Abstract: Disclosed herein are an exemplary apparatus, system, and methods (e.g., Tactical Passive RFID transponder gloves with Morphological Actuation) comprising a glove made predominately of a resistive fabric that varies resistance per degree of deformation; comprising near field communication RFID tag readers, and a controller coupled to the glove to evaluate the varied resistance. A method of classifying RFID tags is also disclosed.

Abstract: A redox fuel stack cell comprises a plurality of essentially similar half-cell frames of molded polymer; interleaved between them are semi-permeable membranes and bipolar plate electrodes. The frames are rectangular, with margins around central voids. At the voids, they have rebates in abutting faces for locating the plate electrodes. At their corners, they have apertures for forming ducts throughout the stack for flow of electrolyte to and from the cell cavities provided by the voids. The frames have electrolyte flow passages open in their faces abutting the frames and leading towards each other. The passages stop short of each other and are surrounded by grooves containing sealing O-rings. Diagonally opposite one of the passages end at openings passing through the frames. The other passages have no openings in the frames, but the frames have openings through them in register with the ends of the passages.

Abstract: A redox fuel stack cell comprises a plurality of essentially similar half-cell frames of molded polymer; interleaved between them are semi-permeable membranes and bipolar plate electrodes. The frames are rectangular, with margins around central voids. At the voids, they have rebates in abutting faces for locating the plate electrodes. At their corners, they have apertures for forming ducts throughout the stack for flow of electrolyte to and from the cell cavities provided by the voids. The frames have electrolyte flow passages open in their faces abutting the frames and leading towards each other. The passages stop short of each other and are surrounded by grooves containing sealing O-rings. Diagonally opposite one of the passages end at openings passing through the frames. The other passages have no openings in the frames, but the frames have openings through them in register with the ends of the passages.

Abstract: A redox flow battery 1 has a stack of individual cells, shown diagrammatically as a single cell, with anolyte and catholyte compartments divided from each other by an ionically selective and conductive separator and having respective electrodes. The battery has anolyte and catholyte tanks, with respective pumps and a pipework. In use, the pumps circulate the electrolytes to and from the tanks, to the compartments and back to the tanks. Electricity flows to a load. The electrolyte lines are provided with tappings via which fresh electrolyte can be added and further tappings via which spent electrolyte can be withdrawn, the respective tappings being for anolyte and catholyte. On recharging, typically via a coupling for lines to all the tappings, a remote pump pumps fresh anolyte and fresh catholyte from remote storages and draws spent electrolyte to other remote storages.

Abstract: The present invention relates to a protective clip (10) that may be affixed to a motor vehicle steering linkage ball joint (7), and in particular to a clip that presents a heat shield (28) between a rubber sealing gaiter (11) surrounding the ball joint (7) and a brake disc (5), and that also covers over a slot (38) in a steering knuckle (4) above the joint (7). The protective clip 10 has a planar mid-section (24) with a hole (26) therethrough through which a ball mounting shaft (40) may pass. The heat shield (28) extends transversely away from a first edge (30) of the planar mid-section (24). A steering knuckle engaging feature (49) is proximate a second edge (32) of the planar mid-section (24) opposite the first edge (30), the engaging feature (49) being non-coplanar with the planar mid-section. A spring clip (34) extends from the second edge (32) and is concave towards the planar mid-section (24).

Abstract: An aluminum sheet product is formed from an alloy containing Fe 0.6-1.0%, Si 0.5-0.9% and Cu 0.3-0.5% and includes Ti and B in conventional grain refining amount. Mn is permissible in amounts up to 0.2-0.3% but is preferably held below 0.1%. The Mg impurity content is preferably held at a very low value so as to avoid difficulties with adhesion of lacquer.The principle use of the sheet product is for the production of bottle closures and for that purpose it is preferably produced in a thickness of 0.15-0.25 mm. and in a quality having a low percentage earing and fine grain size. For this purpose the sheet is subjected to a temper cold rolling reduction of 30-60% after the last interannealing treatment. No homogenization treatment is required before hot reduction of the cast ingot and no precipitation heat-treatment is applied to the hot-rolled product before cold rolling.