mhurhangee/patent-ind-claim-en huggingface dataset:
A method of managing traffic flows in a cellular network by a traffic flow management node, the method comprising, for each tile of a plurality of tiles of the cellular network: • measuring a traffic flow in the tile based on a location and corresponding velocity of at least one user equipment in the cellular network from information provided by the at least one user equipment, wherein the plurality of tiles of the cellular network are defined by a grid, and wherein the cellular network is segmented into the plurality of tiles such that tiles in the plurality of tiles do not correspond to cells of the cellular network; • estimating subsequent traffic flow in the tile based on a comparison of the measured traffic flow in the tile to one or more previously measured traffic flows in the tile; and • transmitting an indication of the estimated subsequent traffic flow in the tile to a resource management node enabling management of resources related to the traffic flows in at least one tile of the cellular network by said resource management node. • measuring a traffic flow in the tile based on a location and corresponding velocity of at least one user equipment in the cellular network from information provided by the at least one user equipment, wherein the plurality of tiles of the cellular network are defined by a grid, and wherein the cellular network is segmented into the plurality of tiles such that tiles in the plurality of tiles do not correspond to cells of the cellular network; • estimating subsequent traffic flow in the tile based on a comparison of the measured traffic flow in the tile to one or more previously measured traffic flows in the tile; and • transmitting an indication of the estimated subsequent traffic flow in the tile to a resource management node enabling management of resources related to the traffic flows in at least one tile of the cellular network by said resource management node.
A sole structure for an article of footwear , comprising: a first midsole body defining a ground-facing surface and an foot-facing surface opposite the ground-facing surface , wherein the first midsole body includes a first midsole material, and the first midsole material has a first hardness; and a second midsole body extending through the first midsole body such that the second midsole body extends beyond the ground-facing surface of the first midsole body , wherein the second midsole body includes a second midsole material, the second midsole material has a second hardness, and the first hardness is greater than the second hardness, wherein the second midsole body includes a midsole heel portion , a midsole forefoot portion , and a midsole midfoot portion between the midsole heel portion and the midsole forefoot portion ; wherein the midsole heel portion has a camber ; and wherein the second midsole body is tapered along the midsole midfoot portion and the midsole forefoot portion such that a width (MW) of the second midsole body decreases from the midsole midfoot portion toward the midsole forefoot portion . a first midsole body defining a ground-facing surface and an foot-facing surface opposite the ground-facing surface , wherein the first midsole body includes a first midsole material, and the first midsole material has a first hardness; and a second midsole body extending through the first midsole body such that the second midsole body extends beyond the ground-facing surface of the first midsole body , wherein the second midsole body includes a second midsole material, the second midsole material has a second hardness, and the first hardness is greater than the second hardness, wherein the second midsole body includes a midsole heel portion , a midsole forefoot portion , and a midsole midfoot portion between the midsole heel portion and the midsole forefoot portion ; wherein the midsole heel portion has a camber ; and wherein the second midsole body is tapered along the midsole midfoot portion and the midsole forefoot portion such that a width (MW) of the second midsole body decreases from the midsole midfoot portion toward the midsole forefoot portion .
