mhurhangee/ep-ind-claims huggingface dataset:
A method for providing live adaptive bitrate video to a client device using a multicast-to-unicast-ABR proxy, where the client device is operating on premises of a network managed by a telecom operator, comprising: responsive to the client device tuning to a channel or requesting a change in profile for the channel, the multicast-to-unicast-ABR proxy, requesting from a distribution server a burst of video fragments for the channel using a selected profile, the burst of video fragments to be delivered via unicast; receiving, via unicast, the burst of video fragments at the multicast-to-unicast-ABR proxy from the distribution server at a first rate, wherein the first rate is a configurable percentage of a bitrate for receiving real-time multicast; providing, from the multicast-to-unicast-ABR proxy, video for the channel from the burst of video fragments to the client device via unicast using the selected profile; responsive to the burst of video fragments being completed, the multicast-to-unicast-ABR proxy requesting, to a Multicast Replication point, to join a multicast stream for the channel, the multicast stream using the selected profile; receiving, via multicast, the multicast stream containing video fragments at the multicast-to-unicast-ABR proxy for the channel; and providing, from the multicast-to-unicast-ABR proxy, video for the channel from the multicast stream containing video fragments to the client device via unicast using the selected profile. responsive to the client device tuning to a channel or requesting a change in profile for the channel, the multicast-to-unicast-ABR proxy, requesting from a distribution server a burst of video fragments for the channel using a selected profile, the burst of video fragments to be delivered via unicast; receiving, via unicast, the burst of video fragments at the multicast-to-unicast-ABR proxy from the distribution server at a first rate, wherein the first rate is a configurable percentage of a bitrate for receiving real-time multicast; providing, from the multicast-to-unicast-ABR proxy, video for the channel from the burst of video fragments to the client device via unicast using the selected profile; responsive to the burst of video fragments being completed, the multicast-to-unicast-ABR proxy requesting, to a Multicast Replication point, to join a multicast stream for the channel, the multicast stream using the selected profile; receiving, via multicast, the multicast stream containing video fragments at the multicast-to-unicast-ABR proxy for the channel; and providing, from the multicast-to-unicast-ABR proxy, video for the channel from the multicast stream containing video fragments to the client device via unicast using the selected profile.
A method for correcting a soot mass estimation in a particle filter taking into account the contamination of said filter with depollution agent originating from an associated selective catalytic reduction or SCR system, for which a criterion is selected related to the pressure and the actual pressure-related criterion (Crit_DP réel) is measured on an update, and a mass of soot in the interior of the particle filter is estimated, characterized in that it includes the following steps: - calculation of the theoretical pressure-related criterion (Crit_DP théo) from the estimated mass of soot, - determining of a correlation coefficient being the relationship of the actual pressure-related (Crit_DP réel) over the theoretical pressure-related criterion (Crit_DP théo), - for each update of the pressure-related criterion, calculation of a correlation coefficient, the correlation coefficient K n for the n th update being defined by: K n = Σ Crit_DP theo ⋅ Crit_DP reel Σ Crit_DP theo 2 where Crit_DP théo is the theoretical pressure-related criterion (Crit_DP théo) and Crit_DP réel is the actual pressure-related criterion (Crit_DP réel), - determining of a mean correlation coefficient (K moy) of the coefficients K 1 to K n of the n updates, this mean correlation coefficient (K moy) being representative of the contamination with depollution agent of the particle filter, - taking into account of the mean correlation coefficient (K moy) for the re-updating of the mode of calculation of the estimated mass of soot of the particle filter and/or for the quantification of the contamination with depollution agent of the particle filter. - calculation of the theoretical pressure-related criterion (Crit_DP théo) from the estimated mass of soot, - determining of a correlation coefficient being the relationship of the actual pressure-related (Crit_DP réel) over the theoretical pressure-related criterion (Crit_DP théo), - for each update of the pressure-related criterion, calculation of a correlation coefficient, the correlation coefficient K n for the n th update being defined by: K n = Σ Crit_DP theo ⋅ Crit_DP reel Σ Crit_DP theo 2 where Crit_DP théo is the theoretical pressure-related criterion (Crit_DP théo) and Crit_DP réel is the actual pressure-related criterion (Crit_DP réel), - determining of a mean correlation coefficient (K moy) of the coefficients K 1 to K n of the n updates, this mean correlation coefficient (K moy) being representative of the contamination with depollution agent of the particle filter, - taking into account of the mean correlation coefficient (K moy) for the re-updating of the mode of calculation of the estimated mass of soot of the particle filter and/or for the quantification of the contamination with depollution agent of the particle filter.
