mhurhangee/ep-ind-claims huggingface dataset:
An imaging system for a towing vehicle, the imaging system having a processor configured to: determine a reference speed of the towing vehicle; receive first image data from a first imaging device disposed on the towing vehicle; receive second image data from a second imaging device disposed on a towed vehicle; apply a first scaling factor to the second image data to generate scaled second image data, the first scaling factor being determined in dependence on the determined reference speed of the towing vehicle; generate composite image data by combining at least a part of the scaled second image data with at least a part of the first image data; and output the composite image data for display on a display screen. determine a reference speed of the towing vehicle; receive first image data from a first imaging device disposed on the towing vehicle; receive second image data from a second imaging device disposed on a towed vehicle; apply a first scaling factor to the second image data to generate scaled second image data, the first scaling factor being determined in dependence on the determined reference speed of the towing vehicle; generate composite image data by combining at least a part of the scaled second image data with at least a part of the first image data; and output the composite image data for display on a display screen.
An apparatus, comprising: a transceiver (410a-410n) including at least a controller, the transceiver configured to: transmit a reference signal; receive, in response to the reference signal and from at least one user equipment UE, capability information that includes at least one of the number of sub-bands in a plurality of sub-bands within an entire bandwidth and the bandwidth of each sub-band in said plurality of sub-bands; determine an interleaved guard OFDM, IG-OFDM, structure corresponding to an UE of the at least one UE based on capability information from said UE, the IG-OFDM structure corresponding to the UE including the plurality of sub-bands which are independently decodable in the UE and guard tones distributed between the plurality of sub-bands where no signal is transmitted; and communicate with the UE using a transmitted waveform that is shaped according to the IG-OFDM structure corresponding to the UE, wherein the capability information from the UE is transmitted using a bitmap of tones for the IG-OFDM structure, where the bit-map indicates locations where the guard tones are to be inserted. a transceiver (410a-410n) including at least a controller, the transceiver configured to: transmit a reference signal; receive, in response to the reference signal and from at least one user equipment UE, capability information that includes at least one of the number of sub-bands in a plurality of sub-bands within an entire bandwidth and the bandwidth of each sub-band in said plurality of sub-bands; determine an interleaved guard OFDM, IG-OFDM, structure corresponding to an UE of the at least one UE based on capability information from said UE, the IG-OFDM structure corresponding to the UE including the plurality of sub-bands which are independently decodable in the UE and guard tones distributed between the plurality of sub-bands where no signal is transmitted; and communicate with the UE using a transmitted waveform that is shaped according to the IG-OFDM structure corresponding to the UE, transmit a reference signal; receive, in response to the reference signal and from at least one user equipment UE, capability information that includes at least one of the number of sub-bands in a plurality of sub-bands within an entire bandwidth and the bandwidth of each sub-band in said plurality of sub-bands; determine an interleaved guard OFDM, IG-OFDM, structure corresponding to an UE of the at least one UE based on capability information from said UE, the IG-OFDM structure corresponding to the UE including the plurality of sub-bands which are independently decodable in the UE and guard tones distributed between the plurality of sub-bands where no signal is transmitted; and communicate with the UE using a transmitted waveform that is shaped according to the IG-OFDM structure corresponding to the UE, wherein the capability information from the UE is transmitted using a bitmap of tones for the IG-OFDM structure, where the bit-map indicates locations where the guard tones are to be inserted.
A handheld dental instrument (100, 100A) comprising: a casing provided with a holding portion to be held by a user; a reception unit provided on the casing to receive an operation from the user; and a control unit configured to control a control target within the handheld dental instrument (100, 100A) to perform a predetermined action in response to the operation received by the reception unit, wherein the control unit is configured to perform as a first control switching between a first mode and a second mode when the operation received by the reception unit from the user is a first operation, and to perform a second control different from the switching when the operation received by the reception unit from the user is a second operation different from the first operation and when the second operation is received by the reception unit from the user while in the first mode, a performed second control differs in control contents from a second control that is performed when the second operation is received by the reception unit from the user while in the second mode. a casing provided with a holding portion to be held by a user; a reception unit provided on the casing to receive an operation from the user; and a control unit configured to control a control target within the handheld dental instrument (100, 100A) to perform a predetermined action in response to the operation received by the reception unit, wherein the control unit is configured to perform as a first control switching between a first mode and a second mode when the operation received by the reception unit from the user is a first operation, and to perform a second control different from the switching when the operation received by the reception unit from the user is a second operation different from the first operation and when the second operation is received by the reception unit from the user while in the first mode, a performed second control differs in control contents from a second control that is performed when the second operation is received by the reception unit from the user while in the second mode.