A bonnet of a tractor comprising: an upper cover ; a pair of lower covers ; and a front grill , wherein the upper cover has a center line (CL) extending between a front end point (Ua) to a diagonally-rearward midpoint (Ub), and is provided with two opening parts sandwiching the center line, each opening part being covered with a punching plate , wherein a high beam light unit is fit to an upper portion on a front side of each lower cover of the pair of lower covers and is designed to be elongated in the front and rear direction characterised in that both sides of an upper portion of the front grille are formed to conform with the shape of the high beam light units and both sides of a lower portion of the front grille are formed to conform with the shape of low beam light units , and wherein one opening part of the opening parts is formed on the left side of the center line (CL) and the other opening part is formed on the right side of the center line (CL), a right side of the opening part extends along the center line (CL) and a left side extends along an end line (EL) of a high beam light unit fit to the upper portion of one lower cover of the pair of lower covers , and a left side of the opening part extends along the center line (CL) and a right side extends along the end line (EL) of a high beam light unit fit to the upper portion of the other lower cover of the pair of lower covers . an upper cover ; a pair of lower covers ; and a front grill , wherein the upper cover has a center line (CL) extending between a front end point (Ua) to a diagonally-rearward midpoint (Ub), and is provided with two opening parts sandwiching the center line, each opening part being covered with a punching plate , wherein a high beam light unit is fit to an upper portion on a front side of each lower cover of the pair of lower covers and is designed to be elongated in the front and rear direction has a center line (CL) extending between a front end point (Ua) to a diagonally-rearward midpoint (Ub), and is provided with two opening parts sandwiching the center line, each opening part being covered with a punching plate , wherein a high beam light unit is fit to an upper portion on a front side of each lower cover of the pair of lower covers and is designed to be elongated in the front and rear direction
A computer-implemented method for creating a line recognition template to replicate an anatomical feature inside an eye, the method comprising the steps of: obtaining a cross sectional image created from the anatomical feature; aligning a plurality of reference points along a linear axis; locating individual reference points with anatomically measured lengths (Δ"z" n ) along the axis between adjacent reference points; and tracing an axially-symmetric surface from selected, adjacent, reference points to create the template for replicating the anatomical feature; wherein the locating step and the tracing step are based on the cross sectional image. obtaining a cross sectional image created from the anatomical feature; aligning a plurality of reference points along a linear axis; locating individual reference points with anatomically measured lengths (Δ"z" n ) along the axis between adjacent reference points; and tracing an axially-symmetric surface from selected, adjacent, reference points to create the template for replicating the anatomical feature; wherein the locating step and the tracing step are based on the cross sectional image.
Household cooking appliance with a cooking compartment and a door for closing the cooking compartment , wherein the door has two door profiles arranged at a distance from one another, an inner pane fastened to the door profiles and a condensate strip arranged between the door profiles , which is configured to divert liquid (K) condensed on the inner pane , wherein each door profile has an interface , with the aid of which the condensate strip is connected detachably to the door profiles characterised in that the condensate strip can be brought from a disassembly state (D), in which the condensate strip can be removed from the interfaces , into an assembly state (M), in which the condensate strip is spring pretensioned between the inner pane and the interfaces .
A method , comprising: receiving , by a processor, a multiplexed data stream from a server over a single transmission control protocol (TCP) connection that uses a SPDY protocol, wherein the multiplexed data stream contains data packets associated with a plurality of different data streams addressed to a client; generating , by the processor, a plurality of sub-contexts, wherein each one of the plurality of sub-contexts is associated with a different one of the plurality of different data streams; demultiplexing , by the processor, the data packets from the multiplexed data stream into a respective one of the plurality of sub-contexts; and examining, by the processor, the plurality of different data streams in the respective one of the plurality of sub-contexts to detect a malware; receiving, by the processor, a new request for a new data stream that has a priority level that is higher than a priority level of the plurality of different data streams; determining, by the processor, that a memory storing the plurality of sub-contexts is full; and changing, by the processor, the priority level of the new data stream to be equal to the priority level of the plurality of different streams. receiving , by a processor, a multiplexed data stream from a server over a single transmission control protocol (TCP) connection that uses a SPDY protocol, wherein the multiplexed data stream contains data packets associated with a plurality of different data streams addressed to a client; generating , by the processor, a plurality of sub-contexts, wherein each one of the plurality of sub-contexts is associated with a different one of the plurality of different data streams; demultiplexing , by the processor, the data packets from the multiplexed data stream into a respective one of the plurality of sub-contexts; and examining, by the processor, the plurality of different data streams in the respective one of the plurality of sub-contexts to detect a malware; receiving, by the processor, a new request for a new data stream that has a priority level that is higher than a priority level of the plurality of different data streams; determining, by the processor, that a memory storing the plurality of sub-contexts is full; and changing, by the processor, the priority level of the new data stream to be equal to the priority level of the plurality of different streams.
