mhurhangee/ep-ind-claims huggingface dataset:
A method for balancing device-to-device, D2D, traffic in a communications network (10a-10g), the method being performed by a network device in the communications network (10a-10g), the method comprising: acquiring information indicating that a first set of D2D capable wireless devices is present in the communications network; acquiring D2D traffic information of the first set of D2D capable wireless devices; and adapting D2D traffic within the communications network (10a-10g), between a first cell on a first carrier and served by a first network node and a second cell on a second carrier and served by a second network node in the communications network (10a-10g), based on the D2D traffic information, thereby balancing D2D traffic in the communications network (10a-10g), wherein the method is characterized by determining how to adapt the D2D traffic based on an outcome of a comparison of the D2D traffic information to a threshold, and wherein the threshold is based on at least one of: number of wireless devices in the first set, number of other wireless devices in the cell, fraction of resources configured for D2D operation on sidelinks of each of the first carrier and the second carrier. acquiring information indicating that a first set of D2D capable wireless devices is present in the communications network; acquiring D2D traffic information of the first set of D2D capable wireless devices; and adapting D2D traffic within the communications network (10a-10g), between a first cell on a first carrier and served by a first network node and a second cell on a second carrier and served by a second network node in the communications network (10a-10g), based on the D2D traffic information, thereby balancing D2D traffic in the communications network (10a-10g), wherein the method is characterized by determining how to adapt the D2D traffic based on an outcome of a comparison of the D2D traffic information to a threshold, and wherein the threshold is based on at least one of: number of wireless devices in the first set, number of other wireless devices in the cell, fraction of resources configured for D2D operation on sidelinks of each of the first carrier and the second carrier. number of wireless devices in the first set, number of other wireless devices in the cell, fraction of resources configured for D2D operation on sidelinks of each of the first carrier and the second carrier.
A load-retaining panel for a vehicle, made of a composite material consisting of at least one polymer matrix and fibres, said panel comprising attachment means arranged to permit the attaching of said panel to the structure of a vehicle, characterized in that the fibres are arranged so as to form one or several strips (2, 3, 4) which extend from one edge to another edge of the panel, and the width of said strips (2, 3, 4) is less than the length of the edges of the panel between which they extend so as to create locally one or several reinforcements in the panel, and the attachment means are situated in the ends of said reinforcement strip (s) (2, 3, 4).
A detergent composition for lubricants and fuels consisting of an overbased calcium sulfonate and a low ash detergent, wherein the detergent composition contains no phenate, and wherein the low ash detergent is present in an amount of from 1 to 20 wt%, based on the weight of the combination of overbased calcium sulfonate and low ash detergent, which low ash detergent consists of the reaction product of one or more acidic organic compounds, one or more boron compounds and an amine component comprising one or more amine, and which low ash detergent contains no metals, phosphorus or sulfur, wherein the one or more acidic organic compound is one or more carboxylic acids selected from the group consisting of: a) substituted salicylic acids of formula I: wherein R 1 is independently a hydrocarbyl group having from 1 to 30 carbon atoms, and 'a' is an integer of 1 or 2; b) acids of formula wherein X and X' are independently hydrogen, hydrocarbyl, and halogen, R 13 is polymethylene or branched or unbranched alkylene, x is 0 or 1 and R 14 is hydrogen or hydrocarbyl; c) acids of formula wherein R 15 and R 16 are independently selected from the group consisting of hydrogen, alkyl groups, and aralkyl groups, provided that both R 15 and R 16 are not hydrogen, each R 17 are independently selected from the group consisting of hydrogen, alkyl groups, aralkyl groups, and cycloalkyl groups, and x is from 0 to 24; and d) salicylic acid calixarenes; wherein the boron compound is selected from the group consisting of boric acid, trialkyl borates, alkyl boric acids, dialkyl boric acids, boric oxide, boric acid complex, cycloalkyl boric acids, dicycloalkyl boric acids, diaryl boric acids, and substitution products of the foregoing with alkoxy groups, alkyl groups and alkyl groups; and wherein the amine component comprises one or more amine selected from the group consisting of alkoxylated amines, poly-alkyleneamines, poly-oxyalkyleneamines and poly-alkylphenoxyaminoalkanes. a) substituted salicylic acids of formula I: wherein R 1 is independently a hydrocarbyl group having from 1 to 30 carbon atoms, and 'a' is an integer of 1 or 2; b) acids of formula wherein X and X' are independently hydrogen, hydrocarbyl, and halogen, R 13 is polymethylene or branched or unbranched alkylene, x is 0 or 1 and R 14 is hydrogen or hydrocarbyl; c) acids of formula wherein R 15 and R 16 are independently selected from the group consisting of hydrogen, alkyl groups, and aralkyl groups, provided that both R 15 and R 16 are not hydrogen, each R 17 are independently selected from the group consisting of hydrogen, alkyl groups, aralkyl groups, and cycloalkyl groups, and x is from 0 to 24; and d) salicylic acid calixarenes;
