mhurhangee/ep-ind-claims huggingface dataset:
A method for sending audio content to at least one media client, comprising: reading audio content from media on which the audio content is stored via a media host; employing an out-of-band communication channel to transfer the audio content from the media host to the at least one media client; and playing back the audio content at said at least one media client, wherein the OOB communication channel operates in a manner that is transparent to operating systems running on each of the media host and said at least one media client, characterised in that the at least one media client is remote from the media host and connected thereto by a network and the method includes: setting up a virtual audio cable between the media host and a media client, the virtual audio cable comprising a reserved route including at least two network links spanning at least one routing element; routing the audio content via the virtual audio cable using the OOB communication channel; and employing one of multi-protocol label switching (MPLS)-based routing and generalized MPLS (GMPLS)-based routing to facilitate the virtual audio cable. reading audio content from media on which the audio content is stored via a media host; employing an out-of-band communication channel to transfer the audio content from the media host to the at least one media client; and playing back the audio content at said at least one media client, wherein the OOB communication channel operates in a manner that is transparent to operating systems running on each of the media host and said at least one media client, setting up a virtual audio cable between the media host and a media client, the virtual audio cable comprising a reserved route including at least two network links spanning at least one routing element; routing the audio content via the virtual audio cable using the OOB communication channel; and employing one of multi-protocol label switching (MPLS)-based routing and generalized MPLS (GMPLS)-based routing to facilitate the virtual audio cable.
An LED projection module, comprising two or more LED light sources (2, 3, 4), wherein each LED light source (2, 3, 4) consists of one or more light-emitting diodes, wherein each LED light source (2, 3, 4) couples light via a light coupling-in point (21, 31, 41) associated therewith into an optical waveguide (20, 30, 40), and wherein light exits from the optical waveguides (20, 30, 40) via a light decoupling point (22, 32, 42) of the optical waveguide (20, 30, 40), and wherein the exiting light is projected by means of a projection lens into the outside space so as to form at least one light distribution, wherein the optical waveguides (20, 30, 40) for the individual LED light sources (2, 3, 4) are arranged laterally side by side in a horizontal plane and border one another directly or preferably form a common total-light optical waveguide, such that light can pass over between adjacent optical waveguides (20, 30, 40), and wherein the individual light outlet surfaces (22, 32, 42) are arranged side by side and form a total-light light outlet surface, characterized in that one or more indentations (201, 202) is/are provided in the total-light light outlet surface, between the individual light outlet surfaces (22, 32, 42), and in each case extend at least over part of the vertical extension of the total-light light outlet surface.
An antenna structure integrated in a hull or fuselage (1401, 1601, 1701), wherein the antenna structure comprises an array antenna (1200, 1300), the array antenna comprising a number of antenna elements, each antenna element comprising a radiator (1202, 1302, 1404, 1501, 1603, 1702) and an RF-feed, the antenna elements being arranged in a lattice within an antenna area comprising a central antenna area and a transition region outside the central antenna area with resistive sheets (1306, 1307, 1402, 1403, 1602, 1703) arranged to have a high conductivity in the transition region close to the hull or fuselage (1401, 1601, 1701) and a decreasing conductivity in the direction towards the central antenna area, thus providing a tapered adjustment in reflection coefficient over a wide frequency interval, characterized i n that a number of the antenna radiators as well as the resistive sheets (1306, 1307, 1402, 1403, 1602, 1703) are arranged in substantially the same plane as a surrounding outer surface of the hull or fuselage (1401, 1601, 1701) and in that the antenna radiators are conductive elements surrounded, in the transition region, by the resistive sheets (1306, 1307, 1402, 1403, 1602, 1703).
A method performed by a visited policy and charging rules node, PCRN, for managing a session for a roaming subscriber, the method comprising: defining a roaming agreement associated with at least one roaming partner profile, the roaming agreement including at least one limitation on subscribers of a roaming partner, wherein the at least one limitation includes a set of accepted policy and charging control, PCC, rules; receiving a session establishment request at the PCRN; extracting a subscription identifier from the session establishment request; determining an active roaming partner by comparing the subscription identifier to the at least one roaming partner profile, wherein a roaming agreement storage is checked in order to determine whether any of the roaming agreements include a roaming partner matching the network identifier; selecting the roaming agreement including the active roaming partner; enforcing the at least one limitation of the roaming agreement when processing the session establishment request; establishing a session or a subsession with a PCRN of the active roaming partner; thereafter receiving a set of PCC rules from the PCRN of the active roaming partner; and validating a received PCC rule only if it is in the set of accepted PCC rules. defining a roaming agreement associated with at least one roaming partner profile, the roaming agreement including at least one limitation on subscribers of a roaming partner, wherein the at least one limitation includes a set of accepted policy and charging control, PCC, rules; receiving a session establishment request at the PCRN; extracting a subscription identifier from the session establishment request; determining an active roaming partner by comparing the subscription identifier to the at least one roaming partner profile, wherein a roaming agreement storage is checked in order to determine whether any of the roaming agreements include a roaming partner matching the network identifier; selecting the roaming agreement including the active roaming partner; enforcing the at least one limitation of the roaming agreement when processing the session establishment request; establishing a session or a subsession with a PCRN of the active roaming partner; thereafter receiving a set of PCC rules from the PCRN of the active roaming partner; and validating a received PCC rule only if it is in the set of accepted PCC rules.
