mhurhangee/ep-ind-claims huggingface dataset:
A method for governing the assignment of an IP Multimedia Subsystem, IMS, control function instance to an IMS endpoint, the method characterized by: identifying multiple instances of an IMS control function (210, 220) as being candidates for assigning to the IMS endpoint; obtaining a performance metric for each candidate instance that is a measure of the extent to which performance requirements for a signaling path of an anticipated or ongoing session of the IMS endpoint would be met if the candidate instance were to be assigned to the IMS endpoint; obtaining an emission metric for each candidate instance that is a measure of the extent to which the candidate instance would produce greenhouse gas emissions if the candidate instance were to be assigned to the IMS endpoint, given the energy consumption and rate of greenhouse gas emissions currently attributable to the candidate instance, said consumption and rate being dependent on the type of each energy source currently being used by the candidate instance; prioritizing the candidate instances relative to one another based on the performance and emission metrics of each instance, by more highly prioritizing candidate instances that would yield higher performance and lower emissions; and controlling assignment of one of the candidate instances to the IMS endpoint to be performed according to said prioritization. identifying multiple instances of an IMS control function (210, 220) as being candidates for assigning to the IMS endpoint; obtaining a performance metric for each candidate instance that is a measure of the extent to which performance requirements for a signaling path of an anticipated or ongoing session of the IMS endpoint would be met if the candidate instance were to be assigned to the IMS endpoint; obtaining an emission metric for each candidate instance that is a measure of the extent to which the candidate instance would produce greenhouse gas emissions if the candidate instance were to be assigned to the IMS endpoint, given the energy consumption and rate of greenhouse gas emissions currently attributable to the candidate instance, said consumption and rate being dependent on the type of each energy source currently being used by the candidate instance; prioritizing the candidate instances relative to one another based on the performance and emission metrics of each instance, by more highly prioritizing candidate instances that would yield higher performance and lower emissions; and controlling assignment of one of the candidate instances to the IMS endpoint to be performed according to said prioritization.
A system for use in preparing a surface, comprising: a magnetorheological polishing fluid, including a carrier fluid and a plurality of particles suspendable in the carrier fluid, a vessel for containing the fluid, a mechanism for delivering the fluid to form a polishing zone, a holder for securing the component and for moveably positioning the articulating surface of the component relative to the polishing zone, and a controller for determining the rate of material removal from the object, for determining the direction and velocity of movement of the polishing zone relative to the object and for determining the number of cycles of polishing required, characterised in that the system is for use in preparing an articulating surface of a component of an orthopaedic implant, and in that the fluid comprises magnetic particles having a size of less than 100 nm which are coated with silicon carbide a magnetorheological polishing fluid, including a carrier fluid and a plurality of particles suspendable in the carrier fluid, a vessel for containing the fluid, a mechanism for delivering the fluid to form a polishing zone, a holder for securing the component and for moveably positioning the articulating surface of the component relative to the polishing zone, and a controller for determining the rate of material removal from the object, for determining the direction and velocity of movement of the polishing zone relative to the object and for determining the number of cycles of polishing required,
A method for lane-level map matching for a vehicle, the method comprising: receiving vehicle data comprising a geographical position of the vehicle, a heading of the vehicle, and a speed of the vehicle; receiving sensor data from a perception system of the vehicle, the sensor data comprising information about a position of at least one road reference in a surrounding environment of the vehicle; receiving map data comprising a lane geometry of the surrounding environment of the vehicle, the lane geometry comprising a set of candidate lanes; forming a state space model comprising a set of states, wherein each state of the set of states represents a candidate lane of the set of candidate lanes; defining a cost for going from each state to every other state of the set of states based on observations comprising the received vehicle data, the received sensor data and based on the received map data; characterized by determining a probable path for the vehicle based on the formed state space model and the defined costs, wherein the step of determining the probable path comprises decoding the formed state space model in order to estimate the maximum likelihood of a plurality of state sequences and determine the most probable state sequence, wherein decoding the formed state space model consists in inferring which sequence of states caused a specific sequence of observations. receiving vehicle data comprising a geographical position of the vehicle, a heading of the vehicle, and a speed of the vehicle; receiving sensor data from a perception system of the vehicle, the sensor data comprising information about a position of at least one road reference in a surrounding environment of the vehicle; receiving map data comprising a lane geometry of the surrounding environment of the vehicle, the lane geometry comprising a set of candidate lanes; forming a state space model comprising a set of states, wherein each state of the set of states represents a candidate lane of the set of candidate lanes; defining a cost for going from each state to every other state of the set of states based on observations comprising the received vehicle data, the received sensor data and based on the received map data; characterized by determining a probable path for the vehicle based on the formed state space model and the defined costs, wherein the step of determining the probable path comprises decoding the formed state space model in order to estimate the maximum likelihood of a plurality of state sequences and determine the most probable state sequence, wherein decoding the formed state space model consists in inferring which sequence of states caused a specific sequence of observations.