A lithium secondary battery which comprises a cylindrical jelly roll in which a sheet-like electrode assembly having a stacked structure of a sheet-like positive electrode, a sheet-like separator and a sheet-like negative electrode is wound cylindrically, wherein a semi-cylindrical first winding core and second winding core are spaced apart from each other by a predetermined interval at a core portion of the cylindrical jelly roll, while facing each other, so that the core portion comprises a winding core member having a cylindrical shape as a whole; the sheet-like positive electrode comprises a non-coated portion sheet that is positioned at one end of the positive electrode, is not coated with an active material and has a positive electrode tab fused thereto and a coated portion sheet which occupies the whole portion of the positive electrode except the non-coated portion sheet of the positive electrode and is coated with an active material, and the non-coated portion sheet and the coated portion sheet are attached to the positive electrode by a tape, in a state where they are overlapped with each other by a predetermined length; the non-coated portion of the sheet-like positive electrode is positioned at the core portion of the cylindrical jelly roll; and the portion of the sheet-like positive electrode having the tape is positioned around the circumference of the winding core member, with the proviso that the portion of the sheet-like positive electrode having the tape avoids the portion where the first winding core is spaced apart from the second winding core by a predetermined interval.
Base strip for connection to a printed circuit board, comprising - a first side wall which extends longitudinally along a longitudinal direction, - a second side wall which extends longitudinally along the longitudinal direction and is at a distance from the first side wall along a transverse direction which is directed transversely in relation to the longitudinal direction, so that a receiving space is formed between the side walls (11, 12), it being possible for one or more plug elements to be inserted into the said receiving space in an insertion direction, and - a base which connects the first side wall and the second side wall to one another and has a plurality of receiving openings for receiving electrical contact elements, characterized in that the base strip is manufactured in one piece from plastic, and in that the centre of gravity of the base strip corresponds to the geometric centre of gravity of an imaginary cuboid which envelops the base strip. - a first side wall which extends longitudinally along a longitudinal direction, - a second side wall which extends longitudinally along the longitudinal direction and is at a distance from the first side wall along a transverse direction which is directed transversely in relation to the longitudinal direction, so that a receiving space is formed between the side walls (11, 12), it being possible for one or more plug elements to be inserted into the said receiving space in an insertion direction, and - a base which connects the first side wall and the second side wall to one another and has a plurality of receiving openings for receiving electrical contact elements,
An in vitro method for diagnosing a cutaneous T cell lymphoma (CTCL) which is the Sézary Syndrome in a patient, said method comprising the step of assessing the expression of NKp46 receptor in T cells in a biological sample obtained from said patient, wherein the expression of NKp46 receptor in T cells is indicative of the CTCL.
A steering apparatus comprising: an input shaft of which one end is connected to a steering wheel; and a steering column that rotatably supports the input shaft, wherein the steering column includes a cylindrical outer column and a cylindrical inner column that is partially inserted into the outer column and guides the outer column in an axial direction, the inner column has a stopper, which regulates a movable range of the outer column in the axial direction, arranged on an outer circumferential surface, the stopper has a weight to enlarge the range of the outer column when the stopper is deformed or moved due to inertial force to be applied to the weight during a primary collision, and the stopper includes a base portion which is fixed to the outer circumferential surface of the inner column, a first arm which has one end fixed to the base portion and is axially arranged from the base portion, a hold portion which is fixed to the other end of the first arm, a second arm which has one end fixed to the hold portion and is arranged outward in a radial direction from the hold portion, and the weight which is fixed to the other end of the second arm. an input shaft of which one end is connected to a steering wheel; and a steering column that rotatably supports the input shaft, wherein the steering column includes a cylindrical outer column and a cylindrical inner column that is partially inserted into the outer column and guides the outer column in an axial direction, the inner column has a stopper, which regulates a movable range of the outer column in the axial direction, arranged on an outer circumferential surface, the stopper has a weight to enlarge the range of the outer column when the stopper is deformed or moved due to inertial force to be applied to the weight during a primary collision, and the stopper includes a base portion which is fixed to the outer circumferential surface of the inner column, a first arm which has one end fixed to the base portion and is axially arranged from the base portion, a hold portion which is fixed to the other end of the first arm, a second arm which has one end fixed to the hold portion and is arranged outward in a radial direction from the hold portion, and the weight which is fixed to the other end of the second arm.
