mhurhangee/ep-ind-claims huggingface dataset:
Circuit arrangement for inductively transferring energy with an oscillator, a power supply, which supplies the oscillator with energy, and with means for detecting the inductive load of the oscillator, wherein the power supply has a complex input resistance and the means is additionally configured to change the complex input resistance of the power supply depending on the load of the oscillator, wherein the power supply has a capacitive series resistor (C1, R2), a rectifier (D1, D2, D3, D4) and a load resistor (R22, T2), wherein the complex input resistance of the power supply is substantially determined by the load resistor (R22, T2) and the capacitive series resistor (C1, R2), wherein the load resistor (R22, T2) can be changed depending on the load of the oscillator so that the active power consumption of the circuit arrangement at low load of the oscillator is reduced, and the oscillator has an active element in the form of a transistor, characterized in that the load resistance is formed by at least one additional resistor and the switching path of a controllable switch, and the ohmic resistance of the arrangement formed of the at least one resistor and the switch is switchable and the means for detecting the inductive load of the oscillator determines the load of the oscillator on the basis of the amplitude or the average of the amplitude of the negative half-wave at the collector terminal or at the base terminal of the transistor.
A method comprising: calculating predicted load changes for a target radio access point for one or more potential user equipment, UE,, handovers from each of a plurality of source radio access points for a radio access network based, at least in part, on application of current measurement data to a trained statistical model representing load changes for the radio access network; determining a set of one or more source radio access points from the plurality of source radio access points that can be powered off to maximize energy savings or minimize energy consumption for the radio access network based on the calculated predicted load changes; initiating handover to the target radio access point for one or more UE connected to the one or more source radio access points belonging to the set; and powering off the one or more source radio access points belonging to the set. calculating predicted load changes for a target radio access point for one or more potential user equipment, UE,, handovers from each of a plurality of source radio access points for a radio access network based, at least in part, on application of current measurement data to a trained statistical model representing load changes for the radio access network; determining a set of one or more source radio access points from the plurality of source radio access points that can be powered off to maximize energy savings or minimize energy consumption for the radio access network based on the calculated predicted load changes; initiating handover to the target radio access point for one or more UE connected to the one or more source radio access points belonging to the set; and powering off the one or more source radio access points belonging to the set.
A polyarylene sulfide resin composition comprising a polyarylene sulfide resin, an epoxy resin, glass fiber, and glass flake, wherein the amount of the epoxy resin is 0.5 to 20 parts by mass, the amount of the glass fiber is 10 to 350 parts by mass, and the amount of the glass flake is 1 to 250 parts by mass relative to 100 parts by mass of the polyarylene sulfide resin, and wherein the epoxy resin is a combination of a bisphenol-type epoxy resin and a novolac-type epoxy resin.
Bypass valve for a lubricating circuit of an internal combustion engine equipped with a cooler of a respective lubricating fluid, the valve comprising - a tubular body defining a development axis and having a first outlet opening and a second outlet opening having a development perpendicular to said development axis and having an inlet opening axially with the tubular body of the valve, the tubular body defining a sliding seat for - a mobile shutter slidingly associated to the tubular body so that it can slide within it, according to said development axis, - a sensor filled with expansion wax, adapted to operate said mobile shutter between a retracted condition, blocking said first outlet opening only and an expanded condition, blocking said second outlet opening only, the sensor being associated internally with the tubular body by means of radial support elements keeping the sensor in a fixed position, the valve being characterized in that it comprises a duct having a development parallel to said development axis and partially penetrating in the tubular body to bypass said mobile shutter when in said retracted condition establishing communication between the part of the valve body upstream of said radial support elements and said second outlet opening. - a tubular body defining a development axis and having a first outlet opening and a second outlet opening having a development perpendicular to said development axis and having an inlet opening axially with the tubular body of the valve, the tubular body defining a sliding seat for - a mobile shutter slidingly associated to the tubular body so that it can slide within it, according to said development axis, - a sensor filled with expansion wax, adapted to operate said mobile shutter between a retracted condition, blocking said first outlet opening only and an expanded condition, blocking said second outlet opening only, the sensor being associated internally with the tubular body by means of radial support elements keeping the sensor in a fixed position,
A ground surface access assembly frame, for use with a lifting key, said frame surrounding and defining an aperture, with sidewalls that extend downwardly to connect to an outwardly extending flange portion: said frame comprising at least one key-engaging member that extends upwardly from said flange portion, and further comprises a pair of spaced-apart members, located in a raised position relative to the general level of said flange portion; and a recess located on the underside of each spaced-apart member, characterised: in that the spaced-apart members are configured to allow engagement of a lifting key having a shaft (Ks), and attached blade (Kb); by firstly sideways movement of the shaft (Ks) near to and in front of an entry gap located between the spaced-apart members (20a, 20b), followed by upward movement of said key towards said underside recesses so that the two upper side faces of the key blade (Kb) engage the recesses that extend downwardly from the underside face of the spaced-apart members (20a, 20b).
