mhurhangee/ep-ind-claims huggingface dataset:
Electronic system (106, 109A) for authenticating a user of an electronic service, said system preferably comprising at least one server apparatus, the system being configured to store (122, 112, 200), for a number of users, a plurality of personal voiceprints each of which being linked with a dedicated visual, audiovisual or audio cue, for challenge-response authentication of the users, wherein the cues are user-selected, user-provided or user-created, pick (116, 200C, 142, 144), upon receipt of an authentication request associated with a claim of an identity of an existing user of said number of users, a subset of cues for which there are voiceprints of the existing user stored, and provide the cues for representation to the user as a challenge, receive (126, 148, 150) sound data indicative of voice responses uttered by the user to the represented cues, characterized by said voice responses represented by the sound data being captured simultaneously utilizing both an air microphone and contact microphone preferably integrated in a common microphone apparatus, determine (114, 152, 154, 156, 158) on the basis of the sound data, the represented cues and voiceprints linked therewith and the existing user, whether the response has been uttered by the existing user of said number of users, wherein the sound data indicative of the voice responses uttered to the represented cues are matched as concatenated against a concatenated voiceprint established based on the voiceprints linked with the represented cues and the existing user, and provided that this seems to be the case, elevate (116, 152, 200D, 218, 216) the authentication status of the user as the existing user, preferably regarding at least the current communication session, wherein the system is further configured to utilize estimated location of the user, based on data obtained indicative of location of the user or associated user terminal, as an additional authentication factor, wherein the status of the authentication factor is used in the selection of the subset of cues.
Round plug connector, comprising - a housing with a sleeve section and a base section, - at least one current-carrying contact pin guided through the base section and projecting freely into the sleeve section, - an insulating element in the base section that positively locks the at least one current-carrying contact pin in place in the base section and insulates it from the base section, and - an insulating sleeve that is positively locked in place in the sleeve section, characterized in that the housing has a recess in a transitional area between the sleeve section and the base section, said recess forming an annular space as a result of the positioning of the insulating sleeve, so that a clearance and creepage distance of at least 2 mm arises between the at least one current-carrying contact pin and the housing as a result of the positioning of the insulating sleeve. - a housing with a sleeve section and a base section, - at least one current-carrying contact pin guided through the base section and projecting freely into the sleeve section, - an insulating element in the base section that positively locks the at least one current-carrying contact pin in place in the base section and insulates it from the base section, and - an insulating sleeve that is positively locked in place in the sleeve section, characterized in that the housing has a recess in a transitional area between the sleeve section and the base section, said recess forming an annular space as a result of the positioning of the insulating sleeve, so that a clearance and creepage distance of at least 2 mm arises between the at least one current-carrying contact pin and the housing as a result of the positioning of the insulating sleeve.
18 carat 3N yellow gold alloy, characterized in that the alloy is formed of a mixture comprising by mass: - at least 75% of gold, - from 0.5% to 2.1% of a second metal selected for its ability to form precipitates with gold, said second metal being aluminium; - from 22.4% to 24.5% of at least one additional metal selected, on the one hand, for its ability to promote a stable face-centred cubic structure FCC, and on the other hand, for its ability to increase the solubility of said second metal in gold, said additional metal being selected from the following elements: silver, aluminium, chromium, copper, iron, hafnium, manganese, niobium, palladium, platinum, vanadium, - from 0% to 0.5% of one or more constituents selected for the grain size refinement and fluidity of said alloy, selected from zinc, cobalt or iridium, said mixture further including at least one said precipitate of said second metal with gold, selected from said precipitates of said second metal with gold to form an intermetallic compound giving said alloy a hardness of more than 250 HV, so as to improve the structural hardening of said alloy, said selected precipitate being the aluminium and gold precipitate Al 2 Au 5, and characterized in that the only gold and aluminium precipitate present in said alloy is said selected aluminium and gold precipitate Al 2 Au 5. - at least 75% of gold, - from 0.5% to 2.1% of a second metal selected for its ability to form precipitates with gold, said second metal being aluminium; - from 22.4% to 24.5% of at least one additional metal selected, on the one hand, for its ability to promote a stable face-centred cubic structure FCC, and on the other hand, for its ability to increase the solubility of said second metal in gold, said additional metal being selected from the following elements: silver, aluminium, chromium, copper, iron, hafnium, manganese, niobium, palladium, platinum, vanadium, - from 0% to 0.5% of one or more constituents selected for the grain size refinement and fluidity of said alloy, selected from zinc, cobalt or iridium, said mixture further including at least one said precipitate of said second metal with gold, selected from said precipitates of said second metal with gold to form an intermetallic compound giving said alloy a hardness of more than 250 HV, so as to improve the structural hardening of said alloy, said selected precipitate being the aluminium and gold precipitate Al 2 Au 5, and characterized in that the only gold and aluminium precipitate present in said alloy is said selected aluminium and gold precipitate Al 2 Au 5.
