Abstract: Provided is a railway vehicle having a configuration which can sufficiently protect the cabin even when large external force is applied to the side structures and the end structures thereof. The vehicle body of the railway vehicle is formed by joining an underframe 20, side structures 30, end structures 50, and a roof structure 60 together. The lower inner face of the side post 31 of the side structure is joined to the outer face portion of a side beam 21 of the underframe. The lower inner faces of the post reinforcement members (an end post reinforcement member 57 and a corner post reinforcement member 58) for reinforcing the post members (an end post 53 and a corner post 54) of the end structure are joined to the outer face portion of an end beam 26 of the underframe.

Abstract: Provided is a railway vehicle having a configuration which can sufficiently protect the cabin even when large external force is applied to the end structures thereof. An end structure 50 is disposed at an end portion of the vehicle body 11 through a crushable zone 40. The end structure is provided with an end post, corner posts, and an upper reinforcement beam 56. The lower end portions of the end post and the corner posts are joined to an end beam 26 of an underframe, and the upper end portions of the end post and the corner posts are joined to the upper reinforcement beam, respectively. In the crushable zone, there are provided a lower slide portion and an upper slide portion. The lower slide portion is configured by connecting a slide center beam projecting from a center portion of an end beam of the underframe in a direction of a cap beam with a guide center beam projecting from the cap beam in a vehicle end direction by a lower fuse member.

Abstract: Provided is a railway vehicle having a configuration which can sufficiently protect the cabin even when large external force is applied to the end structures thereof. The vehicle body of the railway vehicle is formed by joining an underframe 20, side structures 30, end structures 50, and a roof structure 60 together. An upper reinforcement beam 56 in the railroad tie direction is disposed at the upper portion of the end structure. A plurality of post reinforcement members are disposed in the vertical direction so as to stand on an end beam 26 of the underframe. The post reinforcement members and the upper reinforcement beam are respectively connected by an end post in the vertical direction disposed at an intermediate portion in the end structure width direction and corner posts 54 in the vertical direction disposed at both end portions in the end structure width direction.

Abstract: An intravascular foreign matter removing wire has a flexible long wire body, a first catching section located on the tip side of the wire body and operative to catch a foreign matter present inside a blood vessel, and a second catching section located in the vicinity of and on the base end side of the first catching section and operative to catch a foreign matter present inside a blood vessel.

Abstract: A portable terminal including: an imaging portion; a storage portion configured to store a database in which a plurality of foods and the calories thereof are associated with the shapes of containers and with the colors of the foods; a container detection portion configured to detect, from an image taken of a food slantwise at a predetermined angle to a horizontal direction, a container on which the food is placed; a container shape classification portion configured to classify the shape of the container detected by the container detection portion; a color detection portion configured to detect the container having been detected by the container detection portion; and a food estimation portion configured to estimate the food and the calories thereof from the database.

Abstract: An intravascular foreign matter removing wire has a flexible long wire body, a first catching section located on the tip side of the wire body and operative to catch a foreign matter present inside a blood vessel, and a second catching section located in the vicinity of and on the base end side of the first catching section and operative to catch a foreign matter present inside a blood vessel.

Abstract: The system stores a storage address ADK1 of a page table element PEK1 that was being processed when a bus reset occurred, of page table elements of a page table specified by an ORB1. The system then reads out a storage address ADK2 of a page table element PEK2 having the same element number as PEK1, of page table elements of an ORB2 after the bus reset occurs, and restarts data transfer when ADK1 and ADK2 are the same. When the page table is absent, addresses DAD1 and DAD2 that are specified directly by the ORB1 and the ORB2 are compared. When data transfer is not be restarted but a command CMD1 of the ORB1 has already been issued to a device, the CMD1 is aborted.