A system comprising: a processor configured to: determine a trajectory of a target volume; determine a treatment plan by identifying a portion of the trajectory of the target volume and an irradiation field corresponding to the portion of the trajectory, the portion of the trajectory commencing at a control point of the trajectory; and monitor the trajectory of the target volume until it is determined that the trajectory is at the control point; a collimator configured to restrict a treatment beam to the irradiation field; and a treatment beam delivery device configured to deliver the treatment beam to the irradiation field in response to the determination that the trajectory of the target volume is at the control point, where the irradiation field corresponding to the portion of the trajectory is dynamic, and the collimator is configured to move while the treatment beam is delivered during the portion of the trajectory, characterized in that the portion of the trajectory is identified such that a velocity of the target volume is less than a velocity achievable by leaves of collimator. a processor configured to: determine a trajectory of a target volume; determine a treatment plan by identifying a portion of the trajectory of the target volume and an irradiation field corresponding to the portion of the trajectory, the portion of the trajectory commencing at a control point of the trajectory; and monitor the trajectory of the target volume until it is determined that the trajectory is at the control point; determine a trajectory of a target volume; determine a treatment plan by identifying a portion of the trajectory of the target volume and an irradiation field corresponding to the portion of the trajectory, the portion of the trajectory commencing at a control point of the trajectory; and monitor the trajectory of the target volume until it is determined that the trajectory is at the control point; a collimator configured to restrict a treatment beam to the irradiation field; and a treatment beam delivery device configured to deliver the treatment beam to the irradiation field in response to the determination that the trajectory of the target volume is at the control point, where the irradiation field corresponding to the portion of the trajectory is dynamic, and the collimator is configured to move while the treatment beam is delivered during the portion of the trajectory, characterized in that the portion of the trajectory is identified such that a velocity of the target volume is less than a velocity achievable by leaves of collimator.
A rear light device for motor vehicles, adapted to provide a 3D effect, including several LED light sources, said device being composed of a module comprising, from the rear to the front, in the direction of the substantially parallel light beams emitted by said LEDs: - a printed circuit board, shortened as PCB, including at least three LEDs, made operational by suitable printed circuits and an external power supply, - a light guide, - optical parts (3, 3') suitable for guiding and/or distributing at convenience the beams of one or several of said LEDs, - a mirror, with or without resist areas, - at least one semi-transparent screen, characterized in that the device comprises at least two LEDs associated with means intended to ensure the sidelight light guide function, and two additional red LEDs for the stop function and/or two additional orange LEDs for the turn-signal function and/or two additional white LEDs for the reversing function, and in that the mirror includes at least one resist area located opposite at least one additional LED for the stop function and/or for the turn-signal function or for the reversing function, and in that the semi-transparent screen includes a resist area opposite each of the light beams coming from the additional LEDs or opposite some of them, and in that the function of one or several additional LEDs has itself no 3D effect, the light emitted by this or these allocated additional LEDs passing through a suitable optical system for its splitting into sub-beams, which pass through a suitable resist area of the mirror and a suitable resist area of the semi-transparent screen. - a printed circuit board, shortened as PCB, including at least three LEDs, made operational by suitable printed circuits and an external power supply, - a light guide, - optical parts (3, 3') suitable for guiding and/or distributing at convenience the beams of one or several of said LEDs, - a mirror, with or without resist areas, - at least one semi-transparent screen,
An element (1; 3) introducible into a human or animal body, wherein the element is selected from the group consisting of casings for electronic devices such as transponders, defibrillators, pacemakers, and wherein the element comprises a glass at least in some areas thereof, which inhibits the formation of biofilms, and/or which is not cytotoxic to human or animal cells and is compatible with blood, when the element is introduced into the human or animal body or attached thereto; wherein the glass comprises at least: SiO 2 in a range from 60 to 75 wt%, and ZnO in a range from 1 to 7 wt%; characterized in that the element comprises at least one casing or constitutes a casing adapted for accommodating electronic components; wherein the casing is made of said glass at least in areas thereof; and/or wherein the casing has at least one coating made of said glass at least in areas thereof. which inhibits the formation of biofilms, and/or which is not cytotoxic to human or animal cells and is compatible with blood, when the element is introduced into the human or animal body or attached thereto; wherein the glass comprises at least: SiO 2 in a range from 60 to 75 wt%, and ZnO in a range from 1 to 7 wt%; characterized in that SiO 2 in a range from 60 to 75 wt%, and ZnO in a range from 1 to 7 wt%; the element comprises at least one casing or constitutes a casing adapted for accommodating electronic components; wherein the casing is made of said glass at least in areas thereof; and/or wherein the casing has at least one coating made of said glass at least in areas thereof.