A circuit board comprising: a substrate; a first ground electrode group that includes a plurality of first ground electrodes, each of the plurality of the first ground electrodes being disposed at a corresponding one of vertexes of a first rectangular area in a surface of the substrate; a first pair of signal electrodes disposed in the first rectangular area, the pair of the signal electrodes being arranged in a first direction (S, U) parallel to a side of the first rectangular area; characterized in that the circuit board further comprises a pair of electrode terminals arranged in the first rectangular area of the surface, the pair of the electrode terminals being not electrically coupled to the first ground electrode group; and capacitors provided above the surface, one of the capacitors coupling one of the pair of the electrode terminals and the corresponding one of the first pair of the signal electrodes. a substrate; a first ground electrode group that includes a plurality of first ground electrodes, each of the plurality of the first ground electrodes being disposed at a corresponding one of vertexes of a first rectangular area in a surface of the substrate; a first pair of signal electrodes disposed in the first rectangular area, the pair of the signal electrodes being arranged in a first direction (S, U) parallel to a side of the first rectangular area; characterized in that the circuit board further comprises a pair of electrode terminals arranged in the first rectangular area of the surface, the pair of the electrode terminals being not electrically coupled to the first ground electrode group; and capacitors provided above the surface, one of the capacitors coupling one of the pair of the electrode terminals and the corresponding one of the first pair of the signal electrodes.
A drive apparatus for at least one auxiliary drive on a power take-off shaft of an internal combustion engine, in particular the crankshaft, having at least one auxiliary drive gear of a gearwheel drive, which auxiliary drive gear is arranged on the power take-off shaft, and a torsional vibration damper which is fastened to the shaft end with a primary part and a secondary part which is connected to the primary part in a manner which damps vibrations, the at least one drive gear (8; 15) being coupled indirectly or directly, in particular being drive-connected, to the secondary part of the torsional vibration damper, characterized in that the at least one drive gear (8; 15) is mounted rotatably on a bearing journal of the power take-off shaft.
A method for detecting a high pressure condition within a high voltage vacuum device, the method comprising: sensing a position of a structure (1310, 1510) attached to a bellows container (1306,1506) located external to the high voltage vacuum device, wherein: the bellows container (1306, 1506) is in fluid communication with an internal pressure within the high voltage vacuum device, the position of the structure (1310, 1510) is responsive to a pressure within the bellows container (1306, 1506), and the high voltage is an AC voltage greater than 1000 volts; and providing an output responsive to the position of the structure (1310, 1510). sensing a position of a structure (1310, 1510) attached to a bellows container (1306,1506) located external to the high voltage vacuum device, wherein: the bellows container (1306, 1506) is in fluid communication with an internal pressure within the high voltage vacuum device, the position of the structure (1310, 1510) is responsive to a pressure within the bellows container (1306, 1506), and the high voltage is an AC voltage greater than 1000 volts; and the bellows container (1306, 1506) is in fluid communication with an internal pressure within the high voltage vacuum device, the position of the structure (1310, 1510) is responsive to a pressure within the bellows container (1306, 1506), and the high voltage is an AC voltage greater than 1000 volts; and providing an output responsive to the position of the structure (1310, 1510).
A corneal reflection position estimation system comprising: an image acquisition unit configured to continuously acquire an image of an eye of a subject by controlling a camera equipped with a light source, the image acquisition unit being configured to acquire a plurality of pupil images taken by using light from the light source and then acquire one unilluminated image taken without using light from the light source; and an estimation unit configured to calculate positions of corneal reflection or corneal sphere centers, which correspond to each of the plurality of pupil images, as reference positions, calculate a movement vector of the corneal reflection or the corneal sphere center based on a plurality of the reference positions, and estimate the corneal reflection position in the unilluminated image based on at least the movement vector. an image acquisition unit configured to continuously acquire an image of an eye of a subject by controlling a camera equipped with a light source, the image acquisition unit being configured to acquire a plurality of pupil images taken by using light from the light source and then acquire one unilluminated image taken without using light from the light source; and an estimation unit configured to calculate positions of corneal reflection or corneal sphere centers, which correspond to each of the plurality of pupil images, as reference positions, calculate a movement vector of the corneal reflection or the corneal sphere center based on a plurality of the reference positions, and estimate the corneal reflection position in the unilluminated image based on at least the movement vector.
