mhurhangee/ep-ind-claims huggingface dataset:
A method for routing traffic by a network device, said method comprises: forwarding, by a network device, traffic through N equal-cost multi-path routes to a destination, wherein the N equal-cost multi-path routes are respectively arranged in N table entries corresponding to the destination, the method being characterised in that, if M of these routes become inactive, then the method comprises, for each inactive route, determining an alternative route for replacing said inactive route from N-M active routes, and replacing the inactive route with the alternative route so as to switch the traffic of the inactive route onto the alternative route by modifying the table entry that has been set with the inactive route corresponding to the destination to the determined alternative route for replacing the inactive route; wherein said N and M are positive integer numbers, with N being greater than or equal to 2 and M being greater than or equal to 1 and smaller than N. forwarding, by a network device, traffic through N equal-cost multi-path routes to a destination, wherein the N equal-cost multi-path routes are respectively arranged in N table entries corresponding to the destination, the method being characterised in that, if M of these routes become inactive, then the method comprises, for each inactive route, determining an alternative route for replacing said inactive route from N-M active routes, and replacing the inactive route with the alternative route so as to switch the traffic of the inactive route onto the alternative route by modifying the table entry that has been set with the inactive route corresponding to the destination to the determined alternative route for replacing the inactive route; wherein said N and M are positive integer numbers, with N being greater than or equal to 2 and M being greater than or equal to 1 and smaller than N.
A method by a base station for transmitting downlink control information, DCI, the method comprising: transmitting, to a terminal, configuration information for resource blocks, RBs, on higher layer signaling; transmitting DCI associated with a short DCI format on a physical downlink control channel, PDCCH, wherein the DCI includes information indicating at least one RB allocated to the terminal within the RBs indicated by the configuration information, the at least one RB being used to transmit data to the terminal; and transmitting data based on the at least one RB. transmitting, to a terminal, configuration information for resource blocks, RBs, on higher layer signaling; transmitting DCI associated with a short DCI format on a physical downlink control channel, PDCCH, wherein the DCI includes information indicating at least one RB allocated to the terminal within the RBs indicated by the configuration information, the at least one RB being used to transmit data to the terminal; and transmitting data based on the at least one RB.
A cyclic tetrapeptide having a sequence of cyclo[Phe-Pro-Phe-Trp] and having a structure of Formula 1, wherein the cyclic tetrapeptide has an amino acid configuration of one of LDDL, DDLL, DDDL, DDLD, LDDD, LLLL, DDDD, LLDL, DLLL, DLDL, LLLD, LLDD, DLDD, or DLLD, and wherein the cyclic tetrapeptide does not have an amino acid configuration of LDLL.
A gas turbine engine having concentric main shafts (12; 20) and a mid turbine frame system, the gas turbine engine defining a central axis, the mid turbine frame comprising: an annular outer case having at least three spokes extending inwardly from the outer case to an annular inner support case, the inner support case including a first axially-extending cylindrical wall to which the spokes are mounted, a first truncated conical section smoothly connected to the first cylindrical wall and extending axially forwardly therefrom to a second truncated conical section, the second truncated conical section smoothly connected to the first truncated conical section and extending axially rearwardly therefrom to a second axially-extending cylindrical wall disposed coaxially within the first cylindrical wall, the first and second cylindrical walls extending from the respected truncated conical walls (33, 35) to respective free ends, the first cylindrical wall, the first truncated conical section, the second truncated conical section and the second cylindrical wall co-operating to provide a substantially axially extending U-shape when viewed in axial cross-section, the second cylindrical wall having first and second frustoconcial bearing support legs extending inwardly therefrom to support first and second bearing assemblies, the first and second bearing support legs extending from a common axial location on the second annular axial wall, the first bearing assembly supporting a first of the concentric shafts and the second bearing assembly supporting a second of the concentric shafts.
