mhurhangee/ep-ind-claims huggingface dataset:
A method of performing authentication using a smart watch, comprising: receiving, from an external apparatus through a short-range communication, an authentication request for an application that is run on the external apparatus; measuring a user's heartbeat rhythm through a sensor mounted in a bottom of the smart watch when receiving the authentication request; performing an authentication for the application by comparing the measured heartbeat rhythm with an already-stored heartbeat rhythm; transmitting a result of the authentication to the external apparatus so that the external apparatus may run the application; and controlling operation of the external apparatus according to a gesture that is made using the user's hand on which the smart watch is worn, and recognized by the external apparatus, wherein the authentication request is transmitted to the smart watch along with information necessary for the authentication when the smart watch is selected as an authentication means on an authentication screen of the application, and wherein the authentication screen is one of a payment screen, a logging-on screen and a locking screen. receiving, from an external apparatus through a short-range communication, an authentication request for an application that is run on the external apparatus; measuring a user's heartbeat rhythm through a sensor mounted in a bottom of the smart watch when receiving the authentication request; performing an authentication for the application by comparing the measured heartbeat rhythm with an already-stored heartbeat rhythm; transmitting a result of the authentication to the external apparatus so that the external apparatus may run the application; and controlling operation of the external apparatus according to a gesture that is made using the user's hand on which the smart watch is worn, and recognized by the external apparatus, wherein the authentication request is transmitted to the smart watch along with information necessary for the authentication when the smart watch is selected as an authentication means on an authentication screen of the application, and wherein the authentication screen is one of a payment screen, a logging-on screen and a locking screen.
A method for the production of functionalized partially hydrolyzed polyvinyl acetate comprising vinyl alcohol, vinyl acetate and functionalized vinyl alcohol units by reacting in a melt a partially hydrolyzed polyvinyl acetate as component A with a reactive compound carrying at least one ethylenically unsaturated group and at least one reactive group reactive with hydroxyl or acetate groups as component B, in the presence 0,05 to 5 wt% of at least one stabilizer as component C and in the presence of at least one catalyst selected from the group consisting of tertiary amines and N containing heterocycles as component D, the method comprising the steps: a) optionally drying one or more of components A, B, C and optionally D, b) optionally pre-mixing two or more of components A, B, C and optionally D, c) feeding the components into a mixing device capable of heating, melting and mixing components A, B, C and optionally D, d) heating, melting and mixing components A, B, C and optionally D in the device to give a melt and reacting components A and B in the melt, a) optionally drying one or more of components A, B, C and optionally D, b) optionally pre-mixing two or more of components A, B, C and optionally D, c) feeding the components into a mixing device capable of heating, melting and mixing components A, B, C and optionally D, d) heating, melting and mixing components A, B, C and optionally D in the device to give a melt and reacting components A and B in the melt,
Method for using a digital map in a vehicle, wherein - image data of the vehicle surroundings are acquired using one or more cameras of the vehicle; - the acquired image data are processed to identify a visually represented overview map containing an abstracted representation of spatial conditions in the vicinity of the overview map; - the image data of an identified overview map are transformed into a navigable digital map; - guidance information for a travel route in the spatial region represented in the overview map is generated using the digital map; and wherein - in addition to the digital map generated from the acquired image data, there is also an additional digital map in the vehicle for the same spatial region, and the two digital maps are evaluated together; - spatial regions with contradictions between the two digital maps are identified; and - the identified regions are avoided or are approached and inspected using vehicle sensors. - image data of the vehicle surroundings are acquired using one or more cameras of the vehicle; - the acquired image data are processed to identify a visually represented overview map containing an abstracted representation of spatial conditions in the vicinity of the overview map; - the image data of an identified overview map are transformed into a navigable digital map; - guidance information for a travel route in the spatial region represented in the overview map is generated using the digital map; and wherein - in addition to the digital map generated from the acquired image data, there is also an additional digital map in the vehicle for the same spatial region, and the two digital maps are evaluated together; - spatial regions with contradictions between the two digital maps are identified; and - the identified regions are avoided or are approached and inspected using vehicle sensors.
