mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing a network adapter offload function in a network device comprising a host system and a network adapter, the method comprises: extracting, by the network adapter, a protocol keyword of an inbound packet, wherein an inbound packet is a data packet which is first received by the network adapter; searching, by the network adapter, a network adapter policy table stored in the network adapter, according to the protocol keyword of the inbound packet, to determine the inbound packet is a data packet known to the network adapter when the protocol keyword of the inbound packet matches a policy type of an existing policy entry in the network adapter policy table, or the inbound packet is a data packet unknown to the network adapter when the protocol keyword of the inbound packet does not match a policy type of any existing policy entry in the network adapter policy table; wherein the network adapter policy table includes policy entries, and each policy entry includes a policy type and an action; if the inbound packet is a data packet known to the network adapter, performing, by the network adapter according to an action of the existing policy entry in the network adapter policy table corresponding to the protocol keyword of the inbound packet, a corresponding protocol stack offload operation for the inbound packet; and if the inbound packet is a data packet unknown to the network adapter, sending, by the network adapter, the inbound packet to the host system; forwarding, by the host system, the inbound packet to a remote server, so that the remote server parses the inbound packet and generates a new policy entry; receiving, by the host system, the new policy entry returned by the remote server; and updating, by the host system, the new policy entry into a host policy table in the host system and into the network adapter policy table. extracting, by the network adapter, a protocol keyword of an inbound packet, wherein an inbound packet is a data packet which is first received by the network adapter; searching, by the network adapter, a network adapter policy table stored in the network adapter, according to the protocol keyword of the inbound packet, to determine the inbound packet
A method for determining the tread depth of a vehicle tyre during the journey of a vehicle, wherein the tyre is mounted on a vehicle, wherein - the tyre is rolling over a measuring station; - the tread of the tyre is optically sensed on at least one measuring line transversely to the rolling direction of the tyre during the journey, wherein a ray fan extending from a light source being reflected at the tyre surface and a signal of the reflected ray fan is recorded in a non-orthogonal manner to the tyre surface, and wherein it is measured outside the footprint of the tyre on the measuring station; - the signal of the reflected ray fan is evaluated by way of a triangulation method; wherein a surface angle of the tyre is determined as an angle between the normal with respect to the tyre surface and the direction toward the light source or the direction toward the sensor by simultaneous capturing at two vertical offset positions and/or by means of multiple measurements in different distances to the tyre. - the tyre is rolling over a measuring station; - the tread of the tyre is optically sensed on at least one measuring line transversely to the rolling direction of the tyre during the journey, wherein a ray fan extending from a light source being reflected at the tyre surface and a signal of the reflected ray fan is recorded in a non-orthogonal manner to the tyre surface, and wherein it is measured outside the footprint of the tyre on the measuring station; - the signal of the reflected ray fan is evaluated by way of a triangulation method;
A method in a mobile station for minimizing measurement reporting in connected mode, the method comprising: configuring the mobile station for carrier aggregation on at least a primary serving cell and a secondary serving cell, the primary serving cell operating on a primary carrier frequency and the secondary serving cell operating on a secondary carrier frequency; further configuring the mobile station to perform measurements of cells operating on at least the primary carrier frequency and the secondary carrier frequency; refraining from triggering a measurement report when a neighbor cell operating on the primary carrier frequency is better than the primary serving cell only if a signal level of the primary serving cell is better than a first threshold; and triggering a measurement report when a neighbor cell operating on the secondary carrier frequency is better than the secondary serving cell only if the signal level of the primary serving cell is worse than a second threshold. configuring the mobile station for carrier aggregation on at least a primary serving cell and a secondary serving cell, the primary serving cell operating on a primary carrier frequency and the secondary serving cell operating on a secondary carrier frequency; further configuring the mobile station to perform measurements of cells operating on at least the primary carrier frequency and the secondary carrier frequency; refraining from triggering a measurement report when a neighbor cell operating on the primary carrier frequency is better than the primary serving cell only if a signal level of the primary serving cell is better than a first threshold; and triggering a measurement report when a neighbor cell operating on the secondary carrier frequency is better than the secondary serving cell only if the signal level of the primary serving cell is worse than a second threshold.
