mhurhangee/patent-ind-claim-en huggingface dataset:
Device for treating at least a portion of the exhaust fumes emitted by at least one fuel-consuming apparatus , the treatment device comprising at least one compression member designed to raise a pressure of at least a portion of the exhaust fumes (FE1) emitted by the fuel-consuming apparatus , and at least one unit for capturing carbon dioxide present in the exhaust fumes (FE1), the compression member and the unit for capturing carbon dioxide (CO 2 ) being arranged between the fuel-consuming apparatus and a turbocharger , a turbine of which is designed to be powered by the exhaust fumes (FE2, FE3) and a compressor of which is designed to supply the fuel-consuming apparatus with oxidizer.
A method for transmitting information from a synthetic aperture radar satellite to a client receiver , the method comprising: - using a previously stored synthetic aperture radar raw data from a data storage to form the information; - modulating a synthetic aperture radar transmission signal to carry the information; - determining a transmission timing of the modulated synthetic aperture radar transmission signal from the synthetic aperture radar satellite to the client receiver based on a spatial location of the client receiver, a spatial location of the synthetic aperture radar satellite and a directional pattern of a transmission antenna of the synthetic aperture radar satellite; and - transmitting the modulated synthetic aperture radar transmission signal from the synthetic aperture radar satellite. - using a previously stored synthetic aperture radar raw data from a data storage to form the information; - modulating a synthetic aperture radar transmission signal to carry the information; - determining a transmission timing of the modulated synthetic aperture radar transmission signal from the synthetic aperture radar satellite to the client receiver based on a spatial location of the client receiver, a spatial location of the synthetic aperture radar satellite and a directional pattern of a transmission antenna of the synthetic aperture radar satellite; and - transmitting the modulated synthetic aperture radar transmission signal from the synthetic aperture radar satellite.
A method for acquiring an image of a dental arch of a patient, said method comprising the following steps: a') activation of an image acquisition apparatus so as to acquire an image, called "analysis image", of said arch; b') analysis of the analysis image by means of a deep learning device, preferably a neural network, trained by means of a learning base; c') determination, for the analysis image, as a function of the results of the analysis in the preceding step, of a value for an image attribute; d') comparison of said image attribute value with a setpoint; e') sending of an information message as a function of said comparison, the method being characterized in that the information message is related to the quality of the image acquired and/or to the position of the acquisition apparatus in relation to said arch and/or to the setting of the acquisition apparatus and/or to the opening of the mouth and/or to the wearing of a dental appliance during the acquisition of the image, preferably an orthodontic appliance, so as to check whether the analysis image respects the setpoint and, if it does not respect the setpoint, to guide the operator in order for him or her to acquire a new analysis image, which allows an "embedded monitoring", the acquisition apparatus being a cellphone. a') activation of an image acquisition apparatus so as to acquire an image, called "analysis image", of said arch; b') analysis of the analysis image by means of a deep learning device, preferably a neural network, trained by means of a learning base; c') determination, for the analysis image, as a function of the results of the analysis in the preceding step, of a value for an image attribute; d') comparison of said image attribute value with a setpoint; e') sending of an information message as a function of said comparison,
A support device for a rotating shaft of a solar tracker, comprising a support column suitable for being anchored to the ground, a support plate fixed to an upper end of said support column , and a clamp connected to said support plate , said clamp having at least two sections coupleable to one another providing clamping surfaces suitable for clamping and holding tightly onto a bearing arranged around the rotating shaft of the solar tracker , wherein the clamp comprises: a lower clamp section having a foot configured for being fixed to the support plate by means of foot fixing screws and an arcuate seat configured for receiving a lower surface of said bearing ; and first and second opposite side clamp sections configured for receiving surfaces of the bearing not covered by said arcuate seat and for being superposed on opposite upper portions of the arcuate seat , characterized in that said first and second side clamp sections have upper ends at which there are arranged respective connecting elements connectable in an articulated manner to one another and lower ends at which there are arranged respective fixing and clamping elements configured for fitting onto said foot of said lower clamp section and for being tightened against one another and against the lower clamp section by means of a tightening screw . a lower clamp section having a foot configured for being fixed to the support plate by means of foot fixing screws and an arcuate seat configured for receiving a lower surface of said bearing ; and first and second opposite side clamp sections configured for receiving surfaces of the bearing not covered by said arcuate seat and for being superposed on opposite upper portions of the arcuate seat , characterized in that said first and second side clamp sections have upper ends at which there are arranged respective connecting elements connectable in an articulated manner to one another and lower ends at which there are arranged respective fixing and clamping elements configured for fitting onto said foot of said lower clamp section and for being tightened against one another and against the lower clamp section by means of a tightening screw .
