mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing messages received in an asynchronous communication system, wherein the communication channels in the asynchronous communication system do not provide any indication of the end of an established conversation, the method steps being performed by a processor in a contact management server of a contact center the method comprising: determining that a conversation is established with a customer communication device using an asynchronous communication channel; restarting a timer after a new message is received from the customer communication device ; comparing a value of the timer with a predetermined timer threshold value; determining that the value of the timer exceeds the predetermined timer threshold value; in response to determining that the value of the timer exceeds the predetermined timer threshold value, causing an analysis of the one or more messages exchanged over the asynchronous communication channel to determine a probability of customer disengagement; comparing the probability of customer disengagement with a predetermined probability threshold; and based on the comparison of the probability of customer disengagement with the predetermined probability threshold, updating a graphical user interface of an agent communication device being used to engage in the conversation. determining that a conversation is established with a customer communication device using an asynchronous communication channel; restarting a timer after a new message is received from the customer communication device ; comparing a value of the timer with a predetermined timer threshold value; determining that the value of the timer exceeds the predetermined timer threshold value; in response to determining that the value of the timer exceeds the predetermined timer threshold value, causing an analysis of the one or more messages exchanged over the asynchronous communication channel to determine a probability of customer disengagement; comparing the probability of customer disengagement with a predetermined probability threshold; and based on the comparison of the probability of customer disengagement with the predetermined probability threshold, updating a graphical user interface of an agent communication device being used to engage in the conversation.
An assembly for a turbine of a turbomachine comprising: - a first rotor disc of a turbine centered on a longitudinal axis (X-X) of the turbomachine, - a second rotor disc of a turbine centered on the longitudinal axis (X-X) of the turbomachine, and fastened to the first rotor disc by bolting , - a part forming a movable ring , said part carrying radial sealing knives , characterized in that it comprises a system for anti-rotation of the movable ring relative to the rotor discs , said system comprising: - a rotor disc fastening flange having a plurality of teeth distributed circumferentially around the longitudinal axis (X-X) of the turbomachine, and - a movable ring fastening flange having a plurality of lugs distributed circumferentially around the longitudinal axis (X-X) of the turbomachine, the engagement of the rotor disc fastening flange with the movable ring fastening flange ensuring, via the teeth and the lugs , the anti-rotation of the movable ring relative to the rotor discs . - a first rotor disc of a turbine centered on a longitudinal axis (X-X) of the turbomachine, - a second rotor disc of a turbine centered on the longitudinal axis (X-X) of the turbomachine, and fastened to the first rotor disc by bolting , - a part forming a movable ring , said part carrying radial sealing knives , characterized in that it comprises a system for anti-rotation of the movable ring relative to the rotor discs , said system comprising: - a rotor disc fastening flange having a plurality of teeth distributed circumferentially around the longitudinal axis (X-X) of the turbomachine, and - a movable ring fastening flange having a plurality of lugs distributed circumferentially around the longitudinal axis (X-X) of the turbomachine, - a rotor disc fastening flange having a plurality of teeth distributed circumferentially around the longitudinal axis (X-X) of the turbomachine, and - a movable ring fastening flange having a plurality of lugs distributed circumferentially around the longitudinal axis (X-X) of the turbomachine, the engagement of the rotor disc fastening flange with the movable ring fastening flange ensuring, via the teeth and the lugs , the anti-rotation of the movable ring relative to the rotor discs .
A memory device comprising first and second phase-change memory cells, the first memory cells comprising a first alloy made up of germanium, of antimony, and of tellurium and the second memory cells comprising the first alloy and a second alloy made up of germanium, of antimony, and of tellurium, wherein each first cell comprises a stack of at least one layer made of germanium covering a layer made of the first alloy .
Turbocharger for a motor vehicle, having a compressor which has a compressor wheel which is disposed on a rotatably mounted shaft , wherein an electric machine is disposed in a tubular portion of an axial compressor inlet , said electric machine having a rotor disposed on the shaft and a stator disposed on the tubular portion , wherein the stator has a plurality of webs which are disposed so as to be distributed uniformly across the circumference, extend in an at least substantially axial manner and project radially inward in terms of the axial extent of the shaft and which are embodied as part of a stator core of the stator and for forming flow ducts which extend in an at least substantially axial manner are disposed so as to be mutually spaced apart, wherein the stator in the region of the webs is provided with at least one coil which only partially fills the respective flow duct , wherein the webs are made from a ferromagnetic material, characterized in that the webs are aerodynamically profiled and have a teardrop-shaped profile which is configured in the axial extent.