A method of operating a power spectral density (PSD) controlled modem within a first communication link comprising a first pair of metallic wires and communicating first modems connected at each end thereof, the first pair of metallic wires having an access network end and a remote end and the communicating first modems comprising a first access network side modem connected to the access network end of the first pair of metallic wires and a first remote side modem connected to the remote end of the first pair of metallic wires , wherein the controlled modem is one of the communicating first modems and is a discrete multitone modulation modem operating using time division duplexing and is operable to employ a first set of tones whose frequencies fall within a first operational frequency range, wherein the first communication link is operated within the vicinity of at least a second communication link comprising a second pair of metallic wires and communicating second modems connected at each end thereof, the communicating second modems of the second communication link being discrete multitone modulation modems operating using frequency division duplexing and being operable to employ a second set of tones whose frequencies fall within a second operational range, wherein the first and second communication links are physically located sufficiently closely together for at least a part of their extent, and are operable to employ operational frequency ranges overlapping to a sufficient extent, and at a sufficiently high PSD, that there is a possibility of the controlled modem generating a transmission signal which causes undesirable near end crosstalk interference to the second communication link, the method comprising: estimating (S21, S22) a line length of the first pair of metallic wires; generating or selecting a PSD mask (S31), wherein the generated or selected PSD mask depends upon the estimated line length of the first pair of metallic wires and depends upon whether the second communication link is operating as part of a vectored group of cooperating communication links, wherein if the second communication link is operating as part of a vectored group of cooperating communication links, the selected or generated mask places a greater constraint on a maximum permitted PSD value for the controlled modem at at least certain frequency ranges; and controlling (S41, S42) the power of transmissions from the controlled modem, by frequency, in accordance with the thus generated or selected PSD mask.
A viewing angle switchable display apparatus, comprising: a display panel including two polarizers respectively arranged at opposite sides of the display panel ; an electrically controlled viewing angle switching device , opposite to the display panel and comprising two first transparent substrates , two first transparent conductive layers located between the two first transparent substrates , a liquid crystal layer located between the two first transparent conductive layers and a first polarizer located on a side of the electrically controlled viewing angle switching device which is far away from the display panel , wherein the liquid crystal layer comprises a plurality of liquid crystal molecules , and optical axes (T1251) of the liquid crystal molecules are parallel or perpendicular to a transmission axis (T126) of the first polarizer , wherein the transmission axis (T126) of the first polarizer is parallel to a transmission axis (T114) of the one of the two polarizers of the display panel which is adjacent to the first polarizer ; an electrically controlled light scattering switching device , comprising two second transparent substrates , two second transparent conductive layers located between the two second transparent substrates and an electronically controlled polymer material layer located between the two second transparent conductive layers ; and a backlight module , wherein the electrically controlled light scattering switching device is located between the display panel and the backlight module . a display panel including two polarizers respectively arranged at opposite sides of the display panel ; an electrically controlled viewing angle switching device , opposite to the display panel and comprising two first transparent substrates , two first transparent conductive layers located between the two first transparent substrates , a liquid crystal layer located between the two first transparent conductive layers and a first polarizer located on a side of the electrically controlled viewing angle switching device which is far away from the display panel , wherein the liquid crystal layer comprises a plurality of liquid crystal molecules , and optical axes (T1251) of the liquid crystal molecules are parallel or perpendicular to a transmission axis (T126) of the first polarizer , wherein the transmission axis (T126) of the first polarizer is parallel to a transmission axis (T114) of the one of the two polarizers of the display panel which is adjacent to the first polarizer ; an electrically controlled light scattering switching device , comprising two second transparent substrates , two second transparent conductive layers located between the two second transparent substrates and an electronically controlled polymer material layer located between the two second transparent conductive layers ; and a backlight module , wherein the electrically controlled light scattering switching device is located between the display panel and the backlight module .
An integrated circuit package comprising a patch antenna therein, the patch antenna comprising a substantially laminar antenna section having a first major side and a second major side, the first major side opposite to the second major side, wherein the substantially laminar antenna section comprises at least one aperture extending from the first major side to the second major side, wherein the at least one aperture comprises: one aperture located substantially at the centre of the substantially laminar antenna section; or a plurality of apertures, wherein each aperture of the plurality of apertures is arranged substantially at the centre of the substantially laminar antenna section, away from the edges of the substantially laminar antenna section, wherein the at least one aperture is arranged in the substantially laminar antenna section at a position of low current density relative to a current density profile of the patch antenna at an operating frequency of the patch antenna, wherein the position of low current density comprises a current density less than 75% of an average current density.