A device for setting an optical fiber in place, comprising: a pedestal capable of supporting the optical fiber; a clamper having the optical fiber gripped between the clamper and the pedestal; and a pressure device, wherein the pressure device comprises a first elastic member bearing a first clamping load, a second elastic member bearing a second clamping load lower than the first clamping load, characterized in that the pressure device further comprises a limiter device limiting a deformation range of the second elastic member, and in that the pressure device is so linked with the clamper as to cause the second elastic member to pressurize the clamper by compressing the second elastic member in the deformation range of the second elastic member, and, after the second elastic member reaches the limit of the degree of compression, cause the first elastic member to pressurize the clamper by compressing the first elastic member. a pedestal capable of supporting the optical fiber; a clamper having the optical fiber gripped between the clamper and the pedestal; and a pressure device, wherein the pressure device comprises a first elastic member bearing a first clamping load, a second elastic member bearing a second clamping load lower than the first clamping load, characterized in that the pressure device further comprises a limiter device limiting a deformation range of the second elastic member, and in that the pressure device is so linked with the clamper as to cause the second elastic member to pressurize the clamper by compressing the second elastic member in the deformation range of the second elastic member, and, after the second elastic member reaches the limit of the degree of compression, cause the first elastic member to pressurize the clamper by compressing the first elastic member.
A method of manufacturing a master batch for the molding of colored parts, comprising the steps of: - preparing a mixture comprising a ceramic powder and a dye; - submitting the mixture to a spray-drying step to obtain an atomized powder; - submitting said atomized powder to a presintering step at a presintering temperature comprise between 0,8T1 and T2, with: ▪ T1 being the temperature in °C corresponding to the maximum thermal expansion of the powder, just before the sintering, ▪ T2 being the temperature in °C corresponding to a 2% shrinkage of the powder due to the sintering, - mixing the presintered powder with an organic binder, advantageously polymeric, to obtain the master batch. - preparing a mixture comprising a ceramic powder and a dye; - submitting the mixture to a spray-drying step to obtain an atomized powder; - submitting said atomized powder to a presintering step at a presintering temperature comprise between 0,8T1 and T2, with: ▪ T1 being the temperature in °C corresponding to the maximum thermal expansion of the powder, just before the sintering, ▪ T2 being the temperature in °C corresponding to a 2% shrinkage of the powder due to the sintering, ▪ T1 being the temperature in °C corresponding to the maximum thermal expansion of the powder, just before the sintering, ▪ T2 being the temperature in °C corresponding to a 2% shrinkage of the powder due to the sintering, - mixing the presintered powder with an organic binder, advantageously polymeric, to obtain the master batch.
Sun protection system, in particular for doors and windows, with a. a hanging covering formed from lamellas which is movable from a retracted position into an extended position, b. wherein, in order to move the lamellas, at least one tension cord penetrates through the lamellas, c. wherein at least one or each tension cord is set in the extended position by at least one release mechanism, and d. wherein at least the hanging covering is partially constricted by means of an emergency gathering device after releasing the hangings by the release mechanism, characterized in that e. the at least one release mechanism comprises an electrically triggerable retaining element (8, 9, 22) and the retaining element comprises an electromagnet (8, 19) or is constructed as such. a. a hanging covering formed from lamellas which is movable from a retracted position into an extended position, b. wherein, in order to move the lamellas, at least one tension cord penetrates through the lamellas, c. wherein at least one or each tension cord is set in the extended position by at least one release mechanism, and d. wherein at least the hanging covering is partially constricted by means of an emergency gathering device after releasing the hangings by the release mechanism, characterized in that e. the at least one release mechanism comprises an electrically triggerable retaining element (8, 9, 22) and the retaining element comprises an electromagnet (8, 19) or is constructed as such.