A device for detecting the heartbeat of a patient, preferably during imaging in a magnetic resonance imaging, MRI, apparatus or other imaging apparatus, comprising a transmitter for ultrasonic waves, a receiver for Doppler-shifted ultrasonic waves, and evaluating means coupled to the receiver and configured to evaluate the moment t 1, t 2, t 3, t 4 of a heartbeat of the patient out of the time-dependent signal from the receiver, wherein said evaluating means comprise: • spectrum analyzing means configured to extract at least one time-varying frequency component from the time-dependent signal (51, 51a) delivered by the receiver; and • determining means configured to evaluate the moment t 1, t 2, t 3, t 4 of the heartbeat from the variation of at least one of the frequency components in time, characterized in that the determining means are configured to determine a window of interest, WOI, (53a, 53b, 53c, 53d) in time from the variation of the at least one frequency component in time, and to determine the moment where the time-dependent signal (51, 51a) from the receiver assumes a maximum b 1, b 2, b 3, b 4 within the WOI (53a, 53b, 53c, 53d) as the moment t 1, t 2, t 3, t 4 of the heartbeat. • spectrum analyzing means configured to extract at least one time-varying frequency component from the time-dependent signal (51, 51a) delivered by the receiver; and • determining means configured to evaluate the moment t 1, t 2, t 3, t 4 of the heartbeat from the variation of at least one of the frequency components in time,
A transportation device lamp fixture comprising: a semiconductor light-emitting device; a circuit board to which the semiconductor light-emitting device is mounted; a lamp body; and a front cover that covers an opening of the lamp body, wherein the semiconductor light-emitting device and the circuit board are housed inside of a lamp chamber formed by the lamp body and the front cover, characterized in that the circuit board is attached to an inside surface of an upper portion of the front cover. a semiconductor light-emitting device; a circuit board to which the semiconductor light-emitting device is mounted; a lamp body; and a front cover that covers an opening of the lamp body, wherein the semiconductor light-emitting device and the circuit board are housed inside of a lamp chamber formed by the lamp body and the front cover, characterized in that the circuit board is attached to an inside surface of an upper portion of the front cover.
A patient lung volume reduction system, comprising: a water vapor generator; a vapor delivery catheter (200, 400) having a proximal end adapted to communicate with the water vapor generator and a distal end adapted to be placed within a lumen of a patient's lung; a vapor circuit communicating with the vapor generator and the catheter; a priming line communicating with the vapor circuit; and one or more control valves adapted to direct water vapor from the vapor circuit into the priming circuit and into the catheter; wherein the water vapor generator comprises: a controller constructed and arranged to control the generation of a controlled dose of water vapor at a pressure of 5-50 psig (1.34 - 4.40 atm; 135799 - 446063 Pa) and at a temperature in the range of 100-175°C for 1-20 seconds from a location external to the patient for delivery by the catheter into a segmental or subsegmental airway of the patient's lung; and a user interface for providing a visual readout of vapor delivery duration. a water vapor generator; a vapor delivery catheter (200, 400) having a proximal end adapted to communicate with the water vapor generator and a distal end adapted to be placed within a lumen of a patient's lung; a vapor circuit communicating with the vapor generator and the catheter; a priming line communicating with the vapor circuit; and one or more control valves adapted to direct water vapor from the vapor circuit into the priming circuit and into the catheter; wherein the water vapor generator comprises: a controller constructed and arranged to control the generation of a controlled dose of water vapor at a pressure of 5-50 psig (1.34 - 4.40 atm; 135799 - 446063 Pa) and at a temperature in the range of 100-175°C for 1-20 seconds from a location external to the patient for delivery by the catheter into a segmental or subsegmental airway of the patient's lung; and a user interface for providing a visual readout of vapor delivery duration. a controller constructed and arranged to control the generation of a controlled dose of water vapor at a pressure of 5-50 psig (1.34 - 4.40 atm; 135799 - 446063 Pa) and at a temperature in the range of 100-175°C for 1-20 seconds from a location external to the patient for delivery by the catheter into a segmental or subsegmental airway of the patient's lung; and a user interface for providing a visual readout of vapor delivery duration.
