mhurhangee/ep-ind-claims huggingface dataset:
Use of at least one transaminase inhibitor for the production of an agent for preventing and treating pityriasis versicolor (tinea versicolor), characterised in that the transaminase inhibitor is aminooxyacetate, cycloserine or the derivative of cycloserine, namely terizidone.
A method for performing proxy transformation, comprising: Selecting a first proxy relationship between a target user and a first user from a proxy relationship library, wherein the first proxy relationship is a proxy key; Selecting a random value, and generating a second proxy relationship according to the random value and the first proxy relationship, wherein the second proxy relationship is a proxy key; and Encrypting original information according to a public key of the first user and the random value to obtain encrypted information, and transmitting the encrypted information and the second proxy relationship to a server, so that the server performs proxy transformation on the encrypted information according to the second proxy relationship to obtain the transformed information, wherein the encrypting the original information according to the public key of the first user and the random value to obtain the encrypted information comprises: selecting, by the first user, a symmetric key, and encrypting the original information according to the symmetric key to obtain an initial ciphertext; and encrypting the symmetric key according to the random value and the public key of the first user to obtain the encrypted key information, wherein the encrypted information comprises the initial ciphertext and the encrypted key information. Selecting a first proxy relationship between a target user and a first user from a proxy relationship library, wherein the first proxy relationship is a proxy key; Selecting a random value, and generating a second proxy relationship according to the random value and the first proxy relationship, wherein the second proxy relationship is a proxy key; and Encrypting original information according to a public key of the first user and the random value to obtain encrypted information, and transmitting the encrypted information and the second proxy relationship to a server, so that the server performs proxy transformation on the encrypted information according to the second proxy relationship to obtain the transformed information, wherein the encrypting the original information according to the public key of the first user and the random value to obtain the encrypted information comprises: selecting, by the first user, a symmetric key, and encrypting the original information according to the symmetric key to obtain an initial ciphertext; and encrypting the symmetric key according to the random value and the public key of the first user to obtain the encrypted key information, wherein the encrypted information comprises the initial ciphertext and the encrypted key information. selecting, by the first user, a symmetric key, and encrypting the original information according to the symmetric key to obtain an initial ciphertext; and encrypting the symmetric key according to the random value and the public key of the first user to obtain the encrypted key information, wherein the encrypted information comprises the initial ciphertext and the encrypted key information.
An antibody comprising a human IgG1, IgA1 or IgA2 constant region and a variable domain that can bind the epitope "EPANpSEK" on human CD20 expressed on Ramos cells and which antibody has an increased PCD functionality when compared to Rituximab with a constant region of the same isotype, and wherein the heavy chain variable region comprises a CDR1, CDR2 and CDR3 region with the sequence SYNLH, AIYPGNGDTSYNQKFKG and SNSYGSTYWYFDV, respectively, and wherein the light chain variable region comprises a CDR1, CDR2 and CDR3 region with the sequence RARSSVSYMD, ATSNLAS, and QQWTSNPPT, respectively. wherein the heavy chain variable region comprises a CDR1, CDR2 and CDR3 region with the sequence SYNLH, AIYPGNGDTSYNQKFKG and SNSYGSTYWYFDV, respectively, and wherein the light chain variable region comprises a CDR1, CDR2 and CDR3 region with the sequence RARSSVSYMD, ATSNLAS, and QQWTSNPPT, respectively.
Method for producing a vehicle heating in which a substrate of the vehicle heating is equipped with a not intrinsically safe heating conductor layer and a sensor device (16, 18, 20) for detecting occurrences of temperature exceeding a threshold value, wherein in order to form the sensor device (16, 18, 20) a sensor layer is sprayed on, characterized in that during production of the sensor layer the substrate is exposed only to temperatures below 800°C, and in that the substrate is a metal/air or metal/liquid heat exchanger.
A shoe comprising a sole, the sole comprising a plate and the plate comprising: a mid- and rear-foot support portion in a shape extending from a position superimposed on a rear end portion of a metatarsal bone (B 10) of a wearer of the shoe in a thickness direction of the sole to a position superimposed on a heel bone of the wearer, the mid- and rear-foot support portion supporting a midfoot portion and a rear foot portion of the wearer, and a forefoot support portion in a shape extending forward from the mid- and rear-foot support portion and supporting a forefoot portion of the wearer, wherein the mid- and rear-foot support portion is in a shape convex upward in a cross-section in a foot width direction, and the forefoot support portion is formed as being flat in the cross-section in the foot width direction, whereby in the entire region of the plate in front of the mid- and rear-foot support portion, the cross-section in the foot width direction is formed as being flat. a mid- and rear-foot support portion in a shape extending from a position superimposed on a rear end portion of a metatarsal bone (B 10) of a wearer of the shoe in a thickness direction of the sole to a position superimposed on a heel bone of the wearer, the mid- and rear-foot support portion supporting a midfoot portion and a rear foot portion of the wearer, and a forefoot support portion in a shape extending forward from the mid- and rear-foot support portion and supporting a forefoot portion of the wearer, wherein the mid- and rear-foot support portion is in a shape convex upward in a cross-section in a foot width direction, and the forefoot support portion is formed as being flat in the cross-section in the foot width direction, whereby in the entire region of the plate in front of the mid- and rear-foot support portion, the cross-section in the foot width direction is formed as being flat.