Punch foot for a label punch of a device for labeling individual packs, - having a punch foot housing which in an extent direction extends from a first housing end having a first housing opening to a second housing end having a second housing opening; - having a pressure duct which in the punch foot housing extends from the first housing opening in the extent direction; - having a perforated plate which closes the second housing opening and is connected to the punch foot housing, by way of which at least one primary nozzle extends in an orientation direction; - having a pressure chamber which in the punch foot housing extends from the perforated plate counter to the extent direction and which in a manner orthogonal to the extent direction is on all sides delimited by a punch foot housing wall portion; - having a connection portion which in the punch foot housing in the extent direction extends between the pressure duct and the pressure chamber and which connects the pressure duct to the pressure chamber; and - having a control element which is disposed in the pressure chamber and which is movable between two terminal positions (I, II) that effect dissimilar flows through the pressure chamber; - whereby the at least one primary nozzle connects the pressure chamber to the environment of the punch foot housing, characterized in that at least one secondary nozzle which connects the pressure chamber to the environment of the punch foot housing extends through the punch foot housing wall portion that delimits the pressure chamber on all sides in a manner orthogonal to the extent direction, such that a label which is larger than the cross-section of the punch foot at the lower end thereof, when being blown down is impacted by compressed air exiting the at least one secondary nozzle of the punch foot. - having a punch foot housing which in an extent direction extends from a first housing end having a first housing opening to a second housing end having a second housing opening; - having a pressure duct which in the punch foot housing extends from the first housing opening in the extent direction; - having a perforated plate which closes the second housing opening and is connected to the punch foot housing, by way of which at least one primary nozzle extends in an orientation direction; - having a pressure chamber which in the punch foot housing extends from the perforated plate counter to the extent direction and which in a manner orthogonal to the extent direction is on all sides delimited by a punch foot housing wall portion; - having a connection portion which in the punch foot housing in the extent direction extends between the pressure duct and the pressure chamber and which connects the pressure duct to the pressure chamber; and - having a control element which is disposed in the pressure chamber and which is movable between two terminal positions (I, II) that effect dissimilar flows through the pressure chamber; - whereby the at least one primary nozzle connects the pressure chamber to the environment of the punch foot housing,
A method of operating a base station, comprising: transmitting configuration information (301, 401) for configuring a user equipment with receiving reference signals on two channel state information reference signal, CSI-RS, resources, wherein a first CSI-RS resource of the CSI-RS resources uses more antenna ports and is measured less often than a second CSI-RS resource of the CSI-RS resources; receiving two types of CSI reports from the user equipment, wherein a first CSI report of the CSI reports is associated with the first CSI-RS resource and a second CSI report of the CSI reports is associated with the second CSI-RS resource; precoding a second CSI-RS to be transmitted on the second CSI-RS resource in response to the first CSI report; transmitting a first CSI-RS on the first CSI-RS resource in a first set of subframes; and transmitting the second CSI-RS on the second CSI-RS resource in a second set of subframes, wherein the first CSI-RS is not precoded and the second CSI-RS is beamformed. transmitting configuration information (301, 401) for configuring a user equipment with receiving reference signals on two channel state information reference signal, CSI-RS, resources, wherein a first CSI-RS resource of the CSI-RS resources uses more antenna ports and is measured less often than a second CSI-RS resource of the CSI-RS resources; receiving two types of CSI reports from the user equipment, wherein a first CSI report of the CSI reports is associated with the first CSI-RS resource and a second CSI report of the CSI reports is associated with the second CSI-RS resource; precoding a second CSI-RS to be transmitted on the second CSI-RS resource in response to the first CSI report; transmitting a first CSI-RS on the first CSI-RS resource in a first set of subframes; and transmitting the second CSI-RS on the second CSI-RS resource in a second set of subframes, wherein the first CSI-RS is not precoded and the second CSI-RS is beamformed.
An ejection chip comprising: a substrate; a valve substrate affixed to a bottom portion of the substrate; a flexible valve disposed under the substrate and disposed on top of the valve substrate; a nozzle layer that includes one or more nozzles configured as exit apertures for ink; a fluid channel defined by the substrate and comprising a fluid; a fluid chamber defined by the substrate and comprising a fluid; a displacement chamber formed on top of the valve substrate and covered by the flexible valve; a restrictor being a portion of the substrate and forming a partition between the fluid channel and the fluid chamber_; and a flow feature layer disposed over the substrate and including one or more fluid ports to work in connection with the fluid channel and the nozzle, wherein the flexible valve contacts the restrictor in a closed condition and is away from the restrictor in an open condition, and the fluid pressure in the displacement chamber is lower than the fluid pressure in the fluid channel in the open condition, characterized in that a fluid pressure in the fluid channel is substantially similar to a fluid pressure in the displacement chamber in the closed condition. a substrate; a valve substrate affixed to a bottom portion of the substrate; a flexible valve disposed under the substrate and disposed on top of the valve substrate; a nozzle layer that includes one or more nozzles configured as exit apertures for ink; a fluid channel defined by the substrate and comprising a fluid; a fluid chamber defined by the substrate and comprising a fluid; a displacement chamber formed on top of the valve substrate and covered by the flexible valve; a restrictor being a portion of the substrate and forming a partition between the fluid channel and the fluid chamber_; and a flow feature layer disposed over the substrate and including one or more fluid ports to work in connection with the fluid channel and the nozzle, wherein the flexible valve contacts the restrictor in a closed condition and is away from the restrictor in an open condition, and the fluid pressure in the displacement chamber is lower than the fluid pressure in the fluid channel in the open condition, characterized in that a fluid pressure in the fluid channel is substantially similar to a fluid pressure in the displacement chamber in the closed condition.
