mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a network device functioning as a source evolved universal terrestrial radio access network, E-UTRAN, node B, eNodeB, in a cellular communication network to support incremental deployment of identifier locator network protocol, ILNP, breakout in the cellular communication network, the method comprising: advertising a first access point name, APN, and a second APN to a user equipment, UE, wherein the first APN is associated with a user plane packet gateway, P-GWu, that is implemented at the source eNodeB, and wherein the second APN is associated with a packet gateway, P-GW, in a core of the cellular communication network; establishing a first PDN session associated with the first APN; establishing a second PDN session associated with the second APN; receiving , from the UE via the first PDN session, a first packet destined for a first Correspondent Node,CN, wherein the first CN is ILNP capable; forwarding the first packet to the first CN via the P-GWu implemented at the source eNodeB; receiving , from the UE via the second PDN session, a second packet destined for a second CN that is not ILNP capable; and forwarding the second packet to the second CN via the P-GW in the core of the cellular communication network. advertising a first access point name, APN, and a second APN to a user equipment, UE, wherein the first APN is associated with a user plane packet gateway, P-GWu, that is implemented at the source eNodeB, and wherein the second APN is associated with a packet gateway, P-GW, in a core of the cellular communication network; establishing a first PDN session associated with the first APN; establishing a second PDN session associated with the second APN; receiving , from the UE via the first PDN session, a first packet destined for a first Correspondent Node,CN, wherein the first CN is ILNP capable; forwarding the first packet to the first CN via the P-GWu implemented at the source eNodeB; receiving , from the UE via the second PDN session, a second packet destined for a second CN that is not ILNP capable; and forwarding the second packet to the second CN via the P-GW in the core of the cellular communication network.
A method for producing a fluororesin film, which comprises extruding a fluororesin material containing a melt-processable fluororesin through an extrusion die, wherein the temperature of the extrusion die is from 305 to 355°C, and the average flow velocity v 0.95 of the fluororesin material as obtained by the following formula is at least 1×10 -4 m/sec.: v 0.95 = Q 0.95 / A 0.95 wherein when the distance x from the flow inlet of the extrusion die to the end portion of the manifold of the extrusion die, is set to be 1, Q 0.95 is the flow rate in m 3 /sec. of the fluororesin material flowing in the manifold at a position of x=0.95 from the flow inlet, wherein Q 0.95 can be obtained from the following formula : Q 0.95 = 1 / 2 × Q 0 × 1 − 0.95 wherein Q 0 is the flow rate in m 3 /sec. of the fluororesin material to be supplied to the flow inlet of the extrusion die, and A 0.95 is the cross-sectional area in m 2 of the manifold at a position of x=0.95 from the flow inlet, and the fluororesin is a fluororesin having adhesive functional groups selected from the group consisting of carbonyl group-containing groups, hydroxy groups, epoxy groups and isocyanate groups. the temperature of the extrusion die is from 305 to 355°C, and the average flow velocity v 0.95 of the fluororesin material as obtained by the following formula is at least 1×10 -4 m/sec.: v 0.95 = Q 0.95 / A 0.95 wherein when the distance x from the flow inlet of the extrusion die to the end portion of the manifold of the extrusion die, is set to be 1, Q 0.95 is the flow rate in m 3 /sec. of the fluororesin material flowing in the manifold at a position of x=0.95 from the flow inlet, wherein Q 0.95 can be obtained from the following formula : Q 0.95 = 1 / 2 × Q 0 × 1 − 0.95 wherein Q 0 is the flow rate in m 3 /sec. of the fluororesin material to be supplied to the flow inlet of the extrusion die, and A 0.95 is the cross-sectional area in m 2 of the manifold at a position of x=0.95 from the flow inlet, and the fluororesin is a fluororesin having adhesive functional groups selected from the group consisting of carbonyl group-containing groups, hydroxy groups, epoxy groups and isocyanate groups.
