mhurhangee/ep-ind-claims huggingface dataset:
A method for aggregating performance statistics from multiple cores of a system intermediary between one or more clients and servers, the multiple cores processing multiple network traffic streams between the one or more clients and servers, the method comprising: a step of maintaining, in shared memory of a multi-core system intermediary between one or more clients and servers, a global device number for each core of the multi-core system, each core comprising one or more packet engines processing network traffic between the one or more clients and servers; a step of executing, by an aggregator of the multi-core system, a computing thread for each core of the multi-core system; a step of collecting, by a first computing thread of the aggregator, statistics of network traffic processed by the one or more packet engines on a first core; and a step of transferring, by the first computing thread, the statistics with a marker to a statistics log of the multi-core system according to a schedule of the aggregator, the marker corresponding to a global device number of the first core, wherein the aggregator adaptively reschedules the transfer by monitoring the operation of the first core. a step of maintaining, in shared memory of a multi-core system intermediary between one or more clients and servers, a global device number for each core of the multi-core system, each core comprising one or more packet engines processing network traffic between the one or more clients and servers; a step of executing, by an aggregator of the multi-core system, a computing thread for each core of the multi-core system; a step of collecting, by a first computing thread of the aggregator, statistics of network traffic processed by the one or more packet engines on a first core; and a step of transferring, by the first computing thread, the statistics with a marker to a statistics log of the multi-core system according to a schedule of the aggregator, the marker corresponding to a global device number of the first core, wherein the aggregator adaptively reschedules the transfer by monitoring the operation of the first core.
A polymer material containing an additive for a polymer, wherein the polymer is selected from the group of polyester, PA6, PA66, TPU and PPE, wherein the additive comprises: A: a dialkyl phosphinate, the dialkyl phosphinate having the following structural formula, wherein R 1 and R 2 are the same or different, which represent H, C1-C6-alkyl or C6-C18-aryl; M is Al; m is 3; B: a metal element of calcium wherein the mass content of the metal element of calcium in the total additive is 50 to 500 ppm which is determined according to the method of the description; and comprising 5 to 25 parts by weight of the additive for polymer and 50 to 75 parts by weight of the polymer or a mixture thereof. A: a dialkyl phosphinate, the dialkyl phosphinate having the following structural formula, wherein R 1 and R 2 are the same or different, which represent H, C1-C6-alkyl or C6-C18-aryl; M is Al; m is 3; wherein R 1 and R 2 are the same or different, which represent H, C1-C6-alkyl or C6-C18-aryl; M is Al; m is 3; B: a metal element of calcium wherein the mass content of the metal element of calcium in the total additive is 50 to 500 ppm which is determined according to the method of the description; and comprising 5 to 25 parts by weight of the additive for polymer and 50 to 75 parts by weight of the polymer or a mixture thereof.
A decorative panel or tray, comprising: a layer of stone of between 0.2mm and 1mm thick; a substrate bonded to the layer of stone to form a laminated sheet having a thickness of between 1mm and 3mm; and a backing board bonded to the laminated sheet, the backing board having a thickness greater than 5mm, wherein: the backing board comprises a relatively thick central layer and a relatively thin outer layer, which first relatively thin outer layer is a stiffening layer forming a first major face of the backing board and a first major face of the decorative panel or tray and wherein the laminated sheet forms a second major face of the decorative panel or tray opposite to the first major face, characterised in that the central layer extends from a central region of the backing board to form a second major face of the backing board opposite to the first major face of the backing board, and wherein the laminated sheet is applied directly to the central layer, which laminated sheet forms a second stiffening layer. a layer of stone of between 0.2mm and 1mm thick; a substrate bonded to the layer of stone to form a laminated sheet having a thickness of between 1mm and 3mm; and a backing board bonded to the laminated sheet, the backing board having a thickness greater than 5mm, wherein: the backing board comprises a relatively thick central layer and a relatively thin outer layer, which first relatively thin outer layer is a stiffening layer forming a first major face of the backing board and a first major face of the decorative panel or tray and wherein the laminated sheet forms a second major face of the decorative panel or tray opposite to the first major face, characterised in that the central layer extends from a central region of the backing board to form a second major face of the backing board opposite to the first major face of the backing board, and wherein the laminated sheet is applied directly to the central layer, which laminated sheet forms a second stiffening layer.
