Abstract: Air is cooled by a heat exchanger of a vehicle. The cooled air is directed to a cabin and/or battery of the vehicle. Ports in the cooling path direct the cooled air to the cabin and/or battery.

Abstract: A method, system, and computer usable program product for propagating information in a trust chain processing are provided in the illustrative embodiments. Upon a trust client invoking the trust chain processing, a mapped security information is received, the mapped security information being stored in a memory or a data storage associated with a data processing system. A set of security information attributes are located from the mapped security information according to a configuration. The set of security information attributes are packaged to form a packaged security information. The packaged security information is issued to a target system, the target system being distinct from the trust client that invoked the trust chain processing. The locating, the packaging, and the issuing collectively form monitoring the trust chain processing. A next component in the trust chain processing may be invoked. The invoking may occur before, after, or during the monitoring.

Abstract: Air is cooled by a heat exchanger of a vehicle. The cooled air is directed to a cabin and/or battery of the vehicle. Ports in the cooling path direct the cooled air to the cabin and/or battery.

Abstract: The method operates in a telecommunications network having at least one subscriber terminal corresponding to at least one subscriber at a subscriber location. The method implements a message waiting indication service for indicating the presence of a data message corresponding to the at least one subscriber in a data message platform. The method begins in step 100 by receiving the data message at the data message platform. A message waiting signal is generated as shown in step 102. The message waiting signal is transmitted to the telecommunications network as shown in step 104 and a message waiting indication signal is generated at the telecommunications network as shown in step 106. Finally, a message waiting indication signal is transmitted to the subscriber terminal in response to the message waiting signal.

Abstract: A machine for terminating wire assemblies comprising: a means for holding a wire assembly; a linear movement means for moving said means for holding between a first area and a second area; an insertion head; and, a means for dislodging; wherein, after a wire assembly is loaded into the means for holding a wire assembly, the means for holding a wire assembly is moved by the linear moving means from the first area to the second area for assembly termination by the insertion head; and, following termination, the assembly is at least partially unseated from the means for holding a wire assembly by the means for dislodging.

Abstract: The method operates in a telecommunications network having at least one subscriber terminal corresponding to at least one subscriber at a subscriber location. The method implements a message waiting indication service for indicating the presence of a data message corresponding to the at least one subscriber in a data message platform. The method begins in step 100 by receiving the data message at the data message platform. A message waiting signal is generated as shown in step 102. The message waiting signal is transmitted to the telecommunications network as shown in step 104 and a message waiting indication signal is generated at the telecommunications network as shown in step 106. Finally, a message waiting indication signal is transmitted to the subscriber terminal in response to the message waiting signal.

Abstract: A machine for terminating wire assemblies comprising: a means for holding a wire assembly; a linear movement means for moving said means for holding between a first area and a second area; an insertion head; and, a means for dislodging; wherein, after a wire assembly is loaded into the means for holding a wire assembly, the means for holding a wire assembly is moved by the linear moving means from the first area to the second area for assembly termination by the insertion head; and, following termination, the assembly is at least partially unseated from the means for holding a wire assembly by the means for dislodging.

Abstract: The method operates in a telecommunications network having at least one subscriber terminal corresponding to at least one subscriber at a subscriber location. The method implements a message waiting indication service for indicating the presence of a data message corresponding to the at least one subscriber in a data message platform. The method begins in step 100 by receiving the data message at the data message platform. A message waiting signal is generated as shown in step 102. The message waiting signal is transmitted to the telecommunications network as shown in step 104 and a message waiting indication signal is generated at the telecommunications network as shown in step 106. Finally, a message waiting indication signal is transmitted to the subscriber terminal in response to the message waiting signal.

Abstract: The method operates in a telecommunications network having at least one subscriber terminal corresponding to at least one subscriber at a subscriber location. The method implements a message waiting indication service for indicating the presence of a data message corresponding to the at least one subscriber in a data message platform. The method begins in step 100 by receiving the data message at the data message platform. A message waiting signal is generated as shown in step 102. The message waiting signal is transmitted to the telecommunications network as shown in step 104 and a message waiting indication signal is generated at the telecommunications network as shown in step 106. Finally, a message waiting indication signal is transmitted to the subscriber terminal in response to the message waiting signal.

Abstract: A picture frame comprises mitred metallic frame sections, each of which has a locking channel and a rearwardly facing opening, and a corner piece in each corner of the frame to lock adjacent frame sections together. Each corner piece comprises an L-shaped locking plate and an L-shaped backing plate, with the legs of each plate extending into the locking channels of adjacent frame section. In one embodiment, each locking plate has a single threaded aperture at the junction of the two legs which form the L and a screw extending through the aperture into engagement with the associated backing plate. The screw is accessible through the rearwardly facing opening of adjacent frame sections at their mitred junction. In a second embodiment, a cam positioned at the junction of the legs of the two plates is rotated to force the plates apart.

Abstract: A spar platform is disclosed having a deck supported by a buoyant tank assembly having a first buoyant section connected to the deck and defining a central moonpool and a second buoyant section disposed beneath and axially vertically aligned with the first buoyant section. A buoyant section spacing structure connects the first and second buoyant sections in a manner providing a horizontally extending vertical gap therebetween and a counterweight spacing structure connects the counterweight to the buoyant tank assembly. A flexjoint receptacle connected to the exterior base of the second buoyant section receives a receptacle connection on the exterior of the riser to support a catenary section of the riser between the receptacle connection and the seafloor. An exterior section of the riser mounts to the exterior of the second buoyant section and an ingress section passes through the horizontally extending vertical gap to the moonpool.