Boiler having a filling chamber which can be loaded with solid fuel via a loading door, having a heat exchanger which comprises vertical heat exchanger pipes through which flue gases flow, having cleaning inserts which can be axially displaced in the heat exchanger pipes and a control drive for the cleaning inserts including an actuation shaft having pivot arms for displacing the individual cleaning inserts, wherein the actuation shaft is drivingly connected to the loading door via a linkage which comprises a tie rod articulated to the loading door and engaging an actuation arm of the actuation shaft, characterised in that the tie rod displaceably guided above the filling chamber engages, with a coupling hook, a tappet of the actuation arm of the actuation shaft, and in that allocated to the coupling hook of the tie rod, which can be displaced transversely to the actuation shaft and transversely to the longitudinal direction thereof, is a contact surface for raising the coupling hook from the tappet of the actuation arm when the loading door is opened.
A method comprising receiving, by a first apparatus of a communication system from a second apparatus of the communication system a transport block containing a plurality of code blocks; detecting (205, 303), in the first apparatus, a number of failed code blocks in the transport block and a corresponding feedback size indicator received from the second apparatus via control channel signalling; selecting, in the first apparatus, a format of a hybrid automatic repeat request, HARQ, feedback message to be generated based on an indexed table corresponding to the feedback size indicator wherein the format is chosen from the indexed table in accordance with the number of erroneous code blocks in the transport block and corresponds to a feedback type indicator in the indexed table; generating (205, 303), in the first apparatus, the hybrid automatic repeat request, HARQ, feedback message based on the number of failed code blocks in the transport block, wherein the generated hybrid automatic repeat request, HARQ, feedback message is of the selected format and indicates each failed code block in the transport block if any; and causing (206, 304), in the first apparatus, transmission of the generated hybrid automatic repeat request, HARQ, feedback message to the second apparatus the hybrid automatic repeat request feedback message including, in case at least one code block in the transport block is erroneous, a decoder performance metric in terms of a decoder state information, and the feedback type indicator in the header of the feedback message. receiving, by a first apparatus of a communication system from a second apparatus of the communication system a transport block containing a plurality of code blocks; detecting (205, 303), in the first apparatus, a number of failed code blocks in the transport block and a corresponding feedback size indicator received from the second apparatus via control channel signalling; selecting, in the first apparatus, a format of a hybrid automatic repeat request, HARQ, feedback message to be generated based on an indexed table corresponding to the feedback size indicator wherein the format is chosen from the indexed table in accordance with the number of erroneous code blocks in the transport block and corresponds to a feedback type indicator in the indexed table; generating (205, 303), in the first apparatus, the hybrid automatic repeat request, HARQ, feedback message based on the number of failed code blocks in the transport block, wherein the generated hybrid automatic repeat request, HARQ, feedback message is of the selected format and indicates each failed code block in the transport block if any; and causing (206, 304), in the first apparatus, transmission of the generated hybrid automatic repeat request, HARQ, feedback message to the second apparatus the hybrid automatic repeat request feedback message including, in case at least one code block in the transport block is erroneous, a decoder performance metric in terms of a decoder state information, and the feedback type indicator in the header of the feedback message.
