mhurhangee/ep-ind-claims huggingface dataset:
Compound of formula: wherein: - R 4, R 5 and R 6 are independently of each other, chosen from the group consisting of: H, -(CH 2) p COOR', -(CH 2) q Ar, -(CH 2) q Het, wherein: - R' represents H, an alkyl group linear or branched comprising from 1 to 10 carbon atoms, - p is 1; - q is 1. - Ar represents a phenyl group; - Het represents a 2-pyridyl group; R 1, R 2 and R 3 represent an ethyl group;. or R 4 and R 5 may form together, with the nitrogen atoms carrying them, a heterocycle group comprising 6 atoms; - B 1, B 2 and B 4 represent, independently of each other, a C2 or C3 linear alkylene - B 3 represents Y represents a propylene; - u represents 2; - n represents 3; - X m- is a conjugate base of an acid, m representing 1; n, m and u being such that the total charge of the compound of formula is zero, or their pharmaceutically acceptable salts, or hydrates. - R 4, R 5 and R 6 are independently of each other, chosen from the group consisting of: H, -(CH 2) p COOR', -(CH 2) q Ar, -(CH 2) q Het, wherein: - R' represents H, an alkyl group linear or branched comprising from 1 to 10 carbon atoms, - p is 1; - q is 1. - Ar represents a phenyl group; - Het represents a 2-pyridyl group; R 1, R 2 and R 3 represent an ethyl group;. or R 4 and R 5 may form together, with the nitrogen atoms carrying them, a heterocycle group comprising 6 atoms; - R' represents H, an alkyl group linear or branched comprising from 1 to 10 carbon atoms, - p is 1; - q is 1. - Ar represents a phenyl group; - Het represents a 2-pyridyl group; - B 1, B 2 and B 4 represent, independently of each other, a C2 or C3 linear alkylene - B 3 represents Y represents a propylene; - u represents 2; - n represents 3; - X m- is a conjugate base of an acid, m representing 1; n, m and u being such that the total charge of the compound of formula is zero, or their pharmaceutically acceptable salts, or hydrates. - B 3 represents Y represents a propylene; - u represents 2; - n represents 3; - X m- is a conjugate base of an acid, m representing 1;
A method for vehicle speed profile generation, said method comprising processor implemented steps of: receiving data pertaining to driver characteristics and characteristics of trips taken by said driver using a data reception module; creation of driver profile by generating skill and aggression parameters for said driver using a driver profile generator module, wherein the skill parameter is a standard deviation of kurtosis values of longitudinal acceleration for the trips taken by said driver and wherein the aggression parameter is a mean of the kurtosis values of longitudinal acceleration for the trips taken by said driver; construction of trip parameters pertaining to said trips taken by the driver by processing the skill and aggression parameters using a trip identifier module, wherein processing the skill and aggression parameters takes place by de-normalizing the skill and aggression parameters using a geography parameter; construction of acceleration dataset for said trips based on the trip parameters using an acceleration generator module; construction of speed values from the acceleration dataset using a speed generator module; and processing of the speed values for anomalies using a validation module. receiving data pertaining to driver characteristics and characteristics of trips taken by said driver using a data reception module; creation of driver profile by generating skill and aggression parameters for said driver using a driver profile generator module, wherein the skill parameter is a standard deviation of kurtosis values of longitudinal acceleration for the trips taken by said driver and wherein the aggression parameter is a mean of the kurtosis values of longitudinal acceleration for the trips taken by said driver; construction of trip parameters pertaining to said trips taken by the driver by processing the skill and aggression parameters using a trip identifier module, wherein processing the skill and aggression parameters takes place by de-normalizing the skill and aggression parameters using a geography parameter; construction of acceleration dataset for said trips based on the trip parameters using an acceleration generator module; construction of speed values from the acceleration dataset using a speed generator module; and processing of the speed values for anomalies using a validation module.
A computer-implemented method for training a classifier for determining a quality of target localization from a plurality of images acquired by an imaging device during radiation therapy treatment to a patient, the method comprising: determining a localization result indicating a location of a target in a plurality of images representative of images acquired in a radiation therapy treatment session; determining a quality indicator for each localization result, the quality indicator representing a localization quality of each localization result; extracting one or more features from each localization result; and training the classifier using the localization result and one or more of the extracted features, wherein the classifier is trained to predict the localization quality of a new localization result of a newly captured image. determining a localization result indicating a location of a target in a plurality of images representative of images acquired in a radiation therapy treatment session; determining a quality indicator for each localization result, the quality indicator representing a localization quality of each localization result; extracting one or more features from each localization result; and training the classifier using the localization result and one or more of the extracted features, wherein the classifier is trained to predict the localization quality of a new localization result of a newly captured image.
