mhurhangee/patent-ind-claim-en huggingface dataset:
Flow element for fluidic contact with a hot gas flow inside an aircraft engine, - the flow element comprising a base material that comprises a hot gas surface that faces the gas flow , and a remote surface that is remote from the gas flow , characterised in that - the base material is completely surrounded by a chroming layer on the hot gas surface and on the remote surface , - the flow element comprising an adhesive layer on the chroming layer in first portions, - the flow element comprising an alitising layer , - the alitising layer being arranged on the adhesive layer in the first portions, - a thermal barrier layer being arranged on the alitising layer in the first portions, and - the alitising layer being arranged on the chroming layer in the second portions that do not comprise an adhesive layer , the chroming layer and the alitising layer forming a chroming-alitising layer in said second portions. - the flow element comprising a base material that comprises a hot gas surface that faces the gas flow , and a remote surface that is remote from the gas flow , characterised in that - the base material is completely surrounded by a chroming layer on the hot gas surface and on the remote surface , - the flow element comprising an adhesive layer on the chroming layer in first portions, - the flow element comprising an alitising layer , - the alitising layer being arranged on the adhesive layer in the first portions, - a thermal barrier layer being arranged on the alitising layer in the first portions, and - the alitising layer being arranged on the chroming layer in the second portions that do not comprise an adhesive layer , the chroming layer and the alitising layer forming a chroming-alitising layer in said second portions.
A mass analyzer , comprising: a quadrupole having an input end (A) for receiving ions and an output end (B) through which ions can exit the quadrupole, said quadrupole having a plurality of rods to at least some of which an RF voltage can be applied for generating a quadrupolar field for causing radial confinement of the ions as they propagate through the quadrupole and further generating fringing fields in proximity of said output end, wherein radially-excited ions interact with the fringing fields as they exit the quadrupole such that their radial oscillations are converted into axial motion; characterized in that the mass analyzer further comprises at least a voltage source configured to apply a voltage pulse to at least one of said rods so as to excite radial oscillations of at least a portion of the ions passing through the quadrupole at secular frequencies thereof, said excitation being a broadband excitation encompassing ions having different mass-to-charge ratios. a quadrupole having an input end (A) for receiving ions and an output end (B) through which ions can exit the quadrupole, said quadrupole having a plurality of rods to at least some of which an RF voltage can be applied for generating a quadrupolar field for causing radial confinement of the ions as they propagate through the quadrupole and further generating fringing fields in proximity of said output end, wherein radially-excited ions interact with the fringing fields as they exit the quadrupole such that their radial oscillations are converted into axial motion; characterized in that the mass analyzer further comprises at least a voltage source configured to apply a voltage pulse to at least one of said rods so as to excite radial oscillations of at least a portion of the ions passing through the quadrupole at secular frequencies thereof, said excitation being a broadband excitation encompassing ions having different mass-to-charge ratios.
A track roller bearing comprising: a single piece outer ring ; a single piece inner ring positioned in the single piece outer ring ; a plurality of rolling elements (551A, 551B; 603A, 603B) disposed between and in rolling engagement with the single piece inner ring and the single piece outer ring ; wherein the track roller bearing is configured to be disposed in an actuation system of an aircraft , characterized in that : the single piece inner ring is manufactured from a corrosion resistant nitrogen steel (CREN) material; and each of the plurality of rolling elements (551A, 551B; 603A, 603B) is a needle roller. a single piece outer ring ; a single piece inner ring positioned in the single piece outer ring ; a plurality of rolling elements (551A, 551B; 603A, 603B) disposed between and in rolling engagement with the single piece inner ring and the single piece outer ring ; wherein the track roller bearing is configured to be disposed in an actuation system of an aircraft , characterized in that : the single piece inner ring is manufactured from a corrosion resistant nitrogen steel (CREN) material; and each of the plurality of rolling elements (551A, 551B; 603A, 603B) is a needle roller. the single piece inner ring is manufactured from a corrosion resistant nitrogen steel (CREN) material; and each of the plurality of rolling elements (551A, 551B; 603A, 603B) is a needle roller.