A sheet manufacturing apparatus comprising: a rotatable, foraminous drum unit; a web forming unit configured to form a web using material including fiber that passed through the holes in the drum unit; and a material supply conduit (114; 116) having a connector that connects to the drum unit, and carrying material including fiber into the drum unit by air flow; characterized in that: the sheet manufacturing apparatus is configured such that the velocity of the air flow in the connector is lower than the velocity of the air flow on the upstream side of the connector. a rotatable, foraminous drum unit; a web forming unit configured to form a web using material including fiber that passed through the holes in the drum unit; and a material supply conduit (114; 116) having a connector that connects to the drum unit, and carrying material including fiber into the drum unit by air flow; characterized in that: the sheet manufacturing apparatus is configured such that the velocity of the air flow in the connector is lower than the velocity of the air flow on the upstream side of the connector.
A network node for a GSM network, the network node being arranged to receive (805, 810) a TDMA frame comprising a plurality of timeslots, each of which timeslots comprises payload from one or more calls, the network node being arranged to extract (815, 820) payload from at least one of said calls and to assign (815, 820) the extracted payload from each of said at least one call a corresponding identifier identifying the call of the payload, the network node also being arranged to generate a data packet comprising the extracted payload from said at least one call together with the corresponding identifier, and to place said corresponding identifier in a header in the data packet, the network node also being arranged to transmit (805, 825) said data packet to another node in the GSM network, characterized in that - the network node being arranged to include information in said identifier which identifies the TDMA frame and the timeslot in the TDMA frame from which the payload was extracted, as well as information identifying a subrate indicator and a Vamos subchannel of the timeslot in the TDMA frame from which the payload was extracted. - the network node being arranged to include information in said identifier which identifies the TDMA frame and the timeslot in the TDMA frame from which the payload was extracted, as well as information identifying a subrate indicator and a Vamos subchannel of the timeslot in the TDMA frame from which the payload was extracted.
Method for interchanging data between an external device and applications installed on network elements of a packet-switching network using at least one tunnel connection, - in which each network element is connected to a network node device, - in which the network-end terminal point of the tunneled connection is allocated a global address uniquely, with the network node device forming the network-end terminal point of the tunnel connection when there are a plurality of network elements with joint use of the tunnel connection, and in that if one of the network elements requires a global address for executing an application it sets up a tunnel connection and forms the latter's network-end terminal point, this tunnel connection being used only by this network element, and all data being routed through the network node device, characterized in that the network node device may alternately be a terminal point of a tunnel connection, or a data-routing entity with the network element as network-end terminal point. - in which each network element is connected to a network node device, - in which the network-end terminal point of the tunneled connection is allocated a global address uniquely,
A calming chair for treating a user by physically stimulating the proprioceptive and tactile sensory system of the user, wherein said calming chair comprises; - a supporting region (112, 114) at least comprising a seat part and a back and side rest for supporting the body of the sitting user; characterised in that the calming chair comprises also - at least one supportive part, which can be placed upon said user; and wherein said calming chair encloses in both the supporting region and the at least one supportive part a plurality of mutually displaceable balls which adapt to the body of the user thereby exerting a sporadic pressure on the body of the user through said supporting region and said at least one supportive part. - a supporting region (112, 114) at least comprising a seat part and a back and side rest for supporting the body of the sitting user; - at least one supportive part, which can be placed upon said user;
A secondary battery comprising a housing to receive an electrode assembly, a liquid impermeable sheet, a liquid permeable sheet bonded to the liquid impermeable sheet and an indicator located between said liquid permeable sheet and the liquid impermeable sheet to provide visual confirmation indicative of whether the battery has been exposed to a liquid, characterised in that the liquid impermeable sheet and the liquid permeable sheet together form a label for application to the exterior surface of the housing so that the liquid impermeable sheet protects the battery from moisture, and in that the liquid impermeable sheet is an inner sheet bonded to the housing and the liquid permeable sheet is an outer sheet bonded to the liquid impermeable sheet.
