mhurhangee/ep-ind-claims huggingface dataset:
A voiceprint recognition method, comprising: receiving, by a server, first confidence and second confidence from a first electronic device, and receiving third confidence and fourth confidence from a second electronic device, wherein the first confidence is confidence that is determined by the first electronic device and that a voice entered by a user belongs to a first registered user, the second confidence is confidence that is determined by the first electronic device and that the voice entered by the user belongs to a second registered user, the third confidence is confidence that is determined by the second electronic device and that the voice entered by the user belongs to the first registered user, and the fourth confidence is confidence that is determined by the second electronic device and that the voice entered by the user belongs to the second registered user; determining, by the server based on the first confidence and the third confidence, fifth confidence that the user is the first registered user, and determining, based on the second confidence and the fourth confidence, sixth confidence that the user is the second registered user; and if the fifth confidence is greater than the sixth confidence, determining, by the server, that the user is the first registered user, and if the sixth confidence is greater than the fifth confidence, determining, by the server, that the user is the second registered user. receiving, by a server, first confidence and second confidence from a first electronic device, and receiving third confidence and fourth confidence from a second electronic device, wherein the first confidence is confidence that is determined by the first electronic device and that a voice entered by a user belongs to a first registered user, the second confidence is confidence that is determined by the first electronic device and that the voice entered by the user belongs to a second registered user, the third confidence is confidence that is determined by the second electronic device and that the voice entered by the user belongs to the first registered user, and the fourth confidence is confidence that is determined by the second electronic device and that the voice entered by the user belongs to the second registered user; determining, by the server based on the first confidence and the third confidence, fifth confidence that the user is the first registered user, and determining, based on the second confidence and the fourth confidence, sixth confidence that the user is the second registered user; and if the fifth confidence is greater than the sixth confidence, determining, by the server, that the user is the first registered user, and if the sixth confidence is greater than the fifth confidence, determining, by the server, that the user is the second registered user.
An apparatus comprising means for performing: - processing a time series of location information elements, for input to an input layer of an artificial neural network; - providing the processed time series of the location information elements to the input layer of the artificial neural network, to obtain as output of the artificial neural network a predicted location of the apparatus; and - providing the predicted location of the apparatus to a network entity, characterized in that - the time series of the location information elements indicate a series of past locations of the apparatus and does not include a current location of the apparatus, and in that the predicted location of the apparatus is a predicted current location of the apparatus. - processing a time series of location information elements, for input to an input layer of an artificial neural network; - providing the processed time series of the location information elements to the input layer of the artificial neural network, to obtain as output of the artificial neural network a predicted location of the apparatus; and - providing the predicted location of the apparatus to a network entity, characterized in that - the time series of the location information elements indicate a series of past locations of the apparatus and does not include a current location of the apparatus, and in that the predicted location of the apparatus is a predicted current location of the apparatus.
Holding apparatus for holding items to be washed in a receptacle for items to be washed of a water-conducting household appliance, with a grip section which is configured to at least partially encompass the item to be washed, wherein the grip section can be pivoted from an initial position into a holding position and vice versa and wherein the grip section can be pivoted automatically from the initial position into the holding position with the aid of a weight force of the item to be washed, characterised in that the grip section can be pivoted automatically from the holding position into the initial position as soon as the item to be washed has been removed from the grip section.
A method for navigating multisource video, comprising: receiving a sequence of images, each image of said sequence comprising a plurality of image portions (121, 122, 123, 124, 125, 126), the image portions of said plurality comprising image data originating from synchronized images of respective video streams, each video stream originating from a corresponding source, receiving a choice parameter value (video_ch) originating from a user interface, said value corresponding to one at least of said video streams, and commanding the display of the at least one image portion, from the image portions of said plurality, corresponding to the received value of the choice parameter, wherein the method further comprises, for at least one received image, commanding the display of an additional image portion comprising a plurality of image data sets, said icons or thumbnails (131, 132, 133, 134, 135, 136), each image data set originating from a respective of said video streams, the display of the additional image portion comprises, for at least one current image of the received sequence of images: (a) a step of capturing at least one image portion of said current image, (b) a step of commanding image display of an image originating from said at least one captured image portion, and wherein steps (a) and (b) are reiterated for at least one other image of the received sequence, such that this reiteration creates the illusion of a video display. receiving a sequence of images, each image of said sequence comprising a plurality of image portions (121, 122, 123, 124, 125, 126), the image portions of said plurality comprising image data originating from synchronized images of respective video streams, each video stream originating from a corresponding source, receiving a choice parameter value (video_ch) originating from a user interface, said value corresponding to one at least of said video streams, and commanding the display of the at least one image portion, from the image portions of said plurality, corresponding to the received value of the choice parameter, wherein the method further comprises, for at least one received image, commanding the display of an additional image portion comprising a plurality of image data sets, said icons or thumbnails (131, 132, 133, 134, 135, 136), each image data set originating from a respective of said video streams, the display of the additional image portion comprises, for at least one current image of the received sequence of images: (a) a step of capturing at least one image portion of said current image, (b) a step of commanding image display of an image originating from said at least one captured image portion, (a) a step of capturing at least one image portion of said current image, (b) a step of commanding image display of an image originating from said at least one captured image portion, and wherein steps (a) and (b) are reiterated for at least one other image of the received sequence, such that this reiteration creates the illusion of a video display.
