mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine system comprising: a nacelle mounted on a tower, and a rotor having a plurality of blades and a boundary layer control system configured to control airflow through blade surface openings in each of the blades; a control system configured to monitor an operational speed parameter of the wind turbine rotor and to monitor tower motion; characterized in that the control system monitors the operational speed parameter and monitors tower motion, and wherein the control system is configured to activate the boundary layer control system based on a determination that the predetermined operational speed parameter threshold has been exceeded and that the tower motion is excessive. a nacelle mounted on a tower, and a rotor having a plurality of blades and a boundary layer control system configured to control airflow through blade surface openings in each of the blades; a control system configured to monitor an operational speed parameter of the wind turbine rotor and to monitor tower motion; characterized in that the control system monitors the operational speed parameter and monitors tower motion, and wherein the control system is configured to activate the boundary layer control system based on a determination that the predetermined operational speed parameter threshold has been exceeded and that the tower motion is excessive.
A wiring substrate comprising: a substrate main body (kp) which is formed of a plurality of stacked ceramic layers, which has a rectangular shape in plan view, which has a pair of opposite first and second main surfaces (3, 2), and which has side surfaces each being located between the pair of main surfaces (3, 2), and having a groove surface located on a side toward the first main surface and a fracture surface located between the groove surface and the second main surface; and a notch which has a concave shape in plan view, and which is provided on a side surface at least on a side toward the first main surface so as to extend in a thickness direction of the side surface, the wiring substrate being characterized in that: on opposite sides of the notch, the boundary in the side surface between the groove surface and the fracture surface has a first curved portion, the first curved portions being convex toward the first main surface of the substrate main body (kp) in side view; and a second curved portion which is convex toward the second main surface of the substrate main body (kp) in side view, such that said boundary is further from the first main surface at the position of the notch than at positions away from the notch. a substrate main body (kp) which is formed of a plurality of stacked ceramic layers, which has a rectangular shape in plan view, which has a pair of opposite first and second main surfaces (3, 2), and which has side surfaces each being located between the pair of main surfaces (3, 2), and having a groove surface located on a side toward the first main surface and a fracture surface located between the groove surface and the second main surface; and a notch which has a concave shape in plan view, and which is provided on a side surface at least on a side toward the first main surface so as to extend in a thickness direction of the side surface, the wiring substrate being characterized in that: on opposite sides of the notch, the boundary in the side surface between the groove surface and the fracture surface has a first curved portion, the first curved portions being convex toward the first main surface of the substrate main body (kp) in side view; and a second curved portion which is convex toward the second main surface of the substrate main body (kp) in side view, such that said boundary is further from the first main surface at the position of the notch than at positions away from the notch.
An interactive display device comprising a side surface; and mechanically connected to the side surface: a rear surface; a display for producing to a user an image visible from outside of the device; background illumination behind the display when seen from the side of the user; an infrared light image capture unit configured to capture an infrared image of a pointing object through the display when the pointing object is brought near the display; and an infrared reflection inhibitor (109;301,302;401,402;501) between the display and the rear surface configured to enable the infrared image capture unit to capture the infrared image of the pointing object whilst inhibiting reflection of infrared light from the rear surface towards the display; characterized in that the infrared reflection inhibitor (109;301,302;401,402;501) comprises an infrared absorbing layer around the background light illumination or behind the background light illumination, substantially covering the rear surface when seen from the side of the display; wherein the infrared reflection inhibitor (109;301,302;401,402;501) comprises a black plate (109;302). a rear surface; a display for producing to a user an image visible from outside of the device; background illumination behind the display when seen from the side of the user; an infrared light image capture unit configured to capture an infrared image of a pointing object through the display when the pointing object is brought near the display; and an infrared reflection inhibitor (109;301,302;401,402;501) between the display and the rear surface configured to enable the infrared image capture unit to capture the infrared image of the pointing object whilst inhibiting reflection of infrared light from the rear surface towards the display; characterized in that the infrared reflection inhibitor (109;301,302;401,402;501) comprises an infrared absorbing layer around the background light illumination or behind the background light illumination, substantially covering the rear surface when seen from the side of the display; wherein the infrared reflection inhibitor (109;301,302;401,402;501) comprises a black plate (109;302).
Assembly of a heat exchanger and a fluid channel for guiding a fluid through said heat exchanger, wherein the fluid channel comprises a groove for receiving at least part of the circumference of the heat exchanger, the assembly comprising a seal for sealing off the gap between the heat exchanger and the inside wall of the groove, the seal comprising at least one fixing member (51, 52) for fixing the seal on at least part of the circumference of the heat exchanger and at least a first and second lip adapted to contact opposite sides (71, 72) of the groove to thereby seal off the gap between the heat exchanger and the fluid channel and to fix said at least part of the circumference of the heat exchanger inside the groove, the seal comprising a first and second fixing member adapted to snap fit a part of the heat exchanger between the two members, characterised in that, at least the first lip comprises a flexible material, to allow the lip to bend under pressure. wherein the second lip comprises material with a higher resistance against bending than the first lip.
