mhurhangee/ep-ind-claims huggingface dataset:
A detection apparatus for detecting charged particles comprising: a charged particle detector (8, 48, 62) for receiving and detecting either incoming charged particles or secondary charged particles generated from the incoming charged particles; said charged particle detector being followed by a photon generator (4, 46, 64) for generating photons in response to receiving incoming charged particles or secondary charged particles generated from the incoming charged particles; and said photon generator being followed by a photon detector (12, 54, 74, 84, 94) for detecting photons generated by the photon generator; characterised in that the photon generator (4, 46, 64) is for generating photons in response to receiving at least some of the same individual incoming charged particles or some of the same secondary charged particles generated from the incoming charged particles as are received and detected by the charged particle detector. a charged particle detector (8, 48, 62) for receiving and detecting either incoming charged particles or secondary charged particles generated from the incoming charged particles;
A shell assembling device for assembling a shell having a first cover (10, 30) and a second cover (20, 40), the shell assembling device comprising: a rigid fitting structure (12, 22; 32, 42) provided on the first cover (10, 30) and second cover (20, 40), and an elastic fitting structure (11, 21; 32, 41) provided on the first cover (10, 30) and second cover (20, 40), characterized in that the rigid fitting structure (12, 22; 32, 42) is configured to hold the first cover (10, 30) and the second cover (20, 40) together, and the elastic fitting structure (11, 21; 32, 41) is an elastic interference fitting structure (11, 21; 32, 41), configured to provide an elastic force to the two covers (10, 30; 20, 40), such that an assembly clearance between the two covers (10, 30; 20, 40) is reduced or eliminated.
A method comprising: initiating by a master node, which is configured with a secondary node as part of the dual connectivity, a conditional handover to a target master node including a secondary node change by sending a handover request to the target master, node, sending, by the target master node, a subsequent secondary node addition request message, the message including conditional handover related information that indicates that this secondary node addition is part of a conditional handover, CHO, of a master node and information which indicates a temporary prohibition of a Conditional Primary secondary cell at the secondary node. initiating by a master node, which is configured with a secondary node as part of the dual connectivity, a conditional handover to a target master node including a secondary node change by sending a handover request to the target master, node, sending, by the target master node, a subsequent secondary node addition request message, the message including conditional handover related information that indicates that this secondary node addition is part of a conditional handover, CHO, of a master node and information which indicates a temporary prohibition of a Conditional Primary secondary cell at the secondary node.
A system, comprising: an antenna configured to concurrently receive a plurality of signals from a corresponding plurality of satellites, each of the satellites transmitting an analog signal having a distinct center frequency (FC1, FC2,...) within a corresponding frequency band (Sbw1, Sbw2,...); a plurality of digitizers, each configured to receive from the antenna an analog signal of raw spectrum samples within one of the frequency bands, digitize the received analog signal, and form the digitized received analog signal into raw frames; a first memory system configured to store the raw frames; a plurality of processing cores each configured to: access the raw frames from the digitizers and from the first memory system; process the raw frames in parallel; extract a plurality of independent signals from the raw frames, each of the independent signals corresponding to one of the frequency bands; and process the plurality of independent signals into processed frames; a second memory system configured to store the processed frames; and an output interface configured to selectively supply the processed frames of the independent signals from the processing cores and the second memory system to one or more content receivers in response to a corresponding request from the one or more content receivers. an antenna configured to concurrently receive a plurality of signals from a corresponding plurality of satellites, each of the satellites transmitting an analog signal having a distinct center frequency (FC1, FC2,...) within a corresponding frequency band (Sbw1, Sbw2,...); a plurality of digitizers, each configured to receive from the antenna an analog signal of raw spectrum samples within one of the frequency bands, digitize the received analog signal, and form the digitized received analog signal into raw frames; a first memory system configured to store the raw frames; a plurality of processing cores each configured to: access the raw frames from the digitizers and from the first memory system; process the raw frames in parallel; extract a plurality of independent signals from the raw frames, each of the independent signals corresponding to one of the frequency bands; and process the plurality of independent signals into processed frames; access the raw frames from the digitizers and from the first memory system; process the raw frames in parallel; extract a plurality of independent signals from the raw frames, each of the independent signals corresponding to one of the frequency bands; and process the plurality of independent signals into processed frames; a second memory system configured to store the processed frames; and an output interface configured to selectively supply the processed frames of the independent signals from the processing cores and the second memory system to one or more content receivers in response to a corresponding request from the one or more content receivers.