Device for filling pressurized gas tanks, particularly vehicle hydrogen tanks, comprising a fluid transfer circuit provided with an upstream end intended to be connected to a source of gas and at least two parallel downstream ends (6, 16, 26) intended to be connected to distinct tanks that are to be filled, the transfer circuit comprising a temperature regulating member for regulating the temperature of the gas transferred from the source towards the downstream ends, the gas temperature regulating member being positioned in the transfer circuit upstream of the at least two downstream ends (6, 16, 26), i.e. the gas temperature regulating member is common to the at least two downstream ends (6, 16, 26), characterized in that the at least two downstream ends (6, 16, 26) of the circuit each comprise a respective control member for controlling the flow rate and/or the pressure of the transferred gas and configured to control the flow rate and/or the pressure in each of the downstream ends (6, 16, 26) independently, the flow rate and/or pressure control member of each downstream end (6, 16, 26) comprising a controlled valve for controlling pressure and/or flow rate, the filling device comprising an electronic controller configured to control said valves, said controller being configured to control said valves using one or more rapid-filling algorithms establishing identical or different respective pressure increase rates in said tanks.
A knife (50; 96) comprising: a knife holder (54; 98) having a body with parallel first and second leading edges (61,63) extending along a leading side thereof and a trailing edge located opposite the first and second leading edges, the body defining a first surface between the first leading edge and the trailing edge, and a second surface opposite the first surface and extending between the second leading edge and the trailing edge, a cutting blade having a cutting edge and secured to the knife holder so that the cutting edge of the cutting blade extends beyond the leading side of the knife holder; the knife further comprises a clamp attached to the first surface of the knife holder along the first and second leading edges (61, 63) thereof, the cutting blade being secured between the clamp and the first surface of the knife holder, characterized in that the body further defining a recess (60; 104) along the leading side delimited by the first and second leading edges (61,63) and extending a distance into the body; and the knife comprises an insert member mounted in the recess of the knife holder, the insert member having a leading edge protruding from the leading side of the knife holder and generally contiguous therewith.
A counterweight assembly for an elevator system comprising: a counterweight; and a guide shoe affixed to the counterweight, the guide shoe having a u-shaped cross-section;; and a plurality of counterweight guide brackets affixed to a hoistway wall for engaging the guide shoe, the plurality of counterweight guide brackets spaced vertically from each other; characterized in that the guide shoe extends continuously and unbroken along a vertical length of the counterweight; and two or more counterweight guide brackets are engaged with the guide shoe during travel of the counterweight along the hoistway. a counterweight; and a guide shoe affixed to the counterweight, the guide shoe having a u-shaped cross-section;; and a plurality of counterweight guide brackets affixed to a hoistway wall for engaging the guide shoe, the plurality of counterweight guide brackets spaced vertically from each other; characterized in that the guide shoe extends continuously and unbroken along a vertical length of the counterweight; and two or more counterweight guide brackets are engaged with the guide shoe during travel of the counterweight along the hoistway.
A stable aqueous formulation for intrathecal administration comprising an arylsulfatase A protein at a concentration of more than 10 mg/ml, salt, a polysorbate surfactant and a buffering agent, wherein the salt is NaCl.
An apparatus for printing closure bodies of containers, which comprises a transfer device that is associated in input with a feeder of closure bodies to be printed and in output with an unloader of printed closure bodies, wherein said transfer device defines a plurality of seats for a respective closure body to be printed which are provided with at least one resting region for at least one abutment portion that is defined on the outer lateral surface of the respective closure body (4a, 4b), said seats being mutually spaced at preset distances and being movable along a transfer trajectory, said transfer device comprises a disk that can rotate about a movement axis and has, at its peripheral region, said plurality of seats, which are mutually angularly spaced in a regular manner around said movement axis, said transfer device comprises a resting body that is arranged so as to face said disk from below, said closure bodies to be printed accommodated in said seats being intended to rest with their lower free edge on said resting body, said seats being associated with means for preventing the rotation of said closure body to be printed about its own longitudinal axis, characterised in that said apparatus comprises a device for digital printing of said closure bodies to be printed which is arranged along said transfer trajectory, and in that said means for preventing the rotation of said closure body to be printed about its own longitudinal axis comprises an air intake duct that ends at at least one first intake that is arranged so as to face the outer lateral surface of said cap to be printed.