A method for obtaining channel information, comprising: transmitting, by a beamformer, a request for obtaining channel information to a beamformee within a duration of a current first transmission opportunity, TXOP; if the beamformer determines that the duration of the current first TXOP is insufficient for receiving the channel information and if the beamformer obtains a second TXOP within a validity period of the channel information, transmitting, by the beamformer, a channel information indication frame to the beamformee to request the channel information within a duration of the second TXOP, and receiving, by the beamformer, the channel information transmitted by the beamformee. transmitting, by a beamformer, a request for obtaining channel information to a beamformee within a duration of a current first transmission opportunity, TXOP; if the beamformer determines that the duration of the current first TXOP is insufficient for receiving the channel information and if the beamformer obtains a second TXOP within a validity period of the channel information, transmitting, by the beamformer, a channel information indication frame to the beamformee to request the channel information within a duration of the second TXOP, and receiving, by the beamformer, the channel information transmitted by the beamformee.
A double temperature sensor for determining core body temperature, comprising at least: - a first temperature sensor element for measuring a near-surface temperature of the ambient air, - a second temperature sensor element for measuring a temperature of the skin surface, - wherein the first and the second temperature sensor element (12, 14) are arranged in a sensor block, - a holding element which at least partially surrounds the sensor block and has an adhesive layer for fixing the holding element on the skin surface, and - a spring element which acts on the sensor block and whose spring force is directed in the direction of the skin surface, characterised in that with a heat-insulating element, which protects the sensor block from lateral heat losses, the holding element forms a unit into which the sensor block is integrated and fixed, and the spring element is integrated in the heat-insulating element, wherein the spring element is realized as an elastic material or a mechanical spring, and in that at least two connection cables (28, 30) are provided to connect the temperature sensor elements (12, 14) to an evaluating unit in such a way that one of the connection cables reaches a temperature that almost corresponds to the skin temperature. - a first temperature sensor element for measuring a near-surface temperature of the ambient air, - a second temperature sensor element for measuring a temperature of the skin surface, - wherein the first and the second temperature sensor element (12, 14) are arranged in a sensor block, - a holding element which at least partially surrounds the sensor block and has an adhesive layer for fixing the holding element on the skin surface, and - a spring element which acts on the sensor block and whose spring force is directed in the direction of the skin surface,
A method of controlling audio streams in a Universal Serial Bus, USB, system comprising an application processor (308, 504) and an audio digital signal processor (304, 506), DSP, the application processor comprising a USB host driver (310, 508) and the audio DSP comprising a second USB driver (306, 510), the method comprising: establishing a connection between the application processor (308, 504) and an external digital USB peripheral, the step of establishing said connection comprising the application processor (308, 514) enumerating and setting up a USB endpoint through USB hardware (318, 514) and a USB connector, and passing data about the USB endpoint to the audio DSP (304, 506); passing audio packets to the USB hardware (318, 514) through a system bus (316, 512) using the second USB driver (306, 510) in the audio DSP (304, 506); and passing the audio packets from the USB hardware (318, 514) to the external digital USB peripheral. establishing a connection between the application processor (308, 504) and an external digital USB peripheral, the step of establishing said connection comprising the application processor (308, 514) enumerating and setting up a USB endpoint through USB hardware (318, 514) and a USB connector, and passing data about the USB endpoint to the audio DSP (304, 506); passing audio packets to the USB hardware (318, 514) through a system bus (316, 512) using the second USB driver (306, 510) in the audio DSP (304, 506); and passing the audio packets from the USB hardware (318, 514) to the external digital USB peripheral.
An electrode assembly in which a plurality of electrode plates (110, 150) are stacked so that a separator is interposed between a positive electrode plate and a negative electrode plate, wherein each of the electrode plates (110, 150) includes an electrode tab (112, 152) protruding outwards at one side thereof for coupling with an electrode lead, wherein at least one electrode plate of the positive electrode plate and the negative electrode plate extends longer than the separator at one end of the electrode plate (110, 150) where the electrode tab (112, 152) is located to form an electrode plate extension (120, 140) protruding out of the separator, the electrode active material not being coated on the electrode plate extension (120, 140) which extends longer than the separator, and wherein the electrode plate extensions (120, 140) of the same polarity are coupled to each other, characterized in that both sides of one end of the electrode plate (110, 150) where the electrode tab (112, 152) protrudes outwards are classified into a first electrode plate end (114, 154) and a second electrode plate end (116, 156) with respect to the left and right sides of the electrode tab (112, 152), and in that the electrode plate extension (120, 140) is formed at both the first electrode plate end (114, 154) and the second electrode plate end (116, 156).