A modified release pharmaceutical composition, comprising: epalrestat or a pharmaceutically acceptable derivative thereof; a water-swellable and pH independent polymer; an anionic non-cellulose-based water-swellable polymer; and a saccharide-based release rate adjusting agent. epalrestat or a pharmaceutically acceptable derivative thereof; a water-swellable and pH independent polymer; an anionic non-cellulose-based water-swellable polymer; and a saccharide-based release rate adjusting agent.
Prefabricated plinth for metal structures in elevation, characterized in that it comprises: a plurality of overlapped layers, each of them formed by a plurality of prefabricated reinforced concrete elements; threaded connection bars which structurally connect the layers together; fastening means, interacting with the connection bars and such as to maintain the layers structurally connected in a removable way, wherein the layers have holes for the insertion of the connection bars, with which housings to facilitate the insertion of the connection bars are associated, wherein said housings are positioning cups drowned in the prefabricated elements, wherein the threaded connection bars are threaded at the ends, wherein the elements of the inferior layer have a threaded core at an inferior portion, said threaded core being drowned in said inferior portion and being part of the fastening means, wherein the threaded core is a nut, wherein a further positioning cup is arranged at the inferior portion of the inferior layer characterized in that said nut is welded to the further positioning cup and in that a corresponding connection bar is screwed from above into the nut. a plurality of overlapped layers, each of them formed by a plurality of prefabricated reinforced concrete elements; threaded connection bars which structurally connect the layers together; fastening means, interacting with the connection bars and such as to maintain the layers structurally connected in a removable way, wherein the layers have holes for the insertion of the connection bars, with which housings to facilitate the insertion of the connection bars are associated, wherein said housings are positioning cups drowned in the prefabricated elements, wherein the threaded connection bars are threaded at the ends, wherein the elements of the inferior layer have a threaded core at an inferior portion, said threaded core being drowned in said inferior portion and being part of the fastening means, wherein the threaded core is a nut, wherein a further positioning cup is arranged at the inferior portion of the inferior layer characterized in that said nut is welded to the further positioning cup and in that a corresponding connection bar is screwed from above into the nut.
Use of antibodies to MYOSA protein as a biomarker in the in vitro determination of antiphospholipid syndrome in biological samples selected from serum, plasma or tissue fluid obtained from a subject.
Method for operating a shaft furnace, in particular a blast furnace, wherein at least one gas is introduced into the furnace, characterized in that shockwaves are introduced into the furnace, wherein the shockwaves spread out with a propagation speed greater than the speed of sound in the static medium in front of the shockwave, wherein the shockwaves are initiated by opening a re-closable valve and the valve is opened in less than 6 ms, in particular in less than 4 ms.
A liquid dosing apparatus for dispensing a liquid from a container into a liquid stream of a shower, toilet or tap, the apparatus comprising: an adapter arranged to detachably receive the container; a dosing mechanism comprising a dosing chamber and a moveable member, and arranged to draw a set volume of the liquid into the dosing chamber on activation, activation comprising moving the moveable member in a first direction; a damping control system arranged to control a dispensing rate of the set volume of the liquid by controlling return speed of the moveable member; and a dispensing outlet arranged to dispense the liquid into the water stream at the controlled dispensing rate. an adapter arranged to detachably receive the container; a dosing mechanism comprising a dosing chamber and a moveable member, and arranged to draw a set volume of the liquid into the dosing chamber on activation, activation comprising moving the moveable member in a first direction; a damping control system arranged to control a dispensing rate of the set volume of the liquid by controlling return speed of the moveable member; and a dispensing outlet arranged to dispense the liquid into the water stream at the controlled dispensing rate.
A switch for alternating current flowing through a load, said current having an increased power, wherein said switch has two thyristors (12, 13) that are connected in an antiparallel manner and each have an associated ignition device (14, 15), and wherein said switch has an auxiliary device for securing the holding current if the load has an excessively high resistance, said auxiliary device having an auxiliary source (18, 19) for each thyristor (12, 13), said auxiliary source (18, 19) being connected to the anode of its associated thyristor (12, 13) with its positive pole and to the cathode with its negative pole and being controlled such that, in times where the thyristor (12, 13) is intended to be conductive, it generates a current that is equal to or greater than the holding current of the thyristor (12, 13), wherein in each thyristor (12, 13) of the switch the ignition device (14, 15) and the auxiliary source (18, 19) are supplied from a direct current voltage source (16, 17) the negative pole of which is connected to the cathode of the thyristor (12, 13).