A structure for receiving an optical data signal, comprising an input optics for receiving the optical data signal, an optical receiving fiber comprising an end facet, wherein the optical data signal is configured to be coupled into the optical receiving fiber by means of a collimation optics , wherein a detector is connected to the optical receiving fiber for detecting the optical data signal, a receiving calibration source , wherein the receiving calibration source is connected, in particular in a fiber-based manner, to the optical receiving fiber by means of a circulator , and a retroreflector configured to be folded into the beam path, the former being folded into the beam path for adjusting purposes such that the light of the receiving calibration source is reflected back and focused onto the end facet of the receiving fiber by means of the collimation optics , wherein the distance between the collimation optics and the end facet of the receiving fiber is variable, wherein the distance is adaptable depending on the power of the light of the receiving calibration source detected by the detector such that a collimated beam is obtained for obtaining the maximum possible in-coupling efficiency during operation. an input optics for receiving the optical data signal, an optical receiving fiber comprising an end facet, wherein the optical data signal is configured to be coupled into the optical receiving fiber by means of a collimation optics , wherein a detector is connected to the optical receiving fiber for detecting the optical data signal, a receiving calibration source , wherein the receiving calibration source is connected, in particular in a fiber-based manner, to the optical receiving fiber by means of a circulator , and a retroreflector configured to be folded into the beam path, the former being folded into the beam path for adjusting purposes such that the light of the receiving calibration source is reflected back and focused onto the end facet of the receiving fiber by means of the collimation optics , wherein the distance between the collimation optics and the end facet of the receiving fiber is variable, wherein the distance is adaptable depending on the power of the light of the receiving calibration source detected by the detector such that a collimated beam is obtained for obtaining the maximum possible in-coupling efficiency during operation.
A method of forming a total estimate of scattered radiation in a radiographic projection of a target object , said method comprising: a) generating at least one radiographic projection of said target object using a half-fan geometry with an offset detector having a detector area having a first region (R2) not shadowed by an adjacent support structure and a second region (R1) shadowed by said adjacent support structure ; b) forming a first scatter correction estimate of said radiographic projection based on said first region (R2), said first scatter correction estimate including scatter substantially from said target object ; c) forming a second scatter correction estimate of said radiographic projection based on said second region (R1), said second scatter correction estimate including scatter substantially from said adjacent support structure for said target object ; and d) generating said total estimate of scattered radiation by summing said first scatter correction estimate and said second scatter correction estimate. a) generating at least one radiographic projection of said target object using a half-fan geometry with an offset detector having a detector area having a first region (R2) not shadowed by an adjacent support structure and a second region (R1) shadowed by said adjacent support structure ; b) forming a first scatter correction estimate of said radiographic projection based on said first region (R2), said first scatter correction estimate including scatter substantially from said target object ; c) forming a second scatter correction estimate of said radiographic projection based on said second region (R1), said second scatter correction estimate including scatter substantially from said adjacent support structure for said target object ; and d) generating said total estimate of scattered radiation by summing said first scatter correction estimate and said second scatter correction estimate.