A relay apparatus for supporting multihop relay in a wireless communication, comprising: at least one processor configured to receive data and a first pilot from a first station, and to resend the data and to send a second pilot to a second station; and a memory coupled to the at least one processor and characterised in that the at least one processor is configured to receive from the first station information indicative of a first pilot format associated with a first transmission mode for the first pilot, and to receive the first pilot in accordance with the first pilot format and receive from the first station information indicative of a second pilot format for the second pilot, and to send the second pilot in accordance with the second pilot format, wherein the second pilot format is associated with a second transmission mode, wherein the first pilot format for the first pilot is different from the second pilot format for the second pilot wherein the first and second transmission modes are selected from among multiple transmission modes and wherein the multiple transmission modes comprise full usage of subcarriers, FUSC, partial usage of subcarriers, PUSC, and band adaptive modulation and coding, AMC. at least one processor configured to receive data and a first pilot from a first station, and to resend the data and to send a second pilot to a second station; and a memory coupled to the at least one processor and characterised in that the at least one processor is configured to receive from the first station information indicative of a first pilot format associated with a first transmission mode for the first pilot, and to receive the first pilot in accordance with the first pilot format and receive from the first station information indicative of a second pilot format for the second pilot, and to send the second pilot in accordance with the second pilot format, wherein the second pilot format is associated with a second transmission mode, wherein the first pilot format for the first pilot is different from the second pilot format for the second pilot wherein the first and second transmission modes are selected from among multiple transmission modes and wherein the multiple transmission modes comprise full usage of subcarriers, FUSC, partial usage of subcarriers, PUSC, and band adaptive modulation and coding, AMC.
Method for checking the load-bearing capacity of screw-in foundations comprising the following steps: a. Screwing the screw-in foundations into the ground, b. Determining the screw-in foundations on which a load test to check the load bearing capacity is to be performed, c. Performing the load test on the determined screw-in foundations, characterized in that for each screw-in foundation the screw-in torque and the screw-in path are continuously measured during the screwing in, that for each screw-in foundation an insertion torque-displacement curve is established, and that the determination of the screw-in foundations on which a load test is to be performed is made on the basis of the insertion torque-displacement curve. a. Screwing the screw-in foundations into the ground, b. Determining the screw-in foundations on which a load test to check the load bearing capacity is to be performed, c. Performing the load test on the determined screw-in foundations, characterized in that for each screw-in foundation the screw-in torque and the screw-in path are continuously measured during the screwing in, that for each screw-in foundation an insertion torque-displacement curve is established, and that the determination of the screw-in foundations on which a load test is to be performed is made on the basis of the insertion torque-displacement curve. characterized in that for each screw-in foundation the screw-in torque and the screw-in path are continuously measured during the screwing in, that for each screw-in foundation an insertion torque-displacement curve is established, and that the determination of the screw-in foundations on which a load test is to be performed is made on the basis of the insertion torque-displacement curve.
Method for operating a fine sieve machine having at least one screen deck for receiving at least one screen lining which has an inclination of at least 10° relative to a horizontal plane, and at least one ultrasonic vibration exciter for generating ultrasonic vibrations which are transmitted to the screen lining, so that at least one ultrasonic vibration exciter is operated in pulsed mode, wherein the ultrasonic vibration exciter repeatedly alternates between a first operating mode having a first vibration amplitude and a second operating mode having a second vibration amplitude which is smaller than the first vibration amplitude, wherein the first and the second operating mode alternate regularly, wherein the at least one ultrasonic vibration exciter is operated for a first period of time in the first operating mode, the first period of time being shorter than an average residence time of unsieved screening particles on the screen lining, and wherein the at least one ultrasonic vibration exciter is operated in the second operating mode for a second period of time which is between 0.01 s and 5 s.
