mhurhangee/patent-ind-claim-en huggingface dataset:
A poppet valve for a combustion engine comprising a valve body having a valve stem and a valve head , wherein said valve head comprises a fillet portion ; and at least one protrusion of a predetermined shape located on an outer surface of said fillet portion ; wherein said at least one protrusion is formed by at least one weld seam obtained by depositing material on said outer surface of the fillet portion using a welding process; characterized in that said at least one protrusion comprises several weld seams which are superimposed.
A diagnostic method for adult T-cell leukemia (ATL), comprising the steps of: measuring an amount of a marker protein in a blood sample taken from a subject, wherein the marker protein is Coagulation Factor Xa; and if a measured value is a predetermined reference value or more, determining that when the subject is a carrier of human T-cell leukemia virus type 1 (HTLV-1) or an individual in remission of ATL, the subject suffers from, or is likely to develop, ATL. measuring an amount of a marker protein in a blood sample taken from a subject, wherein the marker protein is Coagulation Factor Xa; and if a measured value is a predetermined reference value or more, determining that when the subject is a carrier of human T-cell leukemia virus type 1 (HTLV-1) or an individual in remission of ATL, the subject suffers from, or is likely to develop, ATL.
A compressor unit comprising at least a first motor driving in rotation at least one impeller of a compression stage, having at the outlet of the at least one impeller a diffuser designed to centrifugally channel the gases coming from the impeller , and having a centripetal return channel downstream of the diffuser , characterized in that the return channel includes a group of fixed blades and several movable blade portions movable by a single control motor that, when moved, can vary a tangential component of the speed of the gases coming from the return channel and a shared housing wherein the at least one first motor , the at least one impeller of a compression stage, the diffuser , the centripetal return channel and the control motor are assembled and sealed against gas handled by the compression unit.
A rubber composition comprising: (A) a modified conjugated diene-based polymer; (B) modified silica; and (C) a polymer having crystalline character, wherein the modified silica (B) has at least one group selected from the group consisting of an amino group, an amido group, a carboxy group, a carbinol ester group, a mercapto group, and a (poly)sulfide group, wherein the modified conjugated diene-based polymer (A) is a product obtained through reaction between a conjugated diene-based polymer having an active terminal and a compound having a functional group capable of reacting with the active terminal and a functional group that interacts with silica, and wherein the amount of the polymer having crystalline character is 2 to 30 mass% relative to the total amount of the polymer components contained in the rubber composition. (A) a modified conjugated diene-based polymer; (B) modified silica; and (C) a polymer having crystalline character, wherein the modified silica (B) has at least one group selected from the group consisting of an amino group, an amido group, a carboxy group, a carbinol ester group, a mercapto group, and a (poly)sulfide group, wherein the modified conjugated diene-based polymer (A) is a product obtained through reaction between a conjugated diene-based polymer having an active terminal and a compound having a functional group capable of reacting with the active terminal and a functional group that interacts with silica, and wherein the amount of the polymer having crystalline character is 2 to 30 mass% relative to the total amount of the polymer components contained in the rubber composition.
A structured optical fibre sensor, comprising a light source , a detection system and a Bragg grating optical fibre connected to said source and said system, wherein the light source is a wavelength tunable laser emission device characterised in that the laser emission device comprises: - a first and a second Sagnac mirror (M1, M2); - a cavity (CA) delimited by the first and second Sagnac mirror (M1, M2), the cavity comprising an amplifying medium (AM) and a tunable spectral filter using the Vernier effect (F), said filter (F) comprising at least three resonant rings (R 1 , R 2 , R N-1 , R N ) arranged in cascade, each resonant ring incorporating a wavelength-tunable reflectivity loop mirror (MBR). - a first and a second Sagnac mirror (M1, M2); - a cavity (CA) delimited by the first and second Sagnac mirror (M1, M2), the cavity comprising an amplifying medium (AM) and a tunable spectral filter using the Vernier effect (F), said filter (F) comprising at least three resonant rings (R 1 , R 2 , R N-1 , R N ) arranged in cascade, each resonant ring incorporating a wavelength-tunable reflectivity loop mirror (MBR).
A pharmaceutical formulation comprising gemcitabine-[phenyl-benzoxy-L-alaninyl)]-( S )-phosphate 3 : or a pharmaceutically acceptable salt or solvate thereof, having a diastereoisomeric purity of greater than 90%, and at least one pharmaceutically acceptable excipient; wherein the formulation is an aqueous formulation that also comprises a polar organic solvent.