A method for communicating in a network, said network comprising a base station having a plurality of antennas and at least one mobile station (101-104) having a plurality of antennas, the method comprising: computing and transmitting during a first transmission, by the base station , to a first mobile station of the at least one mobile station (101-104) an indication of a first receive beamforming vector to be used by the first mobile station to combine signals received at its said plurality of antennas, wherein said signals have been transmitted by the base station during a second transmission subsequent to said first transmission; and combining by the first mobile station the signals received at its plurality of antennas from the base station during the second transmission, wherein said combining is performed using said indicated receive beamforming vector. computing and transmitting during a first transmission, by the base station , to a first mobile station of the at least one mobile station (101-104) an indication of a first receive beamforming vector to be used by the first mobile station to combine signals received at its said plurality of antennas, wherein said signals have been transmitted by the base station during a second transmission subsequent to said first transmission; and combining by the first mobile station the signals received at its plurality of antennas from the base station during the second transmission, wherein said combining is performed using said indicated receive beamforming vector.
A network communication method, wherein the method is applied to multi-layer network communication, the multi-layer network includes a first network layer and a second network layer, control logic is distributed at the first network layer and the second network layer, the first network layer includes a first primary node, a non-primary node that initiates communication, a second primary node, and a non-primary node that receives communication, wherein the first primary node and the non-primary node that initiates communication are located in a same domain, the second primary node and the non-primary node that receives communication are located in a same domain; where the non-primary node that initiates communication and the non-primary node that receives communication are located in different domains, and the method comprises: receiving (S51), by the first primary node, first communication information which was sent by the non-primary node that initiates communication to the non-primary node that receives communication; determining (S52), by the first primary node, first label information, wherein the first label information is used to indicate a communication path at the second network layer, wherein the communication path is from a first node of the second network layer to a node of the second network layer that has a mapping relationship with the second primary node; wherein the first node has a mapping relationship with the first primary node; and sending (S53), by the first primary node, first information to the first node, wherein the first information comprises the first communication information and the first label information, wherein the determining (S52), by the first primary node, first label information comprises: sending, by the first primary node, the first communication information to a first domain controller to which the first primary node belongs, and determining label information returned by the first domain controller as the first label information when determining that a label processing rule table stored by the first primary node does not comprise label information corresponding to the communication path. receiving (S51), by the first primary node, first communication information which was sent by the non-primary node that initiates communication to the non-primary node that receives communication; determining (S52), by the first primary node, first label information, wherein the first label information is used to indicate a communication path at the second network layer, wherein the communication path is from a first node of the second network layer to a node of the second network layer that has a mapping relationship with the second primary node; wherein the first node has a mapping relationship with the first primary node; and sending (S53), by the first primary node, first information to the first node, wherein the first information comprises the first communication information and the first label information,
