mhurhangee/ep-ind-claims huggingface dataset:
A wireless electronic device, comprising: a printed circuit board, PCB, comprising first, second, and third conductive layers (101a-101c) separated from one another by first and second dielectric layers (102a-102c) respectively; a stripline in the first conductive layer; two highband dipole antenna strips (202a,202b) in the second conductive layer; and two lowband dipole antenna strips (106a,106b) in the third conductive layer, wherein the two lowband dipole antenna strips are configured to resonate at a lowband resonant frequency and the two highband dipole antenna strips are configured to resonate at a highband resonant frequency when excited by a signal transmitted and/or received through the stripline, characterised in that the second conductive layer is between the first conductive layer that includes the stripline and the third conductive layer that includes the two lowband dipole antenna strips (106a,106b). a printed circuit board, PCB, comprising first, second, and third conductive layers (101a-101c) separated from one another by first and second dielectric layers (102a-102c) respectively; a stripline in the first conductive layer; two highband dipole antenna strips (202a,202b) in the second conductive layer; and two lowband dipole antenna strips (106a,106b) in the third conductive layer, wherein the two lowband dipole antenna strips are configured to resonate at a lowband resonant frequency and the two highband dipole antenna strips are configured to resonate at a highband resonant frequency when excited by a signal transmitted and/or received through the stripline, characterised in that the second conductive layer is between the first conductive layer that includes the stripline and the third conductive layer that includes the two lowband dipole antenna strips (106a,106b).
A computerized method of locating lightning activity, the method comprising: receiving, by a server computing device from a satellite that detects lightning activity occurring in a geographic region, location coordinates and time data associated with the lightning activity detected by the satellite; capturing, by the server computing device from a plurality of ground-based lightning sensors that detect lightning activity, lightning feature data for lightning activity detected by the ground-based lightning sensors, wherein the lightning feature data comprises radio sferic data; generating, by the server computing device, a plurality of ground point locations based upon the lightning feature data captured from the ground-based lightning sensors, wherein generating the plurality of ground point locations comprises combining the radio sferic data received from a plurality of the ground-based lightning sensors and processing the combined data using a time of arrival triangulation algorithm to generate the ground point locations; comparing, by the server computing device, the ground point locations and the location coordinates received from the satellite to identify one or more sets of matched data; augmenting, by the server computing device, for each set of matched data, the location coordinates for the lightning activity received from the satellite with the lightning feature data captured from the ground-based lightning sensors; and transmitting, by the server computing device, the augmented location coordinates for the lightning activity to one or more remote computing devices. receiving, by a server computing device from a satellite that detects lightning activity occurring in a geographic region, location coordinates and time data associated with the lightning activity detected by the satellite; capturing, by the server computing device from a plurality of ground-based lightning sensors that detect lightning activity, lightning feature data for lightning activity detected by the ground-based lightning sensors, wherein the lightning feature data comprises radio sferic data; generating, by the server computing device, a plurality of ground point locations based upon the lightning feature data captured from the ground-based lightning sensors, wherein generating the plurality of ground point locations comprises combining the radio sferic data received from a plurality of the ground-based lightning sensors and processing the combined data using a time of arrival triangulation algorithm to generate the ground point locations; comparing, by the server computing device, the ground point locations and the location coordinates received from the satellite to identify one or more sets of matched data; augmenting, by the server computing device, for each set of matched data, the location coordinates for the lightning activity received from the satellite with the lightning feature data captured from the ground-based lightning sensors; and transmitting, by the server computing device, the augmented location coordinates for the lightning activity to one or more remote computing devices.