Hydrocarbon conversion catalyst comprising, i) a catalyst in oxidic form, comprising metals M1, M2, M3 and M4, wherein: M1 is selected from Si, Al, Zr, and mixtures thereof; M2 is selected from Pt, Cr, and mixtures thereof; M3 is W; M4 is selected from Sn, K, Y, Yb, and mixtures thereof; wherein the mass fraction of M1 is in the range of 0.1 to 0.8; the mass fraction of M2 is in the range of 0.001 to 0.2; the mass fraction of M3 is in the range of 0.001 to 0.2; the mass fraction of M4 is in the range of 0.0001 to 0.2; and the mass fraction of oxygen is in the range of 0.1 to 0.8; and ii) a hydrogen scavenger selected from at least one alkali and/or alkaline earth metal derivative, in metallic, hydride, salt, complex or alloy form. i) a catalyst in oxidic form, comprising metals M1, M2, M3 and M4, wherein: M1 is selected from Si, Al, Zr, and mixtures thereof; M2 is selected from Pt, Cr, and mixtures thereof; M3 is W; M4 is selected from Sn, K, Y, Yb, and mixtures thereof; wherein the mass fraction of M1 is in the range of 0.1 to 0.8; the mass fraction of M2 is in the range of 0.001 to 0.2; the mass fraction of M3 is in the range of 0.001 to 0.2; the mass fraction of M4 is in the range of 0.0001 to 0.2; and the mass fraction of oxygen is in the range of 0.1 to 0.8; and M1 is selected from Si, Al, Zr, and mixtures thereof; M2 is selected from Pt, Cr, and mixtures thereof; M3 is W; M4 is selected from Sn, K, Y, Yb, and mixtures thereof; wherein the mass fraction of M1 is in the range of 0.1 to 0.8; the mass fraction of M2 is in the range of 0.001 to 0.2; the mass fraction of M3 is in the range of 0.001 to 0.2; the mass fraction of M4 is in the range of 0.0001 to 0.2; and the mass fraction of oxygen is in the range of 0.1 to 0.8; ii) a hydrogen scavenger selected from at least one alkali and/or alkaline earth metal derivative, in metallic, hydride, salt, complex or alloy form.
Backing net for arrangement on the downstream surface of a filter media pack for a V-type filter, wherein the backing net has a longitudinal direction and a lateral direction, said backing net comprising a plurality of longitudinal beams, each having first and second ends and being arranged to be mounted to the filter media pack in the longitudinal direction, and each having a height that varies over their length with a reduced height at the ends of the longitudinal beam, said backing net further comprising a plurality of vanes, wherein each vane is attached to adjacent longitudinal beams and is arranged in a gap between the adjacent longitudinal beams to extend in the lateral direction, wherein the vanes are adapted to direct an air flow passing through the backing net in a preferred direction, and wherein an angle φ between the normal of the principal plane of the backing net and a straight, imaginary line connecting the starting point and the end point of each vane lies between 0° and 90°.
Device for joining at least one conveyor belt which extends along a longitudinal axis (X') and comprises a body which is made of flexible material and inside which is housed a reinforcement comprising reinforcing cables which extend at least partly axially, the joining device being intended to connect at least a first end portion and a second end portion of the conveyor belt, the joining device comprising at least one assembly of at least two locking elements which are connected to one another by assembly means, the assembly means comprising at least one connecting cable (4, 4"), the assembly being intended to be attached to the first end portion and the second end portion of the conveyor belt so as to connect at least part of the reinforcing cables of the first end portion of the conveyor belt with at least part of the reinforcing cables of the second end portion of the conveyor belt, each cable locking element comprising at least two opposite supports (51, 52) which are configured to grip at least the portion of an associated cable from the reinforcing cables and the connecting cable (4, 4"), the supports (51, 52) each having at least one groove (71, 72) which together delimits at least part of a through-cavity for receiving at least the portion of the associated cable which passes through the locking element between an inlet opening and an outlet opening which are aligned along a reference axis, the cavity comprising an enlarged intermediate part between portions of inlet opening and outlet opening, which intermediate part is enlarged radially relative to the inlet opening portion and to the outlet opening portion, the locking element comprising at least one anchoring member which is configured to at least partly occupy a portion of the enlarged intermediate part of the cavity which is located in the alignment of the inlet and outlet openings (50A, 50B) so as to locally create a radial deformation of the cross-section of the portion of the associated cable.
