mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing an optical filter intended to filter radiation within an integrated circuit including a substrate (SUB) and an interconnection portion (ITC) above the substrate, the method for producing the filter comprising a formation of at least one electrically conductive filter layer adapted to be polarised (CF) above a photosensitive area (ZP) located in the substrate and between the substrate and the interconnection portion, or below the photosensitive area and opposite to the interconnection portion, the product between the thickness of the filter layer (CF) and the imaginary portion of the refractive index of the filter layer (CF) being greater than 1 nanometre for the wavelengths of the radiation to be filtered, and the method being characterised in that said electrically conductive filter layer (CF) is connected to said interconnection portion (ITC) by at least one contact in order to polarise the filter layer (CF).
A processor-implemented speech recognition method, the method comprising: obtaining a speech signal; and performing a recognition of the speech signal, including generating a dialect parameter, for the speech signal, from input dialect data using a parameter generation model, applying the dialect parameter to a trained speech recognition model to generate a dialect speech recognition model, and generating a speech recognition result from the speech signal by implementing, with respect to the speech signal, the dialect speech recognition model, characterized in that , the dialect parameter includes respective batch parameters, and wherein the applying of the dialect parameter includes applying, during the implementing of the dialect speech recognition model, the respective batch parameters to respective inputs to one or more interim operations of the dialect speech recognition model, the inputs being from an input operation of the dialect speech recognition model or from a previous one or more interim operations of the dialect speech recognition model. obtaining a speech signal; and performing a recognition of the speech signal, including generating a dialect parameter, for the speech signal, from input dialect data using a parameter generation model, applying the dialect parameter to a trained speech recognition model to generate a dialect speech recognition model, and generating a speech recognition result from the speech signal by implementing, with respect to the speech signal, the dialect speech recognition model, characterized in that , the dialect parameter includes respective batch parameters, and wherein the applying of the dialect parameter includes applying, during the implementing of the dialect speech recognition model, the respective batch parameters to respective inputs to one or more interim operations of the dialect speech recognition model, the inputs being from an input operation of the dialect speech recognition model or from a previous one or more interim operations of the dialect speech recognition model. generating a dialect parameter, for the speech signal, from input dialect data using a parameter generation model, applying the dialect parameter to a trained speech recognition model to generate a dialect speech recognition model, and generating a speech recognition result from the speech signal by implementing, with respect to the speech signal, the dialect speech recognition model, characterized in that , the dialect parameter includes respective batch parameters, and wherein the applying of the dialect parameter includes applying, during the implementing of the dialect speech recognition model, the respective batch parameters to respective inputs to one or more interim operations of the dialect speech recognition model, the inputs being from an input operation of the dialect speech recognition model or from a previous one or more interim operations of the dialect speech recognition model.
A variable diffuser for a rotating machine comprising: a drive ring rotatable about a centerline (A); a crank rotatable about an axis of rotation (B) different than said centerline (A); a link arm pivotably connected to said crank at a pivot defining a first axis (C) different to said axis of rotation (B) and said centerline (A), and pivotably connected to said drive ring at a drive ring pivot located on the drive ring and defining a second axis (D) different to said first axis (C), axis of rotation (B), and centerline (A); and a multiple of diffuser vanes engaged with said drive ring , said multiple of diffuser vanes movable in unison between a maximum flow position and a minimum flow position in response to rotation of said crank to rotate said drive ring about said centerline (A) through said link arm . a drive ring rotatable about a centerline (A); a crank rotatable about an axis of rotation (B) different than said centerline (A); a link arm pivotably connected to said crank at a pivot defining a first axis (C) different to said axis of rotation (B) and said centerline (A), and pivotably connected to said drive ring at a drive ring pivot located on the drive ring and defining a second axis (D) different to said first axis (C), axis of rotation (B), and centerline (A); and a multiple of diffuser vanes engaged with said drive ring , said multiple of diffuser vanes movable in unison between a maximum flow position and a minimum flow position in response to rotation of said crank to rotate said drive ring about said centerline (A) through said link arm .
Device for controlling a deceleration system of a vehicle comprising: - an input port configured to receive a fluidic main deceleration request , and - an output port configured to supply an electric deceleration demand to the deceleration system , wherein the device is configured to generate the electric deceleration demand according to the fluidic main deceleration request , characterised in that the device is configured to generate a fluidic deceleration demand according to the fluidic main deceleration request and to supply the fluidic deceleration demand to the deceleration system via an output port of the device . - an input port configured to receive a fluidic main deceleration request , and - an output port configured to supply an electric deceleration demand to the deceleration system , wherein the device is configured to generate the electric deceleration demand according to the fluidic main deceleration request , characterised in that the device is configured to generate a fluidic deceleration demand according to the fluidic main deceleration request and to supply the fluidic deceleration demand to the deceleration system via an output port of the device .