A removable water trap device for removing moisture from a respiratory gas stream received from a patient interface assembly, enabling monitoring of at least one gas within the respiratory gas stream by an analysis bench, the device comprising: a housing comprising a first portion being insertably attachable to a tether assembly receptacle to enable connection of the device to the analysis bench for delivering the respiratory gas stream via a tether line; an upstream water trap connector attachable to a downstream patient interface connector (141, 143) of a sample flow line (145, 148) in the patent interface assembly for receiving the respiratory gas stream via the sample flow line; and a filter assembly insertably contained within the housing and configured to remove moisture from the respiratory gas stream, characterized in that the filter assembly comprises a downstream water trap connector attachable with the tether line within the tether assembly receptacle, and in that the filter assembly is replaceable independently of replacement of the patient interface assembly. a housing comprising a first portion being insertably attachable to a tether assembly receptacle to enable connection of the device to the analysis bench for delivering the respiratory gas stream via a tether line; an upstream water trap connector attachable to a downstream patient interface connector (141, 143) of a sample flow line (145, 148) in the patent interface assembly for receiving the respiratory gas stream via the sample flow line; and a filter assembly insertably contained within the housing and configured to remove moisture from the respiratory gas stream, characterized in that the filter assembly comprises a downstream water trap connector attachable with the tether line within the tether assembly receptacle, and in that the filter assembly is replaceable independently of replacement of the patient interface assembly.
A jelly-roll type electrode assembly comprising an anode, a cathode, and separators (310, 320) interposed between the anode and the cathode and having a greater length than width, wherein each of the separators is longer than the anode and the cathode and has a porous substrate (311, 321) and porous coating layers (312, 322) formed on both surfaces of the porous substrate and comprising a mixture of inorganic particles and a binder polymer, and characterized in that the porous coating layers are formed larger in width than the areas where the separators are in contact with the anode and the cathode, but the porous coating layers are not formed in areas where the separators are in contact with the mandrel and are not formed on the outermost surface of the electrode assembly to which a tape is to be adhered.
An antigen receptor, which receptor comprises a first peptide chain and a second peptide chain, wherein the first peptide chain comprises at least a first and a second domain, and an immunoreceptor signal transmission domain; the second peptide chain comprises at least a first and a second domain, and an immunoreceptor signal transmission domain; wherein the immunoreceptor signal transmission domain is preferably of human origin, wherein the first domain from the first peptide chain forms together with one of the domains from the second peptide chain a first antigen binding site, and wherein the second domain from the first peptide chain forms together with the other domain from the second peptide chain a second antigen binding site.
A hard capsule comprising a film containing a base and a hardness improving agent, wherein the base is hydroxypropylmethylcellulose; and the hardness improving agent is at least one member selected from the group consisting of starch decomposition products having a dextrose equivalent value of 13 to 38, and two or more kinds of starch decomposition product combined to have a calculated DE value of 13 to 38, provided that the two or more kinds of starch decomposition product exclude starch decomposition products solely having a DE value of 5 or less and monosaccharides. the base is hydroxypropylmethylcellulose; and the hardness improving agent is at least one member selected from the group consisting of starch decomposition products having a dextrose equivalent value of 13 to 38, and two or more kinds of starch decomposition product combined to have a calculated DE value of 13 to 38, provided that the two or more kinds of starch decomposition product exclude starch decomposition products solely having a DE value of 5 or less and monosaccharides.
A kit (16, 116) for a spray gun comprising: - a sleeve (64, 164) delimiting an inner volume, the inner volume being provided to contain a pressurized fluid, the sleeve (64, 164) being configured to be connected to a main body of a spray gun, the sleeve (64, 164) having a radial periphery, the sleeve (64, 164) being provided with at least one orifice, the or each orifice emerging on the radial periphery and fluidly connecting the inner volume and the radial periphery, the radial periphery delimiting a fluid outlet of the sleeve (64, 164), - a connector having an intake end and a connecting end, the intake end being connected to the fluid outlet of the sleeve (64, 164), the connecting end being suitable for being connected to a cup so as to fluidly connect the cup to the inner volume of the sleeve (64, 164), - a ring (68, 168) surrounding the sleeve (64, 164), the ring (68, 168) covering the fluid outlet on the radial periphery outside the intake end of the connector. - a sleeve (64, 164) delimiting an inner volume, the inner volume being provided to contain a pressurized fluid, the sleeve (64, 164) being configured to be connected to a main body of a spray gun, - a connector having an intake end and a connecting end, the intake end being connected to the fluid outlet of the sleeve (64, 164), the connecting end being suitable for being connected to a cup so as to fluidly connect the cup to the inner volume of the sleeve (64, 164), - a ring (68, 168) surrounding the sleeve (64, 164), the ring (68, 168) covering the fluid outlet on the radial periphery outside the intake end of the connector.