A center apparatus for providing a service to a terminal apparatus, comprising: - a communication unit adapted to transmit/receive data; - an authentication method determining unit; - an authentication processing unit adapted to perform an authentication processing according to a user authentication method determined by the authentication method determining unit; and - a service providing unit adapted to provide a service to the terminal apparatus if the authentication processing is successful, characterized by - a terminal apparatus information database adapted to store a practical use for each terminal apparatus, wherein each terminal apparatus is associated with one of a plurality of different practical uses; - an authentication policy database having a plurality of combinations of practical uses and user authentication methods of the terminal apparatus registered therein as an authentication policy; wherein the authentication determining unit is adapted to determine a user authentication method from the authentication policy registered in the authentication policy database, and wherein the center apparatus further comprises a terminal apparatus practical-use determining unit adapted to determine a practical use of the terminal apparatus from terminal apparatus information received from the terminal apparatus and the terminal apparatus information database, wherein the authentication method determining unit is adapted to determine a user authentication method based on a practical use of the terminal apparatus determined by the terminal apparatus practical-use determining unit and the authentication policy registered in the authentication policy database. - a communication unit adapted to transmit/receive data; - an authentication method determining unit; - an authentication processing unit adapted to perform an authentication processing according to a user authentication method determined by the authentication method determining unit; and - a service providing unit adapted to provide a service to the terminal apparatus if the authentication processing is successful, characterized by - a terminal apparatus information database adapted to store a practical use for each terminal apparatus, wherein each terminal apparatus is associated with one of a plurality of different practical uses; - an authentication policy database having a plurality of combinations of practical uses and user authentication methods of the terminal apparatus registered therein as an authentication policy;
A liquid pharmaceutical composition suitable for intranasal administration comprising 2-20 g/l of a pentapeptide Thr-Lys-Pro-Arg-Pro (SEQ ID NO: 5) or a pharmaceutically acceptable salt thereof, and at least one pharmaceutically acceptable excipient, for use intranasally in the prevention and/or treatment of female sexual dysfunction in a subject, preferably a human.
A system for treating an aneurysm in a blood vessel, said system comprising: a scaffold (10; 22,24; 26) adapted to be placed across the aneurysm; one or more expandable structures (16; 16a,16b,16c; 40; 40a,40b) not attached to the scaffold, wherein the one or more expandable structure are adapted to be expanded by filling a fillable space of each of the one or more expandable structures with an expansion medium to at least partly fill an aneurysmal space between an outside of the scaffold and an inside surface of the aneurysm; and a delivery catheter adapted to deliver the one or more expandable structures to the aneurysmal space between the outside of the scaffold and the inside surface of the aneurysm, deliver the expansion medium to the expandable structure when the one or more expandable structures is positioned in the aneurysmal space and detach the one or more expandable structures after expansion such that the expanded one or more expandable structures remain within the aneurysmal space after removal of the catheter from the blood vessel, wherein the fillable space of each of the one or more expandable structures extends only partly about the scaffold. a scaffold (10; 22,24; 26) adapted to be placed across the aneurysm; one or more expandable structures (16; 16a,16b,16c; 40; 40a,40b) not attached to the scaffold, wherein the one or more expandable structure are adapted to be expanded by filling a fillable space of each of the one or more expandable structures with an expansion medium to at least partly fill an aneurysmal space between an outside of the scaffold and an inside surface of the aneurysm; and a delivery catheter adapted to deliver the one or more expandable structures to the aneurysmal space between the outside of the scaffold and the inside surface of the aneurysm, deliver the expansion medium to the expandable structure when the one or more expandable structures is positioned in the aneurysmal space and detach the one or more expandable structures after expansion such that the expanded one or more expandable structures remain within the aneurysmal space after removal of the catheter from the blood vessel, wherein the fillable space of each of the one or more expandable structures extends only partly about the scaffold.
