mhurhangee/ep-ind-claims huggingface dataset:
A method of reconstructing cardiac activation information, the method comprising: processing a first cardiac signal and a second cardiac signal via a computing device to determine whether there is a point of change (1012, 1014) in the first cardiac signal at which a derivative of the first cardiac signal diverges with respect to a derivative of the second cardiac signal above a threshold; and assigning an activation onset time in the first cardiac signal at the point of change (1012, 1014) to define cardiac activation indicating a beat in the first cardiac signal if it is determined that the point of change is in the first cardiac signal. processing a first cardiac signal and a second cardiac signal via a computing device to determine whether there is a point of change (1012, 1014) in the first cardiac signal at which a derivative of the first cardiac signal diverges with respect to a derivative of the second cardiac signal above a threshold; and assigning an activation onset time in the first cardiac signal at the point of change (1012, 1014) to define cardiac activation indicating a beat in the first cardiac signal if it is determined that the point of change is in the first cardiac signal.
A method for manufacturing a collapsible or squeezable aluminium tube comprising the steps of a) providing a slug comprising or consisting of an aluminium alloy consisting of - > 98.4 % by weight of Al, - 0.10 % by weight to 0.30 % by weight of Si, - 0.25 % by weight to 0.45 % by weight of Fe, - 0.01 % by weight to 0.08 % by weight of Cu, - 0.15 % by weight to 0.40 % by weight of Mn, - at most 0.15 % by weight of Mg, - at most 0.05 % by weight of Zn, - at most 0.05 % by weight of Cr, - at most 0.05 % by weight of Ni, - at most 0.05 % by weight of Ti and - at most 0.05 % by weight of other impurities, with the proviso that the aforementioned ingredients of the aluminium alloy add to 100 % by weight, and b) impact extrusion of the slug to form an aluminium tube having a shoulder and a neck. a) providing a slug comprising or consisting of an aluminium alloy consisting of - > 98.4 % by weight of Al, - 0.10 % by weight to 0.30 % by weight of Si, - 0.25 % by weight to 0.45 % by weight of Fe, - 0.01 % by weight to 0.08 % by weight of Cu, - 0.15 % by weight to 0.40 % by weight of Mn, - at most 0.15 % by weight of Mg, - at most 0.05 % by weight of Zn, - at most 0.05 % by weight of Cr, - at most 0.05 % by weight of Ni, - at most 0.05 % by weight of Ti and - at most 0.05 % by weight of other impurities, with the proviso that the aforementioned ingredients of the aluminium alloy add to 100 % by weight, and - > 98.4 % by weight of Al, - 0.10 % by weight to 0.30 % by weight of Si, - 0.25 % by weight to 0.45 % by weight of Fe, - 0.01 % by weight to 0.08 % by weight of Cu, - 0.15 % by weight to 0.40 % by weight of Mn, - at most 0.15 % by weight of Mg, - at most 0.05 % by weight of Zn, - at most 0.05 % by weight of Cr, - at most 0.05 % by weight of Ni, - at most 0.05 % by weight of Ti and - at most 0.05 % by weight of other impurities, b) impact extrusion of the slug to form an aluminium tube having a shoulder and a neck.
A support for a bearing for an electric pump, having a contoured portion which forms in a single body; and comprising: - a receptacle for said bearing, - a receptacle for a sealing element said receptacle for said sealing element being arranged within a flange element which comprises: - a disk-like portion provided with a first through hole - an annular portion, which is coaxial to said disk-like portion and surrounds said first through hole; the support being provided with an element for covering said annular portion, which forms said receptacle for said sealing element, wherein said covering element: - is made of metallic material, preferably stainless steel; - is co-molded with said flange element, - is complementary to said annular portion, - has a shape which duplicates the shape of said annular portion. - a receptacle for said bearing, - a receptacle for a sealing element said receptacle for said sealing element being arranged within a flange element which comprises: - a disk-like portion provided with a first through hole - an annular portion, which is coaxial to said disk-like portion and surrounds said first through hole; - a disk-like portion provided with a first through hole - an annular portion, which is coaxial to said disk-like portion and surrounds said first through hole; the support being provided with an element for covering said annular portion, which forms said receptacle for said sealing element, wherein said covering element: - is made of metallic material, preferably stainless steel; - is co-molded with said flange element, - is complementary to said annular portion, - has a shape which duplicates the shape of said annular portion. - is made of metallic material, preferably stainless steel; - is co-molded with said flange element, - is complementary to said annular portion, - has a shape which duplicates the shape of said annular portion.