A processor comprising: a branch predictor including one or more branch target buffer (BTB) tables ; a branch prediction pipeline including a throttle unit and an accumulator ; wherein: the processor is configured to assign a value for each of a plurality of branch predictions generated by the branch predictor; the accumulator is configured to add the value for each of the plurality of branch predictions to a counter associated with the accumulator; and the throttle unit is configured to throttle operations of the branch prediction pipeline based on the counter and to reduce a prediction rate for a first execution thread for each of a plurality of uncertainty thresholds exceeded by the counter. a branch predictor including one or more branch target buffer (BTB) tables ; a branch prediction pipeline including a throttle unit and an accumulator ; wherein: the processor is configured to assign a value for each of a plurality of branch predictions generated by the branch predictor; the accumulator is configured to add the value for each of the plurality of branch predictions to a counter associated with the accumulator; and the throttle unit is configured to throttle operations of the branch prediction pipeline based on the counter and to reduce a prediction rate for a first execution thread for each of a plurality of uncertainty thresholds exceeded by the counter. the processor is configured to assign a value for each of a plurality of branch predictions generated by the branch predictor; the accumulator is configured to add the value for each of the plurality of branch predictions to a counter associated with the accumulator; and the throttle unit is configured to throttle operations of the branch prediction pipeline based on the counter and to reduce a prediction rate for a first execution thread for each of a plurality of uncertainty thresholds exceeded by the counter.
A cyclohexane derivative or a stereoisomer or a salt thereof, characterized in that the structure of the cyclohexane derivative is shown by the following formula IB: wherein X is N or CH; R is and R group is optionally substituted with one or more substituents selected from halogen, substituted or unsubstituted C 1 -C 6 alkyl, wherein the substituent is halogen. wherein X is N or CH; R is and R group is optionally substituted with one or more substituents selected from halogen, substituted or unsubstituted C 1 -C 6 alkyl, wherein the substituent is halogen.
A method for making a multilayer mounting mat operatively adapted for use in mounting a pollution control element in a pollution control device, said method comprising: (a) applying a thin layer of an adhesive comprising at least one of solid inorganic colloidal particles having an average diameter less than about 300 nm and an inorganic water-soluble salt, to a major surface of a first mounting mat layer such that the thin layer is between the major surface of the first mounting mat layer and a major surface of a second mounting mat layer; (b) compressing together a major surface of a second mounting mat layer to the adhesive-coated surface of the first mounting mat layer to form a multilayer mounting mat; (c) drying the multilayer mounting mat, wherein the amount and viscosity of the adhesive applied during said applying and the compression force used during said compressing are both controlled such that the adhesive remains primarily at the interface between the two mat layers such that the adhesive penetrates less than about 20% of the thickness of the first and second mounting mat layers. (a) applying a thin layer of an adhesive comprising at least one of solid inorganic colloidal particles having an average diameter less than about 300 nm and an inorganic water-soluble salt, to a major surface of a first mounting mat layer such that the thin layer is between the major surface of the first mounting mat layer and a major surface of a second mounting mat layer; (b) compressing together a major surface of a second mounting mat layer to the adhesive-coated surface of the first mounting mat layer to form a multilayer mounting mat; (c) drying the multilayer mounting mat,
Process for preparing a polymer for medical purposes, especially for wound treatment, comprising the steps of i. providing an isocyanate-terminated prepolymer containing polyalkylene oxide units, ii. dissolving an alginate in an aqueous liquid in order to obtain an aqueous alginate-containing preparation, iii. mixing the prepolymer, the aqueous alginate-containing preparation and optionally one or more further components in order to obtain a reaction mixture, iv. converting the prepolymer in the reaction mixture in order to obtain the polymer, wherein the aqueous liquid is water and wherein the proportion of the prepolymer based on the total weight of the reaction mixture is 5% to 25% by weight and the proportion of the aqueous liquid based on the total weight of the reaction mixture is 72% to 90% by weight. i. providing an isocyanate-terminated prepolymer containing polyalkylene oxide units, ii. dissolving an alginate in an aqueous liquid in order to obtain an aqueous alginate-containing preparation, iii. mixing the prepolymer, the aqueous alginate-containing preparation and optionally one or more further components in order to obtain a reaction mixture, iv. converting the prepolymer in the reaction mixture in order to obtain the polymer,