A method for detecting a glitch (30, 38, 39; 41, 42) in supply voltage provided to a monolithic integrated circuit device (100; 200) having various modes of operation and comprising a plurality of functional circuits (101 - 112) configured to operate respectively at the various modes of operation, the method comprising: operating the device (100; 200) in a first mode of operation selected from the modes of operation; configuring, by means of a supply voltage threshold detection circuit (50; 103) of the device (100; 200) and in response to the first mode operating step, a configurable detection threshold (LVCC, HVCC) as one of a plurality of detection thresholds respectively associated with one or more of the modes of operation, in accordance with the first mode of operation, wherein the supply voltage threshold detection circuit (50; 103) configures the configurable detection threshold (LVCC, HVCC) in response to a control signal provided by a control logic of the device (100; 200), the control signal indicative of a currently active one of the various modes of operation; and monitoring, by means of the supply voltage threshold detection circuit (50; 103), the supply voltage for a glitch (39; 41, 42) that violates the configurable detection threshold (LVCC, HVCC) as configured in the configurable detection threshold configuring step. operating the device (100; 200) in a first mode of operation selected from the modes of operation; configuring, by means of a supply voltage threshold detection circuit (50; 103) of the device (100; 200) and in response to the first mode operating step, a configurable detection threshold (LVCC, HVCC) as one of a plurality of detection thresholds respectively associated with one or more of the modes of operation, in accordance with the first mode of operation, wherein the supply voltage threshold detection circuit (50; 103) configures the configurable detection threshold (LVCC, HVCC) in response to a control signal provided by a control logic of the device (100; 200), the control signal indicative of a currently active one of the various modes of operation; and monitoring, by means of the supply voltage threshold detection circuit (50; 103), the supply voltage for a glitch (39; 41, 42) that violates the configurable detection threshold (LVCC, HVCC) as configured in the configurable detection threshold configuring step.
An information processing apparatus for processing information according to Blu-Ray Disc format, comprising setting means for generating a PlayList file comprising a PlayList() field and a separate ExtensionData() field according to Blu-Ray Disc format, said PlayList file being information for controlling playback of content and said PlayList() field being adapted to comprise information (Playltem()) regarding a main playback path that refers to a Base view video stream, and for setting information for specifying a sub playback path that refers to a Dependent view video stream and information for specifying a PID of a transport packet of the Dependent view video stream by using a first field and a second field, the first and second fields being defined in said ExtensionData() field, wherein the setting means sets in the first field (SubPath_entries_extention()), as information for specifying the sub playback path - information (SubPath_type_extension) representing that a type of the sub playback path is a path that refers to the Dependent view video stream and - a filename (Clip_lnformation-file_name) of a file for clip information that is attribute information regarding the Dependent view video stream, wherein the setting means sets in the second field (STN_table_extention()): - an ID (ref_to_SubPath_id) of the sub playback path as information for specifying the sub playback path and - a PID (ref_to_stream_PID_of_subClip) of a transport packet of the Dependent view video stream, the Dependent view video stream and the Base view video stream being generated by encoding a video stream using H.264 AVC/MVC encoding method and being adapted for 3D playback, and the sub playback path corresponding to a row of one or more SubPlayltems. - information (SubPath_type_extension) representing that a type of the sub playback path is a path that refers to the Dependent view video stream and - a filename (Clip_lnformation-file_name) of a file for clip information that is attribute information regarding the Dependent view video stream, - an ID (ref_to_SubPath_id) of the sub playback path as information for specifying the sub playback path and - a PID (ref_to_stream_PID_of_subClip) of a transport packet of the Dependent view video stream,
A method to create a real physical object, comprising the steps of - selecting (RTVO) a virtual object in a virtual environment, - creating (CRBB) a bounding box wherein said virtual object fits, - creating (CRTC) a texture cloud by taking a 360 degree snapshot of said virtual object as delimited by said bounding box, - applying (APIS) image stitching technology on said texture cloud for obtaining a texture for said bounding box, and - printing (PRBB) said bounding box with said texture. - selecting (RTVO) a virtual object in a virtual environment, - creating (CRBB) a bounding box wherein said virtual object fits, - creating (CRTC) a texture cloud by taking a 360 degree snapshot of said virtual object as delimited by said bounding box, - applying (APIS) image stitching technology on said texture cloud for obtaining a texture for said bounding box, and - printing (PRBB) said bounding box with said texture.