Safety coupling device for coupling two fluid conduit parts (13, 14), comprising a pair of co-acting coupling bodies (1, 2) connectable to the respective fluid conduit parts (13, 14), each coupling body (1, 2) being provided with a shut-off valve and a first flange (3, 4), and coupling means for releasable coupling of the coupling bodies (1, 2), characterized in that the coupling means are provided by a clamping member assembled from two clamping parts (5, 6) which is to be arranged releasably round the first flanges (3, 4) of the respective coupling bodies (1, 2), wherein the clamping parts (5, 6) are each coupled pivotally at a first outer end by a hinge (15, 16) to a support body and are provided with lever arms (31, 32) extending from the respective hinge (15, 16) and mutually coupled by drive means (23, 24, 35, 36), wherein the clamping parts (5, 6) are provided at a second outer end with locking means (17, 18, 25) for locking the coupling means in a situation in which the clamping member (5, 6) is arranged round the first flanges (3, 4), and actuator means are provided for unlocking the locking means (17, 18, 25) and releasing the clamping member (5, 6) from the situation in which it is arranged round the first flanges (3, 4).
A system (10, 400, 500) for detecting active frost conditions comprising: a processor (250, 260, 430) configured to determine if active frost conditions are present or imminent, the system being characterised in that it comprises a calibration unit (50, 410) comprising: a vacuum sealed chamber, and two copper foils sealed in the chamber; wherein the first copper foil is a polished copper foil of known conductivity and the second copper foil has a thin surface coating with infrared emissivity of equal to or greater than about 0.98; wherein each copper foil is operatively associated with a means for assessing temperature of the copper foil, and in that the system (10, 400, 500) further comprises at least one test unit, each test unit comprising: a vacuum sealed chamber, and a strip of aircraft material sealed in the chamber of the test unit operatively associated with a means for assessing temperature of the material. a vacuum sealed chamber, and two copper foils sealed in the chamber; wherein the first copper foil is a polished copper foil of known conductivity and the second copper foil has a thin surface coating with infrared emissivity of equal to or greater than about 0.98; wherein each copper foil is operatively associated with a means for assessing temperature of the copper foil, and in that the system (10, 400, 500) further comprises at least one test unit, each test unit comprising: a vacuum sealed chamber, and a strip of aircraft material sealed in the chamber of the test unit operatively associated with a means for assessing temperature of the material. a vacuum sealed chamber, and a strip of aircraft material sealed in the chamber of the test unit operatively associated with a means for assessing temperature of the material.
A substrate plate (1, 19, 29, 30, 35, 36, 42) having a plurality of substrate receptacles for holding one substrate in each case, wherein each substrate receptacle is mounted on the substrate plate (1, 19, 29, 30, 35, 36, 42) rotatably about one substrate axis in each case and having a gearbox, which has an eccentric drive element (9, 25, 46) and a carrier element (10, 24) which can be guided by the drive element (9, 25, 46) on a circular path about a plate axis (6, 53) of the substrate plate (1, 19, 29, 30, 35, 36, 42) and which drives the substrate receptacles, characterised in that the carrier element (10, 24) is a gear wheel, which is supported on a plurality of bolts running parallel to the plate axis (6, 53) and connected to the substrate plate (1, 19, 29, 30, 35, 36, 42), drives the substrate receptacles via a sun gear and has a central bore, in which a disc, which is arranged eccentrically to the plate axis (6, 53), slides as drive element (9, 25, 46), so that a further substrate plate (1, 30, 36) can be supported in such a manner on a shaft of the substrate plate (1, 29, 35) running in the plate axis (6, 53) that a load of the further substrate plate (1, 30, 36) is guided through the gearbox and the substrate plate (1, 29, 35) via the shaft.