A method for transferring data between a docking station and a user device via LiFi, wherein said docking station comprises at least two LiFi transceivers , and wherein the user device comprises at least one LiFi transceiver , said method comprising the steps of acquiring (step S1a) a first communication channel transfer property, said first communication channel being between a first LiFi transceiver of said docking station and a first LiFi transceiver of said user device , acquiring (step S1a) a second communication channel transfer property, said second communication channel being between a second LiFi transceiver of said docking station and said first LiFi transceiver of said user device , selecting (step S2a) one communication channel out of said first and second communication channels based on a comparison between the acquired transfer properties for the first communication channel and the second communication channel, and transmitting (step S3a) data over said selected communication channel; wherein a channel transfer property is a channel performance indicator related to at least one of a SNR of the channel, the channel capacity, a maximum data rate, and a power consumption per megabyte of transferred data. wherein said docking station comprises at least two LiFi transceivers , and wherein the user device comprises at least one LiFi transceiver , said method comprising the steps of acquiring (step S1a) a first communication channel transfer property, said first communication channel being between a first LiFi transceiver of said docking station and a first LiFi transceiver of said user device , acquiring (step S1a) a second communication channel transfer property, said second communication channel being between a second LiFi transceiver of said docking station and said first LiFi transceiver of said user device , selecting (step S2a) one communication channel out of said first and second communication channels based on a comparison between the acquired transfer properties for the first communication channel and the second communication channel, and transmitting (step S3a) data over said selected communication channel;
An electric heat conductor consisting of a braid manufactured from individual wires (1-37), wherein the individual wires (1-37) have identical and/or different specific resistance values, wherein the individual wires (1-37) are at least partially made from a copper alloy, characterized in that the braid consist of at least six individual wires (1-37) wrapped around a support element , and the individual wires (1-37) including the support element have the same diameter, wherein a copper-nickel alloy is used as copper alloy for at least one of the individual wires (1-37) and the other individual wires (1-37) are made from copper or a nickel-chromium alloy.
A method for manufacturing an article including an absorbent body having constricted portions to be a crotch portion , the method comprising: an introduction step of introducing a continuous laminate (W2) to be the absorbent body into between a first roll ( R1 ) and a second roll (R2); a trimming step of trimming the continuous laminate (W2) by the first and the second rolls ( R1 and R2) so as to successively form the constricted portions along the continuous laminate (W2); a first hand-over step of handing over the continuous laminate (W2) from the second roll (R2) to a third roll (R3); and a separation step of successively severing the continuous laminate (W2) being carried by the third roll (R3) into units of individual articles, thereby obtaining the absorbent body , wherein the method comprises a first hold step of continuing to hold the continuous laminate (W2) by at least one of the second roll (R2) and the third roll (R3), after trimming the continuous laminate (W2) in the trimming step until the separation in the separation step; further comprising, prior to the introduction step, a step of placing, on the continuous laminate (W2), a leg elastic member ( F1 ) that is stretchable in a longitudinal direction of the absorbent body . an introduction step of introducing a continuous laminate (W2) to be the absorbent body into between a first roll ( R1 ) and a second roll (R2); a trimming step of trimming the continuous laminate (W2) by the first and the second rolls ( R1 and R2) so as to successively form the constricted portions along the continuous laminate (W2); a first hand-over step of handing over the continuous laminate (W2) from the second roll (R2) to a third roll (R3); and a separation step of successively severing the continuous laminate (W2) being carried by the third roll (R3) into units of individual articles, thereby obtaining the absorbent body , wherein the method comprises a first hold step of continuing to hold the continuous laminate (W2) by at least one of the second roll (R2) and the third roll (R3), after trimming the continuous laminate (W2) in the trimming step until the separation in the separation step; further comprising, prior to the introduction step, a step of placing, on the continuous laminate (W2), a leg elastic member ( F1 ) that is stretchable in a longitudinal direction of the absorbent body .
Method for heat treating a steel component in a targeted manner in individual component zones, it being possible for a predominantly austenitic structure to be used in the steel component in one or more first regions , from which structure a predominantly martensitic structure can be produced by quenching, and for a predominantly ferritic-pearlitic structure to be used in one or more second regions , characterized in that, the steel component is first heated in a first furnace to a temperature below the AC3 temperature, the steel component is then transferred to a treatment station , it being possible for the steel component to cool during the transfer, and the one or more second regions of the steel component are cooled to a cooling end temperature 8s in the treatment station within a residence time t 150 , then transferred to a second furnace in which heat is supplied to the steel component , the temperature of the one or more second regions increasing again to a temperature below the AC3 temperature during the residence time t 130 , while the temperature of the one or more first regions is heated to a temperature above the AC3 temperature in the same residence time t 130 .