Baking oven having a heatable cooking compartment arranged in an oven housing, which can be closed by an oven door, which has a front face permeable to heat radiation at the front, wherein the oven door, on the exterior of the same, has at least one application made from a material with a low heat conductance value, namely made from metal, characterised in that a heat conductance element made from a material with a higher heat conductance value compared with the application is applied between the at least one application and the front face, wherein at least at the application the plate-shaped heat conductance element is fastened with a minimal air gap by means of partially applied adhesive, wherein the heat conductance element is measured according to the contour of the application.
A circular cutting and stapling surgical instrument comprising: a head, comprising: a circular cutting instrument; and a staple cartridge comprising a plurality of staples; an anvil facing the head; and a washer; characterized in that said washer inserted in the anvil such that the washer is between the anvil and the head, wherein the washer comprises an inner portion and an outer portion, and wherein the washer is configured in the anvil such that when the instrument is fired, the cutting instrument cuts the washer such that the inner portion is separated from the outer portion; wherein the outer portion of the washer comprises a plurality of staple guide sections (976, 978), each staple guide section (976, 978) defining at least one opening such that, when the instrument is fired, ends of the staples of the staple cartridge are driven through the openings and formed against the anvil wherein each staple guide section (976, 978) is configured such that, when the instrument is fired, the ends of the staples, after being formed against the anvil, contact the staple guide sections (976, 978). a head, comprising: a circular cutting instrument; and a staple cartridge comprising a plurality of staples; a circular cutting instrument; and a staple cartridge comprising a plurality of staples; an anvil facing the head; and a washer; characterized in that said washer inserted in the anvil such that the washer is between the anvil and the head, wherein the washer comprises an inner portion and an outer portion, and wherein the washer is configured in the anvil such that when the instrument is fired, the cutting instrument cuts the washer such that the inner portion is separated from the outer portion; wherein the outer portion of the washer comprises a plurality of staple guide sections (976, 978), each staple guide section (976, 978) defining at least one opening such that, when the instrument is fired, ends of the staples of the staple cartridge are driven through the openings and formed against the anvil wherein each staple guide section (976, 978) is configured such that, when the instrument is fired, the ends of the staples, after being formed against the anvil, contact the staple guide sections (976, 978).
A bicycle battery system, comprising: a battery assembly (27, 205, 300, 600, 705, 1500) that includes a battery (305, 605) and a handle assembly mounted to the battery, wherein the handle assembly includes a handle mount (325, 620, 735), a handle plunger (327, 630), and a handle (330, 625, 1200) mounted to the handle mount such that the handle pivots in unison with the handle mount; and a battery lock mounted within a cavity of a frame of a bicycle and configured to secure the battery assembly (27, 205, 300, 600, 705, 1500) within the cavity, wherein the battery lock includes a lock plunger, a movable latch, and a stationary latch; wherein the lock plunger is configured to press a portion of the handle mount (325, 620, 735) against the movable latch when the battery lock is in a locked position such that the battery assembly is securely mounted within the cavity; and wherein, responsive to the battery lock being in an unlocked position, the handle plunger (327, 630) is configured to cause the handle mount (325, 620, 735) and the handle (330, 625, 1200) to pivot away from a face of the battery such that at least the portion of the handle mount (325, 620, 735) engages the stationary latch of the battery lock. a battery assembly (27, 205, 300, 600, 705, 1500) that includes a battery (305, 605) and a handle assembly mounted to the battery, wherein the handle assembly includes a handle mount (325, 620, 735), a handle plunger (327, 630), and a handle (330, 625, 1200) mounted to the handle mount such that the handle pivots in unison with the handle mount; and a battery lock mounted within a cavity of a frame of a bicycle and configured to secure the battery assembly (27, 205, 300, 600, 705, 1500) within the cavity, wherein the battery lock includes a lock plunger, a movable latch, and a stationary latch; wherein the lock plunger is configured to press a portion of the handle mount (325, 620, 735) against the movable latch when the battery lock is in a locked position such that the battery assembly is securely mounted within the cavity; and wherein, responsive to the battery lock being in an unlocked position, the handle plunger (327, 630) is configured to cause the handle mount (325, 620, 735) and the handle (330, 625, 1200) to pivot away from a face of the battery such that at least the portion of the handle mount (325, 620, 735) engages the stationary latch of the battery lock.
