mhurhangee/ep-ind-claims huggingface dataset:
A method comprising, with a sender computing system: sending, via an unreliable protocol, a stream of data packets to at least one recipient device over a network, the stream of data packets including source packets and forward error correction, FEC, packets, wherein the source packets include audio source packets and video source packets; during said sending, receiving one or more feedback reports from the at least one recipient device, each said periodic feedback report characterizing packet loss during a respective period of time; and during said sending, adjusting a rate at which said data packets are sent in the stream in response to at least one of said feedback reports, wherein said adjusting the rate comprises increasing an FEC rate at which the FEC packets are sent while maintaining a source rate at which the source packets are sent in response to a particular one of the feedback reports which characterizes the packet loss as within an acceptable level, wherein the particular one of the feedback reports which indicates the packet loss as within the acceptable level indicates the packet loss as steady relative to a prior one of the feedback reports, and wherein said increasing an FEC rate at which the FEC packets are sent includes increasing both an FEC audio rate at which the FEC audio packets are sent and an FEC video rate at which the FEC video packets are sent, wherein said increasing both the FEC audio rate and the FEC video rate includes increasing the FEC audio rate by a greater degree than the FEC video rate. sending, via an unreliable protocol, a stream of data packets to at least one recipient device over a network, the stream of data packets including source packets and forward error correction, FEC, packets, wherein the source packets include audio source packets and video source packets; during said sending, receiving one or more feedback reports from the at least one recipient device, each said periodic feedback report characterizing packet loss during a respective period of time; and during said sending, adjusting a rate at which said data packets are sent in the stream in response to at least one of said feedback reports, wherein said adjusting the rate comprises increasing an FEC rate at which the FEC packets are sent while maintaining a source rate at which the source packets are sent in response to a particular one of the feedback reports which characterizes the packet loss as within an acceptable level, wherein the particular one of the feedback reports which indicates the packet loss as within the acceptable level indicates the packet loss as steady relative to a prior one of the feedback reports, and wherein said increasing an FEC rate at which the FEC packets are sent includes increasing both an FEC audio rate at which the FEC audio packets are sent and an FEC video rate at which the FEC video packets are sent, wherein said increasing both the FEC audio rate and the FEC video rate includes increasing the FEC audio rate by a greater degree than the FEC video rate.
A mobile communications device, wherein the mobile communications device has a rectangular housing and a touchscreen, wherein the housing has a bonding surface configured to bond with the touchscreen, one end of the bonding surface that is provided with a control button and the other end of the bonding surface opposite to the end that is provided with the control button are each provided with a supporting surface, the touchscreen is adhered to the supporting surfaces, and two opposite side surfaces of the housing are each connected to the touchscreen in a sealed manner by using a sealing piece, wherein the two opposite side surfaces are side surfaces that are perpendicular to a frame line of the end of the bonding surface that is provided with the control button, wherein the frame line is a line of a frame of the entire mobile communications device.
A bipolar junction transistor, BJT, in silicon carbide, SiC, comprising: a first region having a first conductivity type; a second region having a second conductivity type opposite to said first conductivity type; a third region having the first conductivity type; and an ion-implanted region for providing a contact zone to said second region; wherein said first, second and third regions are disposed as a stack, said third region and part of said second region forming a mesa; wherein said second region comprises a first portion having a first doping concentration and a second portion having a second doping concentration, said second portion being vertically arranged between said first portion and said third region in said stack, wherein the first region is a drift region, the second region is a base region and the third region is an emitter region, characterised in that said second doping concentration is lower than said first doping concentration and said ion-implanted region is laterally spaced away by at least two micrometers from a sidewall of the mesa. a first region having a first conductivity type; a second region having a second conductivity type opposite to said first conductivity type; a third region having the first conductivity type; and an ion-implanted region for providing a contact zone to said second region; wherein said first, second and third regions are disposed as a stack, said third region and part of said second region forming a mesa; wherein said second region comprises a first portion having a first doping concentration and a second portion having a second doping concentration, said second portion being vertically arranged between said first portion and said third region in said stack, wherein the first region is a drift region, the second region is a base region and the third region is an emitter region, characterised in that
