mhurhangee/ep-ind-claims huggingface dataset:
A system for fluid, especially air distribution, comprising a housing which provides a distribution room and a coupling sleeve for the fluidic connection of a corrugated pipe to the distribution room, wherein a plurality of different housing types is provided, which housing types are designed such that they can be optionally combined with a coupling sleeve that is structurally equal for all housing types, characterized by a securing bracket for fixing the pipe with respect to the coupling sleeve, which securing bracket is U-shaped and comprises a head section, on the one hand, and webs (17, 18) disposed thereon, on the other hand, wherein the connection surface of the head section, which is pointing to the webs and, is designed as a part-circle and wherein the webs (17, 18) respectively carry an extension at the ends, which extensions are oriented such that they are facing each other.
A method of collecting media programming viewing data comprising: performing a media programming viewing monitoring operation by a base metering device (20; 530); performing a media programming viewing monitoring operation by one or more portable metering devices (22; 535); monitoring by the base metering device (20; 530) associated with a media presentation device (14; 520), for a presence of the one or more portable metering devices (22; 535); characterized in halting the media programming viewing monitoring operation of the base metering device (20; 530) when the one or more portable metering devices (22, 535) are present. performing a media programming viewing monitoring operation by a base metering device (20; 530); performing a media programming viewing monitoring operation by one or more portable metering devices (22; 535); monitoring by the base metering device (20; 530) associated with a media presentation device (14; 520), for a presence of the one or more portable metering devices (22; 535); characterized in halting the media programming viewing monitoring operation of the base metering device (20; 530) when the one or more portable metering devices (22, 535) are present.
A polymer composition comprising: - at least one polyester comprising at least 50 mol % of recurring units comprising at least one cycloaliphatic group, - at least one white pigment selected from the group consisting of TiO 2, ZnS, ZnO, CeO 2 and BaSO 4, - at least one inorganic nucleating agent, and - at least one plasticizer having a boiling point of at least 200°C, present in an amount of at least 1 wt. % and at most 4 wt. %, based on the total weight of the polymer composition, and selected from the group consisting of phthalate esters, trimellitate esters, benzoate esters, terephthalate esters, citrate esters, cyclohexane diacid esters and esters of oligomers/polymers of ethers. - at least one polyester comprising at least 50 mol % of recurring units comprising at least one cycloaliphatic group, - at least one white pigment selected from the group consisting of TiO 2, ZnS, ZnO, CeO 2 and BaSO 4, - at least one inorganic nucleating agent, and - at least one plasticizer having a boiling point of at least 200°C, present in an amount of at least 1 wt. % and at most 4 wt. %, based on the total weight of the polymer composition, and selected from the group consisting of phthalate esters, trimellitate esters, benzoate esters, terephthalate esters, citrate esters, cyclohexane diacid esters and esters of oligomers/polymers of ethers.
An optical authentication component visible in reflection, comprising: - at least one structure imprinted on a substrate of index n 0; - a thin layer, made of a dielectric material having a refractive index n 1 different to n 0, deposited on said structure, the difference between indexes being greater than 0,5; - a layer, made of a material having an index n 2 close to n 0, encapsulating the structure coated with the thin layer, said structure comprising a first pattern modulated by a second pattern: - the first pattern being a bas-relief comprising an array of facets the shapes of which are defined in order to simulate an image in relief of an object in relief; - the second pattern being a periodic grating defined in order to modulate the first pattern in order to produce, after the thin layer has been deposited and said structure has been encapsulated, a first color at a first viewing angle and a different second color at a second viewing angle obtained by azimuthal rotation of the component. - at least one structure imprinted on a substrate of index n 0; - a thin layer, made of a dielectric material having a refractive index n 1 different to n 0, deposited on said structure, the difference between indexes being greater than 0,5; - a layer, made of a material having an index n 2 close to n 0, encapsulating the structure coated with the thin layer, - the first pattern being a bas-relief comprising an array of facets the shapes of which are defined in order to simulate an image in relief of an object in relief; - the second pattern being a periodic grating defined in order to modulate the first pattern in order to produce, after the thin layer has been deposited and said structure has been encapsulated, a first color at a first viewing angle and a different second color at a second viewing angle obtained by azimuthal rotation of the component.
A heterophasic propylene copolymer having a. Overall ethylene content between 5-20 wt% measured with FTIR b. MFI between 3 and 25 (g/10 min) measured according to ISO 1133-1:2011 at 230 0 C and 2.16 kg, c. 20 °C xylene soluble fraction between 8 and 30 (wt%), wherein the CXS is determined according to ISO 16152, d. a BTT according to the formula: BTT ≤ 65 - 10* (CXS/MFI), wherein the BTT is determined according to ISO 180/4A. wherein the wt% is defined relative to the total of the composition. a. Overall ethylene content between 5-20 wt% measured with FTIR b. MFI between 3 and 25 (g/10 min) measured according to ISO 1133-1:2011 at 230 0 C and 2.16 kg, c. 20 °C xylene soluble fraction between 8 and 30 (wt%), wherein the CXS is determined according to ISO 16152, d. a BTT according to the formula: BTT ≤ 65 - 10* (CXS/MFI), wherein the BTT is determined according to ISO 180/4A.
