mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a peripheral device; a processing device to run a virtual machine, and guest memory allocated to the virtual machine, wherein the processing device comprises a buffer allocated to receive a payload from the peripheral device that attempts to access a page of the guest memory of the virtual machine using direct memory access, DMA, in case that the DMA results in an input/output page fault, wherein the buffer stores the payload while the input/output page fault corresponding to the page of the guest memory of the virtual machine is resolved, wherein the processing device is configured to receive, from the peripheral device, a descriptor indicating a location of the buffer into a fault buffer queue; and cause the payload to be copied from the buffer to a newly allocated page of the guest memory after the input/output page fault is resolved by using the descriptor from the fault buffer queue. a peripheral device; a processing device to run a virtual machine, and guest memory allocated to the virtual machine, wherein the processing device comprises a buffer allocated to receive a payload from the peripheral device that attempts to access a page of the guest memory of the virtual machine using direct memory access, DMA, in case that the DMA results in an input/output page fault, wherein the buffer stores the payload while the input/output page fault corresponding to the page of the guest memory of the virtual machine is resolved, wherein the processing device is configured to receive, from the peripheral device, a descriptor indicating a location of the buffer into a fault buffer queue; and cause the payload to be copied from the buffer to a newly allocated page of the guest memory after the input/output page fault is resolved by using the descriptor from the fault buffer queue. receive, from the peripheral device, a descriptor indicating a location of the buffer into a fault buffer queue; and cause the payload to be copied from the buffer to a newly allocated page of the guest memory after the input/output page fault is resolved by using the descriptor from the fault buffer queue.
A flat mop having a front, resp. cleaning, side with a trimming or loop structure and a back, resp. wrapper, side, comprising at least one woven, knitted or machine-knitted layer on the front formed from microfiber material and at least one layer on the back, wherein at least one, preferably two, engagement pocket(s) for a flat mop holder is/are present on the back, characterized in that the at least one layer on the back is formed from a, in particular reinforced, nonwoven material, in particular comprising or consisting of polyolefin fibers, in particular polypropylene fibers.
A method comprising: obtaining a first power limit for a group of servers (210, 220); calculating a first threshold value based on the first power limit, where the first threshold value is less than the first power limit; determining that power consumption for the group of servers (210, 220) exceeds the first threshold value; causing some servers of said group of servers (210, 220) to enter power capping mode when the power consumption for the group of servers (210, 220) exceeds the first threshold value; determining an amount of discretionary power, which represents an available power budget for the servers (210, 220) with power capping enabled among the group of servers (210, 220), calculated by subtracting the power consumption of the servers (210, 220) with power capping disabled among the group of servers (210, 220) and the expected power consumption of servers among the group of servers (210, 220) that are currently powered off, from the first power limit, available to the group of servers (210, 220); determining that a particular server (210, 220) in the group of servers (210, 220) has power capping enabled; and allocating a portion of the discretionary power to the particular server (210, 220), based on the particular server's (210, 220) power consumption relative to a total power consumption of other power capped servers (210, 220) in the group of servers (210, 220). obtaining a first power limit for a group of servers (210, 220); calculating a first threshold value based on the first power limit, where the first threshold value is less than the first power limit; determining that power consumption for the group of servers (210, 220) exceeds the first threshold value; causing some servers of said group of servers (210, 220) to enter power capping mode when the power consumption for the group of servers (210, 220) exceeds the first threshold value; determining an amount of discretionary power, which represents an available power budget for the servers (210, 220) with power capping enabled among the group of servers (210, 220), calculated by subtracting the power consumption of the servers (210, 220) with power capping disabled among the group of servers (210, 220) and the expected power consumption of servers among the group of servers (210, 220) that are currently powered off, from the first power limit, available to the group of servers (210, 220); determining that a particular server (210, 220) in the group of servers (210, 220) has power capping enabled; and allocating a portion of the discretionary power to the particular server (210, 220), based on the particular server's (210, 220) power consumption relative to a total power consumption of other power capped servers (210, 220) in the group of servers (210, 220).
Expandable tubular element (3, 37) for a fluid-inflatable cylinder, comprising a peripheral wall that is fluid-tight and formed by a plurality of panels connected in pairs by substantially rectilinear links each representing a pivot axis, the links being made mainly of plastic material, the panels being more rigid than the links, so that two panels adjacent to a link can rotate about the pivot axis represented by this link, each end of a link being connected to at least two ends of other links so as to define a node, characterised in that each node have a thickness greater than the minimum thickness of the adjacent links. the links being made mainly of plastic material, the panels being more rigid than the links, so that two panels adjacent to a link can rotate about the pivot axis represented by this link, each end of a link being connected to at least two ends of other links so as to define a node, characterised in that each node have a thickness greater than the minimum thickness of the adjacent links.