A crawling welding robot comprising an adjustable magnetic adhesion module, wheel-tracked walking mechanisms, a crawler frame, and a welding load device, wherein the welding load device is disposed on the crawler frame; the wheel-tracked walking mechanisms is disposed at two opposite ends of the crawler frame for supplying power for crawling of the crawler frame; and the adjustable magnetic adhesion module is disposed on the crawler frame and disposed between two wheel-tracked walking mechanisms, characterized in that the adjustable magnetic adhesion module comprises a magnet module and a lifting adjustment module, and the lifting adjustment module is connected with the magnet module for controlling lifting and lowering of the magnet module; the lifting adjustment module comprises a plurality of independently controllable lifting mechanisms, and an angle and/or a gap between the magnet module and a surface to be adhered is changed by separately adjusting the plurality of independently controlled lifting mechanisms. the wheel-tracked walking mechanisms is disposed at two opposite ends of the crawler frame for supplying power for crawling of the crawler frame; and the adjustable magnetic adhesion module is disposed on the crawler frame and disposed between two wheel-tracked walking mechanisms, characterized in that the adjustable magnetic adhesion module comprises a magnet module and a lifting adjustment module, and the lifting adjustment module is connected with the magnet module for controlling lifting and lowering of the magnet module; the lifting adjustment module comprises a plurality of independently controllable lifting mechanisms, and an angle and/or a gap between the magnet module and a surface to be adhered is changed by separately adjusting the plurality of independently controlled lifting mechanisms.
A method for radio resource control, RRC, state control, comprising: obtaining, by an access network device from a core network device, RRC connected inactive state indication information of user equipment, UE, wherein the RRC connected inactive state indication information is used to determine whether the UE is suitable to enter an RRC connected inactive state, and the RRC connected inactive state is different from an RRC connected state and an RRC idle state; determining, by the access network device, based on the RRC connected inactive state indication information, whether the UE is suitable to enter the RRC connected inactive state, wherein the determining, by the access network device, based on the RRC connected inactive state indication information, whether the UE is suitable to enter the RRC connected inactive state, comprises: in case that the RRC connected inactive state indication information indicates that the UE is not suitable to enter the RRC connected inactive state, determining, by the access network device, that the UE need to enter the RRC idle inactive state. obtaining, by an access network device from a core network device, RRC connected inactive state indication information of user equipment, UE, wherein the RRC connected inactive state indication information is used to determine whether the UE is suitable to enter an RRC connected inactive state, and the RRC connected inactive state is different from an RRC connected state and an RRC idle state; determining, by the access network device, based on the RRC connected inactive state indication information, whether the UE is suitable to enter the RRC connected inactive state, wherein the determining, by the access network device, based on the RRC connected inactive state indication information, whether the UE is suitable to enter the RRC connected inactive state, comprises: in case that the RRC connected inactive state indication information indicates that the UE is not suitable to enter the RRC connected inactive state, determining, by the access network device, that the UE need to enter the RRC idle inactive state.
A fastener, comprising: a sleeve having an elongated portion having a first end and a second end opposite the first end, a head located at the first end of the elongated portion, and an internal threaded portion located at the second end of the elongated portion, the head including a bearing surface located on an underside thereof; a core bolt disposed within the sleeve and having a first end, a second end opposite the first end of the core bolt, a head located at the first end of the core bolt, and a shank portion having an external threaded portion located proximate to the second end of the core bolt, the threaded portion of the core bolt being engageable threadedly with the threaded portion of the sleeve; and characterized by a seal element attached to the sleeve and juxtaposed with the bearing surface of the head of the sleeve. a sleeve having an elongated portion having a first end and a second end opposite the first end, a head located at the first end of the elongated portion, and an internal threaded portion located at the second end of the elongated portion, the head including a bearing surface located on an underside thereof; a core bolt disposed within the sleeve and having a first end, a second end opposite the first end of the core bolt, a head located at the first end of the core bolt, and a shank portion having an external threaded portion located proximate to the second end of the core bolt, the threaded portion of the core bolt being engageable threadedly with the threaded portion of the sleeve; and characterized by a seal element attached to the sleeve and juxtaposed with the bearing surface of the head of the sleeve.