Stretching unit for clamping and stretching a tubular film in a flow-wrapper , the stretching unit comprising - a gripping head ; - two coupling rods attached to a moving means ; - two gripping fingers , each gripping finger attached to the gripping head and to one coupling rod ; characterized in, that the gripping fingers are moved from a remote position (A) to a clamping position (C) by a relative linear movement between the gripping head and the moving means parallel to a center axis (H) of the moving means . - a gripping head ; - two coupling rods attached to a moving means ; - two gripping fingers , each gripping finger attached to the gripping head and to one coupling rod ;
A method for controlling an interference torque of a vehicle, applied to a vehicle comprising an electric motor and an engine, and the method for controlling an interference torque of a vehicle comprising: arbitrating (S100) between a pedal torque of a driver and an interference torque required by an electronic stability program, ESP, and outputting an arbitrated torque; performing (S200) an initial allocation on the motor and/or the engine in response to the pedal torque when the vehicle is in a hybrid drive mode, to meet a torque request of the engine while ensuring that the engine is operated at an optimum operation point; and determining (S300), based on the initial allocation, whether the motor is capable of fully responding to the arbitrated torque, controlling the motor to respond to the arbitrated torque in priority when it is determined that the motor is capable of fully responding to the arbitrated torque, and controlling the engine and the motor to cooperatively respond to the arbitrated torque when it is determined that the motor is incapable of fully responding to the arbitrated torque. arbitrating (S100) between a pedal torque of a driver and an interference torque required by an electronic stability program, ESP, and outputting an arbitrated torque; performing (S200) an initial allocation on the motor and/or the engine in response to the pedal torque when the vehicle is in a hybrid drive mode, to meet a torque request of the engine while ensuring that the engine is operated at an optimum operation point; and determining (S300), based on the initial allocation, whether the motor is capable of fully responding to the arbitrated torque, controlling the motor to respond to the arbitrated torque in priority when it is determined that the motor is capable of fully responding to the arbitrated torque, and controlling the engine and the motor to cooperatively respond to the arbitrated torque when it is determined that the motor is incapable of fully responding to the arbitrated torque.
A computer-implemented method to participate in a data record distribution process using a blockchain, the data record distribution process including multiple input addresses and multiple output addresses, each address being controlled by a respective input node or output node, the method, implemented at one of the input nodes, comprising: obtaining a first public key (Q) associated with the output nodes; obtaining a key share (e i ) of a second private key (e) associated with the input nodes, the second private key is unknown to any of the input nodes; collaborating in deriving a second public key (P) corresponding to the second private key using secret share joining; collaborating in deriving a shared secret using the first public key, the key share, and secret share joining; and generating a first blockchain transaction that receives data records from the multiple input addresses and that has a stealth address (A pool ) as an output address, wherein the stealth address is based on the first public key and the shared secret. obtaining a first public key (Q) associated with the output nodes; obtaining a key share (e i ) of a second private key (e) associated with the input nodes, the second private key is unknown to any of the input nodes; collaborating in deriving a second public key (P) corresponding to the second private key using secret share joining; collaborating in deriving a shared secret using the first public key, the key share, and secret share joining; and generating a first blockchain transaction that receives data records from the multiple input addresses and that has a stealth address (A pool ) as an output address, wherein the stealth address is based on the first public key and the shared secret.
Actuator arrangement for operating a clutch and a parking lock in a driveline of a motor vehicle, comprising: a clutch having a rotatably drivable clutch input part , a clutch output part and a clutch actuating member configured to drivingly connect or disconnect the clutch input part and the clutch output part to or from each other; a parking lock with a ratchet wheel which is connected in a rotationally fixed manner to a drive shaft drivingly connected to the clutch output part , a locking element which cooperates with the ratchet wheel and is movable into a locking position in which the locking element locks the ratchet wheel , and into a release position in which the locking element releases the ratchet wheel , and a parking lock actuating member for actuating the locking element ; a controllable actuator with a movable actuator setting member which is transferable into at least three setting positions (S1, S2, S0) and is operatively connected to the clutch actuating member and to the parking lock actuating member such, that in a first setting position (S1) the parking lock is closed, in a second setting position (S2) the parking lock is open and the clutch is closed, and in a third setting position (S0) the clutch and the parking lock are open, characterized in that that the actuator setting member has a toothing which engages a rotatingly drivable ring for actuating the clutch . a clutch having a rotatably drivable clutch input part , a clutch output part and a clutch actuating member configured to drivingly connect or disconnect the clutch input part and the clutch output part to or from each other; a parking lock with a ratchet wheel which is connected in a rotationally fixed manner to a drive shaft drivingly connected to the clutch output part , a locking element which cooperates with the ratchet wheel and is movable into a locking position in which the locking element locks the ratchet wheel , and into a release position in which the locking element releases the ratchet wheel , and a parking lock actuating member for actuating the locking element ; a controllable actuator with a movable actuator setting member which is transferable into at least three setting positions (S1, S2, S0) and is operatively connected to the clutch actuating member and to the parking lock actuating member such, that in a first setting position (S1) the parking lock is closed, in a second setting position (S2) the parking lock is open and the clutch is closed, and in a third setting position (S0) the clutch and the parking lock are open, characterized in that that the actuator setting member has a toothing which engages a rotatingly drivable ring for actuating the clutch .