A head-mountable display system comprising: a games machine operable to generate a video signal representing a video game; a head mountable display having a frame to be mounted onto an observer's head, the frame defining one or two eye display positions which, in use, are positioned for viewing by the observer, the frame comprising one or more shutters for obscuring the observer's view of the surrounding real environment and a display element mounted with respect to each of the eye display positions, the display element providing a virtual image of a video display of a video signal from the games machine to the observer; an object detector for detecting the presence of an object within a detection range of the observer's head and, in response to such a detection, for instructing the games machine to cause the user's in-game motion to be brought to a halt; and a controller for controlling operation of the head mountable display so as to allow the observer to view at least a portion of the surrounding real environment in response to detection of the presence of an object within the detection range once the user's in-game motion has been brought to a halt. a games machine operable to generate a video signal representing a video game; a head mountable display having a frame to be mounted onto an observer's head, the frame defining one or two eye display positions which, in use, are positioned for viewing by the observer, the frame comprising one or more shutters for obscuring the observer's view of the surrounding real environment and a display element mounted with respect to each of the eye display positions, the display element providing a virtual image of a video display of a video signal from the games machine to the observer; an object detector for detecting the presence of an object within a detection range of the observer's head and, in response to such a detection, for instructing the games machine to cause the user's in-game motion to be brought to a halt; and a controller for controlling operation of the head mountable display so as to allow the observer to view at least a portion of the surrounding real environment in response to detection of the presence of an object within the detection range once the user's in-game motion has been brought to a halt.
A hearing device for audio communication with at least one external device, the hearing device comprising: - a processing unit for providing a processed first signal; - a first acoustic input transducer connected to the processing unit, the first acoustic input transducer being configured for converting a first acoustic signal into a first input signal to the processing unit for providing the processed first signal; - a second input transducer for providing a second input signal; - an acoustic output transducer connected to the processing unit, the acoustic output transducer being configured for converting the processed first signal into an audio output signal of the acoustic output transducer; wherein the second input signal is provided by converting, in the second input transducer, at least the audio output signal from the acoustic output transducer and a body-conducted voice signal from the user of the hearing device; the hearing device comprising a user voice extraction unit for extracting a voice signal, where the user voice extraction unit is connected to the processing unit for receiving the processed first signal and connected to the second input transducer for receiving the second input signal; wherein the user voice extraction unit is configured to extract the voice signal based on the second input signal and the processed first signal; and wherein the voice signal is configured to be transmitted to the at least one external device; characterized by: the hearing device further comprising a voice processing unit for processing the extracted voice signal based on the extracted voice signal and/or the first input signal before transmitting the extracted voice signal to the at least one external device. - a processing unit for providing a processed first signal; - a first acoustic input transducer connected to the processing unit, the first acoustic input transducer being configured for converting a first acoustic signal into a first input signal to the processing unit for providing the processed first signal; - a second input transducer for providing a second input signal; - an acoustic output transducer connected to the processing unit, the acoustic output transducer being configured for converting the processed first signal into an audio output signal of the acoustic output transducer;
An optoelectronic sensor, preferably an optoelectronic miniature sensor, comprising optical and electronic elements (3, 4) that are positioned on a circuit board mounted on one side, characterized in that an unmounted side of the thin circuit board lies directly on a stabilization plate, with the stabilization plate forming an outer wall of the sensor, characterized in that: the stabilization plate consists of precious metal, with the optical and electronic elements (3, 4) arranged on the circuit board being covered by an at least partly transparent component.