A catheter assembly (10; 110; 310) comprising: an elongate member (14; 114; 314) having a proximal end and a distal end; the distal end having at least one drainage opening (15; 115; 315; 415); a fluid containing member (20; 120; 320A) arranged on the elongate member; and a container (12; 112; 320B) containing the elongate member and the fluid containing member, wherein the fluid containing member comprises a material which swells when exposed to a fluid and which absorbs and retains fluid in a wall between an inner diameter and an outer diameter, wherein the outer diameter of the fluid containing member is fluid impermeable so as not to wet the container when contacting the same; characterised in that the fluid containing member has a length that is substantially equal to a coated tube portion of the elongate member. an elongate member (14; 114; 314) having a proximal end and a distal end; the distal end having at least one drainage opening (15; 115; 315; 415); a fluid containing member (20; 120; 320A) arranged on the elongate member; and a container (12; 112; 320B) containing the elongate member and the fluid containing member, wherein the fluid containing member comprises a material which swells when exposed to a fluid and which absorbs and retains fluid in a wall between an inner diameter and an outer diameter, wherein the outer diameter of the fluid containing member is fluid impermeable so as not to wet the container when contacting the same; characterised in that the fluid containing member has a length that is substantially equal to a coated tube portion of the elongate member.
A compound of formula IA: or a salt or solvate thereof, wherein: each R 1 is independently selected from C 1-20 hydroxyalkyl, C 1-6 alkyl, C 3-6 aryl optionally-substituted with one or more substituents selected from halo and - C(=O)-NH-C 1-6 hydroxyalkyl, or a carbohydrate moiety; each R 2 is independently selected from C 1-20 hydroxyalkyl, C 1-6 alkyl or hydrogen; R 3 is selected from C 1-3 alkyl or -(CH 2) m -C(=O)- NR 5 R 6, wherein m is an integer from 2-5, wherein R 5 and R 6 are independently selected from hydrogen, from C 1-20 hydroxyalkyl, C 1-6 alkyl, C 3-6 aryl optionally-substituted with one or more substituents selected from halo and -C(=O)-NH-C 1-6 hydroxyalkyl, or a carbohydrate moiety; R 4 represents 0-3 substituents selected from hydroxy, C 1-6 alkyl and C 1-6 hydroxyalkyl; and, each n is an integer from 0-4. each R 1 is independently selected from C 1-20 hydroxyalkyl, C 1-6 alkyl, C 3-6 aryl optionally-substituted with one or more substituents selected from halo and - C(=O)-NH-C 1-6 hydroxyalkyl, or a carbohydrate moiety; each R 2 is independently selected from C 1-20 hydroxyalkyl, C 1-6 alkyl or hydrogen; R 3 is selected from C 1-3 alkyl or -(CH 2) m -C(=O)- NR 5 R 6, wherein m is an integer from 2-5, wherein R 5 and R 6 are independently selected from hydrogen, from C 1-20 hydroxyalkyl, C 1-6 alkyl, C 3-6 aryl optionally-substituted with one or more substituents selected from halo and -C(=O)-NH-C 1-6 hydroxyalkyl, or a carbohydrate moiety; R 4 represents 0-3 substituents selected from hydroxy, C 1-6 alkyl and C 1-6 hydroxyalkyl; and, each n is an integer from 0-4.
An apparatus comprising: an embolisation device for promoting clot formation in a bodily lumen, the embolisation device comprising a core and a plurality of flexible bristles (400a, 400b) extending outwardly from the core, the bristles (400a, 400b) having a collapsed delivery configuration and an expanded deployed configuration in which the bristles (400a, 400b) extend at least radially outwardly from the core to contact the lumen and to anchor the device in the lumen, and a delivery catheter, wherein: the embolisation device is configured to be delivered in a distal direction from the delivery catheter to the lumen; in the expanded deployed configuration, a set of the flexible bristles extend radially outwardly from the core and longitudinally in a proximal direction opposite to the distal direction; and the apparatus further comprises a recapture mechanism, characterised in that the recapture mechanism is actuatable independently of the movement of the delivery catheter over the bristles (400a, 400b), for moving the set of flexible bristles to a lower radial profile than in the expanded deployed configuration before the delivery catheter is moved over the set of flexible bristles. an embolisation device for promoting clot formation in a bodily lumen, the embolisation device comprising a core and a plurality of flexible bristles (400a, 400b) extending outwardly from the core, the bristles (400a, 400b) having a collapsed delivery configuration and an expanded deployed configuration in which the bristles (400a, 400b) extend at least radially outwardly from the core to contact the lumen and to anchor the device in the lumen, and a delivery catheter, wherein: the embolisation device is configured to be delivered in a distal direction from the delivery catheter to the lumen; in the expanded deployed configuration, a set of the flexible bristles extend radially outwardly from the core and longitudinally in a proximal direction opposite to the distal direction; and the apparatus further comprises a recapture mechanism,
Electrolyte for electroplating copper onto a copper-diffusion barrier layer, the electrolyte comprising a source of copper ions, a solvent, and the combination of a suppressor and an accelerator, characterized in that the suppressor comprises the combination of bipyridine and imidazole, and the accelerator is thiodiglycolic acid.