Method for improving the energy efficiency of a drive system, said system comprising: - an engine provided with an exhaust line; - a turbocharger having a turbine mounted on the exhaust line in order to be driven by a first portion of the exhaust gases so as to determine a level of forced induction of the engine; - a recovery turbine mounted on the exhaust line in parallel with the turbocharger in order to be driven by a second portion of the exhaust gases so as to recover power from said second portion of the exhaust gases; said method comprising the steps of: - determining a level of forced induction such that the engine delivers a first drive power value; - changing, either upwards or downwards, at least one geometric parameter of the turbine of the turbocharger, and, for a given value of the geometric parameter, determining the power recovered by the recovery turbine and the difference between the drive power value corresponding to said value of the geometric parameter and said first drive power value; - stopping the change in the geometric parameter of the turbine of the turbocharger when the power recovered by the recovery turbine reaches a maximum value or when said difference in drive power is above a given threshold. - an engine provided with an exhaust line; - a turbocharger having a turbine mounted on the exhaust line in order to be driven by a first portion of the exhaust gases so as to determine a level of forced induction of the engine; - a recovery turbine mounted on the exhaust line in parallel with the turbocharger in order to be driven by a second portion of the exhaust gases so as to recover power from said second portion of the exhaust gases; - determining a level of forced induction such that the engine delivers a first drive power value; - changing, either upwards or downwards, at least one geometric parameter of the turbine of the turbocharger, and, for a given value of the geometric parameter, determining the power recovered by the recovery turbine and the difference between the drive power value corresponding to said value of the geometric parameter and said first drive power value; - stopping the change in the geometric parameter of the turbine of the turbocharger when the power recovered by the recovery turbine reaches a maximum value or when said difference in drive power is above a given threshold.
A method for operating an electric motor which is connected to at least three phases of an electricity grid in a regenerative operation, characterized in that energy to be fed back into the electricity grid (L 1, L 2, L 3) from a DC link of a frequency converter is switched from a synchronous inverter to the line phase having the highest voltage as a clocked and averaged current block.
A lubricating oil composition for transmissions comprising: a lubricating base oil comprising a mineral base oil having a 100°C kinematic viscosity of 1.5 mm 2 /s or higher and 3.5 mm 2 /s or lower, a pour point of -25°C or lower, a viscosity index of 105 or greater, a %C P of 85 or greater, a %C N of 2 or greater and 20 or less and a %C A of 3 or less in an amount of 50 to 97 percent by mass on the total base oil composition mass basis and a monoester-based base oil having a 100°C kinematic viscosity of 2 to 10 mm 2 /s in an amount of 3 to 10 percent by mass on the total base oil composition mass basis; a phosphorus acid ester in such an amount that the phosphorus content of the composition is from 250 to 350 ppm by mass on the phosphorus basis; and a boronated ashless dispersant in an amount of 30 to 120 ppm by mass on the boron basis on the total lubricating oil composition mass basis, the ratio of the mass percent of boron to the mass percent of phosphorus in the composition (B/P) being from 0.07 to 0.42 and the composition having a 100°C kinematic viscosity of 2.5 to 4.0 mm 2 /s. a lubricating base oil comprising a mineral base oil having a 100°C kinematic viscosity of 1.5 mm 2 /s or higher and 3.5 mm 2 /s or lower, a pour point of -25°C or lower, a viscosity index of 105 or greater, a %C P of 85 or greater, a %C N of 2 or greater and 20 or less and a %C A of 3 or less in an amount of 50 to 97 percent by mass on the total base oil composition mass basis and a monoester-based base oil having a 100°C kinematic viscosity of 2 to 10 mm 2 /s in an amount of 3 to 10 percent by mass on the total base oil composition mass basis; a phosphorus acid ester in such an amount that the phosphorus content of the composition is from 250 to 350 ppm by mass on the phosphorus basis; and a boronated ashless dispersant in an amount of 30 to 120 ppm by mass on the boron basis on the total lubricating oil composition mass basis, the ratio of the mass percent of boron to the mass percent of phosphorus in the composition (B/P) being from 0.07 to 0.42 and the composition having a 100°C kinematic viscosity of 2.5 to 4.0 mm 2 /s.