Device (30, 40) for cooling at least one autonomous electric power source (315, 465) of an aircraft comprising: - said at least one autonomous electric power source (315, 465) of an aircraft, - an inlet (305, 405) for air (310, 410), conveying the air arriving through the air inlet to said at least one autonomous electric power source (315, 465) of an aircraft; or an air inlet and a cooling circuit comprising a coolant, the air inlet allowing the air to cool said coolant, which is conveyed to said at least one electric power source of an aircraft, - a convergent outlet (330, 430) for hot air (320, 420) comprising mobile means (325, 425) for controlling the air flow rate and - supervision means (350, 475) of the aircraft driving the mobile means for controlling the air flow rate according to the cooling needs (345, 475) of the autonomous electric power source, characterized in that it comprises a removable ventilation device (375, 500, 50) supplying the inlet (305, 405) for air (310, 410) and in that the supervision means (350, 475) of the aircraft are configured to control the air flow of the removable ventilation device (375, 500, 50). - said at least one autonomous electric power source (315, 465) of an aircraft, - an inlet (305, 405) for air (310, 410), conveying the air arriving through the air inlet to said at least one autonomous electric power source (315, 465) of an aircraft; or an air inlet and a cooling circuit comprising a coolant, the air inlet allowing the air to cool said coolant, which is conveyed to said at least one electric power source of an aircraft, - a convergent outlet (330, 430) for hot air (320, 420) comprising mobile means (325, 425) for controlling the air flow rate and - supervision means (350, 475) of the aircraft driving the mobile means for controlling the air flow rate according to the cooling needs (345, 475) of the autonomous electric power source,
Luminous motor-vehicle module capable of being configured to execute a first function emitting a cutoff-containing light beam, the cutoff delineating an illuminated region and a dark region, and a second function emitting a cutoff-free light beam, the dark region then being illuminated, comprising: - a first light source capable of being used with the first function and a second light source capable of being used with the second function, the first function being a low-beam function and the second function being a high-beam function; - a deflector arranged to create the cutoff of the cutoff-containing light beam when the first function is executed; - a planar-convex projecting lens comprising an optical centre, a planar entrance dioptric interface and a convex exit dioptric interface, which are capable of forming the light beam with or without cutoff, the planar entrance dioptric interface comprising a region that modifies the path of one portion of the light, emitted by the second light source, passing through the lens, so as to redirect one portion of the light emitted by the second source during emission of the cutoff-free light beam toward an image of the edge of the deflector, characterized in that the region is a deformation of the entrance dioptric interface of the lens, the deformation corresponding to a reduction in the thickness of the lens in the region so as to form a prism that modifies the path of all or some of the light that passes through it, the region being located at a distance greater than or equal to 10 mm from the horizontal axis passing through the optical centre of the lens upwards when the luminous module is placed in the vehicle, in a portion of the dioptric interface that is mainly employed during use of the second function. - a first light source capable of being used with the first function and a second light source capable of being used with the second function, the first function being a low-beam function and the second function being a high-beam function; - a deflector arranged to create the cutoff of the cutoff-containing light beam when the first function is executed; - a planar-convex projecting lens comprising an optical centre, a planar entrance dioptric interface and a convex exit dioptric interface, which are capable of forming the light beam with or without cutoff, the planar entrance dioptric interface comprising a region that modifies the path of one portion of the light, emitted by the second light source, passing through the lens, so as to redirect one portion of the light emitted by the second source during emission of the cutoff-free light beam toward an image of the edge of the deflector, characterized in that the region is a deformation of the entrance dioptric interface of the lens, the deformation corresponding to a reduction in the thickness of the lens in the region so as to form a prism that modifies the path of all or some of the light that passes through it,
A power contactor (2;78) comprising: a number of inputs (A2,B2,C2) for a number of power sources; a number of outputs (A1,B1,C1,A3,B3,C3) for a number of loads; a number of separable contacts for each pair of said number of inputs and said number of outputs; an electromagnetic coil; a control circuit structured to control said electromagnetic coil to cause said number of separable contacts to open or close; a plurality of plug-in pins (4,6,8), each of said plug-in pins being for a corresponding one of said number of inputs and said number of outputs, and being structured to plug into a backplane socket; and an electrically insulating housing electrically insulating each of said plug-in pins from the other said plug-in pins, wherein the electrically insulating housing houses a number of auxiliary switches, the number of auxiliary switches being structured to follow a number of states of said number of outputs. a number of inputs (A2,B2,C2) for a number of power sources; a number of outputs (A1,B1,C1,A3,B3,C3) for a number of loads; a number of separable contacts for each pair of said number of inputs and said number of outputs; an electromagnetic coil; a control circuit structured to control said electromagnetic coil to cause said number of separable contacts to open or close; a plurality of plug-in pins (4,6,8), each of said plug-in pins being for a corresponding one of said number of inputs and said number of outputs, and being structured to plug into a backplane socket; and an electrically insulating housing electrically insulating each of said plug-in pins from the other said plug-in pins, wherein the electrically insulating housing houses a number of auxiliary switches, the number of auxiliary switches being structured to follow a number of states of said number of outputs.