Hammer drill and/or chisel hammer comprising a drive motor, an impact mechanism and a tool holder for receiving a tool, the impact mechanism having a rivet header which is displaceable axially in a riveting guide and acts on the tool, the impact mechanism having an idle impact damper element and a rebound impact damper element which are formed in one piece with one another and thus form a combination damper element, characterized in that the riveting guide is arranged outside, preferably exclusively outside of the combination damper element.
An interior trim component for a vehicle interior storage compartment configured to enclose and expose an opening of the storage compartment and providing a plurality of substantially parallel ribs; a cushion having an inner surface and an outer surface, wherein the inner surface is coupled to the plurality of substantially parallel ribs, and a cover layer coupled to the outer surface of the cushion, characterised in that the cover layer comprises stitching configured to form a seam substantially perpendicular to an orientation of the substantially parallel ribs.
A cochlear implant system comprising: an electrode array and a sensing module, the electrode array comprising a tip element (400, 745, 750, 760), the tip element being a device that emits or senses light, sound or electricity; and the sensing module being configured to be in communication with the tip element, wherein the sensing module is configured to detect conditions surrounding the electrode array using the tip element during insertion of the electrode array into a cochlea, characterized in that the sensing module comprises a nerve function unit configured to map cochlear nerve function proximate to the tip of the electrode array during insertion of the electrode array into a cochlea. an electrode array and a sensing module, the electrode array comprising a tip element (400, 745, 750, 760), the tip element being a device that emits or senses light, sound or electricity; and the sensing module being configured to be in communication with the tip element, wherein the sensing module is configured to detect conditions surrounding the electrode array using the tip element during insertion of the electrode array into a cochlea, characterized in that the sensing module comprises a nerve function unit configured to map cochlear nerve function proximate to the tip of the electrode array during insertion of the electrode array into a cochlea.
A communication method for a core network node, comprising: receiving a first NAS, Non-Access Stratum, message including slice-related information, from a mobile terminal via an access network node; retrieving a subscription context from a core network control plane network function; examining matching between the slice-related information and the subscription context; detecting an error based on the matching; and sending a NAS reject message with a cause corresponding to the error to the mobile terminal, the cause being for updating the slice-related information in the mobile terminal, and for indicating that the slice-related information is not valid. receiving a first NAS, Non-Access Stratum, message including slice-related information, from a mobile terminal via an access network node; retrieving a subscription context from a core network control plane network function; examining matching between the slice-related information and the subscription context; detecting an error based on the matching; and sending a NAS reject message with a cause corresponding to the error to the mobile terminal, the cause being for updating the slice-related information in the mobile terminal, and for indicating that the slice-related information is not valid.
An optical transceiver device for an automotive LiDAR detection system, comprising: a substrate; a laser fixed to a first surface of the substrate, the laser generating output light for transmission along a transmission axis into a region; and an optical detection element fixed to a second surface of the substrate opposite the first surface, the optical detection element receiving input light reflected from the region along a reception axis through an opening in the substrate between the first and second surfaces of the substrate, the transmission axis and the reception axis being substantially parallel. a substrate; a laser fixed to a first surface of the substrate, the laser generating output light for transmission along a transmission axis into a region; and an optical detection element fixed to a second surface of the substrate opposite the first surface, the optical detection element receiving input light reflected from the region along a reception axis through an opening in the substrate between the first and second surfaces of the substrate, the transmission axis and the reception axis being substantially parallel.
