mhurhangee/ep-ind-claims huggingface dataset:
An articulated arm comprising at least three articulations mounted in series to allow movements of the arm according to at least two axes of rotation (Rx, Ry) per articulation, each articulation comprises a first and a second supports and at least three linear actuators, each linear actuator having a first and a second ends articulated respectively to the first and to the second support by a ball joint connection (41, 42, 43, 44), the arm comprising a sealed, deformable sheath enveloping the articulations and shaped to follow the movement of the articulated arm and to be maintained at a distance from the linear actuators and the ball joint connections (41, 42, 43, 44) regardless of the movement of the articulated arm, at least one articulation comprising a force-absorbing structure which is on the one hand embedded on the first support and on the other hand coupled to the second support by a ball joint (51, 52), each force-absorbing structure including at least one hollow tube carrying a hollow ball joint, the arm being configured so as to provide a channel passage passing through the force-absorbing structure and the first and second supports.
A method for adjusting a water recycling device to a user preference profile, wherein said water recycling device comprises: an outlet configured to output treated water; a drain for collecting used water output from said outlet; a recirculation loop in liquid communication with said drain and said outlet, said recirculation loop comprising a water treatment arrangement for treating said used water; an external water path in liquid communication with said recirculation loop, said external water path being connected to an external water outlet; a circulation pump for providing a flow in said water recycling device; and a sensor arrangement configured to measure a water quality parameter of water in said water recycling device; said method characterized by comprising the steps of: receiving data indicating an upcoming use of said water recycling device by a user; processing said data in order to determine a probability of use of said water recycling device by said user within a time period; and if said probability of use exceeds a threshold, adjusting a number of operating parameters of said water recycling device according to a user preference profile associated with said user. an outlet configured to output treated water; a drain for collecting used water output from said outlet; a recirculation loop in liquid communication with said drain and said outlet, said recirculation loop comprising a water treatment arrangement for treating said used water; an external water path in liquid communication with said recirculation loop, said external water path being connected to an external water outlet; a circulation pump for providing a flow in said water recycling device; and a sensor arrangement configured to measure a water quality parameter of water in said water recycling device; said method characterized by comprising the steps of: receiving data indicating an upcoming use of said water recycling device by a user; processing said data in order to determine a probability of use of said water recycling device by said user within a time period; and if said probability of use exceeds a threshold, adjusting a number of operating parameters of said water recycling device according to a user preference profile associated with said user. receiving data indicating an upcoming use of said water recycling device by a user; processing said data in order to determine a probability of use of said water recycling device by said user within a time period; and if said probability of use exceeds a threshold, adjusting a number of operating parameters of said water recycling device according to a user preference profile associated with said user.
A system for determining a diuretic response profile of a patient, the system comprises: a memory comprising a database and program instructions; and at least one processor configured, when executing the program instructions, to record, in the database, a first pulmonary artery pressure measurement obtained from a patient at time t 1, wherein time t 1 is prior to the patient taking the at least one medication; record, in the database, a second PAP measurement obtained from the patient at time t 2, wherein time t 2 is subsequent to time t 1 and after the patient has taken at least one medication and time t 2 is a time equal to a half-life of the at least one diuretic after the patient has taken the at least one diuretic, wherein the at least one medication includes at least one diuretic; compare the first and second PAP measurements; and determine a diuretic response profile indicating a temporal response of the patient to the at least one diuretic based on the comparison of the first and second PAP measurements. a memory comprising a database and program instructions; and at least one processor configured, when executing the program instructions, to record, in the database, a first pulmonary artery pressure measurement obtained from a patient at time t 1, wherein time t 1 is prior to the patient taking the at least one medication; record, in the database, a second PAP measurement obtained from the patient at time t 2, wherein time t 2 is subsequent to time t 1 and after the patient has taken at least one medication and time t 2 is a time equal to a half-life of the at least one diuretic after the patient has taken the at least one diuretic, wherein the at least one medication includes at least one diuretic; compare the first and second PAP measurements; and record, in the database, a first pulmonary artery pressure measurement obtained from a patient at time t 1, wherein time t 1 is prior to the patient taking the at least one medication; record, in the database, a second PAP measurement obtained from the patient at time t 2, wherein time t 2 is subsequent to time t 1 and after the patient has taken at least one medication and time t 2 is a time equal to a half-life of the at least one diuretic after the patient has taken the at least one diuretic, wherein the at least one medication includes at least one diuretic; compare the first and second PAP measurements; and
Method for producing a non-Newtonian fluid in particular for impact protection, comprising: providing at least one non-cross-linked or partially cross-linked polyorganosiloxane as starting material that can be cross-linked to form the non-Newtonian fluid, providing ethanol or methanol as solvent in which a boron compound as cross-linking agent for cross-linking the starting material is dissolved, wherein the solvent has an inhibiting effect on the cross-linking of the starting material, mixing the starting material and the solvent, in which the cross-linking agent is dissolved, and removing the solvent from the mixture and thus releasing the cross-linking agent in the mixture and cross-linking of the starting material by means of the cross-linking agent to form the non-Newtonian fluid. providing at least one non-cross-linked or partially cross-linked polyorganosiloxane as starting material that can be cross-linked to form the non-Newtonian fluid, providing ethanol or methanol as solvent in which a boron compound as cross-linking agent for cross-linking the starting material is dissolved, wherein the solvent has an inhibiting effect on the cross-linking of the starting material, mixing the starting material and the solvent, in which the cross-linking agent is dissolved, and removing the solvent from the mixture and thus releasing the cross-linking agent in the mixture and cross-linking of the starting material by means of the cross-linking agent to form the non-Newtonian fluid.
