Abstract: A method for setting an address for a service blade includes: receiving a first IP address setting command in an Ethernet protocol format; converting the first IP address setting command into a second IP address setting command in a platform management interface protocol format, where the first and second IP address setting commands include a slot ID of a slot into which a service blade is inserted and IP address data corresponding to the slot ID; and sending the second IP address setting command to the service blade corresponding to the slot ID over a platform management interface network. An IP address setting command is sent to the service blade, which implements a function of setting an IP address for the service blade, thereby avoiding a problem of an additionally increased cost because of an external device in use.

Abstract: A method for setting an address for a service blade includes: receiving a first IP address setting command in an Ethernet protocol format; converting the first IP address setting command into a second IP address setting command in a platform management interface protocol format, where the first and second IP address setting commands include a slot ID of a slot into which a service blade is inserted and IP address data corresponding to the slot ID; and sending the second IP address setting command to the service blade corresponding to the slot ID over a platform management interface network. An IP address setting command is sent to the service blade, which implements a function of setting an IP address for the service blade, thereby avoiding a problem of an additionally increased cost because of an external device in use.

Abstract: A fuel injection system that includes an electronic controller that senses engine speed, calculates energy required by an engine existing control unit based upon a signal sent to one or more diesel injection pressure and timing actuators and a plurality of gaseous fuel injectors that respond to commands from the electronic controller and inject gaseous fuel through an injection tube installed in an intake adapter plate fixed between an intake manifold and an engine block. The fuel injection system also includes an on and off switch assembly equipped with a self-diagnostic capability that lights an LED light when a fault in the port injector system is sensed and a blended fuel injector control unit installed between an ECM and a plurality of diesel fuel injectors.

Abstract: The invention presents a method of converting a diesel fueled engine to a blended-fuel engine capable of operating on blended gaseous fuel and diesel fuel, where the diesel fueled engine has a plurality of cylinders, a plurality of diesel fuel injectors for injecting diesel fuel into the cylinders, and an Engine Control Unit (ECU) for controlling at least the operation of the diesel injectors by sending diesel fuel injector control signals to the diesel fuel injectors.

Abstract: A communication session hand-off method of a communication device includes establishing a first communication session over a first network between a first communication interface of the communication device and a communication interface of another communication device, monitoring a predetermined condition of the communication device by the communication device, and based upon the predetermined condition, sending a request by the communication device to the another communication device for the another communication device to establish a second communication session over a second network between a second communication interface of the communication device and the communication interface of the another communication device.

Abstract: A method of establishing a one-way communication session from a first device to a second device includes transmitting initiation data to the second device to establish the one-way communication session, transmitting communication data to the second device, and terminating the one-way communication session. The initiation data causes the second device to receive the communication data and prevents the second device from transmitting communication data to the first device until after the one-way communication session has been terminated.

Abstract: A mobile communication device for communicating with a second communication device includes a first communication interface arranged to establish a first communication session with the second communication device, a second communication interface arranged to establish a second communication session with the second communication device, and a controller arranged to control, based upon information determined or measured by the mobile communication device, the first communication interface and the second communication interface to simultaneously establish the first communication session and the second communication session and to simultaneously transmit identical data packets to the second communication device using the first communication session and the second communication session.

Abstract: Multi-media Memory Card (MMC) devices, Secure Digital (SD) devices, and Secure Digital Input Output (SDIO) devices connected to a single host controller with signals multiplexed to allow simultaneous activation of more than one device at a time.

Abstract: The specification describes MMC, SD, and SDIO devices connected to a single host controller with signals multiplexed to allow simultaneous activation of more than one device at a time.

Abstract: A multi-logical access for a serial data link designed with a multi-logical serial interface protocol which permits multi-drop applications to communicate in a time division multiplex mode over a singular drop or physical serial link such as an RS-232 link. Data is exchanged over the serial data link between multiple applications on a transmitter side of the serial data link and multiple applications on a receiver side of the serial data link. Both the transmitter and the receiver have a link layer connected to the serial data link for handling the transmission/receiving of packets through the serial data link, for detecting the start/end of each packet, and to ensure the sequence of the packets. Both the transmitter and the receiver also have a relay layer connected between the multiple applications and the link layer, which operates to allow the different access functions to share the serial data link.