A photocurable composition comprising: a. 30-80% by weight of an epoxy-containing compound; b. 5-40% by weight of a polyfunctional (meth)acrylate; c. 5-40% by weight of a polyol-containing mixture comprising at least one component having a molecular weight ranging from 60 g/mol to less than 6000 g/mol which contains an alcohol functionality; at least one polyol, which is different from component and has a higher molecular weight than component and which has a molecular weight higher than 1500 g/mol; d. a cationic photoinitiator; e. a free radical photoinitiator; and optionally f. one or more stabilizers, wherein the percent by weight is based on the total weight of the photocurable composition. a. 30-80% by weight of an epoxy-containing compound; b. 5-40% by weight of a polyfunctional (meth)acrylate; c. 5-40% by weight of a polyol-containing mixture comprising at least one component having a molecular weight ranging from 60 g/mol to less than 6000 g/mol which contains an alcohol functionality; at least one polyol, which is different from component and has a higher molecular weight than component and which has a molecular weight higher than 1500 g/mol; at least one component having a molecular weight ranging from 60 g/mol to less than 6000 g/mol which contains an alcohol functionality; at least one polyol, which is different from component and has a higher molecular weight than component and which has a molecular weight higher than 1500 g/mol; d. a cationic photoinitiator; e. a free radical photoinitiator; and optionally f. one or more stabilizers,
Method for casting a solid propellant charge which is fixed to the combustion chamber wall and configured in the form of an internal burner, wherein a casting core is arranged in the longitudinal axis of the combustion chamber, the plastic propellant mass is cast into the combustion chamber and compressed, and the casting core is removed after curing of the propellant charge, characterized in that before casting, shaped parts (5 to 11) are attached to the casting core and/or the combustion chamber wall which are provided with outlet openings for the passage of the propellant mass during casting and compressing, which remain in the propellant charge after removal of the casting core and which are made of a material combusting or decomposing when the propellant charge is combusted.
Use of a chimeric, humanised, or human monoclonal antibody composition targeted against an antigen of a pathogenic organism for humans, said composition having in the glycan structure of the Fc domain of the antibody a concentration of over 60% for the forms G0 + G1 + G0F + G1F and a concentration for the forms G0F + G1F lower than 50%, for the preparation of a drug intended for the treatment of infections by said pathogenic organism in patients homozygous for phenylalanine in position 158 of CD16 (FCGR3A-158F homozygotes) or patients heterozygous for valine/phenylalanine in position 158 of CD16 (FCGR3A-158V/F).
A method of forming a contact to an ultraviolet light-emitting device (300, 500), the method comprising: providing a substrate having an Al y Ga 1-y N top surface, wherein y ≥ 0.4; forming an active, light-emitting device structure over the substrate, the device structure comprising a plurality of layers each comprising Al x Ga 1-x N; forming an undoped graded Al 1-z Ga z N layer over the device structure, a composition of the graded layer being graded in Ga concentration z such that the Ga concentration z increases in a direction away from the light-emitting device structure; forming over the graded layer a p-doped Al 1-w Ga w N cap layer 1 having (i) a thickness between 2 nm and 30 nm, (ii) a surface roughness of less than 6 nm over a sample size of 200 μm × 300 μm, and (iii) a Ga concentration w ≥ 0.8; and forming over the Al 1-w Ga w N cap layer a metallic contact comprising at least one metal, the metallic contact having a contact resistivity to the Al 1-w Ga w N cap layer of less than 1.0 mΩ-cm 2. providing a substrate having an Al y Ga 1-y N top surface, wherein y ≥ 0.4; forming an active, light-emitting device structure over the substrate, the device structure comprising a plurality of layers each comprising Al x Ga 1-x N; forming an undoped graded Al 1-z Ga z N layer over the device structure, a composition of the graded layer being graded in Ga concentration z such that the Ga concentration z increases in a direction away from the light-emitting device structure; forming over the graded layer a p-doped Al 1-w Ga w N cap layer 1 having (i) a thickness between 2 nm and 30 nm, (ii) a surface roughness of less than 6 nm over a sample size of 200 μm × 300 μm, and (iii) a Ga concentration w ≥ 0.8; and forming over the Al 1-w Ga w N cap layer a metallic contact comprising at least one metal, the metallic contact having a contact resistivity to the Al 1-w Ga w N cap layer of less than 1.0 mΩ-cm 2.