A refrigerator comprising: at least one refrigerated compartment (115, 125) selectively sealed by a door (110, 120); and a dispenser provided in the door (110, 120), said dispenser including: a housing assembly having a fascia and a spout, the spout being located so that a dispensed substance passes through the spout when the dispenser is activated; a printed circuit board (340, 345) coupled to the housing assembly; a plurality of light sources coupled to the printed circuit board (340, 345); a plurality of light guides (235, 236, 237) adjacent to the plurality of light sources and configured to be illuminated by the plurality of light sources; and a dispensing area defined by a rear wall, a bottom wall and sidewalls (225, 226, 325, 326) of the dispenser, the plurality of light guides (235, 236, 237) providing illumination to the dispensing area, characterised in that the printed circuit board (340, 345) includes first and second printed circuit boards, the first printed circuit board being directly coupled with the front wall of the fascia, and the second printed circuit board being mounted below the first printed circuit board and having the plurality of light sources coupled therewith for illuminating the plurality of light guides (235, 236, 237). at least one refrigerated compartment (115, 125) selectively sealed by a door (110, 120); and a dispenser provided in the door (110, 120), said dispenser including: a housing assembly having a fascia and a spout, the spout being located so that a dispensed substance passes through the spout when the dispenser is activated; a printed circuit board (340, 345) coupled to the housing assembly; a plurality of light sources coupled to the printed circuit board (340, 345); a plurality of light guides (235, 236, 237) adjacent to the plurality of light sources and configured to be illuminated by the plurality of light sources; and a dispensing area defined by a rear wall, a bottom wall and sidewalls (225, 226, 325, 326) of the dispenser, the plurality of light guides (235, 236, 237) providing illumination to the dispensing area, a housing assembly having a fascia and a spout, the spout being located so that a dispensed substance passes through the spout when the dispenser is activated; a printed circuit board (340, 345) coupled to the housing assembly; a plurality of light sources coupled to the printed circuit board (340, 345); a plurality of light guides (235, 236, 237) adjacent to the plurality of light sources and configured to be illuminated by the plurality of light sources; and a dispensing area defined by a rear wall, a bottom wall and sidewalls (225, 226, 325, 326) of the dispenser, the plurality of light guides (235, 236, 237) providing illumination to the dispensing area,
An isolated polynucleotide encoding a polypeptide of interest, wherein said isolated polynucleotide is an mRNA comprising 1-methylpseudouridine, wherein the polynucleotide does not comprise pseudouridine or 5-methyl-cytidine; wherein the polynucleotide exhibits a reduced cellular innate immune response when introduced into a population of cells, as compared to the cellular innate immune response induced by a corresponding unmodified nucleic acid. wherein said isolated polynucleotide is an mRNA comprising 1-methylpseudouridine, wherein the polynucleotide does not comprise pseudouridine or 5-methyl-cytidine; wherein the polynucleotide exhibits a reduced cellular innate immune response when introduced into a population of cells, as compared to the cellular innate immune response induced by a corresponding unmodified nucleic acid.