A free-wheel clutch for a starter of an internal combustion engine, wherein the free-wheel clutch comprises: a torque transmission part and a driving element comprising an inner keyway that contains rolls ; and the torque transmission part comprising a roll collar , wherein the rolls are disposed on an outer cylindrical periphery of the roll collar on the strater pinion , the torque transmission part , in axial cross section, comprising a peripheral shoulder on an end of the roll collar , wherein the peripheral shoulder is axially retained by a holding disc applied to a guiding disc in order to axially secure the torque transmission part , wherein the holding disc , the guiding disc , and the rolls are secured to the driving element by means of a closing cap ; characterized in that , the holding disc is formed in radial direction with at least one opening in one piece and planarly U-shaped, wherein the holding disc is in form-fit manner mergeable with a profile section raised from the guiding disc , which completes at least one planar semicircle to form a circle from an open U of the holding disc , the raised profile section being of the same thickness (h) as the holding disc . a torque transmission part and a driving element comprising an inner keyway that contains rolls ; and the torque transmission part comprising a roll collar , wherein the rolls are disposed on an outer cylindrical periphery of the roll collar on the strater pinion , the torque transmission part , in axial cross section, comprising a peripheral shoulder on an end of the roll collar , wherein the peripheral shoulder is axially retained by a holding disc applied to a guiding disc in order to axially secure the torque transmission part , wherein the holding disc , the guiding disc , and the rolls are secured to the driving element by means of a closing cap ; characterized in that , the holding disc is formed in radial direction with at least one opening in one piece and planarly U-shaped, wherein the holding disc is in form-fit manner mergeable with a profile section raised from the guiding disc , which completes at least one planar semicircle to form a circle from an open U of the holding disc , the raised profile section being of the same thickness (h) as the holding disc . the holding disc is formed in radial direction with at least one opening in one piece and planarly U-shaped, wherein the holding disc is in form-fit manner mergeable with a profile section raised from the guiding disc , which completes at least one planar semicircle to form a circle from an open U of the holding disc , the raised profile section being of the same thickness (h) as the holding disc .
A method for enhancing conversational speech in a shared acoustic space, the method comprising: receiving, at a microphone in a first zone of the shared acoustic space, sound signals for reproduction by a loudspeaker in a second zone of the shared acoustic space; the method being further characterized by receiving , at an adaptive filter, the sound signals detected by the microphone in the first zone; receiving , at the adaptive filter, evaluation signals from a second microphone in the second zone, the evaluation signals corresponding to the sound signals; determining , based on the received evaluation signals, that the sound signals include a feedback signal; feedback filtering the sound signals to cancel at least one feedback signal; and sending the filtered sound signals to at least one loudspeaker in the second zone receiving, at a microphone in a first zone of the shared acoustic space, sound signals for reproduction by a loudspeaker in a second zone of the shared acoustic space; the method being further characterized by receiving , at an adaptive filter, the sound signals detected by the microphone in the first zone; receiving , at the adaptive filter, evaluation signals from a second microphone in the second zone, the evaluation signals corresponding to the sound signals; determining , based on the received evaluation signals, that the sound signals include a feedback signal; feedback filtering the sound signals to cancel at least one feedback signal; and sending the filtered sound signals to at least one loudspeaker in the second zone
Method for manufacturing a disc carrier for a torque transmission system, comprising at least the following steps: a) Cutting a sheet having an axis (X) of revolution; b) Stamping the sheet to form a bottom and a cylindrical edge ; c) Cold-forming a spline by depressions of a part of the cylindrical edge , the free end of the cylindrical edge being free from depressions; d) Bending the free end of the cylindrical edge in the form of a collar; e) Machining the free end of the cylindrical edge to form a housing . a) Cutting a sheet having an axis (X) of revolution; b) Stamping the sheet to form a bottom and a cylindrical edge ; c) Cold-forming a spline by depressions of a part of the cylindrical edge , the free end of the cylindrical edge being free from depressions; d) Bending the free end of the cylindrical edge in the form of a collar; e) Machining the free end of the cylindrical edge to form a housing .