Arrangement comprising an implant body (1, 1', 1", 1"') and an attachment element , wherein the implant body (1, 1', 1", 1"') is designed matching the attachment element in such a way that the attachment element is partially insertable into the implant body (1, 1', 1", 1"') as far as a stop surface on the implant body (1, 1', 1", 1"'), wherein the attachment element is connected to the implant body (1, 1', 1", 1"') by a connection element , wherein an attachment element stop surface of the attachment element is held against the stop surface by the connection element, characterized in that the implant body (1, 1', 1", 1"') has a first sealing surface, which is located opposite a second sealing surface of the attachment element , in that the first sealing surface or the second sealing surface has a sealing seat (DS1, DS2, DS3, DS4, DS5) into which a sealing element (D1, D2, D3, D4, D5) is inserted by which the interior of the implant body (1, 1', 1", 1"') is sealed off from the environment, in that the stop surface is configured as implant body sealing surface and the attachment element stop surface is configured as attachment element sealing surface , such that the interior of the implant body (1, 1', 1", 1"') is sealed off from the environment, and in that the implant body sealing surface is configured as a conically extending implant body sealing surface , which can be applied to the conically extending attachment element sealing surface in such a way that the interior of the implant body (1, 1', 1", 1"') is sealed off from the environment.
An electronic device comprising: a microphone ; a display ; a processor electrically connected to the microphone and the display ; and a memory electrically connected to the processor , wherein the memory stores commands, executable by the processor , for: recognizing speech that is input through the microphone , identifying a speech stop time point at which a magnitude of the speech is less than a predetermined value and a speech resume time point at which the magnitude of the speech exceeds the predetermined value based on a predetermined speech end detection period identifying a pause period between the speech stop time point and the speech resume time point, updating the length of the predetermined speech end detection period to the identified length of the pause period, and in response to determining that the speech resumes, determining whether the speech is ended based on the updated length of the predetermined speech end detection period. a microphone ; a display ; a processor electrically connected to the microphone and the display ; and a memory electrically connected to the processor , wherein the memory stores commands, executable by the processor , for: recognizing speech that is input through the microphone , identifying a speech stop time point at which a magnitude of the speech is less than a predetermined value and a speech resume time point at which the magnitude of the speech exceeds the predetermined value based on a predetermined speech end detection period identifying a pause period between the speech stop time point and the speech resume time point, updating the length of the predetermined speech end detection period to the identified length of the pause period, and in response to determining that the speech resumes, determining whether the speech is ended based on the updated length of the predetermined speech end detection period. recognizing speech that is input through the microphone , identifying a speech stop time point at which a magnitude of the speech is less than a predetermined value and a speech resume time point at which the magnitude of the speech exceeds the predetermined value based on a predetermined speech end detection period identifying a pause period between the speech stop time point and the speech resume time point, updating the length of the predetermined speech end detection period to the identified length of the pause period, and in response to determining that the speech resumes, determining whether the speech is ended based on the updated length of the predetermined speech end detection period.
A ferroelectric memory cell, comprising: a ferroelectric crystalline material having a polar and chiral crystal structure without inversion symmetry through an inversion center, and characterized in that the ferroelectric crystalline material comprises a ternary or quaternary oxide material selected from the group consisting of Ti 1.1 Zr 0.893 Hf 0.008 O 4 , Ti 1.92 Ta 1.08 La 3 O 11 , Sr 5 Nb 5 O 16 , ZrMo 2 O 8 , Si 2 Y 2 O 7 , and Ti 0.98 Zr 0.02 RbPO 5 . a ferroelectric crystalline material having a polar and chiral crystal structure without inversion symmetry through an inversion center, and characterized in that the ferroelectric crystalline material comprises a ternary or quaternary oxide material selected from the group consisting of Ti 1.1 Zr 0.893 Hf 0.008 O 4 , Ti 1.92 Ta 1.08 La 3 O 11 , Sr 5 Nb 5 O 16 , ZrMo 2 O 8 , Si 2 Y 2 O 7 , and Ti 0.98 Zr 0.02 RbPO 5 .
A method of sharing device behavior information anonymously, comprising: analyzing, by a processor of a control device , a device behavior vector comprising behavior information collected from a controlled device to detect anomalous behavior; in response to detecting anomalous behavior anonymizing , by the processor of the control device , the device behavior vector to remove user-identifying information to generate an anonymized device behavior vector by applying to the device behavior vector an anonymizer model associated with a type of the controlled device from which the behavior information was collected and which includes data and/or information structures to evaluate which specific features or aspects of the behavior could be person or user-identifying; and transmitting , by a transceiver of the control device , the anonymized device behavior vector over a network to a remote server. analyzing, by a processor of a control device , a device behavior vector comprising behavior information collected from a controlled device to detect anomalous behavior; in response to detecting anomalous behavior anonymizing , by the processor of the control device , the device behavior vector to remove user-identifying information to generate an anonymized device behavior vector by applying to the device behavior vector an anonymizer model associated with a type of the controlled device from which the behavior information was collected and which includes data and/or information structures to evaluate which specific features or aspects of the behavior could be person or user-identifying; and transmitting , by a transceiver of the control device , the anonymized device behavior vector over a network to a remote server.