Electrical switching device comprising a housing, at least two switching chambers within the housing with contacts (31, 32, 36, 37) for interrupting at least one current path (24, 25), an arc extinguishing device for each switching chamber and at least one guide channel within the housing which redirects the arc gases escaping from the arc extinguishing device in the direction of at least one exhaust opening (14, 15) to allow the arc gases to exit from the housing, wherein a guide channel is provided for each switching chamber, wherein the guide channels of the different switching chambers are separate from one another, wherein the housing comprises end faces (9, 10) with electrical connections (16, 17, 26, 27) for at least one current path (24, 25) switchable by means of the contacts (31, 32, 36, 37), wherein the exhaust openings (14, 15) are provided in side faces of the housing which are different from the end faces (9, 10), characterised in that the guide channels redirect the arc gases of at least two switching chambers to exhaust openings on opposite sides of the hosing.
Dynamometer test unit (110,111) for use in dynamometer testing of a vehicle, the vehicle including at least a first wheel shaft (105,106), said vehicle including at least one first vehicle power source for providing power to said first wheel shaft (105,106), said first wheel shaft (105,106), during testing, being directly connected to said unit (110,111) for dynamometer testing, said dynamometer test unit (110,111) including: - a first individually controllable dynamometer power source (101,114) for applying a first power to said first wheel shaft (105,106), the dynamometer test unit (110,111) being characterized in: - a second individually controllable dynamometer power source (103,114) for applying a second power to said first wheel shaft (105,106), wherein at least one of said first and second dynamometer power sources (101,103,114) is an electric motor, and wherein - said first and said second dynamometer power source (101,103,114) being designed to apply a controllable power to said first wheel shaft (105,106) during testing. - a first individually controllable dynamometer power source (101,114) for applying a first power to said first wheel shaft (105,106), the dynamometer test unit (110,111) being characterized in: - a second individually controllable dynamometer power source (103,114) for applying a second power to said first wheel shaft (105,106), wherein at least one of said first and second dynamometer power sources (101,103,114) is an electric motor, and wherein - said first and said second dynamometer power source (101,103,114) being designed to apply a controllable power to said first wheel shaft (105,106) during testing. - a second individually controllable dynamometer power source (103,114) for applying a second power to said first wheel shaft (105,106), wherein at least one of said first and second dynamometer power sources (101,103,114) is an electric motor, and wherein - said first and said second dynamometer power source (101,103,114) being designed to apply a controllable power to said first wheel shaft (105,106) during testing.
A handle for a razor cartridge, the handle comprising: a head having a cartridge engaging end and an attachment end; a body formed of a first material and defining a centerline, the body having a front end and a rear end, wherein the front end is coupled with the attachment end; and a cover layer at least partially overlying the body and formed of a second material, wherein the second material comprises thermoplastic elastomer, characterized in that the body defines a plurality of through holes and the cover layer extends into each of the through holes, and the through holes are disposed at the rear end of the body. a head having a cartridge engaging end and an attachment end; a body formed of a first material and defining a centerline, the body having a front end and a rear end, wherein the front end is coupled with the attachment end; and a cover layer at least partially overlying the body and formed of a second material, wherein the second material comprises thermoplastic elastomer, characterized in that the body defines a plurality of through holes and the cover layer extends into each of the through holes, and the through holes are disposed at the rear end of the body.
A motorcycle with a multi-cylinder internal combustion engine, the cylinder arrangement of which is a VR-cylinder arrangement with banks of cylinders arranged staggered that are pushed into one another, wherein the internal combustion engine is installed in a motorcycle having a transversely lying crankshaft, wherein a common cylinder head for each two cylinder banks is present and the cylinder head covers a front cylinder bank and a rear cylinder bank, wherein the cylinder head comprises three camshafts, wherein the crank drive acts crosswise on the transversely lying crankshaft so that the two planes which are formed by the cylinder axes of each cylinder bank, intersect below the crankshaft axis and wherein a respective cylinder comprises a port group with at least one exhaust port and at least one inlet port, characterized in that the inlet ports of the rear cylinder bank are arranged behind the rear camshaft and are conducted upwards and wherein the inlet ports of the front cylinder bank are arranged in front of the rear camshaft and between the rear camshaft and the middle camshaft and are conducted upwards, wherein the inlet ports project upwards and all inlet ports open at the top out of the common cylinder head, wherein the geometrical arrangement of the inlet ports of a port group is the same with all cylinders and inlet ports with the same length and the same shape are used, and wherein the exhaust ports open out of the cylinder head at the front and the mouths of the exhaust ports of the rear cylinder bank are offset to the back in vehicle longitudinal direction compared with those of the front cylinder bank.