Apparatus for supplying a fluid, the apparatus comprising: a pipe having at least one aperture through a wall of the pipe, each of the at least one apertures comprising a first portion in an inner surface of the wall, the first portion including a curved portion, and a cylindrical portion extending from the inner surface; a second portion in an outer surface of the wall, the first portion intersecting the second portion to form an opening, the first portion having a first cross-sectional area at the inner surface that is greater than a second cross-sectional area of the opening, the second portion being formed by cutting into the wall from the outer surface using a cutting disc, the cutting disc having a thickness, characterized in that the depth of the cut into the wall extends into the cylindrical portion such that the diameter of the cylindrical portion is the length of the opening, and the thickness of the disc determines the width of the opening. a pipe having at least one aperture through a wall of the pipe, each of the at least one apertures comprising a first portion in an inner surface of the wall, the first portion including a curved portion, and a cylindrical portion extending from the inner surface; a second portion in an outer surface of the wall, the first portion intersecting the second portion to form an opening, the first portion having a first cross-sectional area at the inner surface that is greater than a second cross-sectional area of the opening, the second portion being formed by cutting into the wall from the outer surface using a cutting disc, the cutting disc having a thickness, characterized in that the depth of the cut into the wall extends into the cylindrical portion such that the diameter of the cylindrical portion is the length of the opening, and the thickness of the disc determines the width of the opening.
An electronic device (100, 501) comprising: a microphone (120, 570); at least one sensor; a memory (150, 530) storing a speaker verification model for verifying a voice of a registered user; and at least one processor (160, 520) operatively connected to the microphone, the at least one sensor, and the memory, wherein the at least one processor is configured to: based on receiving an uttered voice through the microphone, identify whether user verification information is received through the at least one sensor within a designated time interval before or after a time point at which the uttered voice is received; and based on completion of the user verification according to the user verification information, update the speaker verification model using the uttered voice, wherein the at least one processor is configured to: compare voice feature information of the registered user with feature information of the uttered voice to obtain a designated weight according to similarity, and update the speaker verification model using the uttered voice to which the weight is applied. a microphone (120, 570); at least one sensor; a memory (150, 530) storing a speaker verification model for verifying a voice of a registered user; and at least one processor (160, 520) operatively connected to the microphone, the at least one sensor, and the memory, wherein the at least one processor is configured to: based on receiving an uttered voice through the microphone, identify whether user verification information is received through the at least one sensor within a designated time interval before or after a time point at which the uttered voice is received; and based on completion of the user verification according to the user verification information, update the speaker verification model using the uttered voice, wherein the at least one processor is configured to: compare voice feature information of the registered user with feature information of the uttered voice to obtain a designated weight according to similarity, and update the speaker verification model using the uttered voice to which the weight is applied. based on receiving an uttered voice through the microphone, identify whether user verification information is received through the at least one sensor within a designated time interval before or after a time point at which the uttered voice is received; and based on completion of the user verification according to the user verification information, update the speaker verification model using the uttered voice, wherein the at least one processor is configured to: compare voice feature information of the registered user with feature information of the uttered voice to obtain a designated weight according to similarity, and update the speaker verification model using the uttered voice to which the weight is applied.
A system, comprising: a turbine exhaust collector, comprising: a first enclosure having an exhaust inlet and an exhaust outlet; a diffuser coupled to the exhaust inlet, wherein the diffuser comprises an inner diffuser wall disposed about a cavity having a rotary shaft, an outer diffuser wall disposed about the inner diffuser wall, and an exhaust flow path between the inner and outer diffuser walls; and a first cooling flow path extending through the cavity having the rotary shaft, wherein the first enclosure is separate from a second enclosure surrounding a gas turbine; characterized in that the first cooling flow path extends through at least one passage through the inner diffuser wall into the exhaust flow path; wherein the at least one passage has a cross-sectional area that decreases in a direction from the cavity to the exhaust flow path, and/or wherein a first baffle is coupled to the inner diffuser wall upstream of the at least one passage, wherein the first baffle turns in a downstream direction of the exhaust flow path. a first enclosure having an exhaust inlet and an exhaust outlet; a diffuser coupled to the exhaust inlet, wherein the diffuser comprises an inner diffuser wall disposed about a cavity having a rotary shaft, an outer diffuser wall disposed about the inner diffuser wall, and an exhaust flow path between the inner and outer diffuser walls; and a first cooling flow path extending through the cavity having the rotary shaft, wherein the first enclosure is separate from a second enclosure surrounding a gas turbine; characterized in that the first cooling flow path extends through at least one passage through the inner diffuser wall into the exhaust flow path; wherein the at least one passage has a cross-sectional area that decreases in a direction from the cavity to the exhaust flow path, and/or wherein a first baffle is coupled to the inner diffuser wall upstream of the at least one passage, wherein the first baffle turns in a downstream direction of the exhaust flow path.