An assembly for performing in-vitro biocompatibility tests with a receiving element and a cover element, in which at least one sample is arranged on a surface of a base plate or in which the at least one sample forms a surface or a surface area of the base plate and the receiving element having at least one through-hole (2.1) can be placed on the at least one sample such that a first opening, which is disposed pointing in the direction of the base plate, of the at least one through-hole (2.1) is arranged in the region of the at least one sample, wherein the at least one through-hole (2.1) with its hollow area and the sample form a cavity, and the receiving element is made from or with an elastically deformable material; and the cover element can be placed and fixed onto the receiving element such that a pressure force acts on the receiving element, which leads to an at least partial deformation of the receiving element and the fluid-tight closure of the first opening, which is disposed pointing in the direction of the base plate, of the at least one through-hole (2.1); and closure elements (1.4, 4.4) are formed on the base plate and on the cover element in order to achieve a positive connection between the base plate and the cover element and to exert a compressive force on the receiving element, wherein the closure elements (1.4, 4.4) and a connection between the base plate and the cover element are connected to one another and are arranged on opposite sides of the arrangement. the at least one through-hole (2.1) with its hollow area and the sample form a cavity, and the receiving element is made from or with an elastically deformable material; and the cover element can be placed and fixed onto the receiving element such that a pressure force acts on the receiving element, which leads to an at least partial deformation of the receiving element and the fluid-tight closure of the first opening, which is disposed pointing in the direction of the base plate, of the at least one through-hole (2.1); and closure elements (1.4, 4.4) are formed on the base plate and on the cover element in order to achieve a positive connection between the base plate and the cover element and to exert a compressive force on the receiving element, wherein the closure elements (1.4, 4.4) and a connection between the base plate and the cover element are connected to one another and are arranged on opposite sides of the arrangement.
A display apparatus comprising: a substrate comprising a display area and a non-display area disposed outside the display area; signal lines disposed on the substrate; a display element layer disposed on the signal lines and comprising display elements disposed in the display area; and a pad group electrically connected to the signal lines and comprising output pads disposed in the non-display area characterized by an intermediate insulation layer disposed between the signal lines and the display element layer and exposing the output pads; a touch electrode layer disposed on the display element layer; and a touch insulation layer disposed on the display element layer, contacting the touch electrode layer, and in which a groove pattern is defined in the non-display area, wherein the output pads comprise central output pads (OPDC) and outer output pads (OPDP) disposed outside the central output pads (OPDC) in a first direction; and the groove pattern is disposed between the output pads and the intermediate insulation layer and does not overlap at least a predetermined number of the outer output pads (OPDP) in a second direction crossing the first direction in a plan view. a substrate comprising a display area and a non-display area disposed outside the display area; signal lines disposed on the substrate; a display element layer disposed on the signal lines and comprising display elements disposed in the display area; and a pad group electrically connected to the signal lines and comprising output pads disposed in the non-display area characterized by an intermediate insulation layer disposed between the signal lines and the display element layer and exposing the output pads; a touch electrode layer disposed on the display element layer; and a touch insulation layer disposed on the display element layer, contacting the touch electrode layer, and in which a groove pattern is defined in the non-display area, wherein the output pads comprise central output pads (OPDC) and outer output pads (OPDP) disposed outside the central output pads (OPDC) in a first direction; and the groove pattern is disposed between the output pads and the intermediate insulation layer and does not overlap at least a predetermined number of the outer output pads (OPDP) in a second direction crossing the first direction in a plan view.
A roll electrode (1, 2, 3) comprising: a core extending in an axial direction and having a substantially circular outer circumference; an electrode having an expansion coefficient that is lower than an expansion coefficient of the core and being wound into a roll shape on the outer circumference of the core; and a fixing part fixing an end portion from which the electrode starts being wound around the core, characterized by a tape member (40, 240) that fixes an intermediate portion between a winding-start end portion and a winding-finish end portion of the electrode to the core, so as to regulate the axial movement of the electrode wound into the roll shape with respect to the core. a core extending in an axial direction and having a substantially circular outer circumference; an electrode having an expansion coefficient that is lower than an expansion coefficient of the core and being wound into a roll shape on the outer circumference of the core; and a fixing part fixing an end portion from which the electrode starts being wound around the core, characterized by a tape member (40, 240) that fixes an intermediate portion between a winding-start end portion and a winding-finish end portion of the electrode to the core, so as to regulate the axial movement of the electrode wound into the roll shape with respect to the core.