A method for manufacturing a grain-oriented electromagnetic steel sheet whose magnetic domains are controlled by laser beam irradiation, comprising the step of: repeatedly irradiating a surface of a grain-oriented electromagnetic steel sheet with a condensed continuous-wave laser beam by scanning the grain-oriented electromagnetic steel sheet from a rolling direction toward an inclination direction thereof while scanning portions of the continuous-wave laser beam are being shifted at intervals, characterized in that when an average irradiation energy density Ua is defined as Ua = P/(Vc*PL) (mJ/mm 2 ), where P (W) is average power of the continuous-wave laser beam, Vc (m/s) is a velocity of the scanning, and PL (mm) is an irradiation interval in the rolling direction, the following relationships are satisfied: 1.0 mm ≤ PL ≤ 3.0 mm 0.8 mJ / mm 2 ≤ Ua ≤ 2.0 mJ / mm 2 . repeatedly irradiating a surface of a grain-oriented electromagnetic steel sheet with a condensed continuous-wave laser beam by scanning the grain-oriented electromagnetic steel sheet from a rolling direction toward an inclination direction thereof while scanning portions of the continuous-wave laser beam are being shifted at intervals, characterized in that when an average irradiation energy density Ua is defined as Ua = P/(Vc*PL) (mJ/mm 2 ), where P (W) is average power of the continuous-wave laser beam, Vc (m/s) is a velocity of the scanning, and PL (mm) is an irradiation interval in the rolling direction, the following relationships are satisfied: 1.0 mm ≤ PL ≤ 3.0 mm 0.8 mJ / mm 2 ≤ Ua ≤ 2.0 mJ / mm 2 .
A method for enabling subscription profile download to a subscriber entity , the method being performed by a network node of a stand-alone non-public network ,SNPN, , the method comprising: receiving (S102) a request from the subscriber entity for network registration with EAP based authentication to the SNPN ; and granting (S110) network connectivity for the subscriber entity to the SNPN by completing the network registration upon successful EAP based authentication of the subscriber entity and upon verification that there is a pending subscription profile available for download to the subscriber entity , the network connectivity enabling subscription profile download to the subscriber entity . receiving (S102) a request from the subscriber entity for network registration with EAP based authentication to the SNPN ; and granting (S110) network connectivity for the subscriber entity to the SNPN by completing the network registration upon successful EAP based authentication of the subscriber entity and upon verification that there is a pending subscription profile available for download to the subscriber entity , the network connectivity enabling subscription profile download to the subscriber entity .
A retroreflective article comprising: a fibrous material ; and a perforated retroreflective material attached to said fibrous material, wherein the perforated retroreflective material is attached to the fibrous material by a perforated adhesive layer , wherein the perforations in the adhesive layer align with the perforations in the retroreflective layer; wherein the area of at least one perforation in the adhesive layer is smaller at the adhesive surface adjacent the retroreflective layer than at the adhesive layer adjacent the fibrous material; and wherein the article comprises flame resistant material and achieves a value greater than 130 seconds to second degree burn under the ASTM F2731-11 Transmitted and Stored Energy Test. a fibrous material ; and a perforated retroreflective material attached to said fibrous material, wherein the perforated retroreflective material is attached to the fibrous material by a perforated adhesive layer , wherein the perforations in the adhesive layer align with the perforations in the retroreflective layer; wherein the area of at least one perforation in the adhesive layer is smaller at the adhesive surface adjacent the retroreflective layer than at the adhesive layer adjacent the fibrous material; and wherein the article comprises flame resistant material and achieves a value greater than 130 seconds to second degree burn under the ASTM F2731-11 Transmitted and Stored Energy Test.