A sound absorbing sandwich plate for attaching to a component for sound deadening of the component comprising a first layer and a second layer connected to the first layer, wherein the first layer is arranged on the side of the second layer that faces away from the component, characterized in that at least one mounting part is at least partially provided along the second layer, in an areal manner, which mounting part has a plurality of engaging elements, which are detachably engageable into the second layer, wherein the second layer is attachable to a surface of the component through the mounting part, and wherein the first layer has a larger area density and/or a larger density than the second layer.
An electronic device comprising: a biological signal inputter configured to receive a biological signal through an electrode; and a processor, the processor being characterized in that it is configured to: determine a biological signal to be received based on a context of the electronic device, activate a channel corresponding to the electrode for receiving the determined biological signal, deactivate a channel corresponding to the electrode for receiving another biological signal other than the determined biological signal, and determine a biological change using the biological signal received through the activated channel corresponding to the electrode. a biological signal inputter configured to receive a biological signal through an electrode; and a processor, the processor being characterized in that it is configured to: determine a biological signal to be received based on a context of the electronic device, activate a channel corresponding to the electrode for receiving the determined biological signal, deactivate a channel corresponding to the electrode for receiving another biological signal other than the determined biological signal, and determine a biological change using the biological signal received through the activated channel corresponding to the electrode.
A titanium material for a solid polymer fuel cell separator having a low contact resistance which has at its surface a surface layer structure in which a Ti compound containing either C or N is dispersed, said Ti compound being covered by titanium oxide and/or metal Ti, said titanium material characterized in that, when analyzed from the titanium material surface by XPS (X-ray photoelectron spectroscopy), a Ti2p spectrum of TiO 2 is detected, further, at a Ti2p spectral energy range (454.2eV to 455.1eV) of TiO and/or a Ti2p spectral energy range (453.7eV to 453.9eV) of metal Ti, a Ti2p spectrum of TiO and/or a Ti2p spectrum of metal having a Ti maximum detection peak height measured in counts per second of at least 3 times the standard deviations of the backgrounds measured in counts per second at the respective spectral energy ranges is detected, and at a C1s spectral energy range (280 to 283eV) and N1s spectral energy range (394 to 398eV), a spectrum of C1s and a spectrum of N1s having a maximum detection peak height measured in counts per second of less than 3 times the standard deviations of the backgrounds measured in counts per second at the respective spectral energy ranges of C1s and N1s are detected, where the background measured in counts per second at each spectral energy range is measured by removing the surface layer part of said titanium material having that structure and exposing the titanium material at the base.
A computer readable medium comprising a human-sense-detectable watermarked digital media file where: - the human-sense-detectable watermarking is accomplished by frequency hopping watermarking where at least two frequency coefficients (21, 22) are modified for generating human-sense-detectable noise in the digital media file, and that - the human-sense-detectable watermarking is configured to be transformed by media file-specific information (304, 351) issued by a digital media right owner in a client device directly to a non-human-sense-detectable individual user fingerprint (61, 62) by transforming the at least two frequency coefficients (21, 22) of the human-sense-detectable watermark directly to a non-human-senses detectable user fingerprint in the digital media file during the first use of the digital media file by the digital media file-specific information (304, 351), characterised in that the digital media file specific information (304, 351) comprises pseudo-random key defining the utilized frequency coefficients, an array of a random variable, based on a user id, defining a scaling strength of the utilized frequency coefficients (61, 62) in fingerprinting and synchronization signal information. - the human-sense-detectable watermarking is accomplished by frequency hopping watermarking where at least two frequency coefficients (21, 22) are modified for generating human-sense-detectable noise in the digital media file, and that - the human-sense-detectable watermarking is configured to be transformed by media file-specific information (304, 351) issued by a digital media right owner in a client device directly to a non-human-sense-detectable individual user fingerprint (61, 62) by transforming the at least two frequency coefficients (21, 22) of the human-sense-detectable watermark directly to a non-human-senses detectable user fingerprint in the digital media file during the first use of the digital media file by the digital media file-specific information (304, 351),