A wellbore injection system , comprising: a tubing hanger mountable within a wellbore tubular ; an injection conduit supported by the tubing hanger to extend into the wellbore tubular ; an injection valve mountable within the wellbore tubular and arranged in fluid communication with the injection conduit ; a delivery conduit in fluid communication with the injection valve , the delivery conduit providing fluid communication from a source of injection fluid to the injection conduit ; and an injection fluid interface member for facilitating fluid communication between the delivery conduit and the injection valve ; wherein the injection valve is removable from the wellbore tubular independently of the tubing hanger and injection conduit ; and wherein the injection fluid interface member is releasably secured to the tubing hanger . a tubing hanger mountable within a wellbore tubular ; an injection conduit supported by the tubing hanger to extend into the wellbore tubular ; an injection valve mountable within the wellbore tubular and arranged in fluid communication with the injection conduit ; a delivery conduit in fluid communication with the injection valve , the delivery conduit providing fluid communication from a source of injection fluid to the injection conduit ; and an injection fluid interface member for facilitating fluid communication between the delivery conduit and the injection valve ; wherein the injection valve is removable from the wellbore tubular independently of the tubing hanger and injection conduit ; and wherein the injection fluid interface member is releasably secured to the tubing hanger .
A surgical saw comprising - prevention means comprising - an inner member and - an outer member ; - attachment means ; and - a working part comprising at least one working surface for cutting of an object, in the form of working teeth ; wherein the prevention means is configured to have - a first position in which it protrudes from the working part, to prevent the working surface from cutting the object, when a force applied to the prevention means is less than a predetermined amount of force, and - a second position in which it retracts to allow the working surface to cut the object, when the force applied to the prevention means is equal or higher than the predetermined amount of force; wherein the saw is an oscillating saw blade ; characterised in that the outer member is a comb-like structure configured to protrude in between working teeth of the oscillating saw blade. - prevention means comprising - an inner member and - an outer member ; - an inner member and - an outer member ; - attachment means ; and - a working part comprising at least one working surface for cutting of an object, in the form of working teeth ; wherein the prevention means is configured to have - a first position in which it protrudes from the working part, to prevent the working surface from cutting the object, when a force applied to the prevention means is less than a predetermined amount of force, and - a second position in which it retracts to allow the working surface to cut the object, when the force applied to the prevention means is equal or higher than the predetermined amount of force; - a first position in which it protrudes from the working part, to prevent the working surface from cutting the object, when a force applied to the prevention means is less than a predetermined amount of force, and - a second position in which it retracts to allow the working surface to cut the object, when the force applied to the prevention means is equal or higher than the predetermined amount of force; wherein the saw is an oscillating saw blade ; characterised in that the outer member is a comb-like structure configured to protrude in between working teeth of the oscillating saw blade.
Brewing chamber for the preparation of a liquid foodstuff from a capsule , comprising a capsule holder and a closure plate for enclosing a capsule , wherein the capsule receptacle and the closure plate are displaceable relative to one another from an open position for inserting the capsule into a closed position for enclosing the capsule , wherein the brewing chamber has at least one fluid inlet for introducing a brewing fluid, in particular water, into the brewing chamber and at least one fluid outlet for discharging the liquid foodstuff, wherein the capsule holder is designed in at least two parts and has a base part and a holder part , wherein, in the closed position, the holder part of the capsule receptacle can be pressed against the closure plate in order to enable the capsule to be sealed tightly in the brewing chamber , wherein the capsule receptacle has a seal which enables a fluid-tight connection between the holder part and the base part , wherein the base part and the holder part are telescopically displaceable relative to one another in an axial direction , characterised in that the seal has an outer sealing lip and an inner sealing lip . wherein the capsule receptacle and the closure plate are displaceable relative to one another from an open position for inserting the capsule into a closed position for enclosing the capsule , wherein the brewing chamber has at least one fluid inlet for introducing a brewing fluid, in particular water, into the brewing chamber and at least one fluid outlet for discharging the liquid foodstuff, wherein the capsule holder is designed in at least two parts and has a base part and a holder part , wherein, in the closed position, the holder part of the capsule receptacle can be pressed against the closure plate in order to enable the capsule to be sealed tightly in the brewing chamber , wherein the capsule receptacle has a seal which enables a fluid-tight connection between the holder part and the base part , wherein the base part and the holder part are telescopically displaceable relative to one another in an axial direction , characterised in that the seal has an outer sealing lip and an inner sealing lip .