A crystalline solid electrolyte which includes Li 3 PO 4 , Li 4 SiO 4 , and Li 3 BO 3 , wherein content of the Li 3 PO 4 is less than or equal to 75 mole%, based on the whole crystalline solid electrolyte. Li 3 PO 4 , Li 4 SiO 4 , and Li 3 BO 3 , wherein content of the Li 3 PO 4 is less than or equal to 75 mole%, based on the whole crystalline solid electrolyte.
A traffic-light-detection system that uses radar and imagery to determine a light state of a traffic light proximate to a host vehicle , said system comprising: a camera on the host vehicle , said camera configured to render a series of images of a traffic light proximate to the host vehicle ; a radar on the host vehicle , said radar configured to detect radar returns reflected by the traffic light ; and a controller in communication with the camera and the radar , and configured to: determine a motion pattern of the traffic light based on the radar returns that indicates that the traffic light is moving with a periodic motion; select, based on the motion pattern and from the series of images , a preferred image that shows a light source of the traffic light when the traffic light is at or near a mid-point of the periodic motion and the light source is most directed at the camera ; and determine the light state of the traffic light based on the preferred image . a camera on the host vehicle , said camera configured to render a series of images of a traffic light proximate to the host vehicle ; a radar on the host vehicle , said radar configured to detect radar returns reflected by the traffic light ; and a controller in communication with the camera and the radar , and configured to: determine a motion pattern of the traffic light based on the radar returns that indicates that the traffic light is moving with a periodic motion; select, based on the motion pattern and from the series of images , a preferred image that shows a light source of the traffic light when the traffic light is at or near a mid-point of the periodic motion and the light source is most directed at the camera ; and determine the light state of the traffic light based on the preferred image . determine a motion pattern of the traffic light based on the radar returns that indicates that the traffic light is moving with a periodic motion; select, based on the motion pattern and from the series of images , a preferred image that shows a light source of the traffic light when the traffic light is at or near a mid-point of the periodic motion and the light source is most directed at the camera ; and determine the light state of the traffic light based on the preferred image .
A method for forming a catalyzed hair dye system comprising the successive steps of: (a) forming a mixture comprising at least one dye precursor and a catalyst; and (b) adding an alkalizer to said mixture, to form said catalyzed hair dye system; wherein said catalyst comprises aluminum zirconium glycinate. (a) forming a mixture comprising at least one dye precursor and a catalyst; and (b) adding an alkalizer to said mixture, to form said catalyzed hair dye system;
A rocket-engine turbopump , comprising: a main shaft rotatably supported; a pump section including an impeller attached to one end of the main shaft ; and a turbine section including: a disk attached to the other end of the main shaft , rotor blades provided on an outer periphery of the disk , and nozzles provided inclined to an entrance plane of a blade cascade constituted of the rotor blades , characterized by the nozzles having axisymmetric cross sections and being arranged in at least two rows along a circumferential direction of the main shaft in a plane orthogonal to the main shaft , wherein outlets of the nozzles in one of the two rows and outlets of the nozzles in the other of the two rows are alternately positioned around the main shaft so that a phase shift between ejection areas of the nozzles in the one of the two rows and ejection areas of the nozzles in the other of the two rows in the entrance plane is within a range of an angle from 1/4 to 3/4 of a circumferential angle defined by each ejection area with respect to a center of the main shaft . a main shaft rotatably supported; a pump section including an impeller attached to one end of the main shaft ; and a turbine section including: a disk attached to the other end of the main shaft , rotor blades provided on an outer periphery of the disk , and nozzles provided inclined to an entrance plane of a blade cascade constituted of the rotor blades , characterized by the nozzles having axisymmetric cross sections and being arranged in at least two rows along a circumferential direction of the main shaft in a plane orthogonal to the main shaft , wherein outlets of the nozzles in one of the two rows and outlets of the nozzles in the other of the two rows are alternately positioned around the main shaft so that a phase shift between ejection areas of the nozzles in the one of the two rows and ejection areas of the nozzles in the other of the two rows in the entrance plane is within a range of an angle from 1/4 to 3/4 of a circumferential angle defined by each ejection area with respect to a center of the main shaft . a disk attached to the other end of the main shaft , rotor blades provided on an outer periphery of the disk , and nozzles provided inclined to an entrance plane of a blade cascade constituted of the rotor blades , characterized by the nozzles having axisymmetric cross sections and being arranged in at least two rows along a circumferential direction of the main shaft in a plane orthogonal to the main shaft , wherein outlets of the nozzles in one of the two rows and outlets of the nozzles in the other of the two rows are alternately positioned around the main shaft so that a phase shift between ejection areas of the nozzles in the one of the two rows and ejection areas of the nozzles in the other of the two rows in the entrance plane is within a range of an angle from 1/4 to 3/4 of a circumferential angle defined by each ejection area with respect to a center of the main shaft .