Air conditioning device intended to equip an interior of a motor vehicle comprising a front transverse bulkhead by being mounted in a service position in which it is up against a central region of this bulkhead, this device comprising a housing having at least one air inlet situated in the top part of this housing installed in a service position, this housing containing a rotary drum blower to draw in the air admitted via the air inlet and deliver it via an air outlet (33-34, 36-39), in which the casing delimits, around the barrel, a blower housing collecting the air blown by this drum to direct it toward a lower part of the casing in which lower part a heater and an evaporator and at least one mixing flap (29, 30) are housed, characterized in that: - the evaporator and the heater are mounted in the casing with a longitudinal orientation with respect to the vehicle when Device is occupying a service position, being inclined one relative to the other in a transverse plane in a V-configuration with the V open at the top, and separated transversely from one another by a space (Es); - the ventilation means force all the air that is to be conditioned to pass firstly through the evaporator toward the central region of the V that the evaporator and the heater delimit; - each flap (29, 30) is a flap positioned between the evaporator and the heater and able to move between: - a first position in which its upper edge is spaced away from the evaporator and its lower edge is closer to this evaporator so as to direct the air that has passed through the evaporator toward an upper part of the casing; - a second position in which the upper edge of the flap (29, 30) is closer to the evaporator and its lower edge is spaced away from this evaporator. - the evaporator and the heater are mounted in the casing with a longitudinal orientation with respect to the vehicle when Device is occupying a service position, being inclined one relative to the other in a transverse plane in a V-configuration with the V open at the top, and separated transversely from one another by a space (Es); - the ventilation means force all the air that is to be conditioned to pass firstly through the evaporator toward the central region of the V that the evaporator and the heater delimit; - each flap (29, 30) is a flap positioned between the evaporator and the heater and able to move between: - a first position in which its upper edge is spaced away from the evaporator and its lower edge is closer to this evaporator so as to direct the air that has passed through the evaporator toward an upper part of the casing; - a second position in which the upper edge of the flap (29, 30) is closer to the evaporator and its lower edge is spaced away from this evaporator. - a first position in which its upper edge is spaced away from the evaporator and its lower edge is closer to this evaporator so as to direct the air that has passed through the evaporator toward an upper part of the casing; - a second position in which the upper edge of the flap (29, 30) is closer to the evaporator and its lower edge is spaced away from this evaporator.
A method of streaming in a content delivery network, CDN, comprising: recording a stream by the following sub-steps: receiving at an entry point a stream in a source format, the entry point being a first process running in a first CDN machine; converting the stream into an intermediate format, IF, by a second process running in a second CDN machine, wherein the intermediate format is an internal format for delivering the stream within the CDN and comprises a stream manifest that includes a sequence of time ranges for the stream, a set of one or more fragment indexes FI, each covering a time range of the sequence of time ranges, and a set of IF fragments; and archiving the stream in the intermediate format by a third process running in a third CDN machine, the stream being archived in a data storage associated with the third CDN machine; and playing the stream by the following sub-steps: in response to receipt of a request for the stream or a portion thereof, retrieving from the data storage the stream manifest and at least one fragment index; using the fragment index, retrieving from the data storage the IF fragments identified in the fragment index; converting the IF fragments to a target format; and serving the stream in the target format. recording a stream by the following sub-steps: receiving at an entry point a stream in a source format, the entry point being a first process running in a first CDN machine; converting the stream into an intermediate format, IF, by a second process receiving at an entry point a stream in a source format, the entry point being a first process running in a first CDN machine; converting the stream into an intermediate format, IF, by a second process running in a second CDN machine, wherein the intermediate format is an internal format for delivering the stream within the CDN and comprises a stream manifest that includes a sequence of time ranges for the stream, a set of one or more fragment indexes FI, each covering a time range of the sequence of time ranges, and a set of IF fragments; and archiving the stream in the intermediate format by a third process running in a third CDN machine, the stream being archived in a data storage associated with the third CDN machine; and playing the stream by the following sub-steps: in response to receipt of a request for the stream or a portion thereof, retrieving from the data storage the stream manifest and at least one fragment index; using the fragment index, retrieving from the data storage the IF fragments identified in the fragment index; converting the IF fragments to a target format; and serving the stream in the target format. in response to receipt of a request for the stream or a portion thereof, retrieving from the data storage the stream manifest and at least one fragment index; using the fragment index, retrieving from the data storage the IF fragments identified in the fragment index; converting the IF fragments to a target format; and serving the stream in the target format.