Apparatus comprising: a dental implant having a proximal-most part, a lateral external surface, and a distal implant portion that extends from a distal implant end along up to 50% of a longitudinal length of the implant, the implant being shaped so as to define: a lumen therethrough (a) having at least one distal opening through a distal external surface of the distal implant portion, and (b) not open to a proximal external surface of the implant within 2 mm of the proximal-most part of the implant, and exactly one lateral opening to the lumen through the lateral external surface of the implant; and a delivery tube having a proximal tube end and a distal tube end, which distal tube end is removably coupled to the implant such that the delivery tube is in fluid communication with the lumen via the lateral opening when the delivery tube is coupled to the implant wherein at least a portion of the lateral external surface of the implant is shaped so as to define a cutting surface, and characterised in that the lateral opening is within the portion of the lateral external surface of the implant that defines the cutting surface. a dental implant having a proximal-most part, a lateral external surface, and a distal implant portion that extends from a distal implant end along up to 50% of a longitudinal length of the implant, the implant being shaped so as to define: a lumen therethrough (a) having at least one distal opening through a distal external surface of the distal implant portion, and (b) not open to a proximal external surface of the implant within 2 mm of the proximal-most part of the implant, and exactly one lateral opening to the lumen through the lateral external surface of the implant; and a lumen therethrough (a) having at least one distal opening through a distal external surface of the distal implant portion, and (b) not open to a proximal external surface of the implant within 2 mm of the proximal-most part of the implant, and exactly one lateral opening to the lumen through the lateral external surface of the implant; and a delivery tube having a proximal tube end and a distal tube end, which distal tube end is removably coupled to the implant such that the delivery tube is in fluid communication with the lumen via the lateral opening when the delivery tube is coupled to the implant wherein at least a portion of the lateral external surface of the implant is shaped so as to define a cutting surface, and characterised in that the lateral opening is within the portion of the lateral external surface of the implant that defines the cutting surface.
Method for controlling personal protection means for a vehicle as a function of a rollover process which is detected as a function of rotational and kinematic variables of adhesion and a static stability factor, characterized in that a rotational state is determined by means of a rolling rate (ωx) and a rolling angle ( φ x), in that an adhesion state is determined from a vehicle transverse acceleration (ay) and a vehicle vertical acceleration (az), in that a rollover process is detected by means of the rotational state and the adhesion state, wherein the adhesion is at least 120% of the static stability factor, wherein a control signal is generated as a function of the rollover process, and the personal protection means are controlled as a function of the control signal.
A measurement device for interface measurement comprising: a probe defining a transmission line for sensing level of two immiscible liquids to define an interface therebetween; a pulse circuit connected to the probe for generating pulses on the transmission line and receiving a reflected signal from the transmission line, the reflected signal selectively including a level pulse representing material level and an interface pulse representing interface level; and a controller operatively connected to the pulse circuit, the controller arranged to operate in an interface mode to determine the material level and the interface level if the reflected signal includes the level pulse and the interface pulse, and arranged to operate in a medium identification mode if the reflected signal includes a level pulse and does not include the interface pulse, comprising calculating an estimated amplitude of the level pulse for the two immiscible liquids and comparing actual amplitude of the level pulse to the estimated amplitude of the level pulse to identify the medium in the vessel. a probe defining a transmission line for sensing level of two immiscible liquids to define an interface therebetween; a pulse circuit connected to the probe for generating pulses on the transmission line and receiving a reflected signal from the transmission line, the reflected signal selectively including a level pulse representing material level and an interface pulse representing interface level; and a controller operatively connected to the pulse circuit, the controller arranged to operate in an interface mode to determine the material level and the interface level if the reflected signal includes the level pulse and the interface pulse, and arranged to operate in a medium identification mode if the reflected signal includes a level pulse and does not include the interface pulse, comprising calculating an estimated amplitude of the level pulse for the two immiscible liquids and comparing actual amplitude of the level pulse to the estimated amplitude of the level pulse to identify the medium in the vessel.