A method comprising: receiving data from a receiver portion of a proximity sensor , wherein the receiver portion is disposed at a side section of a head-mountable device (HMD) , and wherein, when a wearer wears the HMD , (i) the receiver portion is arranged to receive light reflected from an eye area of the wearer, (ii) the proximity sensor detects a movement of the eye area, and (iii) the data represents the movement; determining that the data corresponds to a wink gesture; characterized by determining a gaze direction, based on the data, wherein the determining the gaze direction comprises: determining a first light intensity level and a second light intensity level, based on the data, wherein the first light intensity level corresponds to an eye-open state, and wherein the second light intensity level corresponds to an eye-closed state; determining whether a difference between the first light intensity level and the second light intensity level exceeds a threshold; and based on a determination that the difference exceeds the threshold, determining that the gaze direction is an intermediate vertical direction; selecting a computing action to perform, based on the wink gesture and the gaze direction; and performing the computing action. receiving data from a receiver portion of a proximity sensor , wherein the receiver portion is disposed at a side section of a head-mountable device (HMD) , and wherein, when a wearer wears the HMD , (i) the receiver portion is arranged to receive light reflected from an eye area of the wearer, (ii) the proximity sensor detects a movement of the eye area, and (iii) the data represents the movement; determining that the data corresponds to a wink gesture; characterized by determining a gaze direction, based on the data, wherein the determining the gaze direction comprises: determining a first light intensity level and a second light intensity level, based on the data, wherein the first light intensity level corresponds to an eye-open state, and wherein the second light intensity level corresponds to an eye-closed state; determining whether a difference between the first light intensity level and the second light intensity level exceeds a threshold; and based on a determination that the difference exceeds the threshold, determining that the gaze direction is an intermediate vertical direction; determining a first light intensity level and a second light intensity level, based on the data, wherein the first light intensity level corresponds to an eye-open state, and wherein the second light intensity level corresponds to an eye-closed state; determining whether a difference between the first light intensity level and the second light intensity level exceeds a threshold; and based on a determination that the difference exceeds the threshold, determining that the gaze direction is an intermediate vertical direction; selecting a computing action to perform, based on the wink gesture and the gaze direction; and performing the computing action.
A downhole tool comprising: a switch sub having a bore and a bulkhead extending along a longitudinal axis, wherein the bulkhead has a bulkhead bore that fluidly communicates with (i) the bore and (ii) an outside of the switch sub ; and an adapter having a bore , wherein the adapter attaches to the switch sub ; and an igniter system located inside the bulkhead and having a housing that extends partially inside the bulkhead and partially inside the bore of the adapter , and wherein the igniter system is configured to ignite an energetic material . a switch sub having a bore and a bulkhead extending along a longitudinal axis, wherein the bulkhead has a bulkhead bore that fluidly communicates with (i) the bore and (ii) an outside of the switch sub ; and an adapter having a bore , wherein the adapter attaches to the switch sub ; and an igniter system located inside the bulkhead and having a housing that extends partially inside the bulkhead and partially inside the bore of the adapter , and wherein the igniter system is configured to ignite an energetic material .
A method of call implementation, applicable for a called device, and comprising: in response to detecting an incoming call event sent by a calling device, sending a status message of the incoming call event to a relay device to enable the relay device prompts the incoming call event according to the status message; and after receiving a response message for the incoming call event from the relay device, transmitting audio data through an audio connection between the called device and the relay device to implement a call between the relay device and the calling device; characterized in that the method further comprises: determining whether the called device supports a relay function; and in response to determining that the called device supports the relay function, establishing a Mirror connection with the relay device, wherein the Mirror connection is configured to transmit the status message. in response to detecting an incoming call event sent by a calling device, sending a status message of the incoming call event to a relay device to enable the relay device prompts the incoming call event according to the status message; and after receiving a response message for the incoming call event from the relay device, transmitting audio data through an audio connection between the called device and the relay device to implement a call between the relay device and the calling device; characterized in that the method further comprises: determining whether the called device supports a relay function; and in response to determining that the called device supports the relay function, establishing a Mirror connection with the relay device, wherein the Mirror connection is configured to transmit the status message. determining whether the called device supports a relay function; and in response to determining that the called device supports the relay function, establishing a Mirror connection with the relay device, wherein the Mirror connection is configured to transmit the status message.