A compound of Formula, or pharmaceutically acceptable salt thereof, wherein, X is halogen and n is 0 or 1; Y is -O-, -S-, -SO 2 -, -CF 2 -, -(CH 2)-N -,, -(CH 2)-N -(C=O)-, -(CH 2)-N(C 1 -C 3 alkyl)-(C=O)-; and Z is aryl, carbocyclyl, or heterocyclyl. X is halogen and n is 0 or 1; Y is -O-, -S-, -SO 2 -, -CF 2 -, -(CH 2)-N -,, -(CH 2)-N -(C=O)-, -(CH 2)-N(C 1 -C 3 alkyl)-(C=O)-; and Z is aryl, carbocyclyl, or heterocyclyl.
A feed horn comprising: horn walls (310, 320, 330, 340) formed of an outer layer (210, 312) having an inner surface; characterized in that a layer (220, 314) of printed circuit board lining substantially the entire inner surface of the outer layer (210, 312) and forming horn walls (310, 320, 330, 340), wherein an artwork pattern of metal traces printed on the layer (220, 314) of printed circuit board forms an interior metamaterial feed horn surface for manipulating propagation of electromagnetic waves, and wherein the horn walls (310, 320, 330, 340) formed by the printed circuit boards are welded or bolted together. horn walls (310, 320, 330, 340) formed of an outer layer (210, 312) having an inner surface; characterized in that a layer (220, 314) of printed circuit board lining substantially the entire inner surface of the outer layer (210, 312) and forming horn walls (310, 320, 330, 340), wherein an artwork pattern of metal traces printed on the layer (220, 314) of printed circuit board forms an interior metamaterial feed horn surface for manipulating propagation of electromagnetic waves, and wherein the horn walls (310, 320, 330, 340) formed by the printed circuit boards are welded or bolted together.
Eutectic plate comprising a sealed and rigid casing containing, in the inner volume thereof, at least one Phase Change Material configured to be in a first form when the plate is in a discharged state and in a second form when the plate is in a charged state, the PCM having volume variations during phase changes, characterised in that the plate comprises: - a closed space, arranged in the inner volume of the plate, containing a non-compressible fluid, the closed space being configured to have a volume variation according to the volume variations of the PCM, the closed space being defined at least partially by deformable walls arranged in contact with the PCM so as to be at least partially subjected to volume variations of the PCM during phase changes, and - an indicator of the volume of the closed space giving an indication on the charge state of the plate, the indicator comprising a tank connected by a fluidic connection to the closed space, the tank being at least partially visible from the outside of the plate, the non-compressible fluid circulating between the closed space and the tank according to the charge state of the plate. - a closed space, arranged in the inner volume of the plate, containing a non-compressible fluid, the closed space being configured to have a volume variation according to the volume variations of the PCM, the closed space being defined at least partially by deformable walls arranged in contact with the PCM so as to be at least partially subjected to volume variations of the PCM during phase changes, and - an indicator of the volume of the closed space giving an indication on the charge state of the plate, the indicator comprising a tank connected by a fluidic connection to the closed space, the tank being at least partially visible from the outside of the plate, the non-compressible fluid circulating between the closed space and the tank according to the charge state of the plate.
A semiconductor architecture comprising: a wafer; a landing pad included in the wafer; an integrated circuit for signal routing provided on a first surface of the wafer, the integrated circuit for signal routing comprising a buried power rail, BPR, provided on the landing pad; a power distribution network, PDN, integrated circuit provided on a second surface of wafer; and a through-silicon via, TSV, protruding from the PDN integrated circuit being provided on the landing pad, the landing pad being provided between the BPR and the TSV; and characterized by further comprising: a TSV etch stop layer provided between the landing pad and the TSV; and an encapsulant provided between the landing pad and the BPR. a wafer; a landing pad included in the wafer; an integrated circuit for signal routing provided on a first surface of the wafer, the integrated circuit for signal routing comprising a buried power rail, BPR, provided on the landing pad; a power distribution network, PDN, integrated circuit provided on a second surface of wafer; and a through-silicon via, TSV, protruding from the PDN integrated circuit being provided on the landing pad, the landing pad being provided between the BPR and the TSV; and characterized by further comprising: a TSV etch stop layer provided between the landing pad and the TSV; and an encapsulant provided between the landing pad and the BPR. a TSV etch stop layer provided between the landing pad and the TSV; and an encapsulant provided between the landing pad and the BPR.