Method of protecting a preferably metallic substrate from damage by electrical charge and electromagnetic radiation and/or particle bombardment, especially of a component from aerospace technology, in which a composition comprising • between 1% and 10% by weight, preferably between 4% and 7% by weight, of particles having a layer lattice structure, especially hexagonal boron nitride, • between 10% and 90% by weight, preferably between 20% and 50% by weight, of inorganic particles composed of a transparent or white, electrically conductive oxide from the group comprising indium tin oxide, aluminium zinc oxide, and antimony tin oxide, • between 10% and 60% by weight, preferably between 30% and 45% by weight, of inorganic particles composed of a transparent or white, electrically nonconductive oxide, • between 5% and 45% by weight, preferably between 15% and 35% by weight, of a glass former as inorganic binder and • water as solvent/dispersant is applied as a layer to the substrate and dried, wherein the inorganic particles of the electrically conductive oxide, for the purpose of improving their conductivity, are subjected to an activating pretreatment before they are introduced into the composition, wherein the pretreatment comprises the following measures: • grinding the particles to reduce the particle size, • heating the particles under air to remove any carbonaceous impurities, and • heating under reduced pressure and/or heating under hydrogen and/or under forming gas to produce oxygen defect sites. • between 1% and 10% by weight, preferably between 4% and 7% by weight, of particles having a layer lattice structure, especially hexagonal boron nitride, • between 10% and 90% by weight, preferably between 20% and 50% by weight, of inorganic particles composed of a transparent or white, electrically conductive oxide from the group comprising indium tin oxide, aluminium zinc oxide, and antimony tin oxide, • between 10% and 60% by weight, preferably between 30% and 45% by weight, of inorganic particles composed of a transparent or white, electrically nonconductive oxide, • between 5% and 45% by weight, preferably between 15% and 35% by weight, of a glass former as inorganic binder and • water as solvent/dispersant • grinding the particles to reduce the particle size, • heating the particles under air to remove any carbonaceous impurities, and • heating under reduced pressure and/or heating under hydrogen and/or under forming gas to produce oxygen defect sites.
A conduit connection assembly (200,200',400,600,1200,1300,1400), wherein the assembly comprises - a first conduit component (202,402,802,1302,1402) having a first mating structure (206,806,1306,1406) and - a second conduit component (204,404,804,1304,1404) having a second mating structure (208,808,1308,1408) adapted to be mated with the first mating structure (206.806,1306,1406), and - wherein the assembly comprises a sealing arrangement (220,720,820,820',1320,1420) for sealing between the mating structures (206, 806,1306,1406,208,808,1308,1408), wherein the sealing arrangement (220,720,820,820',1320,1420) comprises at least two spaced sealing members (222,224,522,524,526,722,724,726,727, 822, 824,1322,1324,1422,1424) defining an intermediate space (226,1326,1426) and that the assembly comprises a pressure relief opening (228,228',428,728a,728b,828,1328,1428) arranged in communication with the intermediate space (226,1326,1426) between the two spaced sealing members (222,224,522,524,526,722,724,726,727, 822, 824,1322,1324,1422,1424), wherein the assembly comprises a fluid line (232,232',242,442,642a,642b,1442), which at a first end (234,1434) is in communication with the pressure relief opening (228,228',428,728a, 728b,828,1428) and at a second end (236,1436) is in communication with an environment of substantially lower pressure than a pressure prevailing on an internal side of the assembly during operation, characterized in that the environment of substantially lower pressure forms a part of a main conduit for an operational fluid to be conveyed between the first conduit component and the second conduit component. - a first conduit component (202,402,802,1302,1402) having a first mating structure (206,806,1306,1406) and - a second conduit component (204,404,804,1304,1404) having a second mating structure (208,808,1308,1408) adapted to be mated with the first mating structure (206.806,1306,1406), and - wherein the assembly comprises a sealing arrangement (220,720,820,820',1320,1420) for sealing between the mating structures (206, 806,1306,1406,208,808,1308,1408),
A door assembly for a vehicle with at least one door leaf, wherein the door leaf can be moved from a closing state, in which the door leaf fills a portal opening in a wall of the vehicle, into an opening state, in which the door leaf is located in front of the wall and at least largely outside the portal opening, the door assembly comprising a) two transverse guides substantially extending along a Y-axis perpendicular to the portal opening plane, b) a drive carrier located between the transverse guides and having a longitudinal guide for the at least one door leaf, wherein the longitudinal guide enables a movement of the door leaf along an X-axis substantially in the horizontal direction parallel to the wall, c) at least two guide rollers, which - are each disposed at the end of the drive carrier, - support the drive carrier in the transverse guides and enable a movement of the drive carrier along the Y-axis perpendicular to the portal opening plane, characterized by d) at least one locking bolt, which is disposed on the drive carrier and is pivotable about the longitudinal axis of the drive carrier