Abstract: A method, integrated system and Active Poster for processing mobile touch transactions. The integration consists of an RFID or other near field communication enabled device which may be standalone, affixed to, or part of a mobile or hand held portable wireless communication device (optionally using a Contact Less (CL) SIM with near field communication capability), a touch sensitive Active Poster also with near field communication capability, an issuer's or mobile network provider's system and application and a host computer with networking capability.

Abstract: A method, integrated system and Active Poster for processing mobile touch transactions. The integration consists of an RFID or other near field communication enabled device which may be standalone, affixed to, or part of a mobile or hand held portable wireless communication device (optionally using a Contact Less (CL) SIM with near field communication capability), a touch sensitive Active Poster also with near field communication capability, an issuer's or mobile network provider's system and application and a host computer with networking capability.

Abstract: A unitary stacked shuttle valve body assembly that may be used in a well drilling blow out preventer circuit. The assembly includes substantially similar shuttle valves that may be assembled and arranged in various configurations to accommodate the requirements and restrictions of the particular circuit in which the assembly may be used. Inlet ports and outlet ports are substantially coaxial and are assembled with central seal connectors that permit rotation of the valve bodies relative to one another. Feed passages, connector passages, and main passages are provided with plugs of different configuration to permit changing port configuration to accommodate the requirements and restrictions of the circuit in which the assembly is used.

Abstract: A shuttle valve 8 includes a valve body 9, a shuttle 10, and an actuator mechanism 11. The shuttle valve 8 includes inlet ports 37 and 39 and outlet port 40. The shuttle 10 moves between first and second at rest positions to selectively connect one of the inlet ports to the outlet port and isolate the other inlet port from the outlet port. The actuator mechanism 11 includes first and second springs 63 and 66 and moves the shuttle 10 from one of its positions to another when a set pressure differential is attained between the inlet ports. The actuator mechanism 11 moves a partial stroke distance to move the shuttle 10 between its at rest positions and moves a full stroke distance to additionally open fluid communication between one of the inlet ports and the shuttle 10.

Abstract: A shuttle valve 8 includes a valve body 9, a shuttle 10, and an actuator mechanism 11. The shuttle valve 8 includes inlet ports 37 and 39 and outlet port 40. The shuttle 10 moves between first and second at rest positions to selectively connect one of the inlet ports to the outlet port and isolate the other inlet port from the outlet port. The actuator mechanism 11 includes first and second springs 63 and 66 and moves the shuttle 10 from one of its positions to another when a set pressure differential is attained between the inlet ports. The actuator mechanism 11 moves a partial stroke distance to move the shuttle 10 between its at rest positions and moves a full stroke distance to additionally open fluid communication between one of the inlet ports and the shuttle 10.

Abstract: A unitary stacked shuttle valve body assembly 100 is disclosed that may be used in a well drilling blow out preventer circuit. The assembly includes substantially similar shuttle valves 9, 109 and 209 that may be assembled and arranged in various configurations to accommodate the requirements and restrictions of the particular circuit in which the assembly 100 may be used. The inlet ports 70, 170, 270 and the outlet ports 72, 172, 272 are substantially coaxial and are assembled with central seal connectors 76, 176 and 276 that permit rotation of the valve bodies 10, 110, 210 relative to one another. Feed passages 56, 156, 256, connector passages 59, 60, 159, 160, 259 and 260, and main passages 25, 125, 225 are provided with plugs of different configuration to permit changing port configuration to accommodate the requirements and restrictions of the circuit in which the assembly 100 is used.

Abstract: A method, integrated system and Active Poster for processing mobile touch transactions. The integration consists of an RFID or other near field communication enabled device which may be standalone, affixed to, or part of a mobile or hand held portable wireless communication device (optionally using a Contact Less (CL) SIM with near field communication capability), a touch sensitive Active Poster also with near field communication capability, an issuer's or mobile network provider's system and application and a host computer with networking capability.