Bicycle tyre having a section width S, comprising: - two sidewalls connecting a tread to two beads, - a continuous toothing having a substantially radial generatrix with respect to the rotation axis of the tyre in the axial direction (YY'), said toothing being positioned circumferentially on an axially outer face of at least one sidewall and comprising teeth, - the teeth having a height h and a length l and comprising an elastomeric material having a Shore A hardness, - the toothing having a pitch p between two consecutive teeth, characterized in that the height h of the teeth is at least equal to 0.6 mm and at most equal to 3 mm, in that the length l of the teeth is at least equal to 0.15 times and at most equal to 0.50 times the section width S of the tyre, in that the elastomeric material of the teeth has a Shore A hardness of at least equal to 55 and at most equal to 85, and in that the pitch p of the toothing is at least equal to 1.8 mm and at most equal to 5.5 mm. - two sidewalls connecting a tread to two beads, - a continuous toothing having a substantially radial generatrix with respect to the rotation axis of the tyre in the axial direction (YY'), said toothing being positioned circumferentially on an axially outer face of at least one sidewall and comprising teeth, - the teeth having a height h and a length l and comprising an elastomeric material having a Shore A hardness, - the toothing having a pitch p between two consecutive teeth,
A carton for containing a plurality of articles, the carton comprising: a plurality of panels that extend at least partially around an interior of the carton, the plurality of panels comprising a top panel (31, 35), a first side panel, a second side panel, and a bottom panel; end flaps (41a, 41b, 43a, 43b, 45a, 45b, 47a, 47b, 49a, 49b) respectively foldably connected to respective panels of the plurality of panels (17, 21, 23, 31, 35), the end flaps being at least partially overlapped with respect to one another and thereby at least partially form a closed end (55, 57) of the carton; and a dispenser comprising a dispenser panel (101, 103, 125) being at least partially defined by a dispenser tear line (105, 115) extending in at least the top panel (31, 35) and at least one of the end flaps (47a, 47b, 49a, 49b), the dispenser panel (101, 103, 125) being at least partially removable from the carton to create a dispenser opening, an opening section (133a, 133b) being at least partially defined by the dispenser tear line (105, 115) and being foldably connected to one of the first side panel and the second side panel, the opening section (133a, 133b) being positionable relative to the one of first side panel and the second side panel to expand the dispenser opening, the carton further comprising a handle comprising a handle panel (75, 76), characterised in that the handle panel (75, 76) extends in at least the dispenser panel (101, 103, 125). a plurality of panels that extend at least partially around an interior of the carton, the plurality of panels comprising a top panel (31, 35), a first side panel, a second side panel, and a bottom panel; end flaps (41a, 41b, 43a, 43b, 45a, 45b, 47a, 47b, 49a, 49b) respectively foldably connected to respective panels of the plurality of panels (17, 21, 23, 31, 35), the end flaps being at least partially overlapped with respect to one another and thereby at least partially form a closed end (55, 57) of the carton; and a dispenser comprising a dispenser panel (101, 103, 125) being at least partially defined by a dispenser tear line (105, 115) extending in at least the top panel (31, 35) and at least one of the end flaps (47a, 47b, 49a, 49b), the dispenser panel (101, 103, 125) being at least partially removable from the carton to create a dispenser opening, an opening section (133a, 133b) being at least partially defined by the dispenser tear line (105, 115) and being foldably connected to one of the first side panel and the second side panel, the opening section (133a, 133b) being positionable relative to the one of first side panel and the second side panel to expand the dispenser opening, the carton further comprising a handle comprising a handle panel (75, 76), characterised in that the handle panel (75, 76) extends in at least the dispenser panel (101, 103, 125).