A display apparatus, comprising: - a representative ray determining unit to determine a representative ray of a subpixel included in a display, based on a determined position of a viewer; - a reference information determining unit to determine reference information based on the determined position of the viewer and a position of the subpixel; and - a subpixel rendering unit to adjust a signal level of the subpixel based on the representative ray and the reference information, wherein the reference information determining unit determines a virtual line connecting the position of the subpixel and the determined position of the viewer to be the reference information, CHARACTERIZED IN THAT the representative ray determining unit determines, from among central rays output from the subpixel through an optical filter, a central ray that is to be perceived by the viewer to be the representative ray of the subpixel, based on the determined position of the viewer, wherein the central rays are rays output from the subpixel in directions resulting in respective output maximum levels of brightness, and the representative ray is a central ray, of the central rays, that is determined most incident to the determined position of the viewer. - a representative ray determining unit to determine a representative ray of a subpixel included in a display, based on a determined position of a viewer; - a reference information determining unit to determine reference information based on the determined position of the viewer and a position of the subpixel; and - a subpixel rendering unit to adjust a signal level of the subpixel based on the representative ray and the reference information,
A processing device for processing a plurality of polygon meshes that each approximate a three-dimensional object with use of polygonal shapes, wherein each polygon mesh includes a plurality of polygons, processes for each polygon mesh include a coordinate transformation and a gradient calculation, the coordinate transformation being for transforming (i) sets of local coordinates of a plurality of vertices of each polygon mesh into (ii) sets of world coordinates thereof in a world coordinate system, the gradient calculation being for calculating gradients of each polygon mesh based on the sets of world coordinates, and the processing device comprises: a plurality of processors each having a computation unit operable to perform the coordinate transformation and the gradient calculation; a distribution unit operable to, for each of the polygons, distribute the vertices defining the polygon to the computation units so that the coordinate transformation of each of the vertices is performed by a different one of the computation units; an allocation unit operable to, for each of the polygons, select one of the computation units that is to perform the gradient calculation for the polygon; and a supply unit operable to, for each of the polygons, supply a set of screen coordinates to the computation unit selected by the allocation unit for the gradient calculation for the polygon, the screen coordinates obtained by projecting world coordinates resulting from the coordinate transformation of the vertices defining the polygon by the computation units onto a two-dimensional screen. a plurality of processors each having a computation unit operable to perform the coordinate transformation and the gradient calculation; a distribution unit operable to, for each of the polygons, distribute the vertices defining the polygon to the computation units so that the coordinate transformation of each of the vertices is performed by a different one of the computation units; an allocation unit operable to, for each of the polygons, select one of the computation units that is to perform the gradient calculation for the polygon; and a supply unit operable to, for each of the polygons, supply a set of screen coordinates to the computation unit selected by the allocation unit for the gradient calculation for the polygon, the screen coordinates obtained by projecting world coordinates resulting from the coordinate transformation of the vertices defining the polygon by the computation units onto a two-dimensional screen.
A method for modulating the specificity of a recombinant transcription activator-like effector (TALE) protein with respect to a nucleic acid target sequence that includes nucleic acid base G, wherein said method comprises introducing or replacing at least one RVD in the repeat domain of said TALE protein by the alternative RVDs: NI or NG to target G, wherein the method is not a process for modifying the germline genetic identity of human beings nor a method of therapy of the human or animal body.