A communication system comprising: a plurality of remote terminal units (RTUs) (211, 212, 221, 222, 231, 232) configured to output a plurality of RTU data; and a remote control center, characterized in that the remote control center is configured to generate state estimation information on a line including the plurality of RTUs (211, 212, 221, 222, 231, 232), wherein the RCC is configured to apply weights for plurality of RTUs (211, 212, 221, 222, 231, 232) to the plurality of RTU data, respectively, and to generate the state estimation information on the line including the plurality of RTUs (211, 212, 221, 222, 231, 232) on a basis of the weights of the plurality of RTU data, wherein the plurality of RTUs (211, 212, 221, 222, 231, 232) is configured to output data quality information on each of the plurality of RTU data together with each of the plurality of RTU data, and the RCC is configured to change the weights respectively applied to the plurality of RTU data on a basis of the data quality information. a plurality of remote terminal units (RTUs) (211, 212, 221, 222, 231, 232) configured to output a plurality of RTU data; and a remote control center, characterized in that the remote control center is configured to generate state estimation information on a line including the plurality of RTUs (211, 212, 221, 222, 231, 232), wherein the RCC is configured to apply weights for plurality of RTUs (211, 212, 221, 222, 231, 232) to the plurality of RTU data, respectively, and to generate the state estimation information on the line including the plurality of RTUs (211, 212, 221, 222, 231, 232) on a basis of the weights of the plurality of RTU data, wherein the plurality of RTUs (211, 212, 221, 222, 231, 232) is configured to output data quality information on each of the plurality of RTU data together with each of the plurality of RTU data, and the RCC is configured to change the weights respectively applied to the plurality of RTU data on a basis of the data quality information.
A method for downlink transmission in an unlicensed band, the method comprising: determining, by a first base station, BS, in a first group, a first delay time to initiate first clear channel assessment, CCA, in the unlicensed band from a reference time; determining, by a second BS in the first group, a second delay time to initiate second CCA in the unlicensed band from the reference time, wherein the first delay time is longer than the second delay time; checking, by the first BS, whether a channel is idle by performing the first CCA during a first CCA duration after the first delay time, wherein the first CCA duration is defined in inverse proportion to the first delay time; checking, by the second BS, whether the channel is idle by performing the second CCA during a second CCA duration after the second delay time, wherein the second CCA duration is defined in inverse proportion to the second delay time; and simultaneously performing, by the first and second BSs, downlink transmissions during the same time when the channel is idle. determining, by a first base station, BS, in a first group, a first delay time to initiate first clear channel assessment, CCA, in the unlicensed band from a reference time; determining, by a second BS in the first group, a second delay time to initiate second CCA in the unlicensed band from the reference time, wherein the first delay time is longer than the second delay time; checking, by the first BS, whether a channel is idle by performing the first CCA during a first CCA duration after the first delay time, wherein the first CCA duration is defined in inverse proportion to the first delay time; checking, by the second BS, whether the channel is idle by performing the second CCA during a second CCA duration after the second delay time, wherein the second CCA duration is defined in inverse proportion to the second delay time; and simultaneously performing, by the first and second BSs, downlink transmissions during the same time when the channel is idle.
A monitoring system comprising: earth working equipment including a ground-engaging product (15;3); and a monitoring tool including a mobile vehicle movable to different positions independent of the earth working equipment, characterized in that an electronic device on the mobile vehicle is provided to remotely capture a representation of at least a portion of the ground-engaging product (15;3) to detect the wear and separation of the ground-engaging product (15;3) from the earth working equipment, wherein the mobile vehicle is an unmanned aerial vehicle. earth working equipment including a ground-engaging product (15;3); and a monitoring tool including a mobile vehicle movable to different positions independent of the earth working equipment, characterized in that an electronic device on the mobile vehicle is provided to remotely capture a representation of at least a portion of the ground-engaging product (15;3) to detect the wear and separation of the ground-engaging product (15;3) from the earth working equipment, wherein the mobile vehicle is an unmanned aerial vehicle.
An active noise cancellation device for a medical device, comprising: an active circuit having a first input connection, a second input connection, and an output connection, wherein said second input connection is connected to at least one predetermined reference signal; a low-impedance body connection electrode adapted to be in direct electrical contact with a bloodstream of a subject, wherein the low-impedance body connection electrode is connected to said first input connection; and a feedback branch connecting the output connection with the first input connection; wherein said feedback branch comprises a current limiting circuit adapted to limit a current through said feedback branch to be lower than a predetermined current. an active circuit having a first input connection, a second input connection, and an output connection, wherein said second input connection is connected to at least one predetermined reference signal; a low-impedance body connection electrode adapted to be in direct electrical contact with a bloodstream of a subject, wherein the low-impedance body connection electrode is connected to said first input connection; and a feedback branch connecting the output connection with the first input connection; wherein said feedback branch comprises a current limiting circuit adapted to limit a current through said feedback branch to be lower than a predetermined current.