A system for providing power saving in an Ethernet Passive Optical Network, comprising: an optical line terminal, OLT, (200, 300, 400); an optical network unit, ONU, (302, 340, 414, 416, 418, 600) comprising: an optical transceiver comprising an optical transmitter (420, 606) configured to transmit optical signals to the OLT (200, 300, 400), and an optical receiver (422, 608) configured to receive optical signals from the OLT (200, 300, 400); a traffic-detection module configured to detect a type of traffic to and from the ONU (302, 340, 414, 416, 418, 600); and a power-management module (204, 614) configured to place the ONU (302, 340, 414, 416, 418, 600) in a sleep mode based on the detected type of traffic; characterized in that the ONU (302, 340, 414, 416, 418, 600) is instructed to remain in the sleep mode for a predetermined amount of time; wherein the OLT (200, 300, 400) is further configured to buffer broadcast traffic and disable a broadcast queue while the ONU (302, 340, 414, 416, 418, 600) is in the sleep mode. an optical line terminal, OLT, (200, 300, 400); an optical network unit, ONU, (302, 340, 414, 416, 418, 600) comprising: an optical transceiver comprising an optical transmitter (420, 606) configured to transmit optical signals to the OLT (200, 300, 400), and an optical receiver (422, 608) configured to receive optical signals from the OLT (200, 300, 400); a traffic-detection module configured to detect a type of traffic to and from the ONU (302, 340, 414, 416, 418, 600); and a power-management module (204, 614) configured to place the ONU (302, 340, 414, 416, 418, 600) in a sleep mode based on the detected type of traffic; characterized in that the ONU (302, 340, 414, 416, 418, 600) is instructed to remain in the sleep mode for a predetermined amount of time; wherein the OLT (200, 300, 400) is further configured to buffer broadcast traffic and disable a broadcast queue while the ONU (302, 340, 414, 416, 418, 600) is in the sleep mode. an optical transceiver comprising an optical transmitter (420, 606) configured to transmit optical signals to the OLT (200, 300, 400), and an optical receiver (422, 608) configured to receive optical signals from the OLT (200, 300, 400); a traffic-detection module configured to detect a type of traffic to and from the ONU (302, 340, 414, 416, 418, 600); and a power-management module (204, 614) configured to place the ONU (302, 340, 414, 416, 418, 600) in a sleep mode based on the detected type of traffic; characterized in that the ONU (302, 340, 414, 416, 418, 600) is instructed to remain in the sleep mode for a predetermined amount of time; wherein the OLT (200, 300, 400) is further configured to buffer broadcast traffic and disable a broadcast queue while the ONU (302, 340, 414, 416, 418, 600) is in the sleep mode.
An expandable device, particularly for hydraulic fracturing, which includes: - a tubular pipe; - and, against its outer face, an expandable coaxial cylindrical jacket, the opposite ends whereof are sealingly connected with this outer face; said tubular pipe thus delimiting, with said jacket, a sealed space, the portion of pipe situated facing said being without means of fluid communication with said space, characterized by the fact that: - said space is in fluid communication with a pyrotechnic charge which, when it is activated, generates in said space a pressure P1 sufficient to deform said jacket beyond its elastic deformation, - said pyrotechnic charge is a gas generator charge and that this charge is placed inside a gas generator, - said gas generator is connected with said space by a through opening formed in a connecting piece connecting said expandable jacket with said pipe, - the wall of said gas generator is provided with a first non-return valve which allows passage of fluid in only the direction from outside said expandable jacket to the inside of the gas generator, - and with a second non-return valve allowing passage of fluid in only the direction from inside the gas generator to outside said expandable jacket. - a tubular pipe; - and, against its outer face, an expandable coaxial cylindrical jacket, the opposite ends whereof are sealingly connected with this outer face; said tubular pipe thus delimiting, with said jacket, a sealed space, the portion of pipe situated facing said being without means of fluid communication with said space, characterized by the fact that: - said space is in fluid communication with a pyrotechnic charge which, when it is activated, generates in said space a pressure P1 sufficient to deform said jacket beyond its elastic deformation, - said pyrotechnic charge is a gas generator charge and that this charge is placed inside a gas generator, - said gas generator is connected with said space by a through opening formed in a connecting piece connecting said expandable jacket with said pipe, - the wall of said gas generator is provided with a first non-return valve which allows passage of fluid in only the direction from outside said expandable jacket to the inside of the gas generator, - and with a second non-return valve allowing passage of fluid in only the direction from inside the gas generator to outside said expandable jacket.