At least one transportation vehicle for mobile sorting of shipments, the transportation vehicle comprising a loading area arranged on the transportation vehicle, at least one infeed conveyer foldable attached to the loading area for loading an incoming shipment onto the transportation vehicle, at least two outfeed conveyers foldable attached to the loading area for unloading an outgoing shipment from the transportation vehicle, a scanning device arranged on the loading area adjacent to the at least one infeed conveyer and configured to scan the incoming shipment for obtaining a scanning information, a main conveyer arranged on the loading area and configured to convey the incoming shipment past the scanning device towards a sorting device, and the sorting device configured to sort the scanned incoming shipment according to the scanning information towards one of the outfeed conveyers for unloading the incoming shipment as outgoing shipment. a loading area arranged on the transportation vehicle, at least one infeed conveyer foldable attached to the loading area for loading an incoming shipment onto the transportation vehicle, at least two outfeed conveyers foldable attached to the loading area for unloading an outgoing shipment from the transportation vehicle, a scanning device arranged on the loading area adjacent to the at least one infeed conveyer and configured to scan the incoming shipment for obtaining a scanning information, a main conveyer arranged on the loading area and configured to convey the incoming shipment past the scanning device towards a sorting device, and the sorting device configured to sort the scanned incoming shipment according to the scanning information towards one of the outfeed conveyers for unloading the incoming shipment as outgoing shipment.
A pressure control device for a liquid, comprising: - a main hollow body having an inlet end for the liquid, an outlet end for the liquid and an inner cavity therebetween which defines a longitudinal axis, the inlet and the outlet ends (3, 4) being connected via a longitudinal passage; - a tubular valve member, which is slidably housed in said passage and having a regulating end on its upstream side; - a seat placed inside said passage, upstream said valve member, and having a transverse surface formed in said passage to interact with said regulating end of said valve member and define therewith a part having an adjustable width (w) for the liquid; characterized in that said seat is arranged in said passage around an axis that is eccentric and parallel with respect to the longitudinal axis of said cavity and is formed of one piece with said main body, said seat being supported proximate to said inlet end for the liquid by at least one pair of longitudinal support wings substantially parallel to the flow direction. - a main hollow body having an inlet end for the liquid, an outlet end for the liquid and an inner cavity therebetween which defines a longitudinal axis, the inlet and the outlet ends (3, 4) being connected via a longitudinal passage; - a tubular valve member, which is slidably housed in said passage and having a regulating end on its upstream side; - a seat placed inside said passage, upstream said valve member, and having a transverse surface formed in said passage to interact with said regulating end of said valve member and define therewith a part having an adjustable width (w) for the liquid;
A sensor for detecting or quantifying a target substance contained in a liquid sample, comprising: a PQQ-dependent or FAD-dependent enzyme whose substrate is the target substance; wherein the PQQ-dependent or FAD-dependent enzyme dehydrogenates or oxidises the target substance; and at least a pair of electrodes (31, 32, 33); characterized in that the sensor further comprises a phenanthrenequinone comprising a substituent, wherein the substituent comprises a benzene ring and a hydrophilic functional group on the benzene ring. a PQQ-dependent or FAD-dependent enzyme whose substrate is the target substance; wherein the PQQ-dependent or FAD-dependent enzyme dehydrogenates or oxidises the target substance; and at least a pair of electrodes (31, 32, 33); characterized in that the sensor further comprises a phenanthrenequinone comprising a substituent, wherein the substituent comprises a benzene ring and a hydrophilic functional group on the benzene ring.