Method for detecting the operational readiness of a jump lambda sensor associated with an internal combustion engine, characterized in that the internal resistance of the sensor is determined as the criterion for operational readiness of the sensor, the internal resistance being measured by applying a pulsed current to the sensor, the frequency of which current is selected as a function of the state of the sensor (1, 2, 3, 4).
A method for producing a silicon ingot by the horizontal magnetic field Czochralski method, the method comprising: rotating a natural sand crucible containing a silicon melt at more than two revolutions per minute, the crucible having a wettable surface with a cristobalite layer formed thereon, the cristobalite layer having a thickness of greater than 0.25 mm; applying a horizontal magnetic field to the crucible; contacting the silicon melt with a seed crystal; and withdrawing the seed crystal from the silicon melt while rotating the crucible at more than two revolutions per minute to form a silicon ingot. rotating a natural sand crucible containing a silicon melt at more than two revolutions per minute, the crucible having a wettable surface with a cristobalite layer formed thereon, the cristobalite layer having a thickness of greater than 0.25 mm; applying a horizontal magnetic field to the crucible; contacting the silicon melt with a seed crystal; and withdrawing the seed crystal from the silicon melt while rotating the crucible at more than two revolutions per minute to form a silicon ingot.
An antenna drive apparatus having a drive control unit and a module electrically connected to the drive control unit via a first connecting line and via a second connecting line, said module comprising: an antenna electrically connected to the drive control unit via the first connecting line and via the second connecting line, and driven by an AC signal supplied from the drive control unit at a first resonant frequency; a first driven member electrically connected to the drive control unit via the first connecting line and via the second connecting line in parallel with the antenna and driven by an AC signal supplied from the drive control unit at a second resonant frequency different from the first resonant frequency; and a sensing member electrically connected to the drive control unit via the first connecting line and via the second connecting line in parallel with the antenna and driven by a DC signal supplied from the drive control unit, the sensing member being capable of sensing approach or contact of a person and configured to output a sensing signal indicating the fact that the approach or the contact has been sensed to the drive control unit via the first connecting line, wherein the sensing member comprises a stop means for stopping a function of the sensing member when either one of the AC signal at the first resonant frequency, supplied to the antenna, or the AC signal at the second resonant frequency, supplied to the first driven member, is sensed. an antenna electrically connected to the drive control unit via the first connecting line and via the second connecting line, and driven by an AC signal supplied from the drive control unit at a first resonant frequency; a first driven member electrically connected to the drive control unit via the first connecting line and via the second connecting line in parallel with the antenna and driven by an AC signal supplied from the drive control unit at a second resonant frequency different from the first resonant frequency; and a sensing member electrically connected to the drive control unit via the first connecting line and via the second connecting line in parallel with the antenna and driven by a DC signal supplied from the drive control unit, the sensing member being capable of sensing approach or contact of a person and configured to output a sensing signal indicating the fact that the approach or the contact has been sensed to the drive control unit via the first connecting line, wherein the sensing member comprises a stop means for stopping a function of the sensing member when either one of the AC signal at the first resonant frequency, supplied to the antenna, or the AC signal at the second resonant frequency, supplied to the first driven member, is sensed.
A telecommunications method for a telecommunications system comprising a user equipment in dual connection with a primary node and a secondary node, the method comprising: generating configuration information for the user equipment at a virtual radio resource control entity of the secondary node or at the user equipment; transmitting the configuration information from the secondary node or the user equipment to a radio resource control entity of the primary node; and transmitting the configuration information from the primary node to the other of the user equipment or secondary node from where the configuration information is received. generating configuration information for the user equipment at a virtual radio resource control entity of the secondary node or at the user equipment; transmitting the configuration information from the secondary node or the user equipment to a radio resource control entity of the primary node; and transmitting the configuration information from the primary node to the other of the user equipment or secondary node from where the configuration information is received.