A non-glycosylated apolipoprotein A-IV protein, or a biologically active analogue or fragment thereof: a) having at least 90% identity to the apolipoprotein A-IV protein, for use in: i) a method of treating type 2 diabetes in a subject in need thereof; ii) a method of lowering blood glucose level in a subject in need thereof; or iii) a method for substantially restoring glucose tolerance in a subject in need thereof to a normal level; wherein the non-glycosylated apolipoprotein A-IV protein, or the biologically active analogue or fragment thereof, is produced using a protein expression system. a) having at least 90% identity to the apolipoprotein A-IV protein, for use in: i) a method of treating type 2 diabetes in a subject in need thereof; ii) a method of lowering blood glucose level in a subject in need thereof; or iii) a method for substantially restoring glucose tolerance in a subject in need thereof to a normal level; wherein the non-glycosylated apolipoprotein A-IV protein, or the biologically active analogue or fragment thereof, is produced using a protein expression system. i) a method of treating type 2 diabetes in a subject in need thereof; ii) a method of lowering blood glucose level in a subject in need thereof; or iii) a method for substantially restoring glucose tolerance in a subject in need thereof to a normal level;
An information processing system, comprising: circuitry configured to cause, in response to a first user operation, scrolling to scroll content within a displayed content region (505, 605) in a first display control mode, the content region (505, 605) being displayed on a touchscreen display, a menu region (503, 603) being displayed above the content region (505, 605), and a status region (501, 601) being displayed above the menu region (503, 603); cause, in response to a second user operation different from the first user operation, the displayed content region (505, 605), the menu region (503, 603) and the status region (501, 601) to move together downward away from a top edge of the screen (500, 600) in a second display control mode, wherein the second user operation is a touch operation with respect to a display region under the status region, wherein the first and second user operations are received by the touchscreen display, and in response to a third user operation that is executed with respect to the status region (501, 601) having been moved downward in the second display control mode together with the displayed content region (505, 605), display a notification. circuitry configured to cause, in response to a first user operation, scrolling to scroll content within a displayed content region (505, 605) in a first display control mode, the content region (505, 605) being displayed on a touchscreen display, a menu region (503, 603) being displayed above the content region (505, 605), and a status region (501, 601) being displayed above the menu region (503, 603); cause, in response to a second user operation different from the first user operation, the displayed content region (505, 605), the menu region (503, 603) and the status region (501, 601) to move together downward away from a top edge of the screen (500, 600) in a second display control mode, wherein the second user operation is a touch operation with respect to a display region under the status region, wherein the first and second user operations are received by the touchscreen display, and in response to a third user operation that is executed with respect to the status region (501, 601) having been moved downward in the second display control mode together with the displayed content region (505, 605), display a notification.
A computer-implemented method of obtaining a baseline for use in a computer-implemented method of controlling access to a computer resource in which computer messages are sent to the computer resource and are compared with the baseline to determine whether or not each of the computer messages represents acceptable behaviour in the context of the computer resource, the method of obtaining the baseline comprising: analysing each of a plurality of training computer messages in turn and allocating them into clusters of syntactically similar training computer messages according to the behaviour of the training computer messages in the context of the computer resource, said clusters being for classification according to whether or not the training computer messages of each cluster represents acceptable behaviour in the context of the computer resource; determining, for each training computer message of the plurality of training computer messages, whether the cluster to which that training computer message is allocated has been previously identified; and, obtaining a measure of the probability that the cluster to which the next training computer message to be received will be allocated to a cluster that has been previously identified. analysing each of a plurality of training computer messages in turn and allocating them into clusters of syntactically similar training computer messages according to the behaviour of the training computer messages in the context of the computer resource, said clusters being for classification according to whether or not the training computer messages of each cluster represents acceptable behaviour in the context of the computer resource; determining, for each training computer message of the plurality of training computer messages, whether the cluster to which that training computer message is allocated has been previously identified; and, obtaining a measure of the probability that the cluster to which the next training computer message to be received will be allocated to a cluster that has been previously identified.