Abstract: A technique of printing content transmitted when a printing apparatus is in a failure state via data broadcasting is printed after the printing apparatus is recovered from the failure state is provided. The printing apparatus includes an obtaining unit for obtaining script which describes about the content in accordance with the XML standard and reference image data which is referred by the script, a script interpreter for interpreting the script, and a content storing unit. The obtaining unit obtains the reference image data from a reference destination in accordance with a result of interpreting of the script obtained using the script interpreter when receiving a request for printing with the script. The script interpreter corrects the script so that the reference destination of the reference image data is changed to the content storing unit, and the corrected script and the reference image data are stored in the content storing unit.

Abstract: A data transfer control system includes a buffer controller that controls access to a data buffer and a transfer controller that controls data transfer between a PC connected to a BUS1 and the logical units LUN1 and LUN2 connected to a BUS2. The transfer controller includes: a command processing section that starts data transfer to or from the LUN1 based on a command indicated by an ORB for the LUN1 when the ORB is received, and starts data transfer to or from the LUN2 based on a command indicated by an ORB for the LUN2 when the ORB is receive; and a wait processing section that waits the processing of the ORB for the LUN2, when a bus reset occurs during the processing of the ORB for the LUN1 and the ORB for the LUN2 is received after the bus reset has occurred.

Abstract: A data transfer control system receives a command packet ORB transferred through a bus BUS1 (IEEE 1394), issues a command indicated by ORB to a device connected to a bus BUS2 (ATA (IDE)/ATAPI), and orders start of a DMA transfer. The command issued based on ORB is aborted after the completion of the DMA transfer. The data transfer control system compares contents of a command packet ORB1 transferred before a bus reset with contents of a command packet ORB2 transferred after the bus reset. If the contents are different, a command issued based on ORB1 is aborted after completion of a DMA transfer. Dummy data is transferred between the data transfer control system and the device connected to the bus BUS2 until a DMA transfer is completed. Dummy data transfer is controlled by performing a dummy update on a pointer.

Abstract: A wire for removing an intravascular foreign body according to the present invention is a wire for removing an intravascular foreign body, including: a long or elongated wire body with flexibility; and a capturing portion including a foreign body capturing space which captures a foreign body in a blood vessel therein, the capturing portion being provided on a distal end of the wire body, in which the capturing portion includes: at least two branch wires branching from the distal end of the wire body; and a plurality of filaments bridged between the two branch wires, and at least one of the filaments includes a plurality of curved projections bent in a direction deviated from an extension line of a central axis of a proximal end of the filament. In accordance with the wire for removing an intravascular foreign body according to the present invention, the foreign body in the blood vessel can be surely captured and removed.

Abstract: A data transfer control system for controlling data transfer between a first electronic apparatus coupled to a first bus and a device coupled to a second bus including a coupling control unit that issues an instruction to execute attachment to the first bus before power supply to the device is turned on, a bus state monitoring unit that detects whether or not the first bus enters a reset state after attachment and a power supply control unit that implements power supply control to turn on power supply to the device if a reset state of the first bus is detected.

Abstract: A data transfer control system that controls data transfer between a first electronic apparatus connected via a first bus and a device connected via a second bus, including: a management section that conducts a process of receiving a login request when a login request for acquirement of a right to access to the device comes from the first electronic apparatus and that conducts a process of receiving a logout request when a logout request for abandonment of the access right acquired upon receipt of the login request comes from the first electronic apparatus; and a power control section that conducts power control by turning on power supply to the device when the login request to the device comes from the first electronic apparatus.

Abstract: A foamed molded product having joining flat surfaces to be joined to a joining object, in which the foaming ratio of an ordinary portion is higher than the foaming ratio of joining flat surface forming portions provided with the joining flat surfaces. Preferably, the foamed molded product has the joining flat surface forming portions on an end or both ends of the ordinary portion. Preferably, the foamed molded product has an arch portion whose sectional shape is substantially arcuate and the joining flat surfaces are provided on both ends of a concave side face of the arch portion. Preferably, when the foaming ratio of the joining flat surface forming portion is assumed to be A and the foaming ratio of the ordinary portion is assumed to be B, B/A=1.01-2.5.