A method for discontinuous reception, DRX, configuration, comprising: configuring DRXs for a plurality of component carriers, and using one or more component carriers as an anchor component carrier; the anchor component carrier determining DRXs of other non-anchor component carriers; characterized in that wherein, the operation of the anchor component carrier determining DRX of the non-anchor component carriers specifically comprises: the anchor component carrier determining DRX of the non-anchor component carriers through a control signaling or a preset condition; wherein, the non-anchor component carriers determine DRX configuration or DRX operation of the current non-anchor component carrier according to the DRX configuration or DRX operation of the anchor component carrier; wherein, the anchor component carrier achieves control on DRX of the non-anchor component carriers with a control signaling from an enhanced Node B, eNB; wherein, the control signaling specifically comprises: a MAC in a state migration scene of intermigration between short DRX cycle and long DRX cycle, the method further comprises: the eNB triggering the state migration in the MAC CE transmitted by the anchor component carrier, which specifically comprises: the anchor component carrier notifying, through the MAC CE transmitted by the eNB, the current non-anchor component carrier to migrate from short DRX cycle to long DRX cycle; or the anchor component carrier notifying, through the MAC CE transmitted by the eNB, the current non-anchor component carrier to migrate from long DRX cycle to short DRX cycle; or the non-anchor component carrier migrating from long DRX cycle to short DRX cycle by starting the DRX inactivity timer when receiving or transmitting data of the present component carrier according to received downlink assignment or uplink grant instructed by the PDCCH of the anchor component carrier, and entering the short DRX cycle when the DRX inactivity timer times out; or the method further comprises: the eNB triggering the state migration in the MAC CE transmitted by the non-anchor component carrier, which specifically comprises: the eNB transmitting the MAC CE in the current non-anchor component carrier to notify the current non-anchor component carrier to migrate from short DRX cycle to long DRX cycle; or, the eNB transmitting the MAC CE in the current non-anchor component carrier, and notifying the current non-anchor component carrier to migrate from long DRX cycle to short DRX cycle; wherein the DRX configuration is implemented in a LTE-Advanced system.
A ring gear that transmits starting torque output from a starter motor to a crankshaft side member, which rotates with a crankshaft of an internal combustion engine, through a one-way clutch, the ring gear being characterized by comprising: a plurality of regionally formed bodies (26, 28, 30) that are separately formed corresponding to at least two regions that include a race side region including one race portion of the one-way clutch, and a gear side region to which the starting torque is transmitted from the starter motor via gear mesh, wherein a whole shape of the ring gear is radially divided into the at least two regions; and an inter-region joint portion joining the regionally formed bodies; wherein the regionally formed bodies (26, 28, 30) are separately formed corresponding to three regions of the race side region, the gear side region, and an intermediate region that is a region between the race side region and the gear side region, wherein the whole shape of the ring gear is divided into the three regions. a plurality of regionally formed bodies (26, 28, 30) that are separately formed corresponding to at least two regions that include a race side region including one race portion of the one-way clutch, and a gear side region to which the starting torque is transmitted from the starter motor via gear mesh, wherein a whole shape of the ring gear is radially divided into the at least two regions; and an inter-region joint portion joining the regionally formed bodies; wherein the regionally formed bodies (26, 28, 30) are separately formed corresponding to three regions of the race side region, the gear side region, and an intermediate region that is a region between the race side region and the gear side region, wherein the whole shape of the ring gear is divided into the three regions.