A photo-curable liquid optically clear adhesive composition, comprising: (a) from 50 to 90 wt.%, based on the total weight of the adhesive composition, of at least one (meth)acrylic copolymer having a weight average molecular weight of from 50000 to 200000 g/mol as measured by gel permeation chromatography according to EN ISO 13885 using a polystyrene standard for calibration and a glass transition temperature of from -40°C to 40°C as determined by differential scanning calorimetry according to ASTM E1356, wherein the (meth)acrylic copolymer is a reaction product of two or more of 2-ethylhexyl (meth)acrylate, N-(meth)acryloyl morpholine, isobutyl (meth)acrylate, 2-hydroxylbutyl (meth)acrylate and 2-hydroxyethyl (meth)acrylate; (b) from 2 to 50 wt.%, based on the total weight of the adhesive composition, of at least one non-functional (meth)acrylic monomer; (c) at least one photo initiator; and, (d) at least one functional (meth)acrylic monomer. (a) from 50 to 90 wt.%, based on the total weight of the adhesive composition, of at least one (meth)acrylic copolymer having a weight average molecular weight of from 50000 to 200000 g/mol as measured by gel permeation chromatography according to EN ISO 13885 using a polystyrene standard for calibration and a glass transition temperature of from -40°C to 40°C as determined by differential scanning calorimetry according to ASTM E1356, wherein the (meth)acrylic copolymer is a reaction product of two or more of 2-ethylhexyl (meth)acrylate, N-(meth)acryloyl morpholine, isobutyl (meth)acrylate, 2-hydroxylbutyl (meth)acrylate and 2-hydroxyethyl (meth)acrylate; (b) from 2 to 50 wt.%, based on the total weight of the adhesive composition, of at least one non-functional (meth)acrylic monomer; (c) at least one photo initiator; and, (d) at least one functional (meth)acrylic monomer.
A vehicular imaging system for determining a roadway lane where a vehicle is positioned on a roadway having two or more lanes separated by lane markers, the system comprising: an image sensor configured for capturing images; an image processor configured for receiving captured images; and wherein the image processor is configured to determine roadway width by identifying roadway marker signs erected at the side of the roadway in processed images that are captured by the image sensor, and wherein the image processor is configured to create a road model for identifying the roadway lane where a vehicle is positioned on the roadway, characterized in that: the image processor is further configured to identify at least one oncoming vehicle light to determine a position of oncoming roadway lanes, and the image processor is configured to determine the roadway lane where the vehicle is positioned by using the roadway width and the position of oncoming roadway lanes. an image sensor configured for capturing images; an image processor configured for receiving captured images; and wherein the image processor is configured to determine roadway width by identifying roadway marker signs erected at the side of the roadway in processed images that are captured by the image sensor, and wherein the image processor is configured to create a road model for identifying the roadway lane where a vehicle is positioned on the roadway, the image processor is further configured to identify at least one oncoming vehicle light to determine a position of oncoming roadway lanes, and the image processor is configured to determine the roadway lane where the vehicle is positioned by using the roadway width and the position of oncoming roadway lanes.