A lighting system comprising: a plurality of LED-based light sources; a plurality of optic holders, each of which is connected to a respective one of said plurality of LED-based light sources and is arranged to hold an optic in a position suitable to modify light emitted by said LED-based light source, each of the plurality of optic holders comprising an upper edge region, wherein said arrangement results in one or more gaps between one or more optic holders; and a plurality of interstitial spacers connected to the upper edge region of the plurality of optic holders, wherein the plurality of interstitial spacers are arranged to substantially fill the one or more gaps, wherein at least one of said plurality of interstitial spacers is adjustable. a plurality of LED-based light sources; a plurality of optic holders, each of which is connected to a respective one of said plurality of LED-based light sources and is arranged to hold an optic in a position suitable to modify light emitted by said LED-based light source, each of the plurality of optic holders comprising an upper edge region, wherein said arrangement results in one or more gaps between one or more optic holders; and a plurality of interstitial spacers connected to the upper edge region of the plurality of optic holders, wherein the plurality of interstitial spacers are arranged to substantially fill the one or more gaps, wherein at least one of said plurality of interstitial spacers is adjustable.
A release agent for a hot-forging die which is water-soluble and sprayed onto the hot-forging die, wherein the release agent for a hot-forging die is a water-soluble graphite-based release agent having graphite particles dispersed in water and/or a water-soluble white release agent containing no graphite made by blending water-soluble polymers or inorganic salts and adding a solid lubricant, the release agent for a hot-forging die contains micronanobubbles, the diameters of the micronanobubbles are greater than or equal to 0.1 μm and less than or equal to 200 μm, the content of the micronanobubbles is greater than or equal to 0.1 vol% and less than or equal to 10 vol%, wherein the diameters of the micronanobubbles are diameters where the micronanobabbles are regarded as perfect spheres, the diameters of the micronanobubbles are obtained when water containing the micronanobubbles is solidified with gelatin to prepare a specimen of micronanobubble water, and sizes of the micronanobubbles contained in the specimen are measured with an inverted microscope, the content of the micronanobubbles is represented in a volume of the micronanobubbles contained in a unit volume of the release agent for a hot-forging die, and the content of the micronanobubbles is represented in the volume of the micronanobubbles per unit volume contained in the water containing the micronanobubbles.
A method for wireless communication at a user equipment, UE, comprising: receiving two or more downlink control information messages that each schedule respective downlink transmissions, wherein at least one downlink control information message of the two or more downlink control information messages is multiplexed with a downlink transmission and schedules an additional downlink transmission that is after the downlink transmission, and wherein a feedback message for the respective downlink transmissions is to be transmitted during a same transmission occasion; identifying, for each downlink transmission that is multiplexed with a downlink control information message, a time period comprising a beginning of the downlink transmission; determining an order of the two or more downlink control information messages based at least in part on the time period comprising the beginning of the downlink transmission; and transmitting, during the same transmission occasion, the feedback message for the respective downlink transmissions scheduled by the two or more downlink control information messages, wherein the feedback message is based at least in part on the order of the two or more downlink control information messages. receiving two or more downlink control information messages that each schedule respective downlink transmissions, wherein at least one downlink control information message of the two or more downlink control information messages is multiplexed with a downlink transmission and schedules an additional downlink transmission that is after the downlink transmission, and wherein a feedback message for the respective downlink transmissions is to be transmitted during a same transmission occasion; identifying, for each downlink transmission that is multiplexed with a downlink control information message, a time period comprising a beginning of the downlink transmission; determining an order of the two or more downlink control information messages based at least in part on the time period comprising the beginning of the downlink transmission; and transmitting, during the same transmission occasion, the feedback message for the respective downlink transmissions scheduled by the two or more downlink control information messages, wherein the feedback message is based at least in part on the order of the two or more downlink control information messages.
A hygrothermal sensor device for detecting air humidity and/or temperature measurement data in a building envelope insulation system such as an external thermal insulation composite system, an internal insulation system, a roof insulation system or the like, comprising: - a temperature sensor and/or a humidity sensor; - radio electronics such as RFID transponder electronics for transmitting sensor data to a reader such as a RFID reader; characterized in that the sensor device further comprises - a supporting structure supporting the temperature and/or humidity sensor and the radio electronics for embedding in the building envelope insulation system, wherein the supporting structure has a protruding sensor head portion, on which the temperature and/or the humidity sensor is arranged, and - a pressure sensor arranged on the supporting structure, wherein the pressure sensor is arranged on the sensor head portion. - a temperature sensor and/or a humidity sensor; - radio electronics such as RFID transponder electronics for transmitting sensor data to a reader such as a RFID reader; - a supporting structure supporting the temperature and/or humidity sensor and the radio electronics for embedding in the building envelope insulation system, wherein the supporting structure has a protruding sensor head portion, on which the temperature and/or the humidity sensor is arranged, and - a pressure sensor arranged on the supporting structure, wherein the pressure sensor is arranged on the sensor head portion.