A wheel chock mounting assembly, comprising: a bracket having a retention member, the bracket configured to be coupled to a surface of a machine and defining a receptacle to at least partially receive a wheel chock at a predefined location on the machine; and a stopper having an engagement member,, wherein the bracket and the stopper are structured and arranged to receive and constrain the wheel chock therebetween at the predefined location on the machine, characterised in that the stopper is configured to be mounted on the machine at a predefined distance from the bracket and the stopper comprises a V-shaped plate coupled to a base flange having a primary stem defining a primary surface and a secondary stem defining a secondary surface, the primary surface and the secondary surface being disposed angularly with respect to each other, the stopper being orientated when mounted such that the secondary surface is directed towards the receptacle and the primary surface is directed away from the receptacle, the primary surface configured to define a gradient with respect to the surface of the machine to slope upwards towards the receptacle. a bracket having a retention member, the bracket configured to be coupled to a surface of a machine and defining a receptacle to at least partially receive a wheel chock at a predefined location on the machine; and a stopper having an engagement member,, wherein the bracket and the stopper are structured and arranged to receive and constrain the wheel chock therebetween at the predefined location on the machine, characterised in that the stopper is configured to be mounted on the machine at a predefined distance from the bracket and the stopper comprises a V-shaped plate coupled to a base flange having a primary stem defining a primary surface and a secondary stem defining a secondary surface, the primary surface and the secondary surface being disposed angularly with respect to each other, the stopper being orientated when mounted such that the secondary surface is directed towards the receptacle and the primary surface is directed away from the receptacle, the primary surface configured to define a gradient with respect to the surface of the machine to slope upwards towards the receptacle. the bracket and the stopper are structured and arranged to receive and constrain the wheel chock therebetween at the predefined location on the machine, characterised in that the stopper is configured to be mounted on the machine at a predefined distance from the bracket and the stopper comprises a V-shaped plate coupled to a base flange having a primary stem defining a primary surface and a secondary stem defining a secondary surface, the primary surface and the secondary surface being disposed angularly with respect to each other, the stopper being orientated when mounted such that the secondary surface is directed towards the receptacle and the primary surface is directed away from the receptacle, the primary surface configured to define a gradient with respect to the surface of the machine to slope upwards towards the receptacle.
Maleic acid salt of formula in crystalline form, characterized in that the X-ray powder diffractogram thereof (recorded with a copper X-ray source) has peaks at 11.9, 14.6, 15.4, 17.1, 18.4, 21.0, 23.4, and 23.9 2θ° ± 0.2 2θ°.
A method of link startup between a first device and a second device, which are connected to each other through a plurality of uni-directional lanes, the method comprising: setting up data communication through an available transmission lane and an available reception lane from among the plurality of lanes; setting, by the first device, a length of an activate period directly following a hibernation period, in which a line of the available transmission lane has a negative differential line voltage, DIF-N; transmitting, by the first device, the activate period to the available reception lane; receiving, by the second device connected to the available reception lane, the activate period; performing by the second device the link startup through the available transmission lane and the available reception lane in a high-speed mode, based on determining that the activate period being less than a first time period and in a low-speed mode, based on determining that the activate period being greater than the first time period. setting up data communication through an available transmission lane and an available reception lane from among the plurality of lanes; setting, by the first device, a length of an activate period directly following a hibernation period, in which a line of the available transmission lane has a negative differential line voltage, DIF-N; transmitting, by the first device, the activate period to the available reception lane; receiving, by the second device connected to the available reception lane, the activate period; performing by the second device the link startup through the available transmission lane and the available reception lane in a high-speed mode, based on determining that the activate period being less than a first time period and in a low-speed mode, based on determining that the activate period being greater than the first time period.
System implemented method for determining a wall property, namely an arterial compliance or an arterial elastance, of an artery, and specifically an aorta, including the steps of - acquiring patient data, wherein acquiring patient data includes medical imaging, - extracting physical data from said patient data, - applying said physical data to a blood flow model of said artery to obtain an individual blood flow model and - determining said wall property of said artery directly or indirectly from said individual blood flow model, characterized in that - determining said wall property comprises adapting a wall stiffness along the artery, such that a measured cross-sectional area variation of said artery acquired from the medical imaging is matched with a computed cross-sectional area variation of the artery according to the individual blood flow model, wherein the method further includes - visualizing said wall property on an image of said artery, wherein said wall property is varying spatially with geometric coordinates. - acquiring patient data, wherein acquiring patient data includes medical imaging, - extracting physical data from said patient data, - applying said physical data to a blood flow model of said artery to obtain an individual blood flow model and - determining said wall property of said artery directly or indirectly from said individual blood flow model, - determining said wall property comprises adapting a wall stiffness along the artery, such that a measured cross-sectional area variation of said artery acquired from the medical imaging is matched with a computed cross-sectional area variation of the artery according to the individual blood flow model, wherein the method further includes - visualizing said wall property on an image of said artery, wherein said wall property is varying spatially with geometric coordinates.
An isolated peptide that binds to a P. gingivalis surface protein, the peptide having a sequence of at least 60% identity with at least one of: SEQ ID NOS: 2-4 or 6, at least 75% identity with SEQ ID NO: 5, or at least 95% identity with SEQ ID NO: 7.