A dual-texture food composition comprising: an outer layer including high G-type alginate and high M-type alginate or pectin; and an inner layer including (i) fruit juice or puree, (ii) a gum, (iii) calcium ions, and (iv) an insoluble calcium salt. an outer layer including high G-type alginate and high M-type alginate or pectin; and an inner layer including (i) fruit juice or puree, (ii) a gum, (iii) calcium ions, and (iv) an insoluble calcium salt.
A predicting apparatus that predicts a change in solvation entropy of a membrane protein by amino acid substitution, comprising a storage unit and a control unit, wherein the storage unit is configured to store an amino acid sequence of the membrane protein, and the control unit comprises: a mutation-introducing unit configured to introduce an amino acid mutation into the amino acid sequence of the membrane protein to create an amino acid sequence of an amino acid mutant; and a calculating unit configured to calculate for each amino acid mutant a solvation entropy change occurring during formation, within a transmembrane segment, of a tertiary structure from a primary structure or from units in a secondary structure; wherein the calculating unit being configured to calculate solvation entropy by the following formula: S / k B = C 1 V + C 2 A + C 3 X + C 4 Y, where V is the excluded volume, A is the accessible surface area, X is the integrated value of mean curvature of accessible surface and Y is the integrated value of Gaussian curvature of accessible surface, wherein C 1, C 2, C 3 and C 4 are determined by a least square method applied to the following formula: S ′ / k B = C 1 4 πR 3 / 3 + C 2 4 πR 2 + C 3 4 πR + C 4 4 π, where R=(d U +d S)/2, where d S is a solvent molecule diameter, and d U is a spherical (rigid sphere) solute diameter and where S' is the solvation entropy of isolated rigid-sphere solute having various diameters which is calculated by using the integral equation theory. a mutation-introducing unit configured to introduce an amino acid mutation into the amino acid sequence of the membrane protein to create an amino acid sequence of an amino acid mutant; and a calculating unit configured to calculate for each amino acid mutant a solvation entropy change occurring during formation, within a transmembrane segment, of a tertiary structure from a primary structure or from units in a secondary structure;
A printing apparatus comprising: a board configured to control an operation unit operating in the printing apparatus that performs printing on a medium; and a heat sink including a counter surface that is provided to face a board surface of the board and that has a shape with a length in a first direction longer than a length in a second direction intersecting the first direction in a plan view, and configured to receive heat generated in the board with the counter surface and dissipate the heat to the outside, wherein the counter surface includes a slit penetrating the counter surface and extending in the second direction, a plurality of the slits are provided in the counter surface at intervals in the first direction, characterised in that the heat sink includes a bent surface extending from at least one end portion in the second direction of the counter surface to a direction intersecting the counter surface, and the slit is formed continuously from the counter surface to the bent surface. a board configured to control an operation unit operating in the printing apparatus that performs printing on a medium; and a heat sink including a counter surface that is provided to face a board surface of the board and that has a shape with a length in a first direction longer than a length in a second direction intersecting the first direction in a plan view, and configured to receive heat generated in the board with the counter surface and dissipate the heat to the outside, wherein the counter surface includes a slit penetrating the counter surface and extending in the second direction, a plurality of the slits are provided in the counter surface at intervals in the first direction, characterised in that the heat sink includes a bent surface extending from at least one end portion in the second direction of the counter surface to a direction intersecting the counter surface, and the slit is formed continuously from the counter surface to the bent surface.