A filter element comprising: a tubular ring of filter media; an end cap having an inner face sealingly secured to an end of the tubular ring of filter media and an outer face facing away from the tubular ring of filter media, the end cap including a fluid flow port passing through the end cap fluidly communicating the inner face with the outer face of the end cap; a valve member extending across the fluid flow port and sealingly closing the fluid flow port by sealingly interacting with one of the faces of the end cap in a relaxed condition and opening the flow port in a deformed condition, the valve member including a deformable annular flange supported by a support wall and having a distal flange end, wherein: in the relaxed condition of the valve member, the deformable annular flange is relaxed and extends radially outward from the outer surface of the support wall across the fluid flow port, so as to close the fluid flow port by sealingly engaging with its distal flange end the outer face of the end cap; and in the deformed condition of the valve member, the deformable annular flange is deformed so that its distal flange end is drawn radially inward toward the support wall, thereby opening the flow port in the end cap. a tubular ring of filter media; an end cap having an inner face sealingly secured to an end of the tubular ring of filter media and an outer face facing away from the tubular ring of filter media, the end cap including a fluid flow port passing through the end cap fluidly communicating the inner face with the outer face of the end cap; a valve member extending across the fluid flow port and sealingly closing the fluid flow port by sealingly interacting with one of the faces of the end cap in a relaxed condition and opening the flow port in a deformed condition, the valve member including a deformable annular flange supported by a support wall and having a distal flange end, wherein: in the relaxed condition of the valve member, the deformable annular flange is relaxed and extends radially outward from the outer surface of the support wall across the fluid flow port, so as to close the fluid flow port by sealingly engaging with its distal flange end the outer face of the end cap; and in the deformed condition of the valve member, the deformable annular flange is deformed so that its distal flange end is drawn radially inward toward the support wall, thereby opening the flow port in the end cap. in the relaxed condition of the valve member, the deformable annular flange is relaxed and extends radially outward from the outer surface of the support wall across the fluid flow port, so as to close the fluid flow port by sealingly engaging with its distal flange end the outer face of the end cap; and in the deformed condition of the valve member, the deformable annular flange is deformed so that its distal flange end is drawn radially inward toward the support wall, thereby opening the flow port in the end cap.
Use of extruded pellets comprising a) from 5 to 85 % by weight as dry matter of a carboxymethyl cellulose, b) from 5 to 85 % by weight as dry matter of at least another ceramic glaze additive, in which the sum of a) + b) represents at least 40% by weight of their dry matter, for the preparation of ceramic glaze slips, the pellets being used in an amount comprised between 0.05% and 5% by weight based on the weight of the ceramic glaze slip. a) from 5 to 85 % by weight as dry matter of a carboxymethyl cellulose, b) from 5 to 85 % by weight as dry matter of at least another ceramic glaze additive, in which the sum of a) + b) represents at least 40% by weight of their dry matter, for the preparation of ceramic glaze slips, the pellets being used in an amount comprised between 0.05% and 5% by weight based on the weight of the ceramic glaze slip.
Trailing suction hopper dredger, comprising a hopper and a suction pipe extending from the hopper, wherein a suction head is provided at a distal end of the suction pipe, and an outlet end at an opposite proximal end of the suction pipe for disposing dredging sludge into the hopper, the suction head having a leading end, a trailing end, and opposite lateral sides, wherein a recycle line is provided between the hopper and the suction head for feeding effluent from the hopper to the suction head, wherein the recycle line is connected to the suction head, characterized in that at least one jet pipe is connected to the suction head for jetting water into a suction chamber of the suction head through said at least one jet pipe, near the leading end of the suction head towards a lower side of the suction chamber for releasing sediment of a bottom of a body of water, wherein: - the recycle line has at least one outlet at a lateral side of the suction head, such that effluent flowing out of the said outlet is sucked into the said suction chamber; and/or - the recycle line has at least one outlet, opening into the suction chamber of the suction head, near the trailing end of the suction head. - the recycle line has at least one outlet at a lateral side of the suction head, such that effluent flowing out of the said outlet is sucked into the said suction chamber; and/or - the recycle line has at least one outlet, opening into the suction chamber of the suction head, near the trailing end of the suction head.