A CO 2 recovery system (10, 10A to 10D) comprising: a CO 2 absorber for bringing a cooled CO 2 -containing exhaust gas into contact with a CO 2 -absorbent absorbing CO 2 so as to remove CO 2 from the exhaust gas; a first absorbent regenerator for regenerating an absorbent by releasing CO 2 from a CO 2 -absorbent having absorbed CO 2; a second absorbent regenerator for regenerating an absorbent by releasing residual CO 2 from a first lean solution discharged from the first absorbent regenerator; a regeneration superheater for indirectly superheating by saturated vapor a second lean solution discharged from the second absorbent regenerator; a flash drum for flashing the second lean solution discharged from the second absorbent regenerator, wherein vapor generated in the flash drum is inputted to the first absorbent regenerator, and a lean/lean solution heat exchanger for heat-exchanging the first lean solution with a third lean solution flashed in the flash drum is provided at an intersection between a first lean solution supply (L 3) through which the first lean solution is supplied to the second absorbent regenerator from the first absorbent regenerator and a supply line (L 6) through which the third lean solution is supplied from the flash drum, and the third lean solution is, after leaving the lean/lean solution heat exchanger, sent back to the CO 2 absorber. a CO 2 absorber for bringing a cooled CO 2 -containing exhaust gas into contact with a CO 2 -absorbent absorbing CO 2 so as to remove CO 2 from the exhaust gas; a first absorbent regenerator for regenerating an absorbent by releasing CO 2 from a CO 2 -absorbent having absorbed CO 2; a second absorbent regenerator for regenerating an absorbent by releasing residual CO 2 from a first lean solution discharged from the first absorbent regenerator; a regeneration superheater for indirectly superheating by saturated vapor a second lean solution discharged from the second absorbent regenerator; a flash drum for flashing the second lean solution discharged from the second absorbent regenerator, wherein vapor generated in the flash drum is inputted to the first absorbent regenerator, and a lean/lean solution heat exchanger for heat-exchanging the first lean solution with a third lean solution flashed in the flash drum is provided at an intersection between a first lean solution supply (L 3) through which the first lean solution is supplied to the second absorbent regenerator from the first absorbent regenerator and a supply line (L 6) through which the third lean solution is supplied from the flash drum, and the third lean solution is, after leaving the lean/lean solution heat exchanger, sent back to the CO 2 absorber.
A method of encoding a bit sequence over a Physical Downlink Control Channel, PDCCH, having Downlink Control Information, DCI, including: (a) determining DCI bits to provide a DCI bit sequence; (b) performing a CRC calculation on the DCI bit sequence to provide a CRC parity bit sequence; (c) scrambling the CRC parity bit sequence to provide a scrambled CRC bit sequence; (d) if the DCI format is LTE-A, further scrambling the DCI together with the attached scrambled CRC bit sequence to provide a LTE-A scrambled bit sequence; (e) channel coding either the DCI attached scrambled CRC bit sequence or LTE-A scrambled bit sequence to provide a channel coded bit sequence; (f) modulating the channel coded bit sequence to provide a modulated symbol sequence; (g) layer mapping the modulated symbol sequence to one or more antennas associated with a transmitter to provide one or more layers having a symbol sequence; and (h) precoding the layered symbol sequences. (a) determining DCI bits to provide a DCI bit sequence; (b) performing a CRC calculation on the DCI bit sequence to provide a CRC parity bit sequence; (c) scrambling the CRC parity bit sequence to provide a scrambled CRC bit sequence; (d) if the DCI format is LTE-A, further scrambling the DCI together with the attached scrambled CRC bit sequence to provide a LTE-A scrambled bit sequence; (e) channel coding either the DCI attached scrambled CRC bit sequence or LTE-A scrambled bit sequence to provide a channel coded bit sequence; (f) modulating the channel coded bit sequence to provide a modulated symbol sequence; (g) layer mapping the modulated symbol sequence to one or more antennas associated with a transmitter to provide one or more layers having a symbol sequence; and (h) precoding the layered symbol sequences.
A combination of the cannabinoids tetrahydrocannabinol and cannabidiol in a ratio of from 5:1 to 1:5 together with a non-cannabinoid chemotherapeutic agent for use in the treatment of a brain tumour wherein the THC and/ or CBD is present in an amount which would be considered sub-optimal if it were used alone.