A system configured to apply a dampening fluid to a reimageable surface of an imaging member in a variable data lithography system, comprising: a subsystem for converting a dampening fluid from a liquid phase to a dispersed fluid phase; a subsystem for directing flow of a dispersed fluid comprising said dampening fluid to said reimageable surface; whereby said dampening fluid reverts to said liquid phase directly on, and is thereby deposited on, said reimageable surface to form a continuous dampening fluid layer thereover, characterized in that: said subsystem for converting a dampening fluid from a liquid phase to a dispersed fluid phase comprises a vapor chamber and boiler; and said subsystem for directing flow of a dispersed fluid comprising said dampening fluid in dispersed fluid phase to said reimageable surface comprises a heat-conductive conduit and condensation chamber with heated wall surface such that said dispersed fluid comprising said dampening fluid in dispersed fluid phase deposits on said reimageable surface as opposed to said conduit and said wall surface of said condensation chamber. a subsystem for converting a dampening fluid from a liquid phase to a dispersed fluid phase; a subsystem for directing flow of a dispersed fluid comprising said dampening fluid to said reimageable surface; whereby said dampening fluid reverts to said liquid phase directly on, and is thereby deposited on, said reimageable surface to form a continuous dampening fluid layer thereover, characterized in that: said subsystem for converting a dampening fluid from a liquid phase to a dispersed fluid phase comprises a vapor chamber and boiler; and said subsystem for directing flow of a dispersed fluid comprising said dampening fluid in dispersed fluid phase to said reimageable surface comprises a heat-conductive conduit and condensation chamber with heated wall surface such that said dispersed fluid comprising said dampening fluid in dispersed fluid phase deposits on said reimageable surface as opposed to said conduit and said wall surface of said condensation chamber. said subsystem for converting a dampening fluid from a liquid phase to a dispersed fluid phase comprises a vapor chamber and boiler; and said subsystem for directing flow of a dispersed fluid comprising said dampening fluid in dispersed fluid phase to said reimageable surface comprises a heat-conductive conduit and condensation chamber with heated wall surface such that said dispersed fluid comprising said dampening fluid in dispersed fluid phase deposits on said reimageable surface as opposed to said conduit and said wall surface of said condensation chamber.
A physiological sensor-transmitter assembly for measuring a value of an internal physiological property at an internal body location of a subject and transmitting information regarding the measured value to a receiver located external to the body of the subject, the assembly comprising: a tether comprising a signal conductor; a sensor disposed at a distal portion of a tether and adapted to measure a value of a physiological property at an internal body location when the sensor is positioned at the internal body location; a transmitter electrically coupled and connected to the sensor through the tether and adapted to transmit information regarding the measured value to a receiver located external to the body of the subject; and an anchor disposed at a promixal portion of the tether and adapted to attach to an externally accessible portion of the body, said tether connecting the anchor and the sensor. a tether comprising a signal conductor; a sensor disposed at a distal portion of a tether and adapted to measure a value of a physiological property at an internal body location when the sensor is positioned at the internal body location; a transmitter electrically coupled and connected to the sensor through the tether and adapted to transmit information regarding the measured value to a receiver located external to the body of the subject; and an anchor disposed at a promixal portion of the tether and adapted to attach to an externally accessible portion of the body, said tether connecting the anchor and the sensor.