A device for collimating the output of a light emitting diode (LED) , the device comprising: an LED substrate including a top surface from which the light is emitted; and an array of subwavelength scattering antennas positioned within the emitted light path, the array of subwavelength scattering antennas configured to be aligned perpendicular to a plane of propagation of light emitted from the LED; wherein the subwavelength scattering antennas are sized smaller in lateral size than a free space wavelength of LED emitted light, wherein the lateral size of the subwavelength scattering antennas is determined in a direction perpendicular to the propagation of the LED emitted light; the array of subwavelength scattering antennas configured to select directions of scatter of the LED emitted light to provide collimated light output from the device, wherein individual subwavelength scattering antennas are configured to cause the scattering to impart a certain amplitude and phase to the LED emitted light, wherein the subwavelength scattering antennas are uniquely configured to interact with light based on their structural and chemical parameters, wherein one or more of the structural attributes of the subwavelength scattering antennas vary spatially with an area or parts of the area on a plane occupied by the scattering antennas, characterised in that a chemical variation in the subwavelength scattering antennas enables a selection of refractive index and loss for scatterer to configure the scattered light amplitude and phase. an LED substrate including a top surface from which the light is emitted; and an array of subwavelength scattering antennas positioned within the emitted light path, the array of subwavelength scattering antennas configured to be aligned perpendicular to a plane of propagation of light emitted from the LED; wherein the subwavelength scattering antennas are sized smaller in lateral size than a free space wavelength of LED emitted light, wherein the lateral size of the subwavelength scattering antennas is determined in a direction perpendicular to the propagation of the LED emitted light; the array of subwavelength scattering antennas configured to select directions of scatter of the LED emitted light to provide collimated light output from the device, wherein individual subwavelength scattering antennas are configured to cause the scattering to impart a certain amplitude and phase to the LED emitted light, wherein the subwavelength scattering antennas are uniquely configured to interact with light based on their structural and chemical parameters, wherein one or more of the structural attributes of the subwavelength scattering antennas vary spatially with an area or parts of the area on a plane occupied by the scattering antennas, characterised in that a chemical variation in the subwavelength scattering antennas enables a selection of refractive index and loss for scatterer to configure the scattered light amplitude and phase.
A distributed system for managing identity, ID, data of a registered user, wherein the ID data comprises biometric characteristics of the registered user, the ID management system comprising: a client application running on an electronic device associated with the registered user, the client application comprising a graphic user interface, GUI, for interacting with the corresponding registered user; a network of ID processing touchpoints , wherein an ID processing touchpoint is configured to process ID data for the authentication of users, wherein the ID processing touchpoint is configured to issue a status notification associated with the processing and/or use of the ID data by the ID processing touchpoint ; and an ID server configured to receive and distribute the status notification issued by the ID processing touchpoint to the corresponding client application ; wherein the client application is configured, in response to receiving the status notification from the ID server , to issue user alerts on the GUI to notify the registered user on the status of the corresponding ID data at the ID processing touchpoint ; and wherein the client application is configured to display on the GUI a set of user-selectable options for initiating one or more actions in response to the status notification received from the ID server . a client application running on an electronic device associated with the registered user, the client application comprising a graphic user interface, GUI, for interacting with the corresponding registered user; a network of ID processing touchpoints , wherein an ID processing touchpoint is configured to process ID data for the authentication of users, wherein the ID processing touchpoint is configured to issue a status notification associated with the processing and/or use of the ID data by the ID processing touchpoint ; and an ID server configured to receive and distribute the status notification issued by the ID processing touchpoint to the corresponding client application ; wherein the client application is configured, in response to receiving the status notification from the ID server , to issue user alerts on the GUI to notify the registered user on the status of the corresponding ID data at the ID processing touchpoint ; and wherein the client application is configured to display on the GUI a set of user-selectable options for initiating one or more actions in response to the status notification received from the ID server .
An apparatus, comprising: a controller configured to determine a number of first users in a first cell receiving at least one first session for unicasting content in response to a request for the content from a second user in the first cell, wherein the controller is configured to assign the first and second users to a second session for broadcasting or multicasting the same time-aligned content in response to the number of first users being larger than a first threshold, wherein the controller is configured to allocate a portion of downlink resource blocks to the second session for broadcasting or multicasting the time-aligned content in response to determining that a capacity penalty for instructing at least one second neighbor cell to multicast the time-aligned content in the portion of the downlink resource blocks and bypassing downlink transmission from at least one third neighbor cell during the portion of the downlink resource blocks, is less than a capacity savings from converting unicast transmissions of the content to multicast transmissions of the time-aligned content, wherein a capacity penalty is a capacity penalty for instructing at least one second neighbor cell to multicast the time-aligned content in the portion of the downlink resource blocks or bypassing downlink transmission from at least one third neighbor cell during the portion of the downlink resource blocks.
