mhurhangee/ep-ind-claims huggingface dataset:
A method for predicting a human leukocyte antigen allele status of a subject, comprising: (a) determining an immune receptor profile of unique T-cell receptor rearranged DNA sequences for each of a plurality of subjects, each subject having a known HLA allele status; (b) categorizing the plurality of subjects based on (i) said known HLA allele status of the subject and (ii) a presence or absence in the subject's immune receptor profile of a feature comprising a unique TCR rearranged DNA sequence; (c) determining a statistical score for the association between a set of features and a positive HLA allele status based on (b); (d) training a machine learning model using said set of features to define a set of classifiers for each HLA allele status; (e) inputting one or more unique TCR rearranged DNA sequences of a subject with an unknown HLA allele status into said machine learning model to identify one or more features that match the set of classifiers; and (f) predicting an HLA allele status of said subject based on said one or more matched features. (a) determining an immune receptor profile of unique T-cell receptor rearranged DNA sequences for each of a plurality of subjects, each subject having a known HLA allele status; (b) categorizing the plurality of subjects based on (i) said known HLA allele status of the subject and (ii) a presence or absence in the subject's immune receptor profile of a feature comprising a unique TCR rearranged DNA sequence; (c) determining a statistical score for the association between a set of features and a positive HLA allele status based on (b); (d) training a machine learning model using said set of features to define a set of classifiers for each HLA allele status; (e) inputting one or more unique TCR rearranged DNA sequences of a subject with an unknown HLA allele status into said machine learning model to identify one or more features that match the set of classifiers; and (f) predicting an HLA allele status of said subject based on said one or more matched features.
A wireless communication method, comprising the following steps: obtaining, by user equipment, UE, pre-authorized Quality of Service, QoS, information as a part of subscription content, wherein the pre-authorized QoS information comprises information about a service pre-authorized to the UE; when the UE needs to start transmission of an uplink first data flow, the UE checks QoS authorization information of the first data flow, if the first data flow belongs to the service pre-authorized to the UE, sending, by the UE, a bearer setup request to an access network device, wherein the bearer setup request comprises an identifier of the UE and a descriptor of the first data flow, and the descriptor of the first data flow is used to describe information about the first data flow; and receiving, by the UE, a bearer setup response sent by the access network device, wherein the bearer setup response comprises a bearer identifier, and the bearer identifier is an identifier of a bearer that is set up. obtaining, by user equipment, UE, pre-authorized Quality of Service, QoS, information as a part of subscription content, wherein the pre-authorized QoS information comprises information about a service pre-authorized to the UE; when the UE needs to start transmission of an uplink first data flow, the UE checks QoS authorization information of the first data flow, if the first data flow belongs to the service pre-authorized to the UE, sending, by the UE, a bearer setup request to an access network device, wherein the bearer setup request comprises an identifier of the UE and a descriptor of the first data flow, and the descriptor of the first data flow is used to describe information about the first data flow; and receiving, by the UE, a bearer setup response sent by the access network device, wherein the bearer setup response comprises a bearer identifier, and the bearer identifier is an identifier of a bearer that is set up.
Process for preparing an imidized polymer in a mixing or kneading device, by a reaction of a mixture, comprising an olefin copolymer comprising from 15 to 80 wt% of ethylene, from 20 to 85 wt% of a C 3 - C 10 alpha-monoolefin, from 0 to 15 wt% of a polyene selected from non-conjugated dienes and trienes and from 0.1 to 10 anhydride groups per 1000 C-atoms and an aromatic polyamine compound of which at least one of the amine groups is a primary amine, characterized in that the reaction is carried out in the presence of between 1 and 4 mol% based on the amount of the polyamine of an acid.
An antagonist of IL-23 for use in the treatment of tumors comprising colon cancer cells or melanoma cells, wherein the antagonist of IL-23 comprises: (a) an antigen binding site of an antibody that specifically binds a polypeptide of IL-23R (SEQ ID NO 6); or (b) an anti-sense nucleic acid or small interference RNA (siRNA) that specifically binds a nucleic acid encoding IL-23R (SEQ ID NO: 5). (a) an antigen binding site of an antibody that specifically binds a polypeptide of IL-23R (SEQ ID NO 6); or (b) an anti-sense nucleic acid or small interference RNA (siRNA) that specifically binds a nucleic acid encoding IL-23R (SEQ ID NO: 5).