An assay device comprising: a liquid sample zone; a reagent zone downstream and in fluid communication with the sample zone containing a reagent material; a detection zone in fluid communication with the reagent zone having capture elements bound thereto; and a wicking zone in fluid communication with the capture zone having a capacity to receive liquid sample flowing from the detection zone, wherein the sample receiving zone, the reagent zone, the detection zone and the wicking zone define a fluid flow path and at least a part of the fluid flow path has a substrate and projections which extend vertically from the substrate, wherein the projections have a height, cross-section and a distance between one another that defines a space between the projections capable of generating capillary flow parallel to the substrate surface, wherein the fluid flow path having projections includes a corner section which changes the direction of the flow path, wherein the projections in or around the corner section are modified to maintain the configuration of the flow front of the sample flowing through the flow path after the corner in the same configuration as before the corner, and wherein the configuration of the flow front before and after the corner section is a uniform flow front, characterized in that the modification of the projections comprises replacing the projections in the corner section with a plurality of microchannels, each of the microchannels having a radius of R and a cross-sectional area of A, the microchannels satisfying the relationship A 2 /R = constant, and wherein the channel height is a constant and W 2 /R = constant, where W is the width of the microchannel. a liquid sample zone; a reagent zone downstream and in fluid communication with the sample zone containing a reagent material; a detection zone in fluid communication with the reagent zone having capture elements bound thereto; and a wicking zone in fluid communication with the capture zone having a capacity to receive liquid sample flowing from the detection zone, wherein the sample receiving zone, the reagent zone, the detection zone and the wicking zone define a fluid flow path and at least a part of the fluid flow path has a substrate and projections which extend vertically from the substrate, wherein the projections have a height, cross-section and a distance between one another that defines a space between the projections capable of generating capillary flow parallel to the substrate surface, wherein the fluid flow path having projections includes a corner section which changes the direction of the flow path, wherein the projections in or around the corner section are modified to maintain the configuration of the flow front of the sample flowing through the flow path after the corner in the same configuration as before the corner, and wherein the configuration of the flow front before and after the corner section is a uniform flow front,
A thermoplastic molding material comprising the following components: from 20 to 79% by weight of at least one polyarylene ether, from 5 to 64% by weight of at least one polyarylene sulfide, from 1 to 15% by weight of at least one functionalized polyarylene ether comprising carboxyl groups having a viscosity number according to DIN EN ISO 1628-1 of 45 to 65 ml/g measured in 1% strength by weight solution in N-methyl-2-pyrrolidone at 25°C, from 15 to 70% by weight of at least one fibrous or particulate filler and from 0 to 40% by weight of a further additive and/or processing assistant, the sum of the % by weight of the components to being 100% by weight. from 20 to 79% by weight of at least one polyarylene ether, from 5 to 64% by weight of at least one polyarylene sulfide, from 1 to 15% by weight of at least one functionalized polyarylene ether comprising carboxyl groups having a viscosity number according to DIN EN ISO 1628-1 of 45 to 65 ml/g measured in 1% strength by weight solution in N-methyl-2-pyrrolidone at 25°C, from 15 to 70% by weight of at least one fibrous or particulate filler and from 0 to 40% by weight of a further additive and/or processing assistant,
A valve-module comprising: a piston-housing body having a piston-housing chamber; and a valve-rod of which a part thereof is inserted into the piston housing body and a piston is provided in a region located inside the piston-housing chamber, and a valve (44, 94) is formed in a region located outside the piston-housing chamber; therein, the valve-rod is driven in a first direction by the air pressure of the pilot-air acting upon the piston, and is driven in a second direction opposite the first direction by the biasing-force of biasing-means; then the valve makes contact with and separates from a valve-seat (35,92) by supplying and discharging the pilot-air, thus controlling the opening and closing of the valve, characterized in comprising: a first-magnet holder provided at the outer periphery of the piston; a second-magnet holder provided at the position facing the first-magnet holder on the piston-housing body side; a first-permanent magnet held by the first-magnet holder in the state in which an end-face makes contact with a thin-walled first-collision-avoidance portion formed at the position closest to the second-magnet holder; and a second-permanent magnet held by the second-magnet holder in the state in which an end-face makes contact with a thin-walled second-collision-avoidance portion formed at the position closest to the first-collision-avoidance portion of the first-magnet holder; wherein, a magnetic-attraction force acts between both permanent magnets, and drives the piston in the first direction, and increases with the mutual approach of both magnets; in addition, an arrangement-relationship is set between both permanent magnets such that the end-faces do not directly collide with each other, even when they are closest to each other. a first-magnet holder provided at the outer periphery of the piston; a second-magnet holder provided at the position facing the first-magnet holder on the piston-housing body side; a first-permanent magnet held by the first-magnet holder in the state in which an end-face makes contact with a thin-walled first-collision-avoidance portion formed at the position closest to the second-magnet holder; and a second-permanent magnet held by the second-magnet holder in the state in which an end-face makes contact with a thin-walled second-collision-avoidance portion formed at the position closest to the first-collision-avoidance portion of the first-magnet holder; wherein, a magnetic-attraction force acts between both permanent magnets, and drives the piston in the first direction, and increases with the mutual approach of both magnets; in addition, an arrangement-relationship is set between both permanent magnets such that the end-faces do not directly collide with each other, even when they are closest to each other.