Adapter of an agricultural attachment, having a first, cylindrically contoured section , the external diameter of which is designed to couple the agricultural attachment to a US quick-hitch attachment system of an agricultural support vehicle, having a second, spherically contoured section , the external dimension of which is designed to couple the agricultural attachment to a European lower-link attachment system of an agricultural support vehicle, characterized in that the adapter is formed as a one-piece adapter bush, which has a recess via which the same can be pushed onto a carrier pin , and the two sections are arranged beside each other. having a first, cylindrically contoured section , the external diameter of which is designed to couple the agricultural attachment to a US quick-hitch attachment system of an agricultural support vehicle, having a second, spherically contoured section , the external dimension of which is designed to couple the agricultural attachment to a European lower-link attachment system of an agricultural support vehicle,
Wing for a window or a door, comprising: a profile frame formed of several profile sections; a retaining strip for a surface element , which is connected to the profile frame , forming a glass rebate for receiving the surface element ; and a surface element which is received frontally in the glass rebate ; wherein at least one glass securing element is received in the glass rebate , wherein the glass securing element comprises at least one foot element and at least one spring element , wherein the at least one foot element is received at least partially in an opening in the rebate bottom of the glass rebate and the at least one spring element is clamped at least partially between the rebate bottom of the glass rebate and the retaining strip , characterised in that the at least one foot element of the glass securing element is movable in the rebate bottom of the glass rebate in parallel to the surface element . a profile frame formed of several profile sections; a retaining strip for a surface element , which is connected to the profile frame , forming a glass rebate for receiving the surface element ; and a surface element which is received frontally in the glass rebate ; wherein at least one glass securing element is received in the glass rebate , wherein the glass securing element comprises at least one foot element and at least one spring element , wherein the at least one foot element is received at least partially in an opening in the rebate bottom of the glass rebate and the at least one spring element is clamped at least partially between the rebate bottom of the glass rebate and the retaining strip , characterised in that the at least one foot element of the glass securing element is movable in the rebate bottom of the glass rebate in parallel to the surface element .
A method for providing electrical power to one or more components of a wind turbine, the wind turbine comprising a wind turbine generator connected to a grid through a main transformer , one or more power converters being arranged between the wind turbine generator and a point of connection to the main transformer , wherein each of the power converters comprises a grid side converter electrically coupled to the transformer and a machine side converter electrically coupled to the generator, the method characterized by : detecting a drop in power supply from the grid; delivering electrical power to the components of the wind turbine by the wind turbine generator of the wind turbine when the drop in power supply from the grid is detected; controlling active electrical power delivered to the components in case the drop in power supplied from the grid is detected by operating a first of the plurality of converters to increase capacitive reactive power by an amount, and by operating a second of the plurality of converters to increase inductive reactive power by substantially the same amount. detecting a drop in power supply from the grid; delivering electrical power to the components of the wind turbine by the wind turbine generator of the wind turbine when the drop in power supply from the grid is detected; controlling active electrical power delivered to the components in case the drop in power supplied from the grid is detected by operating a first of the plurality of converters to increase capacitive reactive power by an amount, and by operating a second of the plurality of converters to increase inductive reactive power by substantially the same amount.
A hub motor being characterized in that the hub motor is mounted on an axle assembly, the axle assembly includes an axle rod and an axle sleeve , and an independent cassette flywheel is provided at one end of the axle sleeve where an end cover is located, a limiting sleeve is disposed outside of the cassette flywheel to prevent the cassette flywheel from detaching from the axle sleeve , and an anti-rotation piece for preventing rotation of the axle sleeve is provided at another end of the axle sleeve where a wheel hub is located characterized in that the limiting sleeve includes keys formed on an inner surface of the limiting sleeve for engaging with key grooves formed at the end of the axle sleeve ; a knurling pattern for preventing rotation of the axle sleeve is provided on an end surface of the limiting sleeve ; and the anti-rotation piece includes a locking hole and an anti-rotation head , the anti-rotation piece is fixed on the axle sleeve through the cooperation of the locking hole and a locking groove provided on the axle sleeve , the anti-rotation head is configured to cooperate with fork ends of a front fork or a rear fork of a bicycle to prevent the rotation of the axle sleeve . the limiting sleeve includes keys formed on an inner surface of the limiting sleeve for engaging with key grooves formed at the end of the axle sleeve ; a knurling pattern for preventing rotation of the axle sleeve is provided on an end surface of the limiting sleeve ; and the anti-rotation piece includes a locking hole and an anti-rotation head , the anti-rotation piece is fixed on the axle sleeve through the cooperation of the locking hole and a locking groove provided on the axle sleeve , the anti-rotation head is configured to cooperate with fork ends of a front fork or a rear fork of a bicycle to prevent the rotation of the axle sleeve .