Device for distributing liquid feed, such as liquid cattle feed, comprising: - at least two containers for the liquid feed; - a pump system comprising a pneumatic system configured to adjust the gas pressure in at least one of the containers ; characterised in that the device comprises: - a conduit which mutually connects the containers for transport of the liquid feed between the containers , wherein the conduit is provided with a number of draw-off points ; and - a control mechanism for controlling the pump system, wherein the pump system is configured for pumping the liquid feed between the containers , and wherein the control mechanism is configured to control the pneumatic system in a first state to increase the gas pressure in a first container relative to the gas pressure in a second container , so that liquid feed flows from the first container to the second container . - at least two containers for the liquid feed; - a pump system comprising a pneumatic system configured to adjust the gas pressure in at least one of the containers ; - a conduit which mutually connects the containers for transport of the liquid feed between the containers , wherein the conduit is provided with a number of draw-off points ; and - a control mechanism for controlling the pump system,
A method of identifying a webpage, comprising: acquiring (S210) structural data of a target webpage, a first association relationship between the target webpage and a historical webpage, and historical graph data for the historical webpage, wherein the first association relationship represents that the historical webpage jumps to the target webpage within a first predetermined time period, or that the target webpage jumps to the historical webpage within the first predetermined time period; determining (S220) target graph data for the target webpage and the historical webpage based on the structural data of the target webpage, the first association relationship and the historical graph data; determining (S230) a similarity between the target webpage and the historical webpage based on the target graph data; and determining (S240) a category of the target webpage based on a category of the historical webpage and the similarity, wherein the determining (S220) target graph data for the target webpage and the historical webpage based on the structural data of the target webpage, the first association relationship and the historical graph data comprises: associating the structural data of the target webpage with the historical graph data based on the first association relationship, so as to obtain the target graph data for the target webpage and the historical webpage. acquiring (S210) structural data of a target webpage, a first association relationship between the target webpage and a historical webpage, and historical graph data for the historical webpage, wherein the first association relationship represents that the historical webpage jumps to the target webpage within a first predetermined time period, or that the target webpage jumps to the historical webpage within the first predetermined time period; determining (S220) target graph data for the target webpage and the historical webpage based on the structural data of the target webpage, the first association relationship and the historical graph data; determining (S230) a similarity between the target webpage and the historical webpage based on the target graph data; and determining (S240) a category of the target webpage based on a category of the historical webpage and the similarity, wherein the determining (S220) target graph data for the target webpage and the historical webpage based on the structural data of the target webpage, the first association relationship and the historical graph data comprises: associating the structural data of the target webpage with the historical graph data based on the first association relationship, so as to obtain the target graph data for the target webpage and the historical webpage.
A wind turbine blade for mounting to a hub of a wind turbine , comprising: a plurality of layered sections coupled together end-to-end, wherein each layered section has a longitudinal axis and wherein at least one of the layered sections includes a layer generally defining a plane substantially perpendicular to the longitudinal axis and at least one of said layered sections including a layer deposited by the additive manufacturing process, each section including a side wall that forms a tubular structure and which side wall includes at least one bore formed therein, wherein when the sections are coupled together end-to-end, the at least one bore of adjacent layered sections generally align to form a conduit along the plurality of sections , and at least one strengthening element that extends through the conduit formed in the plurality of layered sections , the at least one strengthening element configured to reinforce the blade under load during use of the wind turbine, wherein said strengthening element extends through at least three sections . a plurality of layered sections coupled together end-to-end, wherein each layered section has a longitudinal axis and wherein at least one of the layered sections includes a layer generally defining a plane substantially perpendicular to the longitudinal axis and at least one of said layered sections including a layer deposited by the additive manufacturing process, each section including a side wall that forms a tubular structure and which side wall includes at least one bore formed therein, wherein when the sections are coupled together end-to-end, the at least one bore of adjacent layered sections generally align to form a conduit along the plurality of sections , and at least one strengthening element that extends through the conduit formed in the plurality of layered sections , the at least one strengthening element configured to reinforce the blade under load during use of the wind turbine, wherein said strengthening element extends through at least three sections .