Towed machine consisting of a working unit mounted on one or more wheels, where one or more of the said wheels may be driving wheels, and comprising a device dedicated to the accomplishment of a specific task, and a power source supplying the power to operate the active members of the said device, the said machine further comprising a hitching device comprising a beam intended to be linked to the rear of a tractor and a transmission linked to the said power source and whose forward end is intended to be coupled to the power takeoff of the said tractor, characterised in that the said transmission consists of a single telescopic constant-velocity universal-joint transmission arm, and in that the shaft linking the rear end of the said transmission arm to the input shaft of the power source is fitted with an angle of inclination or with the possibility of variable angular movement(s) of limited amplitude.
Device for determining the thickness of brake pads of a disc brake consisting of a brake carrier which is secured to the vehicle and of a brake caliper which presses the brake pads (11, 12) against a brake disc, wherein the brake caliper is movable longitudinally relative to the brake carrier via a longitudinal guide consisting of a guide bore and a guide rod arranged therein, and wherein there is arranged in the region of the longitudinal guide a distance detection means which is a magnetic field sensor formed of two parts, and wherein one of the two parts is attached to the free end of the guide rod and the other of the two parts is attached in the extension of the guide rod in the region of the guide bore, characterized in that the magnetic field sensor is formed of a Hall sensor and a permanent magnet and the signal output of the magnetic field sensor is connected to an electronic evaluation unit which is additionally connected to the signal output of a further sensor which detects the advancing travel of the disc brake, wherein the electronic evaluation unit has a subtraction element.
An inverter test apparatus which tests a first single-phase inverter, the inverter test apparatus comprising: a DC power supply configured to supply a DC power to the first single-phase inverter; a second single-phase inverter which is connected to a DC side of the first single-phase inverter; an inductor which is connected between an AC side of the first single-phase inverter and an AC side of the second single-phase inverter; first control means for controlling an AC voltage of the first single-phase inverter to be at a constant amplitude and a constant frequency; current detection means for detecting a current which flows through the inductor; phase command value computation means for computing a phase command value of the second single-phase inverter so as to follow the current detected by the current detection means to a current amplitude command value; and second control means for controlling a phase of the second single-phase inverter, based on the phase command value computed by the phase command value computation means, characterized in that the phase command value computation means is configured to compute a root-mean-square value from the current detected by the current detection means, to compute a conducting current amplitude from the root-mean-square value, to subtract the conducting current amplitude from the current amplitude command value, to perform a proportional-plus-integral control such that a result of subtraction becomes zero, and to compute the phase command value from a result of the proportional-plus-integral control. a DC power supply configured to supply a DC power to the first single-phase inverter; a second single-phase inverter which is connected to a DC side of the first single-phase inverter; an inductor which is connected between an AC side of the first single-phase inverter and an AC side of the second single-phase inverter; first control means for controlling an AC voltage of the first single-phase inverter to be at a constant amplitude and a constant frequency; current detection means for detecting a current which flows through the inductor; phase command value computation means for computing a phase command value of the second single-phase inverter so as to follow the current detected by the current detection means to a current amplitude command value; and second control means for controlling a phase of the second single-phase inverter, based on the phase command value computed by the phase command value computation means, characterized in that the phase command value computation means is configured to compute a root-mean-square value from the current detected by the current detection means, to compute a conducting current amplitude from the root-mean-square value, to subtract the conducting current amplitude from the current amplitude command value, to perform a proportional-plus-integral control such that a result of subtraction becomes zero, and to compute the phase command value from a result of the proportional-plus-integral control.