A secondary base station apparatus, S-eNB, characterised by:: a transmitter configured to transmit a change request of a secondary security key to a master base station, M-eNB, when a value of a freshness counter exceeds a threshold value, wherein the secondary security key is a security key for the secondary base station apparatus, S-eNB; a receiver configured to receive from a master base station, M-eNB, an updated secondary security key, the updated secondary security key being derived at the master base station, M-eNB, using an incremented freshness counter and a currently active security key of the master base station, M-eNB, without refreshing the currently active security key of the master base station, M-eNB; and control circuitry configured to compute a new encryption key for communication with a mobile terminal in dual connectivity using the updated secondary security key. a transmitter configured to transmit a change request of a secondary security key to a master base station, M-eNB, when a value of a freshness counter exceeds a threshold value, wherein the secondary security key is a security key for the secondary base station apparatus, S-eNB; a receiver configured to receive from a master base station, M-eNB, an updated secondary security key, the updated secondary security key being derived at the master base station, M-eNB, using an incremented freshness counter and a currently active security key of the master base station, M-eNB, without refreshing the currently active security key of the master base station, M-eNB; and control circuitry configured to compute a new encryption key for communication with a mobile terminal in dual connectivity using the updated secondary security key.
A system, comprising: a) a tobacco packaging for a personal cigarette manufacturing device, comprising: - a cup-shaped tobacco receptacle which comprises a removable seal on its opening side; - an adaptor element for attaching the packaging to the personal cigarette manufacturing device; and - an unlatching element (5, 6) for a security latching on the personal cigarette manufacturing device, wherein at least one part of the unlatching element which is embodied such that it can be detached from the tobacco packaging is connected to the seal, in order to remove it; and b) a personal cigarette manufacturing device to which the tobacco packaging can be attached in order to supply the personal cigarette manufacturing device with tobacco, and which comprises a security latching which prevents the device from being operated if it is not unlatched by means of the unlatching element (5, 6) of the packaging. a) a tobacco packaging for a personal cigarette manufacturing device, comprising: - a cup-shaped tobacco receptacle which comprises a removable seal on its opening side; - an adaptor element for attaching the packaging to the personal cigarette manufacturing device; and - an unlatching element (5, 6) for a security latching on the personal cigarette manufacturing device, wherein at least one part of the unlatching element which is embodied such that it can be detached from the tobacco packaging is connected to the seal, in order to remove it; and - a cup-shaped tobacco receptacle which comprises a removable seal on its opening side; - an adaptor element for attaching the packaging to the personal cigarette manufacturing device; and - an unlatching element (5, 6) for a security latching on the personal cigarette manufacturing device, wherein at least one part of the unlatching element which is embodied such that it can be detached from the tobacco packaging is connected to the seal, in order to remove it; and b) a personal cigarette manufacturing device to which the tobacco packaging can be attached in order to supply the personal cigarette manufacturing device with tobacco, and which comprises a security latching which prevents the device from being operated if it is not unlatched by means of the unlatching element (5, 6) of the packaging.
A method for manufacturing a sintered RFeB or RCo magnet having a magnetic anisotropy, which is characterized in that it comprises steps of: a) loading an RFeB or RCo alloy powder uniformly into a container (called a "mould" hereinafter) having a cavity whose form corresponds to that of a product to be obtained with a loading density of the alloy powder being within a range from 35 to 60% of a real density, the alloy powder having an average grain size D50 of 0.5 to 4 μm measured with a laser-type grain-size distribution measurement apparatus and containing neither Dy nor Tb; b) applying a high magnetic field being 5T or higher to the alloy powder in absence of a compression to orient the alloy powder; c) creating a sintered body by heating the alloy powder contained in the mold in absence of a compression while allowing gas components released from the alloy powder to escape from the mold; and d) taking out the sintered body of the alloy powder from the mold, wherein the steps a) through c) are performed under vacuum or under an atmosphere of an inert gas. a) loading an RFeB or RCo alloy powder uniformly into a container (called a "mould" hereinafter) having a cavity whose form corresponds to that of a product to be obtained with a loading density of the alloy powder being within a range from 35 to 60% of a real density, the alloy powder having an average grain size D50 of 0.5 to 4 μm measured with a laser-type grain-size distribution measurement apparatus and containing neither Dy nor Tb; b) applying a high magnetic field being 5T or higher to the alloy powder in absence of a compression to orient the alloy powder; c) creating a sintered body by heating the alloy powder contained in the mold in absence of a compression while allowing gas components released from the alloy powder to escape from the mold; and d) taking out the sintered body of the alloy powder from the mold, wherein the steps a) through c) are performed under vacuum or under an atmosphere of an inert gas.