Well tool device comprising: - a housing having an inner surface defining a through bore ; - a frangible glass body comprising upper and lower chamfered supporting surfaces ; - a seat for supporting the frangible glass body in relation to the housing ; - a sealing device provided between the frangible glass body and the seat ; characterized in that the frangible glass body is provided as one glass body comprising: - a barrier portion supported by the seat ; - a neck portion protruding in the direction of the through bore , where the diameter (D22; D24, D25) of the neck portion is smaller than the diameter (D21) of the barrier portion , where the height (H21) of the barrier portion is substantially equal to the diameter (D24) of a lower neck portion ; where the well tool device further comprises an annular compartment (A24; A25) provided radially between the neck portion and the inner surface of the housing ; where the annular compartment (A24; A25) is configured to receive a disintegration tool . - a housing having an inner surface defining a through bore ; - a frangible glass body comprising upper and lower chamfered supporting surfaces ; - a seat for supporting the frangible glass body in relation to the housing ; - a sealing device provided between the frangible glass body and the seat ; - a barrier portion supported by the seat ; - a neck portion protruding in the direction of the through bore , where the diameter (D22; D24, D25) of the neck portion is smaller than the diameter (D21) of the barrier portion , where the height (H21) of the barrier portion is substantially equal to the diameter (D24) of a lower neck portion ;
An electric submersible pump (ESP) control system comprising: a primary variable frequency drive (VFD) configured to receive power from a power source and output a variable voltage and variable amplitude AC voltage; a transformer comprising a low voltage side and a high voltage side of the transformer, wherein the primary VFD is coupled to the low voltage side , and wherein the transformer is configured to receive the AC voltage from the primary VFD and output a stepped up AC voltage; and characterised by a secondary VFD coupled to the high voltage side of the transformer , wherein the secondary VFD is configured to provide a supplemental voltage in addition to the stepped up AC voltage when the operational values of an electric motor exceed a threshold value. a primary variable frequency drive (VFD) configured to receive power from a power source and output a variable voltage and variable amplitude AC voltage; a transformer comprising a low voltage side and a high voltage side of the transformer, wherein the primary VFD is coupled to the low voltage side , and wherein the transformer is configured to receive the AC voltage from the primary VFD and output a stepped up AC voltage; and characterised by a secondary VFD coupled to the high voltage side of the transformer , wherein the secondary VFD is configured to provide a supplemental voltage in addition to the stepped up AC voltage when the operational values of an electric motor exceed a threshold value.
A method for training a classifier, the method comprising: collecting , with a processor, a plurality of training samples from an atlas image having at least one pre-identified structure of interest, wherein the atlas image includes a plurality of image data points, wherein the plurality of training samples are randomly selected from image data points located within a threshold distance from a contour of the structure of interest; computing , with the processor, a set of image attributes associated with each collected training sample; and applying , with the processor, the collected training samples and the computed image attributes associated with the collected training samples to a machine-learning algorithm to generate a trained structure classifier , the structure classifier being configured to determine a structure of interest in a subject image. collecting , with a processor, a plurality of training samples from an atlas image having at least one pre-identified structure of interest, wherein the atlas image includes a plurality of image data points, wherein the plurality of training samples are randomly selected from image data points located within a threshold distance from a contour of the structure of interest; computing , with the processor, a set of image attributes associated with each collected training sample; and applying , with the processor, the collected training samples and the computed image attributes associated with the collected training samples to a machine-learning algorithm to generate a trained structure classifier , the structure classifier being configured to determine a structure of interest in a subject image.