A method for the recovery of a metal-containing product (M Prod) comprising: providing a composite material comprising a matrix of oxidised reductant (R o) of a reductant, a product metal (M P) dispersed in said matrix of oxidised reductant (R o), one or more metal compounds (M P C R) of said product metal (M P) in one or more oxidation states dispersed in said matrix of oxidised reductant (R o), and the reductant, with the reductant comprising up to 3 wt.% of the composite material; and treating said composite material to at least partially remove said one or more metal compounds (M P C R) from said matrix of oxidised reductant (R o) to form said metal-containing product (M Prod), wherein the treating is selected from distilling, reducing or melting, wherein the reductant is selected from the group consisting of Mg, Na, K, Li, Ba, Ca, Be, Al and any combination thereof, and the one or more metal compounds (M P C R) of said product metal (M P) in one or more oxidation states is a metal halide selected from the group consisting of halides of titanium, aluminium, vanadium, chromium, niobium, molybdenum, zirconium, tin, hafnium, iron, copper, nickel, bismuth, manganese, palladium, tungsten, cadmium, zinc, silver, cobalt, tantalum, ruthenium and the rare earths or a combination of any two or more thereof. providing a composite material comprising a matrix of oxidised reductant (R o) of a reductant, a product metal (M P) dispersed in said matrix of oxidised reductant (R o), one or more metal compounds (M P C R) of said product metal (M P) in one or more oxidation states dispersed in said matrix of oxidised reductant (R o), and the reductant, with the reductant comprising up to 3 wt.% of the composite material; and treating said composite material to at least partially remove said one or more metal compounds (M P C R) from said matrix of oxidised reductant (R o) to form said metal-containing product (M Prod), wherein the treating is selected from distilling, reducing or melting, wherein the reductant is selected from the group consisting of Mg, Na, K, Li, Ba, Ca, Be, Al and any combination thereof, and the one or more metal compounds (M P C R) of said product metal (M P) in one or more oxidation states is a metal halide selected from the group consisting of halides of titanium, aluminium, vanadium, chromium, niobium, molybdenum, zirconium, tin, hafnium, iron, copper, nickel, bismuth, manganese, palladium, tungsten, cadmium, zinc, silver, cobalt, tantalum, ruthenium and the rare earths or a combination of any two or more thereof.
A computer-implemented system for displaying athletic event information comprising: a video camera for capturing images of the event and placing the images in a video feed; and a tracking system for providing the positions of selected participants in the event; characterized by a computing device (112, 116), coupled to the camera and the tracking device system, for processing the images from the video feed and positional information from the tracking system to provide event characterization information related to the event, the computing device determining the event characterization information based upon a sequence of individual aggregate motion values of the plurality of participants in the event, each aggregate motion value being, at a particular time, one of (a) a sum of velocities of the plurality of selected participants and (b) an average of the velocities of the plurality of selected participants; a handheld device wirelessly coupled to the computing device (112, 116) for displaying at least some of the event characterization information, and for issuing commands to the computing device; and a scoreboard used at the event, coupled to the computing device (112, 116); wherein the commands issued from the handheld device determines what aspects of the event characterization information are displayed on the scoreboard. a video camera for capturing images of the event and placing the images in a video feed; and a tracking system for providing the positions of selected participants in the event; characterized by a computing device (112, 116), coupled to the camera and the tracking device system, for processing the images from the video feed and positional information from the tracking system to provide event characterization information related to the event, the computing device determining the event characterization information based upon a sequence of individual aggregate motion values of the plurality of participants in the event, each aggregate motion value being, at a particular time, one of (a) a sum of velocities of the plurality of selected participants and (b) an average of the velocities of the plurality of selected participants; a handheld device wirelessly coupled to the computing device (112, 116) for displaying at least some of the event characterization information, and for issuing commands to the computing device; and a scoreboard used at the event, coupled to the computing device (112, 116); wherein the commands issued from the handheld device determines what aspects of the event characterization information are displayed on the scoreboard.
Device for dosing liquid from a liquid intake, wherein the liquid intake comprises an outlet valve, wherein a dosing system is provided, wherein the dosing system comprises a first actuating blade and a second actuating blade, which can be arranged around the liquid intake and are movable can be moved towards each other compressing the liquid receptacle, characterized in that the first actuating blade has a first pressure piston and the second actuating blade has a second pressure piston, wherein an output chamber is arranged so as to be able to be pressed out by the pressure pistons (28, 32) which are movably mounted relative to one another, and the two pressure pistons (28, 32) are resettable arranged by a spring element and/or partial springs (39, 39.1).