A device for delivering a supply of gases to a user comprising: a patient interface, in use in fluid communication with said supply of gases, a forehead rest engaging said interface including a deformable resilient member configured to in use rest against the face of a patient, wherein said deformable resilient member has a top surface (302, 320, 329, 343, 352, 359) and a base (303, 325, 333, 354) connected by two side walls (304, 305, 323, 324, 330, 331, 341, 342, 355, 356), said side walls (304, 305, 323, 324, 330, 331, 341, 342, 355, 356) being compressible in use; characterised in that said top surface (302, 320, 329, 343, 352, 359) is substantially thicker than said side walls (304, 305, 323, 324, 330, 331, 341, 342, 355, 356) and thereby said deformable resilient member when compressed in use creates a uniformly and gradually increasing force, while evenly distributing the pressure on the forehead of said patient that contacts said resilient member. a patient interface, in use in fluid communication with said supply of gases, a forehead rest engaging said interface including a deformable resilient member configured to in use rest against the face of a patient, wherein said deformable resilient member has a top surface (302, 320, 329, 343, 352, 359) and a base (303, 325, 333, 354) connected by two side walls (304, 305, 323, 324, 330, 331, 341, 342, 355, 356), said side walls (304, 305, 323, 324, 330, 331, 341, 342, 355, 356) being compressible in use; characterised in that said top surface (302, 320, 329, 343, 352, 359) is substantially thicker than said side walls (304, 305, 323, 324, 330, 331, 341, 342, 355, 356) and thereby said deformable resilient member when compressed in use creates a uniformly and gradually increasing force, while evenly distributing the pressure on the forehead of said patient that contacts said resilient member.
A glass melt electrode comprising: a base sized and shaped for engagement with an interior surface of a glass-melting furnace; and an elongated shaft extending from the base, wherein at least an outer surface layer of the shaft is: - single-crystalline, or - composed of large crystalline grains each having a grain size larger than 1 mm, preferably, the grain size of each of the large crystalline grains is larger than 5 mm, or larger than 10 mm, and comprises one or more refractory metals. a base sized and shaped for engagement with an interior surface of a glass-melting furnace; and an elongated shaft extending from the base, wherein at least an outer surface layer of the shaft is: - single-crystalline, or - composed of large crystalline grains each having a grain size larger than 1 mm, preferably, the grain size of each of the large crystalline grains is larger than 5 mm, or larger than 10 mm, - single-crystalline, or - composed of large crystalline grains each having a grain size larger than 1 mm, preferably, the grain size of each of the large crystalline grains is larger than 5 mm, or larger than 10 mm, and comprises one or more refractory metals.
Method for dismantling offshore foundation structures having at least one hollow pile which is driven into a seabed at its leading open end so as to enclose earth, wherein the hollow pile is hydraulically and/or pneumatically extracted, the method comprising the following method steps: a) closing openings in the hollow pile, b) attaching a connector for a fluid line to the hollow pile so that the connector communicates with a cavity of the hollow pile, c) establishing a connection between the fluid line and the connector, d) fixing a hoist to the hollow pile, e) pressurizing the hollow pile with filtered seawater as a pressure medium provided via the fluid line, and f) retrieving the hoist by means of a crane so as to extract the hollow pile, wherein the crane takes up the load of the hollow pile, wherein the method comprises, before carrying out method step e), reducing a cross section of the hollow pile that is hydraulically effective during method step e) in a lower, non-embedded end of the hollow pile and/or wherein the hollow pile is at least partially filled with a drilling fluid to reduce the permeability of the bed before or during method step e). a) closing openings in the hollow pile, b) attaching a connector for a fluid line to the hollow pile so that the connector communicates with a cavity of the hollow pile, c) establishing a connection between the fluid line and the connector, d) fixing a hoist to the hollow pile, e) pressurizing the hollow pile with filtered seawater as a pressure medium provided via the fluid line, and f) retrieving the hoist by means of a crane so as to extract the hollow pile, wherein the crane takes up the load of the hollow pile,
Use of a purine base-containing polymer as an anti-ice nucleation activator, wherein the purine base is at least one compound selected from the group consisting of adenine, purine, guanine, hypoxanthine, xanthine, theobromine, caffeine, uric acid, isoguanine, and theophylline.