Anti-sinking and anti-fire safety system for boats, said system is constituted by a plurality of inflatable devices, of substantially rectangular flattened form, when deflated, whose four perimeter edges are connectable to a portion of two longitudinal members, preferably consecutive, and to a portion of two crosspieces, preferably consecutive, of any one hull; each inflatable device is initially installed in a first deflated configuration, it occupies the least possible space, and said inflatable devices being susceptible of assuming a second inflated configuration, with a volume considerably greater than said first deflated configuration; each of said inflatable devices being connected to at least one dispenser, adapted to fill the corresponding inflatable device with a predetermined quantity of non-inflammable foam adapted to be expanded within said inflatable device until it is allowed to assume the maximum desired preestablished volume in said second inflated configuration; said non-inflammable foam being constituted by any one polymer that can be found on the market, preferably expanded polyurethane, adapted to quickly increase volume once outside said dispenser, and adapted to maintain over time the characteristics of fire resistance and buoyancy; each of said dispensers being connected to at least one activation means adapted to activate the corresponding dispenser by means of remote control of the user, sent by means of a common control system; said safety system being characterized in that it is constituted by a plurality of dispensers, connected to the corresponding activation means, adapted to expand, by means of remote control of the user sent by means of said control system, a predetermined quantity of non-inflammable foam (106.a) within the lower internal technical space and, especially, between the free spaces present between the inflatable devices that are already inflated, and in any other internal space of the ship considered to be a fire risk space; said non-inflammable foam (106.a) being adapted to sublimate after a known time interval from its expansion; said control system being constituted by a common processor adapted to allow the user, by means of a communication interface, to actuate a part or all of said activation means in case of opening of a leak on the hull or in case of risk of fire on board.
A light-receiving element, comprising: a plurality of photoelectric conversion layers each of which comprises a lower face, an upper face opposite to the lower face and a side face, includes a compound semiconductor, and absorbs a wavelength in an infrared region to generate an electric charge, wherein the lower face of each of the plurality of photoelectric conversion layers is provided directly on one face of a substrate; a passivation film that is provided to cover in direct contact the side face of each of the plurality of the photoelectric conversion layers; for each of the plurality of photoelectric conversion layers, an electrode electrically coupled to the photoelectric conversion layer, wherein the electrode is provided directly on the upper face of the photoelectric conversion layer; and an insulating film that is provided to surround each of the plurality of photoelectric conversion layers, wherein the passivation film is provided to cover in direct contact the upper face of each of the plurality of the photoelectric conversion layers excluding the portion coupled to the corresponding electrode, so that the insulating film does not have direct contact with any of the photoelectric conversion layers, wherein the insulating film is provided to fill a gap between the photoelectric conversion layers each covered with the passivation film; and wherein the passivation layer includes a high-dielectric constant insulator or a semiconductor having a wider band gap than that of the photoelectric conversion layer. a plurality of photoelectric conversion layers each of which comprises a lower face, an upper face opposite to the lower face and a side face, includes a compound semiconductor, and absorbs a wavelength in an infrared region to generate an electric charge, wherein the lower face of each of the plurality of photoelectric conversion layers is provided directly on one face of a substrate; a passivation film that is provided to cover in direct contact the side face of each of the plurality of the photoelectric conversion layers; for each of the plurality of photoelectric conversion layers, an electrode electrically coupled to the photoelectric conversion layer, wherein the electrode is provided directly on the upper face of the photoelectric conversion layer; and an insulating film that is provided to surround each of the plurality of photoelectric conversion layers, wherein the passivation film is provided to cover in direct contact the upper face of each of the plurality of the photoelectric conversion layers excluding the portion coupled to the corresponding electrode, so that the insulating film does not have direct contact with any of the photoelectric conversion layers, wherein the insulating film is provided to fill a gap between the photoelectric conversion layers each covered with the passivation film; and wherein the passivation layer includes a high-dielectric constant insulator or a semiconductor having a wider band gap than that of the photoelectric conversion layer.