A method comprising: receiving, as input, one or more audio files; applying a trained speech recognition algorithm to said one or more audio files, to obtain textual output corresponding to each of said one or more audio files; using a Part of Speech, PoS, tagger to assign PoS tags to each word of the textual output; extracting, from each of said one or more audio files, one or more portions having a syntactic pattern matching a desired sequence of PoS tags defined by syntactic rules; selecting a subset of said portions based on at least one of: (i) a content of said textual output associated with each of said portions, (ii) a duration of each of said portions, and (iii) a confidence score assigned by said trained speech recognition algorithm to said obtained textual output associated with said portion; wherein said selecting comprises excluding, from the subset, portions whose corresponding textual output comprises private information; receiving, as input, manual transcriptions of said selected portions; generating a re-training set comprising: (i) said portions in said subset, and (ii) said transcriptions corresponding to said portions in said subset; and re-training said trained speech recognition algorithm on said re-training set. receiving, as input, one or more audio files; applying a trained speech recognition algorithm to said one or more audio files, to obtain textual output corresponding to each of said one or more audio files; using a Part of Speech, PoS, tagger to assign PoS tags to each word of the textual output; extracting, from each of said one or more audio files, one or more portions having a syntactic pattern matching a desired sequence of PoS tags defined by syntactic rules; selecting a subset of said portions based on at least one of: (i) a content of said textual output associated with each of said portions, (ii) a duration of each of said portions, and (iii) a confidence score assigned by said trained speech recognition algorithm to said obtained textual output associated with said portion; (i) a content of said textual output associated with each of said portions, (ii) a duration of each of said portions, and (iii) a confidence score assigned by said trained speech recognition algorithm to said obtained textual output associated with said portion; wherein said selecting comprises excluding, from the subset, portions whose corresponding textual output comprises private information; receiving, as input, manual transcriptions of said selected portions; generating a re-training set comprising: (i) said portions in said subset, and (ii) said transcriptions corresponding to said portions in said subset; and re-training said trained speech recognition algorithm on said re-training set. (i) said portions in said subset, and (ii) said transcriptions corresponding to said portions in said subset; and re-training said trained speech recognition algorithm on said re-training set.
A tube bundle device comprising: - a tube bundle having a plurality of elongated tubes; - an anchor assembly located within the tube bundle, wherein the plurality of elongated tubes are arranged in rows, each elongated tube is substantially U-shaped having a first elongated tube portion that extends along one side of the tube bundle, a U-bend portion, and a second elongated portion that extends along another side of the tube bundle, wherein the anchor assembly is positioned adjacent the U-bend portion; and - at least one tube support device (20, 30) comprising: - an elongated longitudinally extending strip having a pair of opposing faces, wherein the tube support device (20,30) is sized such that the support device is located between adjacent rows of elongated tubes; and - an engagement assembly configured to receive the anchor assembly therein, characterised in that a plurality of tube engaging members (22,23,24) extend from the pair of opposing faces of the strip, and in that the engagement assembly comprises a slot formed in one end of the strip, wherein the slot has a tapered open end to facilitate insertion of the anchor assembly. - a tube bundle having a plurality of elongated tubes; - an anchor assembly located within the tube bundle, wherein the plurality of elongated tubes are arranged in rows, each elongated tube is substantially U-shaped having a first elongated tube portion that extends along one side of the tube bundle, a U-bend portion, and a second elongated portion that extends along another side of the tube bundle, wherein the anchor assembly is positioned adjacent the U-bend portion; and - at least one tube support device (20, 30) comprising: - an elongated longitudinally extending strip having a pair of opposing faces, wherein the tube support device (20,30) is sized such that the support device is located between adjacent rows of elongated tubes; and - an engagement assembly configured to receive the anchor assembly therein, characterised in that a plurality of tube engaging members (22,23,24) extend from the pair of opposing faces of the strip, and in that the engagement assembly comprises a slot formed in one end of the strip, wherein the slot has a tapered open end to facilitate insertion of the anchor assembly. - an elongated longitudinally extending strip having a pair of opposing faces, wherein the tube support device (20,30) is sized such that the support device is located between adjacent rows of elongated tubes; and - an engagement assembly configured to receive the anchor assembly therein, characterised in that a plurality of tube engaging members (22,23,24) extend from the pair of opposing faces of the strip, and in that the engagement assembly comprises a slot formed in one end of the strip, wherein the slot has a tapered open end to facilitate insertion of the anchor assembly.
A prosthetic heart valve comprising a plurality of leaflets, each leaflet including a leaflet free edge and a leaflet base opposite from the leaflet free edge, each leaflet having a planar zone in a central region, wherein the planar zone is substantially planar, wherein the planar zone defines a shape having an area, wherein the area is larger nearer the leaflet base than the leaflet free edge, wherein the planar zone extends to the leaflet free edge defining a truncated top having a top width as measured along the leaflet free edge greater than zero, each leaflet having a coaptation zone defined by an area adjacent the leaflet free edge that is in contact with an adjacent leaflet when the leaflets are in a closed position and a vertical coaptation zone defining a coaptation height as a length of the coaptation zone measured in an axial direction, wherein the coaptation height is greater than zero.