Abstract: A data transfer control system includes a buffer controller that controls access to a data buffer and a transfer controller that controls data transfer between a PC connected to a BUS1 and the logical units LUN1 and LUN2 connected to a BUS2. The transfer controller includes: a command processing section that starts data transfer to or from the LUN1 based on a command indicated by an ORB for the LUN1 when the ORB is received, and starts data transfer to or from the LUN2 based on a command indicated by an ORB for the LUN2 when the ORB is receive; and a wait processing section that waits the processing of the ORB for the LUN2, when a bus reset occurs during the processing of the ORB for the LUN1 and the ORB for the LUN2 is received after the bus reset has occurred.

Abstract: There is provided an IDS log analysis support apparatus, an IDS log analysis support method, and an IDS log analysis support program that enable logs that are different from normal logs to be extracted from logs output in great quantity from a variety of IDS, and enable the degree of abnormality thereof to be objectively evaluated. The apparatus has a log collection section that collects logs of IDS that are connected to a telecommunication network, a database that stores and manages logs collected by the log collection section, and a log analysis section that obtains statistics of logs managed by the database and performs analysis processing thereon.

Abstract: A fender liner has a first black layer 22 and a second uncolored layer 23. The first layer 22 is formed of a nonwoven fabric in which binder fibers 25 are mutually fusion-bonded in a state that black main fibers 24 and the binder fibers 25 are mutually entangled. The surface of the nonwoven fabric has MIU of 0.16 or less, MMD of 0.02 or less, and SMD of 6.0 or less, when measured with a KES test method. The second layer 23 is formed of the nonwoven fabric in which the binder fibers 25 are mutually fusion-bonded in a state that regenerated fibers 28 made from scraps of air bags and the binder fibers 25 are mutually entangled.

Abstract: A data transfer control system receives a command packet ORB transferred through a bus BUS 1 (IEEE 1394), issues a command indicated by ORB to a device connected to a bus BUS2 (ATA (IDE)/ATAPI), and orders start of a DMA transfer. The command issued based on ORB is aborted after the completion of the DMA transfer. The data transfer control system compares contents of a command packet ORB1 transferred before a bus reset with contents of a command packet ORB2 transferred after the bus reset. If the contents are different, a command issued based on ORB1 is aborted after completion of a DMA transfer. Dummy data is transferred between the data transfer control system and the device connected to the bus BUS2 until a DMA transfer is completed. Dummy data transfer is controlled by performing a dummy update on a pointer.

Abstract: A data transfer control system receives a command packet ORB transferred through a bus BUS1 (IEEE1394), issues a command indicated by: ORB to a device connected to a bus BUS2 (ATA (IDE)/ATAPI), and orders start of a DMA transfer. The command issued based on ORB is aborted after the completion of the DMA transfer. The data transfer control system compares contents of a command packet ORB1 transferred before a bus reset with contents of a command packet ORB2 transferred after the bus reset. If the contents are different, a command issued based on ORB1 is aborted after completion of a DMA transfer. Dummy data is transferred between the data transfer control system and the device connected to the bus BUS2 until a DMA transfer is completed. Dummy data transfer is controlled by performing a dummy update on a pointer.

Abstract: An apparatus for molding a resin product having a bottom plate, a pair of side plates, and a pair of flanges. The side plates are formed integrally with the bottom plate to extend from opposite sides of the bottom plate. Each flange is formed integrally with the associated side plate to extend inward from an upper end of the side plate. The apparatus has a pair of inner slidable cores that shape an upper side of the bottom plate, an inner side of the side plate, and a lower side of the flange. The apparatus also includes an intermediate core located between the inner slidable cores for determining the position of each inner slidable core. The apparatus further includes a sliding mechanism that slides each inner slidable core to a position spaced from the resin product while moving the inner slidable core and the intermediate relative to each other.