A fabric comprising a plurality of filaments, at least a portion of the filaments comprising a blend composition comprising a first aromatic polyester selected from the group consisting of: poly(trimethylene terephthalate), poly(ethylene naphthalate), poly(ethylene isophthalate), poly(trimethylene isophthalate), poly(butylene isophthalate), mixtures thereof, and copolymers thereof, and a second aromatic polyester in contact therewith, wherein the second aromatic polyester is present in the blend composition at a concentration; and, wherein the second aromatic polyester comprises a molar concentration of fluorovinylether functionalized repeat units represented by structure I wherein, Ar represents a benzene or naphthalene radical; each R is independently H, C 1 -C 10 alkyl, C 5 -C 15 aryl, C 6 -C 20 arylalkyl; OH, or a radical represented by the structure with the proviso that only one R can be OH or the radical represented by the structure II; R 1 is a C 2 - C 4 alkylene radical which can be branched or unbranched; X is O or CF 2; Z is H or Cl; a = 0 or 1; and, Q represents the structure (Ia) wherein q = 0 - 10; Y is O or CF 2; R f 1 is (CF 2) n, wherein n is 0-10; and, R f 2 is (CF 2) p, wherein p is 0-10, with the proviso that when p is 0, Y is CF 2. Ar represents a benzene or naphthalene radical; each R is independently H, C 1 -C 10 alkyl, C 5 -C 15 aryl, C 6 -C 20 arylalkyl; OH, or a radical represented by the structure with the proviso that only one R can be OH or the radical represented by the structure II; R 1 is a C 2 - C 4 alkylene radical which can be branched or unbranched; X is O or CF 2; Z is H or Cl; a = 0 or 1; and, Q represents the structure (Ia) wherein q = 0 - 10; Y is O or CF 2; R f 1 is (CF 2) n, wherein n is 0-10; and, R f 2 is (CF 2) p, wherein p is 0-10, with the proviso that when p is 0, Y is CF 2. wherein q = 0 - 10; Y is O or CF 2; R f 1 is (CF 2) n, wherein n is 0-10; and, R f 2 is (CF 2) p, wherein p is 0-10, with the proviso that when p is 0, Y is CF 2.
Device for firing a fluid projectile at a target body, comprising a hand-held unit for firing the fluid projectile, the hand-held unit comprising a propulsion drive for accelerating the fluid projectile and a distance measuring device for measuring a distance between the hand-held unit and the target body, the device also comprising an energy store for operating the propulsion drive, wherein the propulsion drive comprises a pump and the device comprises a control unit, characterized in that the pump is controllable in dependence on the distance measured.
A resistor manufacturing method comprising: a step of adhering a thermally conductive resin film onto a surface of a resistive body, the thermally conductive resin film being an electrically-insulating thermal conductive layer that is in an uncured and solidified state; a step of bringing the thermally conductive resin film into a semi-cured state; and a step of bending electrode plates respectively disposed at both sides of the resistive body, further curing the thermally conductive resin film in a state where the electrode plates contact the thermally conductive resin film, and performing adhesion between the resistive body and the electrode plates via the thermally conductive resin film. a step of adhering a thermally conductive resin film onto a surface of a resistive body, the thermally conductive resin film being an electrically-insulating thermal conductive layer that is in an uncured and solidified state; a step of bringing the thermally conductive resin film into a semi-cured state; and a step of bending electrode plates respectively disposed at both sides of the resistive body, further curing the thermally conductive resin film in a state where the electrode plates contact the thermally conductive resin film, and performing adhesion between the resistive body and the electrode plates via the thermally conductive resin film.
A traffic monitoring system with a housing, wherein a mobile traffic monitoring device with sensors is arranged in the housing; wherein a wall of the housing is transparent to the wavelength used by the respective sensor at least in the region of the sensor; wherein the housing can be coupled to a carrier vehicle via a fastening interface; and wherein the housing is executed as a baggage transport case; and wherein height-adjustable feet and transport rollers are provided, and the transport rollers are arranged on the height-adjustable feet; wherein the fastening interface has a receiving device for a trailer coupling of the carrier vehicle; characterized in that the receiving device is designed for a positive fit and/or a friction fit to a standardized ball head of the trailer coupling.
A method for treating the flue gas stream generated by a stationary combustion source equipped with a selective catalytic reduction system and for selectively oxidizing unreacted ammonia to nitrogen, said method comprising: (a) contacting said flue gas stream containing said unreacted ammonia with an ammonia oxidation catalyst in the presence of an oxidant, wherein said ammonia oxidation catalyst comprises a zeolite, a precious metal and a base metal compound, wherein said zeolite is a ferrierite; and (b) thereby oxidizing said unreacted ammonia to nitrogen characterized in that the zeolite has been treated with one or more rare earth metals. (a) contacting said flue gas stream containing said unreacted ammonia with an ammonia oxidation catalyst in the presence of an oxidant, wherein said ammonia oxidation catalyst comprises a zeolite, a precious metal and a base metal compound, wherein said zeolite is a ferrierite; and (b) thereby oxidizing said unreacted ammonia to nitrogen characterized in that the zeolite has been treated with one or more rare earth metals.