A wireless communication device comprising: a long-distance radio radiating conductor that radiates high frequency signal waves for establishing long-distance communication; a short-distance radio radiating conductor that radiates high frequency signal waves for establishing short-distance communication; a radio frequency (RF) circuit board that electrically connects to the long-distance radio radiating conductor and the short-distance radio radiating conductor ; a resin case that houses the long-distance radio radiating conductor , the short-distance radio radiating conductor , and the RF circuit board ; a long-distance radio supporter that supports the long-distance radio radiating conductor and extends perpendicularly to the RF circuit board ; and a short-distance radio supporter that supports the short-distance radio radiating conductor and extends perpendicularly to the RF circuit board , characterized in that the long-distance radio radiating conductor is structured using a folded dipole antenna and substantially in parallel to the RF circuit board , and the short-distance radio radiating conductor is structured using a self-supported linear antenna and substantially in parallel to the RF circuit board , a distance between the long-distance radio radiating conductor supported by the long-distance radio supporter and the RF circuit board is shorter than a distance between the short-distance radio radiating conductor supported by the short-distance radio supporter and the RF circuit board . a long-distance radio radiating conductor that radiates high frequency signal waves for establishing long-distance communication; a short-distance radio radiating conductor that radiates high frequency signal waves for establishing short-distance communication; a radio frequency (RF) circuit board that electrically connects to the long-distance radio radiating conductor and the short-distance radio radiating conductor ; a resin case that houses the long-distance radio radiating conductor , the short-distance radio radiating conductor , and the RF circuit board ; a long-distance radio supporter that supports the long-distance radio radiating conductor and extends perpendicularly to the RF circuit board ; and a short-distance radio supporter that supports the short-distance radio radiating conductor and extends perpendicularly to the RF circuit board , characterized in that the long-distance radio radiating conductor is structured using a folded dipole antenna and substantially in parallel to the RF circuit board , and the short-distance radio radiating conductor is structured using a self-supported linear antenna and substantially in parallel to the RF circuit board , a distance between the long-distance radio radiating conductor supported by the long-distance radio supporter and the RF circuit board is shorter than a distance between the short-distance radio radiating conductor supported by the short-distance radio supporter and the RF circuit board .
A wind turbine blade comprising: a blade body extending from a blade root along a blade longitudinal direction toward a blade tip ; and a metal strip provided to cover at least a leading edge at a side of the blade tip of the blade body so as to suppress erosion at the leading edge of the blade body ; and a metal receptor which is connected to an end portion of the blade body opposite to the blade root and forms the blade tip , characterized in that the metal strip is provided to overlap the metal receptor , wherein the metal receptor comprises a recess at least at the leading edge of the blade tip , the recess engaging with an end portion of the metal strip , and wherein the wind turbine blade further comprises a fastening member for fastening the end portion of the metal strip which is engaged with the recess to the metal receptor . a blade body extending from a blade root along a blade longitudinal direction toward a blade tip ; and a metal strip provided to cover at least a leading edge at a side of the blade tip of the blade body so as to suppress erosion at the leading edge of the blade body ; and a metal receptor which is connected to an end portion of the blade body opposite to the blade root and forms the blade tip , characterized in that the metal strip is provided to overlap the metal receptor , wherein the metal receptor comprises a recess at least at the leading edge of the blade tip , the recess engaging with an end portion of the metal strip , and wherein the wind turbine blade further comprises a fastening member for fastening the end portion of the metal strip which is engaged with the recess to the metal receptor .
A management system for photographic portraits, comprising a management device associated with a photographic device, a cloud computing device, and a management program operated by means of a mobile phone; said management device transmitting a photograph of the portrait of a subject, taken by means of said photographic device, to said cloud computing device; the system further characterized in that said cloud computing device processing said portrait identifying the faces contained therein and extrapolating the facial features of the identified faces and comparing said portrait with portraits corresponding to profiles of people subscribed to said management program agreeing that these portraits will be used for facial recognition, wherein, when said photographed subject is recognized by said cloud device, said system transmits a message, a signal or a notification to the mobile phone of the recognized subject; said subject being informed of the identity of the photographer who took the photograph; said system allowing the subject to examine the photograph and give his or her consent to the use of this photograph or not.
A composition comprising: a) one or more aminohydrocarbyl alkoxy silanes; b) one or more alkenyl alkoxy silanes; c) one or more mercaptohydrocarbyl alkoxy silanes; and d) water; wherein a) the one or more aminohydrocarbyl alkoxy silanes, and b) the one or more alkenyl alkoxy silanes are in a condensate; wherein the composition is useful as a water-based primer for use with adhesives and coatings, the adhesives and coatings containing polymers having isocyanate functional groups and/or alkoxy silane functional groups. a) one or more aminohydrocarbyl alkoxy silanes; b) one or more alkenyl alkoxy silanes; c) one or more mercaptohydrocarbyl alkoxy silanes; and d) water;