A system for distributing air to plural aircraft zones, the system comprising: a mix manifold, wherein the plural aircraft zones receive manifold air from the mix manifold; a recirculating fan, the system being characterised by a thermal electronic cooler trim module, TEC,, wherein the TEC is fluidly connected between the recirculating fan and the mix manifold; the TEC including: multiple TEC zones (26, 28), each fluidly connected to, and sized relative to heating requirements of, a respective one of the aircraft zones, wherein the TEC is capable of heating and cooling air in the multiple TEC zones; a first TEC inlet, through which a first portion of the recirculated air enters the TEC, is heat treated in a first heating direction, and is exhausted toward the mix manifold; and a second TEC inlet, through which a second portion of the recirculated air enters the TEC zones, is heat treated in a second heating direction, and is exhausted toward the aircraft zones, for mixing with the manifold air. a mix manifold, wherein the plural aircraft zones receive manifold air from the mix manifold; a recirculating fan, the system being characterised by a thermal electronic cooler trim module, TEC,, wherein the TEC is fluidly connected between the recirculating fan and the mix manifold; the TEC including: multiple TEC zones (26, 28), each fluidly connected to, and sized relative to heating requirements of, a respective one of the aircraft zones, wherein the TEC is capable of heating and cooling air in the multiple TEC zones; a first TEC inlet, through which a first portion of the recirculated air enters the TEC, is heat treated in a first heating direction, and is exhausted toward the mix manifold; and a second TEC inlet, through which a second portion of the recirculated air enters the TEC zones, is heat treated in a second heating direction, and is exhausted toward the aircraft zones, for mixing with the manifold air. multiple TEC zones (26, 28), each fluidly connected to, and sized relative to heating requirements of, a respective one of the aircraft zones, wherein the TEC is capable of heating and cooling air in the multiple TEC zones; a first TEC inlet, through which a first portion of the recirculated air enters the TEC, is heat treated in a first heating direction, and is exhausted toward the mix manifold; and a second TEC inlet, through which a second portion of the recirculated air enters the TEC zones, is heat treated in a second heating direction, and is exhausted toward the aircraft zones, for mixing with the manifold air.
An installation for entangling and texturizing fibres with a first and a second circulating belts, which are disposed at least partially parallel for entangling and texturizing fibres to form a non-woven, and thus form a texturizing area, wherein at least one belt, as a counter-belt, is formed with a plurality of patterning openings, and at least one water bar for hydro-entangling the fibres is disposed within the counter-belt in the texturizing area, wherein the texturizing area has a length of at least 0.2 m and the counter-belt includes micro-openings between the patterning openings, wherein the counter-belt includes 3 to 100 micro-openings per square centimetre in a regular or arbitrary arrangement between the patterning openings, characterized in that the micro-openings have a hydraulic diameter of 0.2 to 0.4 mm and the at least one water bar is operated at a pressure of 30 to 80 bars, preferably of 60 bars.
Electric input key comprising an actuating surface and a plurality of displacement sensors (5, 6), each of which is configured for generating a displacement signal when the actuating surface is touched, and an evaluation unit for evaluating the displacement signals and for outputting a determined switching state, characterised in that the input key comprises at least one analogue displacement sensor and at least one digital sensor, and a calibration device for calibrating the analogue displacement sensor using recorded displacement signals from the digital displacement sensor, the evaluation unit being configured for carrying out a self-diagnosis using calibrated and recorded displacement signals.
An Fe-based amorphous alloy ribbon for an Fe-based nanocrystalline alloy, the Fe-based amorphous alloy ribbon being a cooled body of a molten metal that has been applied to a surface of a chill roll, characterised in that the Fe-based amorphous alloy ribbon includes a recess having a depth of 1 μm or more in a 0.647 mm × 0.647 mm region located in a central part, in a ribbon width direction, of a ribbon surface, which is a cooled surface, a maximum area of the recess having a depth of 1 μm or more is 3000 μm 2 or less, and the central part includes a center point of the ribbon in the ribbon width direction and comprises 10% of a total ribbon width. the Fe-based amorphous alloy ribbon includes a recess having a depth of 1 μm or more in a 0.647 mm × 0.647 mm region located in a central part, in a ribbon width direction, of a ribbon surface, which is a cooled surface, a maximum area of the recess having a depth of 1 μm or more is 3000 μm 2 or less, and the central part includes a center point of the ribbon in the ribbon width direction and comprises 10% of a total ribbon width.