A tire noise reduction device being applicable for a tire inner cavity of a tire, comprising a noise reduction structure (20; 201), configured to be accomodated within a tire inner cavity; wherein the noise reduction structure (20; 201) comprises at least one sound absorbing material (30; 301), each of the at least one sound absorbing material (30; 301) includes an air chamber defined therein, a contacting face, and an extending face opposite to the contacting face, wherein the contacting face is configured to be adhered on a portion of an inner surface of the tire corresponding to a tread of the tire, and each sound absorbing material (30; 301) further includes a channel passing through the extending face, communicating with the air chamber, and configured to be facing a central direction of the tire, characterized in that the air chamber of the sound absorbing material (30; 301) is configured to accommodate solid material or semi-viscous liquid. wherein the noise reduction structure (20; 201) comprises at least one sound absorbing material (30; 301), each of the at least one sound absorbing material (30; 301) includes an air chamber defined therein, a contacting face, and an extending face opposite to the contacting face, wherein the contacting face is configured to be adhered on a portion of an inner surface of the tire corresponding to a tread of the tire, and each sound absorbing material (30; 301) further includes a channel passing through the extending face, communicating with the air chamber, and configured to be facing a central direction of the tire, characterized in that the air chamber of the sound absorbing material (30; 301) is configured to accommodate solid material or semi-viscous liquid.
A data setting device configured to rewrite a variable set in a PLC through a network, the data setting device comprising a data setting section configured to generate a frame, and to cause the PLC to rewrite a rewriting target variable by transmitting the frame to the PLC, the frame indicating at least the rewriting target variable, an offset from a head address of a data area of the rewriting target variable, and data to be written at a position designated by the offset, characterized in that, when the rewriting target variable is a variable-length data type variable terminated by a predetermined terminal code, and when a whole size of the data to be written in the variable exceeds a maximum size transmittable in one frame, the data setting section is configured for dividing the data to be written into a plurality of pieces of divided data of the maximum size or less and calculates the offset of each piece of divided data, transmitting a frame issuing an instruction to the PLC to write the predetermined terminal code in the head address of the data area, transmitting a frame issuing an instruction to the PLC to write the divided data at a position of the corresponding offset from the head address of the data area with respect to the divided data except a head divided data, and transmitting a frame issuing an instruction to the PLC to write the head divided data in the head address of the data area, wherein a state in which the terminal code is set to the head address of the data area is maintained during a transition period of the data write until the write of the final divided data is completed.
A system for screening objects such as hand-luggage of an individual, such as an air passenger, comprising an infeed station, a multitude of object containers, an outfeed station, a screening station for automated screening of object containers from the infeed station, a conveyor designed for conveying object containers from the infeed station to the outfeed station via the screening station in use, wherein the infeed station comprises an identification terminal for determining an identification of the individual, and an object container dispenser for making an object container available to the individual for placement of an object in the object container, characterized in that the infeed station further comprises a detection device for detecting the individual at the infeed station, wherein the object container dispenser is configured to make object containers available to the individual during use of the system only when said individual's identification has been determined using the identification terminal and as long as the detection device continues to detect said individual at the infeed station.
An adapter device for releasable mounting of holding instruments, auxiliary instruments, instrument feeding trays and the like on a side rail of an operating table, comprising a clamping device by means of which the adapter device can be clamped to the side rail of the operating table, a longitudinal profile on which holding instruments, auxiliary instruments, instrument feeding trays and the like are to be detachably fastened, characterized in that a lockable joint which is equipped with at least one pivoting degree of freedom (pivot axis 2) and is arranged between the clamping device and the longitudinal profile so that the longitudinal profile can be aligned relative to the clamping device.
A sensor for detecting objects in a monitoring area, having a transmitter emitting transmitted beams and a receiver receiving received beams, having a beam guiding means which executes a rotary movement so that the transmitted beams are periodically guided within the monitoring area within successive scans (51, 52) are periodically guided within the monitoring area, and with an evaluation unit in which an object detection signal is generated as a function of received signals from the receiver, wherein received signals from a plurality of scans (51, 52) are used to generate the object detection signal, characterised in that in a set-up mode a rotational speed of the beam guiding means is selected, whereby in a subsequent working mode, in which object detections take place, the beam guiding means is operated at this rotational speed. wherein received signals from a plurality of scans (51, 52) are used to generate the object detection signal, characterised in that in a set-up mode a rotational speed of the beam guiding means is selected, whereby in a subsequent working mode, in which object detections take place, the beam guiding means is operated at this rotational speed.
A composition comprising glycoside hydrolase family 95 alpha-L-fucosidase, for use in preventing and/or treating an animal having an intestinal pathogenic infection and/or diarrhea, wherein the pathogenic infection is caused by a pathogen capable of binding to an animal intestinal cell, wherein said binding of the pathogen is dependent on the presence of a pathogen binding site having at least one glycan structure substituted with at least one alpha-1,2-L-fucose moiety, wherein to the animal is administered an effective amount of GH95 alpha-L-fucosidase capable of removing the at least one alpha-1,2-L-fucose moiety from the pathogen binding site.