constraints associated with the target character.

Abstract: A resilient sealing member (27) has a first face (40) and a second face (41) and an aperture (42) extending between the first face and the second face. At least two, preferably three or more, circumferential ridges (43, 44, 45) surround the aperture on the first face. Channels (46, 47) may be disposed between each adjacent pair of circumferential ridges and a flat seal may be provided on the first face, peripheral to the circumferential ridges. The flat seal may occupy a different plane than the plane occupied by apexes of the circumferential ridges. The resilient sealing member may be incorporated into interface seal assembly comprising a rigid frame (26) onto which it is molded. The rigid frame may comprise a printed circuit board (25). The interface seal assembly allows for an easily interchangeable seal on a refillable fuel cartridge (1) for a fuel cell apparatus.

Abstract: A gas filling apparatus for filling a plurality of gas storage vessels with a gas, the apparatus comprising a plurality of gas filling ports, each port configured to introduce gas into one of the gas storage vessels, and a controller configured to supply gas to the gas filling ports for filling the vessels and to control the supply of gas to all of the gas filling ports based on a property of any one of the vessels.

Abstract: A gas filling apparatus for filling a plurality of gas storage vessels with a gas, the apparatus comprising a plurality of gas filling ports, each port configured to introduce gas into one of the gas storage vessels, and a controller configured to supply gas to the gas filling ports for filling the vessels and to control the supply of gas to all of the gas filling ports based on a property of any one of the vessels.

Abstract: A gas filling apparatus for filling a plurality of gas storage vessels with a gas, the apparatus comprising a plurality of gas filling ports, each port configured to introduce gas into one of the gas storage vessels, and a controller configured to supply gas to the gas filling ports for filling the vessels and to control the supply of gas to all of the gas filling ports based on a property of any one of the vessels.

Abstract: A resilient sealing member (27) has a first face (40) and a second face (41) and an aperture (42) extending between the first face and the second face. At least two, preferably three or more, circumferential ridges (43, 44, 45) surround the aperture on the first face. Channels (46, 47) may be disposed between each adjacent pair of circumferential ridges and a flat seal may be provided on the first face, peripheral to the circumferential ridges. The flat seal may occupy a different plane than the plane occupied by apexes of the circumferential ridges. The resilient sealing member may be incorporated into interface seal assembly comprising a rigid frame (26) onto which it is moulded. The rigid frame may comprise a printed circuit board (25). The interface seal assembly allows for an easily interchangeable seal on a refillable fuel cartridge (1) for a fuel cell apparatus.

Abstract: A fuel cell stack assembly (200) comprising: a first encapsulation member (202) comprising a first end plate (204) and two side walls (208) extending transversely from the first end plate (204); a second encapsulation member (204) comprising a second end plate (205); and one or more fuel cells located between the first end plate (206) and second end plate (205), wherein the side walls (208) of the first encapsulation member (202) are, or the second encapsulation member (204) is, deformable in order for the first encapsulation member (202) to engage with the second encapsulation member (204) and retain the first end plate (206) and the second end plate (205) in a fixed relative position.

Abstract: A fuel cell stack assembly comprising: a first encapsulation member (302) comprising a first end plate and two side walls extending transversely from the first end plate; a second encapsulation member (304) comprising a second end plate; one or more fuel cells (330) located between the first end plate and second end plate; and two locking members (310) that are configured to engage with a respective side wall of the first encapsulation member (302) and the second encapsulation member (304), in order to retain the first end plate and the second end plate in a fixed relative position, wherein the side walls of the first encapsulation member (302) are each configured to: engage with the second encapsulation member (304) in order to provide a compression force to the one or more fuel cells (330), and receive the respective locking member (310) in a direction that is parallel to the plane of the one or more fuel cells (330).

Abstract: There is disclosed a water trap suitable for use in a mechanical ventilation circuit. The water trap comprises a cap (10) having formed therein an inlet (11) and an outlet (12), a fluid collection vessel (30) engageable with the cap (10), and a rotatable closure (20) interposed between the cap (10) and the fluid collection vessel (30) which includes at least one aperture (22, 23). The arrangement of the water trap is such that the fluid collection vessel (30) is operably linked to the closure (20) such that engagement or disengagement of the fluid collection vessel (30) from the cap (10) causes the closure (20) to be rotated.