A phase plug, comprising a body having an input side for receiving acoustic waves and an output side for transmitting acoustic waves, the body including a plurality of channels extending from the input side to the output side for propagating acoustic waves through the body, wherein the input side comprises an input surface which includes a plurality of openings constituting entrances for the channels, the input surface being substantially part of a sphere or an ellipsoid in shape, and wherein the areas of the openings vary with radial position on the input surface, the radial position being measured in a direction extending perpendicularly from a central axis extending through the input surface, the variation in the areas of the openings being substantially proportional to a function in the range r.cos 1/2 Φ to r.cos 2 Φ, where r is the radial position and Φ is an angle subtended at the centre of the sphere or a focus of the ellipsoid between the central axis and the radial position.
A polyester resin composition comprising polyester resin, wherein the polyester resin composition satisfies the following requirements (i) to (iii), (i) the polyester resin has an acid value of 100 eq/ton or more, (ii) the polyester resin composition substantially contains no curing agent, wherein "substantially contains no curing agent" means that a content of a curing agent is smaller than 1 part by mass (in terms of solid content) with respect to 100 parts by mass (in terms of solid content) of the polyester resin, and (iii) the polyester resin includes, as a polyol component constituting the polyester resin, a diol (a) having two primary hydroxy groups and having no alicyclic structure, and, furthermore, one or both of a diol (b) having an alicyclic structure, and a diol (c) having one primary hydroxy group and one secondary hydroxy group and having no alicyclic structure. (i) the polyester resin has an acid value of 100 eq/ton or more, (ii) the polyester resin composition substantially contains no curing agent, wherein "substantially contains no curing agent" means that a content of a curing agent is smaller than 1 part by mass (in terms of solid content) with respect to 100 parts by mass (in terms of solid content) of the polyester resin, and (iii) the polyester resin includes, as a polyol component constituting the polyester resin, a diol (a) having two primary hydroxy groups and having no alicyclic structure, and, furthermore, one or both of a diol (b) having an alicyclic structure, and a diol (c) having one primary hydroxy group and one secondary hydroxy group and having no alicyclic structure.
Capsule (1, 1') containing at least one aromatic substance for producing a beverage by means of its crossing by a pressurized fluid flow, built by at least one construction element including a zone suitable to face at least a pressurized fluid flow upstream, whereby said zone presents at least one closing element retained in a respective element fixture of substantially corresponding cross section, by means of a removable union which can be removed to liberate said element fixture so as to form a flow passageway, characterized in that said retention of the, at least one, closing element (5e, 5s) in at least one respective element fixture (6e, 6s), is carried out by means of at least one protuberance, or locking element of the male type, provided in a side face of the closing element (5e, 5s), that locks together with a corresponding cavity, or locking element of the female type, provided in a side face of the element fixture (6e, 6s) and/or by means of at least one protuberance, or locking element of the male type, provided in a side face of the element fixture (6e, 6s), that locks together with a corresponding cavity, or locking element of the female type, provided in a side face of the closing element (5e, 5s).
A method of enhanced message detection in a wireless network, the method comprising: receiving a plurality of input signals on a plurality of input channels; dividing the input signals into a first input group and a second input group, wherein each of the input groups includes at least one of the input signals, and each of the input signals is included in only one of the input groups; for each of the input signals in both of the input groups, correlating the input signal with a corresponding expected input and deriving therefrom an unmitigated correlation; combining the unmitigated correlations from the first and second input groups to obtain an unmitigated correlation score; characterized in for each input signal in the first input group, applying interference mitigation thereto to derive a mitigated input signal, correlating the mitigated input signal with the corresponding expected input, and deriving therefrom a mitigated correlation; combining the mitigated correlations to obtain a mitigated correlation score; combining the mitigated correlations with the unmitigated correlations from the second input group to obtain a mixed correlation score; comparing the unmitigated, mitigated, and mixed correlation scores with corresponding predetermined detection thresholds; and detecting a message if at least one of the correlation scores is above its corresponding detection threshold. receiving a plurality of input signals on a plurality of input channels; dividing the input signals into a first input group and a second input group, wherein each of the input groups includes at least one of the input signals, and each of the input signals is included in only one of the input groups; for each of the input signals in both of the input groups, correlating the input signal with a corresponding expected input and deriving therefrom an unmitigated correlation; combining the unmitigated correlations from the first and second input groups to obtain an unmitigated correlation score; characterized in for each input signal in the first input group, applying interference mitigation thereto to derive a mitigated input signal, correlating the mitigated input signal with the corresponding expected input, and deriving therefrom a mitigated correlation; combining the mitigated correlations to obtain a mitigated correlation score; combining the mitigated correlations with the unmitigated correlations from the second input group to obtain a mixed correlation score; comparing the unmitigated, mitigated, and mixed correlation scores with corresponding predetermined detection thresholds; and detecting a message if at least one of the correlation scores is above its corresponding detection threshold.