An amplifier system (200,400) for a loudspeaker, the amplifier system comprising: at least one terminal (214,216) for connecting an amplifier to a loudspeaker; a first amplifier having an output coupled to the at least one terminal and an input for receiving an audio input signal; an analog to digital converter; a sensor having an input coupled to the at least one terminal and an output switchably coupled to the analog to digital converter and configured for sensing at least one of a current and a voltage; a second amplifier (224,402) having an input coupled to the at least one terminal and an output switchably coupled to the analog to digital converter; a controller coupled to the first amplifier, the second amplifier, the sensor and the analog to digital converter, and wherein the controller is operable in a first mode of operation to enable the first amplifier, to couple the output of the sensor to the analog to digital converter and to disable the second amplifier; and in a second mode of operation to disable the first amplifier, disable the sensor, enable the second amplifier and to couple the output of the second amplifier to the analog to digital converter. at least one terminal (214,216) for connecting an amplifier to a loudspeaker; a first amplifier having an output coupled to the at least one terminal and an input for receiving an audio input signal; an analog to digital converter; a sensor having an input coupled to the at least one terminal and an output switchably coupled to the analog to digital converter and configured for sensing at least one of a current and a voltage; a second amplifier (224,402) having an input coupled to the at least one terminal and an output switchably coupled to the analog to digital converter; a controller coupled to the first amplifier, the second amplifier, the sensor and the analog to digital converter, and wherein the controller is operable in a first mode of operation to enable the first amplifier, to couple the output of the sensor to the analog to digital converter and to disable the second amplifier; and in a second mode of operation to disable the first amplifier, disable the sensor, enable the second amplifier and to couple the output of the second amplifier to the analog to digital converter.
A manganese-doped magnesium stannate luminescent material having a chemical formula of Mg 2-x SnO 4:Mn 4 @SnO 2 @M y, where @ denotes coating; Mg 2-x SnO 4:Mn x is outer shell layer; SnO 2 is intermediate layer shell; M is inner core; M is metal nanoparticle; M is at least one of Ag, Au, Pt, Pd and Cu; x is in a range of 0<x≤0.05; y is molar ratio of M to Sn; y is in a range of 0<y≤1×10 -2.
An in vitro method of expanding a population comprising CD4+ cytotoxic T-lymphocytes (CTLs) and CD8+ CTLs specific for two or more non-viral tumor associated antigens (TAAs), the method comprising: (a) contacting peripheral blood mononuclear cells (PBMCs) from an individual with a population of dendritic cells (DCs) that present the TAAs and thereby producing a population of antigen specific T lymphocytes that are capable of responding to at least one epitope from the two or more TAAs; wherein the DCs have been contacted with a library of peptides, wherein the library of peptides overlap in sequence to span all or part of an entire TAA, thereby producing the DCs that present TAAs; and (b) culturing the T lymphocytes in medium in a vessel that has a gas permeable membrane in the presence of IL7, IL12, IL15 and either IL6 or IL27. (a) contacting peripheral blood mononuclear cells (PBMCs) from an individual with a population of dendritic cells (DCs) that present the TAAs and thereby producing a population of antigen specific T lymphocytes that are capable of responding to at least one epitope from the two or more TAAs; wherein the DCs have been contacted with a library of peptides, wherein the library of peptides overlap in sequence to span all or part of an entire TAA, thereby producing the DCs that present TAAs; and (b) culturing the T lymphocytes in medium in a vessel that has a gas permeable membrane in the presence of IL7, IL12, IL15 and either IL6 or IL27.
A power sourcing equipment of a power over fiber system, comprising: an optical connector comprising a shutter configured to open in conjunction with a connection operation to enable the connection and to close in conjunction with a disconnection operation to block feed light from exiting, wherein a light receiving surface of the shutter, the light receiving surface configured to receive the feed light when the shutter is closed, is made of a wavelength conversion material or is a mirror plane, and the optical connector is disposed at a feed-light output end; and a semiconductor laser that is configured to oscillate with electric power, thereby outputting the feed light, wherein a semiconductor material of a semiconductor region of the semiconductor laser, the semiconductor region exhibiting a light-electricity conversion effect, is a laser medium having a laser wavelength of 500 nm or less. an optical connector comprising a shutter configured to open in conjunction with a connection operation to enable the connection and to close in conjunction with a disconnection operation to block feed light from exiting, wherein a light receiving surface of the shutter, the light receiving surface configured to receive the feed light when the shutter is closed, is made of a wavelength conversion material or is a mirror plane, and the optical connector is disposed at a feed-light output end; and a light receiving surface of the shutter, the light receiving surface configured to receive the feed light when the shutter is closed, is made of a wavelength conversion material or is a mirror plane, and the optical connector is disposed at a feed-light output end; and a semiconductor laser that is configured to oscillate with electric power, thereby outputting the feed light, wherein a semiconductor material of a semiconductor region of the semiconductor laser, the semiconductor region exhibiting a light-electricity conversion effect, is a laser medium having a laser wavelength of 500 nm or less.