A system for monitoring at least one tag device configured to transmit wireless data messages, the system comprising: at least one portable mobile device configured to perform wireless data communication and to perform voice communication; and the at least one tag device ; characterized in that : the at least one tag device is configured to transmit wireless data messages in accordance with one of the IEEE 802.11 series of standards in a non-associating mode; and the at least one portable mobile device is configured to perform the wireless data communication in accordance with the one of the IEEE 802.11 series of standards, and is configured to receive and decode the data messages transmitted in a non-associating mode from the at least one tag device using said wireless data communication when in a communication range of the tag device; wherein the non-associating mode of the at least one tag device is an operation mode in which the wireless data messages are transmitted without any prior association between the at least one tag device and the at least one portable mobile device which forms an association between the at least one tag device and the at least one portable mobile device .
An arrangement comprising: plural electric battery cell modules , each of the plural electric battery cell modules comprising at least one electric battery cell and a module antenna , characterised in that the arrangement further comprises: an elongated transmission line operative as an antenna, the module antennas spaced apart along the elongated transmission line; and the arrangement providing near field radio wave coupling of data between each of the plural electric battery cell modules and the elongated transmission line , said near field radio wave coupling being by way of the module antenna of each of the plural electric battery cell modules. an elongated transmission line operative as an antenna, the module antennas spaced apart along the elongated transmission line; and the arrangement providing near field radio wave coupling of data between each of the plural electric battery cell modules and the elongated transmission line , said near field radio wave coupling being by way of the module antenna of each of the plural electric battery cell modules.
On-Board Charger, OBC, for electric or hybrid cars, comprising: - at least one external container ; - at least one electronic power circuit housed inside said at least one external container and configured for conversion of an input current/voltage into a predefined output current/voltage; - at least one liquid cooling circuit made at a portion of said at least one external container for cooling said at least one electronic power circuit ; - wherein said at least one external container comprises a housing body of said at least one electronic power circuit made of a polymeric material and comprising at least one portion provided with said at least one liquid cooling circuit ; characterized in that said at least one external container further comprises: - at least one shielding metal sheet extending over the entire outer surface of said housing body for shielding electromagnetic waves generated by said at least one electronic power circuit ; - at least one metal closure cover of said housing body ; - at least one heat dissipation metal jig , provided with at least one housing seat for said at least one electronic power circuit and associated with at least one inner portion of said housing body , said at least one liquid cooling circuit being composed of at least one inter-space defined between said inner portion of the housing body and said at least one heat dissipation metal jig . - at least one external container ; - at least one electronic power circuit housed inside said at least one external container and configured for conversion of an input current/voltage into a predefined output current/voltage; - at least one liquid cooling circuit made at a portion of said at least one external container for cooling said at least one electronic power circuit ; - wherein said at least one external container comprises a housing body of said at least one electronic power circuit made of a polymeric material and comprising at least one portion provided with said at least one liquid cooling circuit ; - at least one shielding metal sheet extending over the entire outer surface of said housing body for shielding electromagnetic waves generated by said at least one electronic power circuit ; - at least one metal closure cover of said housing body ; - at least one heat dissipation metal jig , provided with at least one housing seat for said at least one electronic power circuit and associated with at least one inner portion of said housing body , said at least one liquid cooling circuit being composed of at least one inter-space defined between said inner portion of the housing body and said at least one heat dissipation metal jig .
Control disc for a control set of a sanitary mixer tap, having at least one through-channel each for cold water and hot water and an outlet for mixed water, wherein at least one through-channel has a cross-section which decreases in size in the direction of movement of the movable disc, which cross-section is in part delimited by a base , characterised in that the base of the through-channel extends over an angle (α) which is between 25° and 80°, the angle (α) being determined by a central centre axis in the case of circular basic shapes of the control disc and by the centre of area or a rotational axis of an operating lever of the mixer tap in the case of non-circular geometries, wherein the through-channel has, at least in part, a base which ascends in the direction from an inlet edge to an outlet edge by an angle of ascent (β), and wherein the bases of the through-channels for the cold water and hot water ascend in the same circumferential direction of the control disc .