Abstract: A spar platform is disclosed having a deck, a buoyant tank assembly supporting the deck, and a counterweight. A counterweight spacing structure connects the counterweight to the buoyant tank assembly. The buoyant tank assembly has a first buoyant section connected to the deck and a second buoyant section disposed beneath and axially vertically aligned with the first buoyant section. The second buoyant section has a substatially larger diameter than the first buoyant section and a buoyant section spacing structure connects the first and second buoyant sections in a manner providing a horizontally extending vertical gap therebetween. Another aspect of the invention is a method for reducing VIV in spar platform by providing a substantially open horizontally extending vertical gap in the cylindrical buoyant tank assembly between a first buoyant section and a second buoyant section.

Abstract: A machine is disclosed for assembling a metal picture frame having mitred frame sections connected to each other by L-shaped corner pieces which have legs extending into receiving channels within the frame sections and screws in each leg accessible from the back of the frame through an elongated slot in the frame sections. The machine comprises a base on which a corner of the frame can be supported, and a pair of guide rails on the base for engaging the elongated slots to two adjacent frames sections. A corner brace is provided for securing a corner edge of the frame in a fixed position. Two screw drivers extend through the base at a position in which they are aligned with the corner piece screws when the slots of two frame sections engage the guide rails and the corner edge of the two frame sections engages the brace. A motor attached to the base plate rotates the screw drivers to tighten the screws and thereby fasten the frame sections together.

Abstract: A method is implemented by which a Logical IP subnetwork attached (LIS) Next Hop Resolution Protocol (NHRP) client or an Emulated LAN (ELAN) subnetwork attached NHRP client in an Asynchronous Transfer Mode (ATM) network can send data to a destination LAN Emulation Client (LEC) on a different ISO layer-3 subnetwork via a data-direct Virtual Channel Connection. The method enables such a IP subnetwork attached NHRP clients to obtain the ATM address corresponding to the destination station by using the vendor-private extension within an NHRP packet. The NHRP client uses the ATM address to build a data-direct VCC over which it unicasts data bound for the destination station. The NHRP client appears to the destination LEC as any other LEC on its ELAN would appear.

Abstract: A route switching layer is provided to end stations on a local area network (LAN) segment between the network layer protocol stack and the LAN adapter device driver. The route switching layer reads the network layer protocol header in a data frame queued for transmission. If the data frame is destined for a station on a different LAN segment, the route switching layer compares the network layer address with entries stored in a local address table. If a match occurs, the route switching layer inserts the corresponding data link layer address from the table in the data link header that is appended to the data frame. The data frame is then transmitted directly from source to destination end station by a hardware switch. If an address table match does not occur, the source station route switching layer sends a query to a route server device for the data link layer address corresponding to the network layer address of the destination end station.

Abstract: A deepwater riser assembly is disclosed for a riser connecting subsea equipment to a surface wellhead. A buoyancy can assembly provides an open ended buoyancy can tube which surrounds the upper end of the riser and an upper seal which effectively closes the annulus between the riser and the buoyancy can tube. A load transfer connection in the buoyancy can assembly then connects the riser to buoyancy can tube. A pressure charging system communicates with the annulus between the riser and the buoyancy can tube below the upper seal. Injecting gas into this annulus then provides support to the riser.

Abstract: A connector contact assembly for receiving insertion of a corresponding connector pin to establish an interconnected electrically conductive path is disclosed suitable for use, for example, to provide drive current to a spindle motor of a disc drive. The connector contact assembly comprises a rigid, nonconductive housing and an electrically conductive contact which pressingly engages the connector pin when the connector pin is inserted along a pin insertion axis. The contact comprises a contact base rigidly secured to a first surface of the housing, a central flexure extending from the contact base along a curvilinear path apart from the first surface, and a distal end rigidly secured to a second surface of the housing. When the connector pin is inserted, the central flexure is deflected toward the first surface, with the second surface limiting movement of the distal end in a direction parallel to the pin insertion axis.

Abstract: The task of identifying the terminals to be interconnected and not interconnected, and whether connection is proper in a complex electrical system, such as at the main distribution frame of a telephone central office, is made possible while the system is in operation under power without adversely affecting its operation of being adversely effected. This is done by connecting the combination of a load impedance and a test voltage source across the test points and measuring the voltage across the load. If the measured voltage exceeds the test voltage, the load impedance is maintained at a high value. If it does not exceed the test voltage, the value of the impedance is reduced for the test. Thus, the test impedance is either greater or lesser than the impedance presented by the telephone system at the test terminals. The test results are interpreted in the view of whether the test terminals should or should not be connected when properly wired.

Abstract: A wiring harness in which each of a number of conductors is to have a first end connected at a first place and its other end connected to a respectively associated second place is produced by applying an initiating signal to one of the first places. All of the first places are examined in sequence and the sequencing is stopped when an initiating signal is found. An indication is provided at the second place which corresponds to the first place at which sequencing is stopped. Then, unless previously done, a conductor is connected with its first end at said first place and the other end of that conductor is connected to the corresponding second place whereupon the indication is terminated and the sequencial examination continues.That method may be practiced with an apparatus which is connected between all first places and second places and which "looks" at pairs of first and second places in sequence.