A spiral wound assembly comprising: i) a pressure vessel comprising a feed inlet, concentrate outlet and permeate outlet, and ii) a plurality of spiral wound modules, each comprising at least one membrane envelop wound around a permeate tube; wherein the spiral wound modules are serially arranged within the pressure vessel with a first element of the series positioned adjacent to a first end of the pressure vessel and a last element of the series positioned adjacent to an opposing second end of the pressure vessel; wherein the permeate tubes of the spiral wound elements are serially connected to form a permeate pathway which is connected to the permeate outlet; wherein the assembly is characterized by including a flow controller within the permeate pathway between the first and last elements that comprises a variable area orifice that decreases as permeate flow increases. i) a pressure vessel comprising a feed inlet, concentrate outlet and permeate outlet, and ii) a plurality of spiral wound modules, each comprising at least one membrane envelop wound around a permeate tube;
A method by a wireless device for mapping control information on carriers, the wireless device being served by a plurality of serving cells, the plurality of serving cells comprising at least a primary cell and a secondary cell, the method comprising: receiving, by the wireless device from a network node via Radio Resource Control, RRC, signalling, a mapping between at least one serving cell of the plurality of serving cells and at least one PUCCH channel provided by the secondary cell; based on the mapping, determining a particular PUCCH channel provided by the secondary cell on which PUCCH-related signalling is to be transmitted for a particular serving cell of the plurality of serving cells; transmitting the PUCCH-related signalling on the particular PUCCH channel; determining that the particular PUCCH channel on which the PUCCH-related signalling is transmitted for the particular serving cell has become unavailable; and in response to determining that the particular PUCCH channel has become unavailable, sending, by the wireless device, the PUCCH-related signalling on a backup PUCCH channel provided by the secondary cell and selected from a list of possible backup PUCCH channels that are provided by said secondary cell. receiving, by the wireless device from a network node via Radio Resource Control, RRC, signalling, a mapping between at least one serving cell of the plurality of serving cells and at least one PUCCH channel provided by the secondary cell; based on the mapping, determining a particular PUCCH channel provided by the secondary cell on which PUCCH-related signalling is to be transmitted for a particular serving cell of the plurality of serving cells; transmitting the PUCCH-related signalling on the particular PUCCH channel; determining that the particular PUCCH channel on which the PUCCH-related signalling is transmitted for the particular serving cell has become unavailable; and in response to determining that the particular PUCCH channel has become unavailable, sending, by the wireless device, the PUCCH-related signalling on a backup PUCCH channel provided by the secondary cell and selected from a list of possible backup PUCCH channels that are provided by said secondary cell.
A plug socket for telecommunication and/or data transmission systems, comprising a socket housing, a first printed circuit board fixed therein and having connection means for electrical conductors that are accessible from a side face of the housing, at least one plug-in opening for a connector communicating with the socket, a flexible, second printed circuit board (6, 6a) with circuit track sections separated therefrom that form the contact sections for the contacts of the connector, and that is fixed at the first printed circuit board and contacted with the circuit tracks thereof, the circuit track sections being resiliently held by spring means and support means disposed in the housing, the flexible second printed circuit board (6, 6a) abutting, with a first end section, the first printed circuit board and being contacted with the circuit tracks thereof, the second end section of the printed circuit board (6, 6a) being bent by more than 180o and including short mutually parallel, finger-type separated circuit track sections projecting into the plug-in opening, the second end section being supported, in the section of the separated circuit track sections and in the section of part of the bent portion, by an arc-shaped support piece of insulating material that includes freely extending fingers matching the separated circuit track sections, on which the separated circuit track sections are supported and at which they are fixed, the support piece being limitedly pivotably held in a contact carrier of insulating material fixed in the housing, and the contact carrier partially surrounding and supporting the section of the bent portion on the face showing away from the support piece and abutting, with a further component, the face of the first end section of the second printed circuit board (6, 6a) that abuts the first printed circuit board, and between a housing portion and the further component of the contact carrier a first end of a blade spring being fitted and fixed that merges through a bent portion into separated spring fingers at the second end that abut the support piece in the section of the fingers thereof on the side showing away from the separated circuit track sections, wherein the second end section of the flexible second printed circuit board (6, 6a) includes a section projecting beyond the circuit track sections, wherein at each finger of the support piece a nose-type projection projecting in the direction of the respective circuit track section is formed that when introducing the connector into the plug-in opening contacts, prior to reaching the contact position, the section projecting beyond the circuit track sections and forms a pivot axis for this section, in which in an intermediate position and in the contact position of the connector the section projecting beyond the circuit track sections is pivoted in the direction of the first end section of the second printed circuit board (6, 6a).