A retractable handle arrangement comprising a handle movable between stowed, deployed and operative states, and including first and second deployment mechanisms both of which are operable independently to move the handle from the stowed state to the deployed state wherein the first deployment mechanism is electrically actuated, and wherein the second deployment mechanism is a manually actuated two-state latching mechanism operable between a compressed state and an extended state; wherein in transitioning from the compressed state to the extended state, the latching mechanism is arranged to bear against a support structure and exert a force on the handle to urge it into the deployed state; and characterised in that the handle comprises a handle loop , the handle loop providing a handgrip that defines an outer surface , with end pieces at opposed ends spacing the handgrip from an inner member , and the latching mechanism is located on an inboard side of the inner member of the handle loop and extends away from it so as to be cooperable with the support structure .
A dry composition for providing an edible, oral negative contrast agent for CT imaging of the gastrointestinal tract intended for oral intake, the contrast agent being a fluid, aqueous foam displaying a CT density contrast value in the range -300 to -800 HU, wherein the dry composition comprises: - a surfactant, the surfactant being a protein; - a hydrocolloid; and - a buffering agent, wherein - the weight ratio surfactant:hydrocolloid in the dry composition is from 8:1 to 2:1; - the content of the buffering agent in the dry composition is at least 20 wt.%; and - the content of the surfactant and the hydrocolloid in the dry composition is at least 35 wt. % - a surfactant, the surfactant being a protein; - a hydrocolloid; and - a buffering agent, wherein - the weight ratio surfactant:hydrocolloid in the dry composition is from 8:1 to 2:1; - the content of the buffering agent in the dry composition is at least 20 wt.%; and - the content of the surfactant and the hydrocolloid in the dry composition is at least 35 wt. %
A system for bleeding air from a core flow path of a gas turbine engine, comprising: a bleed valve in a bleed air duct configured to receive bleed air from a first entrance point to the core flow path (C) into the bleed air duct ; a pressurized air valve in a pressurized air duct configured to receive pressurized air from a second entrance point to the core flow path (C), the pressurized air at a pressure greater than that received into the first entrance point ; and characterised by a vortex tube in communication with the pressurized air duct ; an eductor outlet from the pressurized air duct located in the bleed air duct ; and a control system operable to control operation of the bleed valve and the pressurized air valve . a bleed valve in a bleed air duct configured to receive bleed air from a first entrance point to the core flow path (C) into the bleed air duct ; a pressurized air valve in a pressurized air duct configured to receive pressurized air from a second entrance point to the core flow path (C), the pressurized air at a pressure greater than that received into the first entrance point ; and characterised by a vortex tube in communication with the pressurized air duct ; an eductor outlet from the pressurized air duct located in the bleed air duct ; and a control system operable to control operation of the bleed valve and the pressurized air valve .
A method for service deployment in a virtualized network performed by a virtualized network server based on a TOSCA specification, comprising: receiving a service deployment request from a service provider device, wherein the service deployment request comprises first service description of a to-be-deployed first service, the first service description comprises first node information, first connection information, and information about access to a deployed second service, wherein the information about access to the deployed second service comprises input information used for determining a second service identifier and a second instance identifier, and access point information of the second service; creating a first instance of the first service, comprising: creating multiple node instances according to the first node information, and establishing a connection used for data interaction between the multiple node instances of the first service according to the first connection information; and determining the second service identifier and the second instance identifier according to the input information, and further establishing a connection used for data interaction between the first instance of the first service and a second instance of the second service according to the second service identifier, the second instance identifier, and the access point information of the second service; sending a response indicating that the deployment succeeds to the service provider device. receiving a service deployment request from a service provider device, wherein the service deployment request comprises first service description of a to-be-deployed first service, the first service description comprises first node information, first connection information, and information about access to a deployed second service, wherein the information about access to the deployed second service comprises input information used for determining a second service identifier and a second instance identifier, and access point information of the second service; creating a first instance of the first service, comprising: creating multiple node instances according to the first node information, and establishing a connection used for data interaction between the multiple node instances of the first service according to the first connection information; and determining the second service identifier and the second instance identifier according to the input information, and further establishing a connection used for data interaction between the first instance of the first service and a second instance of the second service according to the second service identifier, the second instance identifier, and the access point information of the second service; sending a response indicating that the deployment succeeds to the service provider device.