Dispersion of artificial oxygen carriers in particular as a blood substitute, preferably for transfusion purposes, wherein the dispersion capsules have reversible oxygen storage capability, wherein the capsules comprise an oxygen-permeable capsule material, which contains and/or includes fluorinated, in particular perfluorinated, hydrocarbons, preferably pertluorocarbons, wherein the said oxygen-permeable capsule material comprises or consists of an oxygen-permeable organic polymer, wherein the said polymer is selected from the group consisting of poly(lactide-co-glycolides) and poly alkyl cyanacrylates, and mixtures thereof, wherein the said organic polymer is free of sulfide bridges and has a coherent structure, wherein the weight ratio of oxygen permeable capsule material to fluorinated hydrocarbons in the capsules lies in the range of 75: 25 to 10: 90, wherein the fluorinated hydrocarbons have molecular weights in the range from 250 to 2000 g/mol and are liquid, wherein the capsules have a diameter in the range from 50 to 1000 nm, wherein the capsules contain the dispersion in volume-related amounts of from 1 to 70 vol.-% based on the dispersion, wherein the dispersion is adjusted to a physiological pH value and has a specific viscosity η in the range from 0.1 to 1.8 s, based on temperatures in the range from 10 °C to 40 °C, and wherein the dispersion is an aqueous-based dispersion and/or contains water as a continuous phase in the form of a physiological and/or isotonic sodium chloride solution, wherein the dispersion is storage-stable.
A relief valve assembly comprising: a valve pin having an engagement portion with a tapered surface; and a valve seat having a valve pin receiving aperture defining a tapered surface on the valve seat to sealingly mate with the engagement portion of the valve pin when the valve pin is seated against the valve seat in a seated configuration, characterized in that the valve seat further includes at least one bypass passage intersecting the valve pin receiving aperture at the tapered surface, which bypass passage extends from the valve pin receiving aperture to an exterior surface of the valve seat such that when the valve pin is displaced away from the seated configuration fluid can pass through the bypass passage and an annular space created between the engagement portion of the valve pin and the valve seat. a valve pin having an engagement portion with a tapered surface; and a valve seat having a valve pin receiving aperture defining a tapered surface on the valve seat to sealingly mate with the engagement portion of the valve pin when the valve pin is seated against the valve seat in a seated configuration, characterized in that the valve seat further includes at least one bypass passage intersecting the valve pin receiving aperture at the tapered surface, which bypass passage extends from the valve pin receiving aperture to an exterior surface of the valve seat such that when the valve pin is displaced away from the seated configuration fluid can pass through the bypass passage and an annular space created between the engagement portion of the valve pin and the valve seat.
A method for obtaining content of service information performed by a terminal device, the method comprising: detecting (S101; S401) service network information broadcasted via a wireless network associated with a service information provider; obtaining (S101; S401) an identifier included in the service network information, the identifier including identification information of the wireless network; identifying the service information provider based on a corresponding relation between the identifier and the service information provider, and obtaining the content of service information comprising services available from the service information provider, based on the identified service information provider, preset as content of service information; and displaying the content of service information on a terminal device. detecting (S101; S401) service network information broadcasted via a wireless network associated with a service information provider; obtaining (S101; S401) an identifier included in the service network information, the identifier including identification information of the wireless network; identifying the service information provider based on a corresponding relation between the identifier and the service information provider, and obtaining the content of service information comprising services available from the service information provider, based on the identified service information provider, preset as content of service information; and displaying the content of service information on a terminal device.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including first information on at least one scheduling request, SR, configuration, second information indicating an SR configuration among the at least one SR configuration to which a logical channel is mapped, and third information on a subcarrier spacing mapped to the logical channel; generating an SR for the logical channel based on the SR configuration identified by the second information; and transmitting, to the base station, the SR for the logical channel. receiving, from a base station, a radio resource control, RRC, message including first information on at least one scheduling request, SR, configuration, second information indicating an SR configuration among the at least one SR configuration to which a logical channel is mapped, and third information on a subcarrier spacing mapped to the logical channel; generating an SR for the logical channel based on the SR configuration identified by the second information; and transmitting, to the base station, the SR for the logical channel.