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, via a radio resource control, RRC, signaling, a UE capability enquiry message including an indicator indicating that a segmentation of a UE capability information message in an RRC layer is allowed; determining whether a size of the UE capability information message being an RRC message exceeds a maximum packet data convergence protocol, PDCP, service data unit, SDU, size, wherein the UE capability information message includes UE capabilities as a response to the reception of the UE capability enquiry message; in case that the size of the UE capability information message exceeds the maximum PDCP SDU size, performing the segmentation of the UE capability information message into a plurality of segments, in the RRC layer, based on the indicator; and transmitting, to the BS, messages for transmitting the plurality of segments of the UE capability information message, wherein each of the messages includes information on a segment number and information for segment type, and wherein the information for segment type indicates whether a segment is a last segment of the plurality of segments or not. receiving, from a base station, BS, via a radio resource control, RRC, signaling, a UE capability enquiry message including an indicator indicating that a segmentation of a UE capability information message in an RRC layer is allowed; determining whether a size of the UE capability information message being an RRC message exceeds a maximum packet data convergence protocol, PDCP, service data unit, SDU, size, wherein the UE capability information message includes UE capabilities as a response to the reception of the UE capability enquiry message; in case that the size of the UE capability information message exceeds the maximum PDCP SDU size, performing the segmentation of the UE capability information message into a plurality of segments, in the RRC layer, based on the indicator; and transmitting, to the BS, messages for transmitting the plurality of segments of the UE capability information message, wherein each of the messages includes information on a segment number and information for segment type, and wherein the information for segment type indicates whether a segment is a last segment of the plurality of segments or not.
A device for generating an inhalable medium, the device comprising: a container retaining a first volatilisable material, the material having a pH of greater than 7; a heater for volatilising the first volatilisable material held in the container; a chamber containing aerosolisable material comprising nicotine; and an outlet; the arrangement being such that in use, the first volatilisable material is volatilised by the heater to form a vapour and/or an aerosol, which passes through the chamber containing aerosolisable material and entrains one or more constituents of the aerosolisable material, thereby forming an inhalable medium which passes through the outlet. a container retaining a first volatilisable material, the material having a pH of greater than 7; a heater for volatilising the first volatilisable material held in the container; a chamber containing aerosolisable material comprising nicotine; and an outlet; the arrangement being such that in use, the first volatilisable material is volatilised by the heater to form a vapour and/or an aerosol, which passes through the chamber containing aerosolisable material and entrains one or more constituents of the aerosolisable material, thereby forming an inhalable medium which passes through the outlet.
A method of mitigating interference in wireless communications of a user equipment comprising a plurality of radio transceivers, the method comprising, at the user equipment: determining that wireless communication using a given combination of uplink and/or downlink carrier bands associated with said plurality of radio transceivers causes an interference scenario; and in response to said determination, transmitting, into a radio network, an indication of at least one preferred carrier band for at least one of said plurality of radio transceivers, characterised in that: the indication comprises an indication of at least one preferred uplink carrier band for at least one of said plurality of radio transceivers, the plurality comprises at least one uplink transmitter and at least two downlink receivers, and the indication comprises an indication of at least one preferred uplink carrier band for said at least one uplink transmitter for use during downlink carrier aggregation via said at least two downlink receivers. determining that wireless communication using a given combination of uplink and/or downlink carrier bands associated with said plurality of radio transceivers causes an interference scenario; and in response to said determination, transmitting, into a radio network, an indication of at least one preferred carrier band for at least one of said plurality of radio transceivers, characterised in that: the indication comprises an indication of at least one preferred uplink carrier band for at least one of said plurality of radio transceivers, the plurality comprises at least one uplink transmitter and at least two downlink receivers, and the indication comprises an indication of at least one preferred uplink carrier band for said at least one uplink transmitter for use during downlink carrier aggregation via said at least two downlink receivers. the indication comprises an indication of at least one preferred uplink carrier band for at least one of said plurality of radio transceivers, the plurality comprises at least one uplink transmitter and at least two downlink receivers, and the indication comprises an indication of at least one preferred uplink carrier band for said at least one uplink transmitter for use during downlink carrier aggregation via said at least two downlink receivers.