A glenoid implant of a shoulder prosthesis, comprising: an anchor member (104; 104A; 104B; 104C; 104D; 104E; 312) including a longitudinal portion (216; 216A; 216B; 216C; 216D; 216E) configured to be secured to a bone; a baseplate (108; 108B; 108C; 108D; 108E; 108F; 108G; 108H; 336) including a proximal end and a distal end; a glenosphere including an articular surface; and a locking structure configured to couple the baseplate (108; 108B; 108C; 108D; 108E; 108F; 108G; 108H; 336) to the glenosphere, characterized in that the baseplate (108; 108B; 108C; 108D; 108E; 108F; 108G; 108H; 336) is configured to receive a proximal head (220; 340) of the anchor member (104; 104A; 104B; 104C; 104D; 104E; 312) from the distal end of the baseplate, and in that the locking structure is configured to contact the proximal head (220; 340) of the anchor member (104; 104A; 104B; 104C; 104D; 104E; 312) to apply a distally directed force to the anchor member to reduce rotation of the anchor member with respect to the baseplate (108; 108B; 108C; 108D; 108E; 108F; 108G; 108H; 336). an anchor member (104; 104A; 104B; 104C; 104D; 104E; 312) including a longitudinal portion (216; 216A; 216B; 216C; 216D; 216E) configured to be secured to a bone; a baseplate (108; 108B; 108C; 108D; 108E; 108F; 108G; 108H; 336) including a proximal end and a distal end; a glenosphere including an articular surface; and a locking structure configured to couple the baseplate (108; 108B; 108C; 108D; 108E; 108F; 108G; 108H; 336) to the glenosphere, characterized in that the baseplate (108; 108B; 108C; 108D; 108E; 108F; 108G; 108H; 336) is configured to receive a proximal head (220; 340) of the anchor member (104; 104A; 104B; 104C; 104D; 104E; 312) from the distal end of the baseplate, and in that the locking structure is configured to contact the proximal head (220; 340) of the anchor member (104; 104A; 104B; 104C; 104D; 104E; 312) to apply a distally directed force to the anchor member to reduce rotation of the anchor member with respect to the baseplate (108; 108B; 108C; 108D; 108E; 108F; 108G; 108H; 336).
Apparatus (1, 201, 301) for generating an inhalable medium, the apparatus (1, 201, 301) comprising: a container (9, 209, 309) for holding a liquid (10, 210, 310); a wick (12, 212, 312) for drawing liquid (10, 210, 310) from the container (9, 209, 309); a heater (11, 211, 311) for volatilising liquid (10, 210, 310) drawn into the wick (12, 212, 312) from the container (9, 209, 309); a first chamber (13, 213, 313) having received therein a material (14, 214, 314); and an outlet (3, 203, 303, 204, 304); the arrangement being such that in use liquid (10, 210, 310) volatilised by the heater (11, 211, 311) passes, in the form of at least one of a vapour and an aerosol, through the material (14, 214, 314) received in the first chamber (13, 213, 313) to thereby entrain one or more constituents from the material (14, 214, 314) to produce the inhalable medium which passes out of the outlet (3, 203, 303); wherein the container (9, 209, 309) for holding the liquid (10, 210, 310) is in the form of a second, annular, chamber (9, 209, 309); and characterised in that, the wick (12, 212, 312) is an annular wick (12, 212, 312) that surrounds the heater (11, 211, 311). a container (9, 209, 309) for holding a liquid (10, 210, 310); a wick (12, 212, 312) for drawing liquid (10, 210, 310) from the container (9, 209, 309); a heater (11, 211, 311) for volatilising liquid (10, 210, 310) drawn into the wick (12, 212, 312) from the container (9, 209, 309); a first chamber (13, 213, 313) having received therein a material (14, 214, 314); and an outlet (3, 203, 303, 204, 304); the arrangement being such that in use liquid (10, 210, 310) volatilised by the heater (11, 211, 311) passes, in the form of at least one of a vapour and an aerosol, through the material (14, 214, 314) received in the first chamber (13, 213, 313) to thereby entrain one or more constituents from the material (14, 214, 314) to produce the inhalable medium which passes out of the outlet (3, 203, 303); wherein the container (9, 209, 309) for holding the liquid (10, 210, 310) is in the form of a second, annular, chamber (9, 209, 309); and characterised in that, the wick (12, 212, 312) is an annular wick (12, 212, 312) that surrounds the heater (11, 211, 311).