A saddled vehicle comprising: a front wheel suspension device; a handlebar for steering the front wheel suspension device; and a front windshield device including a front cowl covering an upper part of the front wheel suspension device and the handlebar from a front side; and a screen disposed above the front cowl, wherein the front windshield device is provided with a recessed part for clearing a path for the handlebar by being recessed on a front side relative to the handlebar, the front windshield device includes a narrow part narrowed by the recessed part and extending on an inner side relative to the recessed part upward from a height of the handlebar, and a visor extending laterally outward from the narrow part to cover a front side of the recessed part and a front side of the handlebar, the visor being disposed on a front side of the narrow part, wherein the visor has its inner end mounted on the narrow part to be a mount part, wherein the visor includes a step part being bent at the mount part and extending laterally outward, and an air guide part being bent rearward at the step part and extending further laterally outward, a surface of the air guide part functioning as an air guide surface, characterised in that the step part of the visor includes an air guide port. a front wheel suspension device; a handlebar for steering the front wheel suspension device; and a front windshield device including a front cowl covering an upper part of the front wheel suspension device and the handlebar from a front side; and a screen disposed above the front cowl, wherein a front cowl covering an upper part of the front wheel suspension device and the handlebar from a front side; and a screen disposed above the front cowl, wherein the front windshield device is provided with a recessed part for clearing a path for the handlebar by being recessed on a front side relative to the handlebar, the front windshield device includes a narrow part narrowed by the recessed part and extending on an inner side relative to the recessed part upward from a height of the handlebar, and a visor extending laterally outward from the narrow part to cover a front side of the recessed part and a front side of the handlebar, the visor being disposed on a front side of the narrow part, wherein the visor has its inner end mounted on the narrow part to be a mount part, wherein the visor includes a step part being bent at the mount part and extending laterally outward, and an air guide part being bent rearward at the step part and extending further laterally outward, a surface of the air guide part functioning as an air guide surface, characterised in that the step part of the visor includes an air guide port.
Crystalline particles of N-(17-cyclopropylmethyl-4,5α-epoxy-3,14-dihydroxymorphinan-6β-yl)-phthalimide or a pharmaceutically acceptable salt thereof, the crystalline particles being obtained by finely grinding crystalline N-(17-cyclopropylmethyl-4,5α-epoxy-3,14-dihydroxymorphinan-6β-yl)-phthalimide or a pharmaceutically acceptable salt thereof with a fluid energy mill or an impact mill, the crystalline particles having a degree of crystallinity of not less than 85%; and the crystalline particles being of either the following type (a) or the following type (b): (a) crystalline particles having a particle diameter distribution in which a particle diameter at the point where cumulative frequency of volume distribution cumulatively calculated from particles having a smaller diameter reaches 50% is within a range of 1 to 30 μm, and a particle diameter at the point where cumulative frequency of volume distribution cumulatively calculated from particles having a smaller diameter reaches 90% is not more than 90 μm; (b) crystalline particles having a particle diameter distribution in which cumulative frequency of volume distribution occupied by particles having a volume-base particle diameter of not more than 15 μm is not less than 40%. (a) crystalline particles having a particle diameter distribution in which a particle diameter at the point where cumulative frequency of volume distribution cumulatively calculated from particles having a smaller diameter reaches 50% is within a range of 1 to 30 μm, and a particle diameter at the point where cumulative frequency of volume distribution cumulatively calculated from particles having a smaller diameter reaches 90% is not more than 90 μm; (b) crystalline particles having a particle diameter distribution in which cumulative frequency of volume distribution occupied by particles having a volume-base particle diameter of not more than 15 μm is not less than 40%.
Hydraulically damped unit bearing, in particular for a motor vehicle, wherein the unit bearing has a channel unit which is provided with a membrane which is arranged to be vibratory at least in regions and which is made of an elastic rubber material, and with at least one travel limiter for limiting a deflection of the membrane, which in order to improve the acoustic characteristics of the unit bearing is configured to be flexible, characterised in that the membrane is accommodated in a frame section that is tubularly enveloped by the travel limiter configured as a mesh-like textile surface structure, which is removably connectable to the channel unit in the usage position.