A receiver apparatus (110; 120; 130; 140) comprising: logic arranged to: receive one or more data streams from a transmitter over a serial communication link (112; 114; 122; 124; 132; 134; 142; 144) wherein the one or more data streams are sent with one or more transmission settings; determine a metric for the communication link (112; 114; 122; 124; 132; 134; 142; 144) based on the received data pattern; adapt one or more settings of one or more serial communication links (112; 114; 122; 124; 132; 134; 142; 144) with a transmitter (110; 120; 130; 140), based at least in part on a determined best metric of received data patterns from the one or more serial communication links (112; 114; 122; 124; 132; 134; 142; 144) wherein the criterion for the determined best metric is based on a parameter of the communication link (112; 114; 122; 124; 132; 134; 142; 144), and indicate to the transmitter (110; 120; 130; 140) which one of the respective one or more adapted transmission settings has a determined best metric. logic arranged to: receive one or more data streams from a transmitter over a serial communication link (112; 114; 122; 124; 132; 134; 142; 144) wherein the one or more data streams are sent with one or more transmission settings; determine a metric for the communication link (112; 114; 122; 124; 132; 134; 142; 144) based on the received data pattern; adapt one or more settings of one or more serial communication links (112; 114; 122; 124; 132; 134; 142; 144) with a transmitter (110; 120; 130; 140), based at least in part on a determined best metric of received data patterns from the one or more serial communication links (112; 114; 122; 124; 132; 134; 142; 144) wherein the criterion for the determined best metric is based on a parameter of the communication link (112; 114; 122; 124; 132; 134; 142; 144), and indicate to the transmitter (110; 120; 130; 140) which one of the respective one or more adapted transmission settings has a determined best metric. receive one or more data streams from a transmitter over a serial communication link (112; 114; 122; 124; 132; 134; 142; 144) wherein the one or more data streams are sent with one or more transmission settings; determine a metric for the communication link (112; 114; 122; 124; 132; 134; 142; 144) based on the received data pattern; adapt one or more settings of one or more serial communication links (112; 114; 122; 124; 132; 134; 142; 144) with a transmitter (110; 120; 130; 140), based at least in part on a determined best metric of received data patterns from the one or more serial communication links (112; 114; 122; 124; 132; 134; 142; 144) wherein the criterion for the determined best metric is based on a parameter of the communication link (112; 114; 122; 124; 132; 134; 142; 144), and indicate to the transmitter (110; 120; 130; 140) which one of the respective one or more adapted transmission settings has a determined best metric.
A virtual node comprising: a services engine, the services engine including at least a first service domain, the first service domain being arranged to provide at least one service associated with a first community of interest; a communications engine, the communications engine arranged to provide at least a first forwarding table, the first forwarding table being associated with the first community of interest and arranged to support reachability for the first service domain; and a transport engine, the transport engine being arranged to: provide location information relating to the virtual node; and manage any exterior connections associated with the virtual node, the exterior connections not being inside the first service domain. a services engine, the services engine including at least a first service domain, the first service domain being arranged to provide at least one service associated with a first community of interest; a communications engine, the communications engine arranged to provide at least a first forwarding table, the first forwarding table being associated with the first community of interest and arranged to support reachability for the first service domain; and a transport engine, the transport engine being arranged to: provide location information relating to the virtual node; and manage any exterior connections associated with the virtual node, the exterior connections not being inside the first service domain. provide location information relating to the virtual node; and manage any exterior connections associated with the virtual node, the exterior connections not being inside the first service domain.