A method for packet detection in a wireless communication network for power grid control, the wireless communication network employing time based scheduling of packets , the method being performed by a packet receiver in the wireless communication network , the method comprising: receiving (S102) a packet from a packet transmitter (200b, 200c, ..., 200N), wherein the packet comprises a preamble , wherein the preamble is composed of a single orthogonal frequency-division multiplexing, OFDM, symbol and represented by a sequence of samples, and wherein at least part of the preamble is received within a packet detection window ; and performing (S104) packet detection in order to find start of the packet only on those samples received within the packet detection window . receiving (S102) a packet from a packet transmitter (200b, 200c, ..., 200N), wherein the packet comprises a preamble , wherein the preamble is composed of a single orthogonal frequency-division multiplexing, OFDM, symbol and represented by a sequence of samples, and wherein at least part of the preamble is received within a packet detection window ; and performing (S104) packet detection in order to find start of the packet only on those samples received within the packet detection window .
A drive cable for actuating an element being movable relative to a structure, comprising a cable body which is made of one or more plastics, and which comprises a denticulation extending in the axial direction for engaging a mating denticulation as well as at least one armouring , which extends through the cable body in the axial direction, characterised by a coupling element which is realised as a moulded section, and which is moulded in a cable connecting region so as to adjoin the cable body and includes a connecting portion for being coupled to the moveable element, wherein the coupling element encases the armouring and is directly moulded onto the same in a region free of the cable body and/or the armouring is provided with an anchor element for the coupling element .
A method of blackening a surface , comprising: applying laser radiation to the surface to produce a periodic arrangement of structures on the surface, the method being characterised in that : the laser radiation comprises pulsed laser radiation comprising a series of laser pulses and the power density of the pulses is in a range 1 GW/cm 2 to 50 GW/cm 2 ; the laser radiation comprises a pulsed laser beam that has a focal spot diameter on the surface in a range 1 μm to 100 μm and the pulsed radiation has a pulse repetition rate in a range 10 kHz to 1 MHz and an average power of the laser radiation is in a range 0.3 W to 20 W; a pulse duration of the laser pulses is in a range 200 femtoseconds (fs) to 1000 picoseconds (ps) or in a range 1000 ps to 200 ns; and the applying of the laser radiation to the surface comprises scanning the pulsed laser beam over the surface such that the periodic arrangement of structures on the surface comprises a periodic series of peaks and troughs substantially parallel to each other. applying laser radiation to the surface to produce a periodic arrangement of structures on the surface, the method being characterised in that : the laser radiation comprises pulsed laser radiation comprising a series of laser pulses and the power density of the pulses is in a range 1 GW/cm 2 to 50 GW/cm 2 ; the laser radiation comprises a pulsed laser beam that has a focal spot diameter on the surface in a range 1 μm to 100 μm and the pulsed radiation has a pulse repetition rate in a range 10 kHz to 1 MHz and an average power of the laser radiation is in a range 0.3 W to 20 W; a pulse duration of the laser pulses is in a range 200 femtoseconds (fs) to 1000 picoseconds (ps) or in a range 1000 ps to 200 ns; and the applying of the laser radiation to the surface comprises scanning the pulsed laser beam over the surface such that the periodic arrangement of structures on the surface comprises a periodic series of peaks and troughs substantially parallel to each other. the laser radiation comprises pulsed laser radiation comprising a series of laser pulses and the power density of the pulses is in a range 1 GW/cm 2 to 50 GW/cm 2 ; the laser radiation comprises a pulsed laser beam that has a focal spot diameter on the surface in a range 1 μm to 100 μm and the pulsed radiation has a pulse repetition rate in a range 10 kHz to 1 MHz and an average power of the laser radiation is in a range 0.3 W to 20 W; a pulse duration of the laser pulses is in a range 200 femtoseconds (fs) to 1000 picoseconds (ps) or in a range 1000 ps to 200 ns; and the applying of the laser radiation to the surface comprises scanning the pulsed laser beam over the surface such that the periodic arrangement of structures on the surface comprises a periodic series of peaks and troughs substantially parallel to each other.