A system for providing sound to at least one user, comprising: at least one audio signal source (17, 20, 25, 110A, 110B, 110C) for providing audio signals; a transmission unit comprising a digital transmitter for applying a digital modulation scheme in order to transmit the audio signals from the audio signal source via a wireless digital audio link; at least one receiver unit for reception of audio signals from the transmission unit via the digital audio link, comprising at least two digital receivers (61A, 61B), each being connected to a common processing unit and a separate antenna (38A, 38B) and including a separate demodulator (58A, 58B) and a separate buffer (59A, 59B); means (42, 64, 82) for stimulating the hearing of the user according to audio signals supplied from the processing unit; wherein the wireless link is for transmitting the audio signals as audio data packets, each packet comprising a start frame delimiter, audio data and a frame check sequence, wherein each receiver is for receiving, verifying and buffering each of the audio data packets, wherein the processing unit is adapted to read an audio data packet from the buffer of one of the receivers and, if the packet has been correctly received by that receiver, to flush the buffer of the other one(s) of the receivers and, if the packet has not been correctly received by that receiver, to read the audio data packet from the buffer of another one of the receivers, and wherein the audio signal source is a microphone arrangement integrated into or connected to the transmission unit for capturing a speaker's voice. at least one audio signal source (17, 20, 25, 110A, 110B, 110C) for providing audio signals; a transmission unit comprising a digital transmitter for applying a digital modulation scheme in order to transmit the audio signals from the audio signal source via a wireless digital audio link; at least one receiver unit for reception of audio signals from the transmission unit via the digital audio link, comprising at least two digital receivers (61A, 61B), each being connected to a common processing unit and a separate antenna (38A, 38B) and including a separate demodulator (58A, 58B) and a separate buffer (59A, 59B); means (42, 64, 82) for stimulating the hearing of the user according to audio signals supplied from the processing unit; wherein the wireless link is for transmitting the audio signals as audio data packets, each packet comprising a start frame delimiter, audio data and a frame check sequence, wherein each receiver is for receiving, verifying and buffering each of the audio data packets, wherein the processing unit is adapted to read an audio data packet from the buffer of one of the receivers and, if the packet has been correctly received by that receiver, to flush the buffer of the other one(s) of the receivers and, if the packet has not been correctly received by that receiver, to read the audio data packet from the buffer of another one of the receivers, and wherein the audio signal source is a microphone arrangement integrated into or connected to the transmission unit for capturing a speaker's voice.
A monoclonal anti-Nodal antibody, wherein the monoclonal antibody has a heavy chain variable domain comprising the amino acid sequence of SEQ ID NO:3, and a light chain variable domain comprising the amino acid sequence of SEQ ID NO: 1.
A piece of footwear, comprising: an upper member including a closure system; a midsole member fixedly engaged with the upper member, wherein an exterior major surface of the midsole member includes at least a first engagement element (812a, 812b, 812c), and wherein at least a major portion of the exterior major surface is not designed for performance use in direct contact with a ground surface; and an outsole member removably attachable over at least the major portion of the exterior major surface of the midsole member and, wherein a heel area of the midsole is positioned in the outsole member, the outsole member having an open construction so that some side portions of the midsole member extend outside of the sole member, wherein an interior major surface of the outsole member includes at least a second engagement element (712a, 712b, 712c) that engages with the first engagement element of the midsole member, wherein an exterior major surface of the outsole member is designed for performance use in direct contact with the ground surface, and wherein the outsole member further includes an upper containing region that extends over and partially contains the upper member, wherein the upper containing region at least partially covers the closure system. an upper member including a closure system; a midsole member fixedly engaged with the upper member, wherein an exterior major surface of the midsole member includes at least a first engagement element (812a, 812b, 812c), and wherein at least a major portion of the exterior major surface is not designed for performance use in direct contact with a ground surface; and an outsole member removably attachable over at least the major portion of the exterior major surface of the midsole member and, wherein a heel area of the midsole is positioned in the outsole member, the outsole member having an open construction so that some side portions of the midsole member extend outside of the sole member, wherein an interior major surface of the outsole member includes at least a second engagement element (712a, 712b, 712c) that engages with the first engagement element of the midsole member, wherein an exterior major surface of the outsole member is designed for performance use in direct contact with the ground surface, and wherein the outsole member further includes an upper containing region that extends over and partially contains the upper member, wherein the upper containing region at least partially covers the closure system.
A method for visual compensation comprising: capturing an image using an imager (120, 420); detecting (350, 360) whether eyeglasses are present on a face in the image; and setting an electronic visual display (110, 410) to a normal font size, if eyeglasses are detected as present on the face in the image. capturing an image using an imager (120, 420); detecting (350, 360) whether eyeglasses are present on a face in the image; and setting an electronic visual display (110, 410) to a normal font size, if eyeglasses are detected as present on the face in the image.
A method, comprising: receiving at an apparatus a request for media content, the request corresponding to a user equipment wirelessly connected to a base station in a wireless network; requesting and receiving by the apparatus a portion of the media content from a server; and responsive to a determination the requested media content should not be optimized, sending, through the network toward the user equipment, by the apparatus information that causes a network node (125, 165) to direct additional requests from the user equipment for the media content through the network toward the server without passing through the apparatus. receiving at an apparatus a request for media content, the request corresponding to a user equipment wirelessly connected to a base station in a wireless network; requesting and receiving by the apparatus a portion of the media content from a server; and responsive to a determination the requested media content should not be optimized, sending, through the network toward the user equipment, by the apparatus information that causes a network node (125, 165) to direct additional requests from the user equipment for the media content through the network toward the server without passing through the apparatus.