independently of the drive carrier, e) at least one locking member, which corresponds to the locking bolt and is disposed in a stationary manner on the vehicle, wherein the guide rollers are respectively connected to the drive carrier via carrier shafts, and the locking bolt is rotatably supported on one of the carrier shafts, and wherein at least one guide roller enables a pivoting movement of the drive carrier about its longitudinal axis, and thus of the door leaf out of the vertical. a) two transverse guides substantially extending along a Y-axis perpendicular to the portal opening plane, b) a drive carrier located between the transverse guides and having a longitudinal guide for the at least one door leaf, wherein the longitudinal guide enables a movement of the door leaf along an X-axis substantially in the horizontal direction parallel to the wall, c) at least two guide rollers, which - are each disposed at the end of the drive carrier, - support the drive carrier in the transverse guides and enable a movement of the drive carrier along the Y-axis perpendicular to the portal opening plane, - are each disposed at the end of the drive carrier, - support the drive carrier in the transverse guides and enable a movement of the drive carrier along the Y-axis perpendicular to the portal opening plane, d) at least one locking bolt, which is disposed on the drive carrier and is pivotable about the longitudinal axis of the drive carrier independently of the drive carrier, e) at least one locking member, which corresponds to the locking bolt and is disposed in a stationary manner on the vehicle,
An electromagnetic transponder comprising: a resonant circuit; a rectifying bridge having input terminals (33, 34) connected across the resonant circuit and having rectified output terminals (31, 32) which are configured to provide a voltage (Vdd) for powering electronic circuits; and a device for limiting the voltage (Vrf) across the resonant circuit, connected between the input terminals of the rectifying bridge and comprising a circuit of detection of the peak voltage of the signal across the resonant circuit and of comparison with respect to a threshold, adjustable between a first and a second greater value, the second value being used when the transponder circuits are in retromodulation mode, said detection and comparison circuit being configured to control an element of adjustable impedance, connected between the input terminals (33, 34) of the rectifying bridge. a resonant circuit; a rectifying bridge having input terminals (33, 34) connected across the resonant circuit and having rectified output terminals (31, 32) which are configured to provide a voltage (Vdd) for powering electronic circuits; and a device for limiting the voltage (Vrf) across the resonant circuit, connected between the input terminals of the rectifying bridge and comprising a circuit of detection of the peak voltage of the signal across the resonant circuit and of comparison with respect to a threshold, adjustable between a first and a second greater value, the second value being used when the transponder circuits are in retromodulation mode, said detection and comparison circuit being configured to control an element of adjustable impedance, connected between the input terminals (33, 34) of the rectifying bridge.
An optical scanning device, comprising: a substrate having at least one through hole portion; a light source and a MEMS optical deflector (20, 21) mounted on the substrate; an optical element generating an optical path which causes a light beam emitted from the light source to enter the MEMS optical deflector; a bottom plate arranged below the substrate; and a columnar protruding portion (37, 71) having a lower end larger in size than a through hole of the through hole portion and fixed to an upper surface of the bottom plate in a shape tapered toward a tip of the columnar protruding portion, and having an upper portion fitted into the through hole portion, wherein at least one of the upper portion of the columnar protruding portion and the through hole portion is plastically deformed so that the two are fitted to each other, and wherein a relative inclination angle between the substrate and the bottom plate is defined by a fitting angle between the through hole portion and the columnar protruding portion. a substrate having at least one through hole portion; a light source and a MEMS optical deflector (20, 21) mounted on the substrate; an optical element generating an optical path which causes a light beam emitted from the light source to enter the MEMS optical deflector; a bottom plate arranged below the substrate; and a columnar protruding portion (37, 71) having a lower end larger in size than a through hole of the through hole portion and fixed to an upper surface of the bottom plate in a shape tapered toward a tip of the columnar protruding portion, and having an upper portion fitted into the through hole portion, wherein at least one of the upper portion of the columnar protruding portion and the through hole portion is plastically deformed so that the two are fitted to each other, and wherein a relative inclination angle between the substrate and the bottom plate is defined by a fitting angle between the through hole portion and the columnar protruding portion.
Phenolic foam comprising a phenolic resin, a hydrocarbon blowing agent and alkali metal silicate present in an amount of at least 1% by weight of the foam, the foam having an aged thermal conductivity as determined by the procedures of EN13166:2008 or EN14314:2009 of less than 0.025W/m.K, wherein the foam is formed from a phenolic resin mixture having a water content of from 12% by weight to 24% by weight of the resin mixture.
