94results about How to "Extended route" patented technology

Cardiac ablation systems and methods of their use and manufacture involve an ablation mechanism, a stabilizer mechanism, and a cinching mechanism that urges the ablation mechanism toward a patient tissue. Embodiments encompass methods for administering epicardial and endocardial lesions, including box lesions and connecting lesions, to patient tissue.

A computer-implemented method, apparatus, and computer program product are disclosed for bus / device / function (BDF) translation and routing of communication packets through a fabric that utilizes a single multi-root PCI switch. A data processing environment includes multiple host computer systems that are coupled to and share I / O adapters using a PCI switched-fabric bus fabric. The processing environment includes an apparatus that receives a communications packet, from one of the host computer systems, that is intended to be delivered to a particular one of the adapters. The apparatus analyzes the packet to determine a non-unique host-assigned destination device functional identifier that is included in the packet. The apparatus translates the host-assigned destination device functional identifier into a unique virtual destination device functional identifier. The packet is then routed through the fabric utilizing the virtual destination device functional identifier instead of the host-assigned destination device functional identifier or a destination address of the destination device.

A method for processing packets in a multi-processor environment, that includes receiving a set-up request packet for a communication session and directing the set-up request packet to a selected one of a plurality of processors. A set-up reply packet is generated at the selected one of the plurality of processors, the set-up reply packet including a virtual identifier assigned to the selected one of the plurality of processors. The set-up reply packet is transported to establish the communication session.

The invention discloses a washing and drying integrated machine with front and rear double drying air inlets and a control method thereof, and the washing and drying integrated machine comprises a housing, an outer cylinder arranged in the housing, an inner cylinder which is rotatably arranged in the outer cylinder and a heat pump system for drying clothes, wherein the heat pump system comprises a heat pump air inlet and a heat pump air outlet, the front drying air inlet and the rear drying air inlet are respectively arranged above the front part and the rear part of the outer cylinder, a drying air outlet is further arranged above the front part of the outer cylinder, the drying air outlet and the heat pump air inlet are communicated through an air inlet passage, the heat pump air outlet is communicated with the rear drying air inlet through an air supply passage, a second air passage is arranged between the front drying air inlet and the air supply passage, the second air passage clings to the outer wall of the outer cylinder and is integrated with the outer cylinder, and a switching mechanism is used for controlling the heat pump air outlet to be communicated with the front drying air inlet and / or the rear drying air inlet. The washing and drying integrated machine is simple in structure, and controllable in front and rear air inlet modes and has the characteristics of improving the clothes drying efficiency, enhancing the clothes drying effect and achieving more uniform clothes drying effect.

A computer-implemented method, apparatus, and computer program product are disclosed for bus / device / function (BDF) translation and routing of communications packets through a fabric that utilizes PCI switches. Identifiers are included in communications packets that are routed between a host and an I / O adapter using a PCI fabric to which the host and the I / O adapter are coupled. Destination identifiers that are included in first communications packets that are received by edge switches, which are connected directly to said host or directly connected to said I / O adapter, are translated before routing the communications packets out of the edge switches. Second communications packets that are received by internal switches, which are not directly connected to the host or directly connected to the I / O adapter, are routed without translating destination identifiers that are included in the second communications packets.

A fiber optic splice organizer stores optical fiber splices and sufficient slack to permit the fibers to be readily separated, such as for reorganization or to remake a splice. Multiple hinges connect a plurality of fiber trays side by side to provide pivotable connections between trays. A flat orientation of the trays enables splicing and coiling of fibers as they are loaded into a tray. The trays then pivot into a fiber storage position. Special features of the hinges provide support for fibers and splices as they are loaded into the trays. The hinges protect the fibers as the trays are pivoted as well as when the trays are in their folded position for storage without requiring buffer tubes. Multiple architectures for the organization of fibers are enabled without violating minimal bend radii, and while providing for ease of separation of individual fibers or groups of fibers.

Enlarged spacing is provided between rows of vias in a ball grid array (BGA) multilayered printed wiring board land pattern in which the lands in the pattern are connected to the vias by a link connector by rotating, elongating, and / or truncating selected consecutive link connectors and rotating their respective corresponding vias in a row or column or selected consecutive rows or columns to achieve the enlarged spacing between rows or columns of vias in the BGA land pattern. Enhanced spacing between selected grid columns or rows of vias is provided such that some of the grid pitches for the vias are equal to that of the standard BGA and at least some are of a greater grid pitch.

The invention relates to an evaporating crystallizer which comprises an evaporating chamber, a center drainage cylinder, an evaporating chamber inner cone, a clear liquid transfer pipe, a crystal cultivation settling chamber baffling cylinder, an upper circulation pipe, an outer circulation feed nozzle, a heating chamber, a lower circulation pipe, a forced circulation pump, a salt foot, a secondary steam pipe and a steam discharge pipe. Outer circulation of the evaporating crystallizer are formed by the evaporating chamber, the upper circulation pipe, the heating chamber, the forced circulation pump and the lower circulation pipe; and inner circulation of the evaporating crystallizer is formed by the center drainage cylinder, the evaporating chamber inner cone and the crystal cultivation settling chamber baffling cylinder. With the adoption of the evaporating crystallizer, salt crystals with large particle sizes and high purity can be produced, energy consumption per unit product is further reduced, the normal production cycle is prolonged, and the comprehensive economic benefit is increased.

The invention relates to a vacuum freeze drier which comprises a freeze drying bin, a water catcher, a vacuum pump, a refrigeration compressor set consisting of a condensate storage tank, an oil separator and a double-stage type compressor, and a freezing evaporator arranged inside the freeze drying bin. As the vacuum freeze drier fully utilizes cold source and hot source of the refrigeration compressor set to cool and heat materials, the technical proposal has high utilization efficiency of energy and a reasonable structure, greatly improves the service life and use effect of the vacuum pump and the refrigeration compressor set in order that the power of the whole drier can be reduced by two thirds and the electricity consumption in the process of equipment operation is reduced by one half.

In one embodiment, a cluster system comprises a plurality of cluster nodes for executing a plurality of applications, and a management process for controlling the plurality of cluster nodes, wherein the management process is operable to identify a first application that is not meeting a service level objective (SLO), to select a cluster node that is not currently executing the first application, to progressively decrease routing of transactions to the selected cluster node for a second application, and to progressively increase routing of transactions to the selected cluster node for the first application.

A method for routing a medical alert to a selected staff member 151-153, the method comprising receiving an alert signal generated by an alert generation device 121-126, obtaining the current location and identity of multiple staff members from a location tracking system 141-146 configured to track the locations of the multiple staff members, upon receiving the alert signal, selecting from the multiple staff members a selected staff member by at least determining that the distance between a location of the alert generation device and the location of the selected staff member is shorter than the distance between the location of the alert generation device and the location of at least one of the multiple staff members other than the selected staff member, and sending an alert signal to an individually addressable mobile device associated with the selected staff member.