An antibody which binds to a polypeptide comprising the amino acid sequence of SEQ ID NO: 17 (PTCH) for use in a method for enhancing the resistance of a mammal to infection by an influenza virus or a method to treat influenza virus infection in a mammal.
A method of marine vibroseis prospecting using an array of vibroseis sources comprising: providing at least first and second vibroseis sources (5,8,11), wherein the at least first and second vibroseis sources (5,8,11) constitute the array of vibroseis sources; emitting energy at a first frequency range from the first vibroseis source for a first duration of time; emitting energy at a second frequency range from the second vibroseis source for a second duration of time that is substantially the same as the first duration of time, wherein the first frequency range and the second frequency range are not the same; and detecting the emitted frequencies; characterised in that providing the at least first and second vibroseis sources (5,8,11) comprises providing the at least first and second vibroseis sources (5,8,11) at different depths. providing at least first and second vibroseis sources (5,8,11), wherein the at least first and second vibroseis sources (5,8,11) constitute the array of vibroseis sources; emitting energy at a first frequency range from the first vibroseis source for a first duration of time; emitting energy at a second frequency range from the second vibroseis source for a second duration of time that is substantially the same as the first duration of time, wherein the first frequency range and the second frequency range are not the same; and detecting the emitted frequencies;
A method of fabricating a container comprising a glass wall defining a reception cavity for a cosmetic, for example a body fragrance, said glass wall presenting an inside face situated facing said reception cavity, said method being characterized in that it comprises a step of covering at least a fraction of said inside face in a vitreous material prepared using a sol-gel process so that said vitreous material covers said fraction of the inside face at a mass per unit area that does not exceed 70 g/m 2, said method comprising, prior to said covering step, a step of supplying, or of fabricating said container, the covering step including an operation of depositing a layer of a sol on said fraction of said inside face, said sol including a precursor for a hybrid matrix making it possible to obtain an hybrid organo-inorganic lattice.
Glazing block (10e, f) for glued-in glazing, comprising a glass side, which points to the glass in the usage state, and a frame side which points to the frame rebate, wherein a plurality of cavities (20e, f) for receiving adhesives are arranged on the frame side, wherein the material portions defining the cavities (20e, f) are spring devices (22e, 22f), characterised in that the spring devices (22e, 22f) consist of mutually spaced apart pipes or hollow cylinder casing portion-shaped shells.
A system (1,51) for controlling a light source based on an analysis of image content in an analysis region (114,134) of said image content while a display displays said image content, said system (1,51) comprising: the light source, wherein the light source is configured to project light on a surface, wherein the surface is a wall; at least one input interface (3,53); at least one output interface (4,54); and at least one processor (5,55) configured to: - obtain said image content via said at least one input interface (3,53), characterized in that the at least one processor is further configured to: - obtain a distance between said light source and the surface from a sensor or from a user device, - determine a size and/or location for said analysis region (114,134) based on said distance, - determine a characteristic of said image content by analyzing said image content in said analysis region (114,134), - determine a light effect based on said characteristic of said image content, and - control, via said at least one output interface (4,54), said light source to render said light effect onto the surface. the light source, wherein the light source is configured to project light on a surface, wherein the surface is a wall; at least one input interface (3,53); at least one output interface (4,54); and at least one processor (5,55) configured to: - obtain said image content via said at least one input interface (3,53), characterized in that the at least one processor is further configured to: - obtain a distance between said light source and the surface from a sensor or from a user device, - determine a size and/or location for said analysis region (114,134) based on said distance, - determine a characteristic of said image content by analyzing said image content in said analysis region (114,134), - determine a light effect based on said characteristic of said image content, and - control, via said at least one output interface (4,54), said light source to render said light effect onto the surface. - obtain said image content via said at least one input interface (3,53), characterized in that the at least one processor is further configured to: - obtain a distance between said light source and the surface from a sensor or from a user device, - determine a size and/or location for said analysis region (114,134) based on said distance, - determine a characteristic of said image content by analyzing said image content in said analysis region (114,134), - determine a light effect based on said characteristic of said image content, and - control, via said at least one output interface (4,54), said light source to render said light effect onto the surface.