Note storage and/or dispensing apparatus, said apparatus including: at least one aperture to allow notes to be received by and/or dispensed to a user; at least first and second rotatable drums (6, 8); the notes being stored between webs (14, 16, 18) wound onto at least one of said drums (6, 8); wherein a first web is wound between first and second drums (6, 8), the first web being opposed substantially along the length thereof by at least a further web (16, 18); and wherein a second web is wound between the first drum and a third drum, and a third web is wound between the second drum and a fourth drum, the second and third webs (16, 18) opposing different portions of the first web; wherein processing means are provided for determining one or more characteristics of the notes to allow notes having differing characteristics to be stored on the same drum and characterised in that the apparatus includes a diverter mechanism including a pair of web guide rollers (26, 28) one of which is located within a slot, wherein the slot-located web roller guides the second web and is moveable between a transaction configuration allowing notes to be dispensed or received through the aperture, and an indexing configuration where the slot-located web roller is close to the other web roller of the pair such that notes are prevented from escaping through the aperture, and wherein the other web roller guides the third web. at least one aperture to allow notes to be received by and/or dispensed to a user; at least first and second rotatable drums (6, 8); the notes being stored between webs (14, 16, 18) wound onto at least one of said drums (6, 8); wherein a first web is wound between first and second drums (6, 8), the first web being opposed substantially along the length thereof by at least a further web (16, 18); and wherein a second web is wound between the first drum and a third drum, and a third web is wound between the second drum and a fourth drum, the second and third webs (16, 18) opposing different portions of the first web; wherein processing means are provided for determining one or more characteristics of the notes to allow notes having differing characteristics to be stored on the same drum and characterised in that the apparatus includes a diverter mechanism including a pair of web guide rollers (26, 28) one of which is located within a slot, wherein the slot-located web roller guides the second web and is moveable between a transaction configuration allowing notes to be dispensed or received through the aperture, and an indexing configuration where the slot-located web roller is close to the other web roller of the pair such that notes are prevented from escaping through the aperture, and wherein the other web roller guides the third web.
A battery pack, the battery pack comprises a first cell set, comprising at least one first cell; a second cell set, juxtaposed with the first cell set in a first direction and comprising at least one second cell; a third cell, juxtaposed with the first cell set and the second cell set in a second direction, each of a positive pole lug of the third cell and a negative pole lug of the third cell being located at an end of the third cell facing toward the first cell and the second cell; the first cell set, the third cell and the second cell set are sequentially connected in series; the first direction is perpendicular to the second direction; characterized in that a positive pole lug of the first cell and a negative pole lug of the first cell are located at different ends of the first cell; a positive pole lug of the second cell and a negative pole lug of the second cell are located at different ends of the second cell; the battery pack further comprises: an encapsulation housing in which each of the first cell set, the second cell set and the third cell is located. a first cell set, comprising at least one first cell; a second cell set, juxtaposed with the first cell set in a first direction and comprising at least one second cell; a third cell, juxtaposed with the first cell set and the second cell set in a second direction, each of a positive pole lug of the third cell and a negative pole lug of the third cell being located at an end of the third cell facing toward the first cell and the second cell; the first cell set, the third cell and the second cell set are sequentially connected in series; the first direction is perpendicular to the second direction; characterized in that a positive pole lug of the first cell and a negative pole lug of the first cell are located at different ends of the first cell; a positive pole lug of the second cell and a negative pole lug of the second cell are located at different ends of the second cell; the battery pack further comprises: an encapsulation housing in which each of the first cell set, the second cell set and the third cell is located.
A computer-implemented cryptographic method for facilitating a data similarity query across a network of data memories, the method comprising: a) receiving, from a first memory in a network, a first ciphertext {} for a first aggregation of first encodings of data items of a first group; b) receiving (S810'), from a second memory in the network, a second ciphertext () for a second aggregation of at least one second encoding of at least one data item of a second group; and c) processing the first and second ciphertexts into a third ciphertext ({M1*M2}), decryptable into plaintext output (M1*M2), the said plaintext output indicative of, or convertible into, similarity measures between data items from the two groups, characterised in that first encodings and the at least one second encoding is by representation in at least one respective probabilistic data structure, PDS, the first and second aggregations previously obtained by forming a respective matrix from the said first encodings and the at least one second encoding, wherein the processing c) includes a matrix multiplication of the at least two matrices. a) receiving, from a first memory in a network, a first ciphertext {} for a first aggregation of first encodings of data items of a first group; b) receiving (S810'), from a second memory in the network, a second ciphertext () for a second aggregation of at least one second encoding of at least one data item of a second group; and c) processing the first and second ciphertexts into a third ciphertext ({M1*M2}), decryptable into plaintext output (M1*M2), the said plaintext output indicative of, or convertible into, similarity measures between data items from the two groups,