A method for transmitting a signal for low transmission latency in a wireless communication system, the method comprising: mapping a signal to a radio frame; and transmitting by the transmitting side the radio frame to a receiving side, wherein the radio frame includes M number of a first type subframe and P number of a special symbol, wherein the first type subframe consists of N number of orthogonal frequency division multiplexing, OFDM, symbols for a data channel and the special symbol is an OFDM symbol, not forming part of the first type subframe, for a control channel, and said method characterised in that the N number is determined to be a minimum integer greater than a ratio of an over-the-air, OTA, latency value of a legacy 3GPP LTE system to an intended OTA latency value of the wireless communication system. mapping a signal to a radio frame; and transmitting by the transmitting side the radio frame to a receiving side, wherein the radio frame includes M number of a first type subframe and P number of a special symbol, wherein the first type subframe consists of N number of orthogonal frequency division multiplexing, OFDM, symbols for a data channel and the special symbol is an OFDM symbol, not forming part of the first type subframe, for a control channel, and said method characterised in that the N number is determined to be a minimum integer greater than a ratio of an over-the-air, OTA, latency value of a legacy 3GPP LTE system to an intended OTA latency value of the wireless communication system.
Circuit arrangement for compensating for an attenuation occurring in an antenna signal link between a mobile radio terminal and an antenna comprising at least one antenna signal amplifier (9a, 9b) in the antenna signal link and having a control unit for adjusting a gain factor (V, V1, V2), by which the antenna signal conducted through an associated antenna signal amplifier (9a, 9b) is amplified or attenuated, wherein the circuit arrangement has at least one detection unit (13a, 13b, 13c) for detecting an antenna signal power (PM, PA) of the antenna signal in the signal path of the antenna signal link, characterized in that the control unit - is configured for changing the gain factor (V, V1, V2) for testing purposes, - for detecting a change, following as response to the test-wise change of the gain factor (V, V1, V2), of the antenna signal power, which is caused by a change of the transmit power of the mobile radio terminal, and - for adapting the gain factor (V, V1, V2) to the coupling attenuation of the antenna signal link in dependence on a detected response of the mobile radio terminal. - is configured for changing the gain factor (V, V1, V2) for testing purposes, - for detecting a change, following as response to the test-wise change of the gain factor (V, V1, V2), of the antenna signal power, which is caused by a change of the transmit power of the mobile radio terminal, and - for adapting the gain factor (V, V1, V2) to the coupling attenuation of the antenna signal link in dependence on a detected response of the mobile radio terminal.
A method for the treatment of gas generated by the combustion of coal in a first combustion chamber, the method comprising the steps of filtering the gas to remove at least a portion of particulate material present in the gas, transferring the gas to a second combustion chamber, combusting the gas in the second combustion chamber in the presence of oxygen and a fuel source to generate waste gas and treating the waste gas to produce a concentrated carbon dioxide stream, and wherein at least a portion of the heat generated by combustion of the gas in the second combustion chamber is used to drive one or more electricity generation devices, characterized in that the second combustion chamber comprises one or more turbo generators, the gas in the second combustion chamber is combusted at an operating temperature of between 1200°C and 2400°C and the waste gas is treated to produce the concentrated carbon dioxide stream by separating the concentrated carbon dioxide stream from a stream containing nitrogen.