A method for determining an encoding parameter for an audio channel signal (x 1) of a plurality of audio channel signals (x 1, x 2) of a multi-channel audio signal, each audio channel signal (x 1, x 2) having audio channel signal values (x 1 [n], x 2 [n]), the method comprising: determining a frequency transform (X 1 [k]) of the audio channel signal values (x 1 [n]) of the audio channel signal (i); determining a frequency transform (X 2 [k]) of reference audio signal values (x 2 [n]) of a reference audio signal (x 2), wherein the reference audio signal is another audio channel signal (x 2) of the plurality of audio channel signals or a downmix audio signal derived from at least two audio channel signals (x 1, x 2) of the plurality of audio channel signals; determining inter channel differences (ICD[b]) for at least each frequency sub-band (b) of a subset of frequency sub-bands, each inter channel difference indicating a phase difference (IPD[b]) or time difference (ITD[b]) between a band-limited signal portion of the audio channel signal and a band-limited signal portion of the reference audio signal in the respective frequency sub-band (b) the inter-channel difference is associated to; determining a first average (ITD mean_pos) based on positive values of the inter-channel differences (ICD[b]) and determining a second average (ITD mean_neg) based on negative values of the inter-channel differences (ICD[b]); and determining the encoding parameter based on the first average and on the second average. determining a frequency transform (X 1 [k]) of the audio channel signal values (x 1 [n]) of the audio channel signal (i); determining a frequency transform (X 2 [k]) of reference audio signal values (x 2 [n]) of a reference audio signal (x 2), wherein the reference audio signal is another audio channel signal (x 2) of the plurality of audio channel signals or a downmix audio signal derived from at least two audio channel signals (x 1, x 2) of the plurality of audio channel signals; determining inter channel differences (ICD[b]) for at least each frequency sub-band (b) of a subset of frequency sub-bands, each inter channel difference indicating a phase difference (IPD[b]) or time difference (ITD[b]) between a band-limited signal portion of the audio channel signal and a band-limited signal portion of the reference audio signal in the respective frequency sub-band (b) the inter-channel difference is associated to; determining a first average (ITD mean_pos) based on positive values of the inter-channel differences (ICD[b]) and determining a second average (ITD mean_neg) based on negative values of the inter-channel differences (ICD[b]); and determining the encoding parameter based on the first average and on the second average.
A method for operating a thermoforming machine for moulding articles of plastic, in which - a film sheet is placed between the at least two parts of an opened mould (2, 3), - the mould (2, 3) is then closed by moving the at least two parts of the mould (2, 3) relative to one another in a closing direction, - the article is then moulded, and - the article is subsequently punched out of the film sheet, wherein a preliminary punching process, in which the film sheet is cut over part of its thickness without completely cutting through the film sheet, is carried out when the mould (2, 3) is closed, and wherein the film thickness remaining after the preliminary punching process is cut when the article is punched out, characterized in that the method comprises the steps of: a) measuring a maximum load parameter (a 1, s 1, σ 1) acting upon the thermoforming machine, which acts upon the thermoforming machine, particularly upon a part of the thermoforming machine, during the preliminary punching process, b) measuring a maximum load parameter (a 2, s 2, σ 2) acting upon the thermoforming machine, which acts upon the thermoforming machine, particularly upon a part of the thermoforming machine, during the punch-out process, and c) varying the stroke position of one of the parts of the mould (2, 3) until the ratio (a 1 /a 2, s 1 /s 2, σ 1 /σ 2) of the measured maximum load parameters (a 1, a 2, s 1, s 2, σ 1, σ 2) reaches a predefined value or lies within a predefined range, wherein the measured maximum load parameters (a 1, a 2, s 1, s 2, σ 1, σ 2) are the accelerations, the displacements or the stresses measured on a part of the thermoforming machine during the preliminary punching process and during the punch-out process. - a film sheet is placed between the at least two parts of an opened mould (2, 3), - the mould (2, 3) is then closed by moving the at least two parts of the mould (2, 3) relative to one another in a closing direction, - the article is then moulded, and - the article is subsequently punched out of the film sheet, a) measuring a maximum load parameter (a 1, s 1, σ 1) acting upon the thermoforming machine, which acts upon the thermoforming machine, particularly upon a part of the thermoforming machine, during the preliminary punching process, b) measuring a maximum load parameter (a 2, s 2, σ 2) acting upon the thermoforming machine, which acts upon the thermoforming machine, particularly upon a part of the thermoforming machine, during the punch-out process, and c) varying the stroke position of one of the parts of the mould (2, 3) until the ratio (a 1 /a 2, s 1 /s 2, σ 1 /σ 2) of the measured maximum load parameters (a 1, a 2, s 1, s 2, σ 1, σ 2) reaches a predefined value or lies within a predefined range, wherein the measured maximum load parameters (a 1, a 2, s 1, s 2, σ 1, σ 2) are the accelerations, the displacements or the stresses measured on a part of the thermoforming machine during the preliminary punching process and during the punch-out process.