mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a buffer status report, BSR, performed by a terminal, the method comprising: • receiving an instruction message from a transmission point, TRP, wherein the instruction message is used to instruct the terminal to report the BSR on a first beam link (S101), ∘ wherein the BSR is a BSR corresponding to a second beam link, and the first beam link is different from the second beam link, ∘ wherein the first beam link corresponds to a first directional beam and the second beam link corresponds to a second directional beam, and ∘ wherein the first beam link is a beam link for a communication between the terminal and the TRP, and the second beam link is either a beam link for a communication between the terminal and the TRP other than the first beam link or a beam link for a communication between the terminal and another TRP; • when the terminal determines that a reference signals received power, RSRP, or a reference signal received quality, RSRQ, of the second beam link is less than or equal to a preset threshold, reporting the BSR on the first beam link according to the instruction message (S103). • receiving an instruction message from a transmission point, TRP, wherein the instruction message is used to instruct the terminal to report the BSR on a first beam link (S101), ∘ wherein the BSR is a BSR corresponding to a second beam link, and the first beam link is different from the second beam link, ∘ wherein the first beam link corresponds to a first directional beam and the second beam link corresponds to a second directional beam, and ∘ wherein the first beam link is a beam link for a communication between the terminal and the TRP, and the second beam link is either a beam link for a communication between the terminal and the TRP other than the first beam link or a beam link for a communication between the terminal and another TRP; ∘ wherein the BSR is a BSR corresponding to a second beam link, and the first beam link is different from the second beam link, ∘ wherein the first beam link corresponds to a first directional beam and the second beam link corresponds to a second directional beam, and ∘ wherein the first beam link is a beam link for a communication between the terminal and the TRP, and the second beam link is either a beam link for a communication between the terminal and the TRP other than the first beam link or a beam link for a communication between the terminal and another TRP; • when the terminal determines that a reference signals received power, RSRP, or a reference signal received quality, RSRQ, of the second beam link is less than or equal to a preset threshold, reporting the BSR on the first beam link according to the instruction message (S103).
A cover sheet to be used in conjunction with a patient support mattress, said cover sheet for aiding in the prevention of decubitus ulcers and the transfer of moisture from the body of a patient, comprising: a flexible spacer material comprising a first surface and a second surface and a thickness measured between the first surface and the second surface , the spacer material allowing air flow through the spacer material to aid in the removal of moisture, vapor and heat adjacent and proximal a patient surface interface; a vapor permeable material proximal to the first surface of the spacer material; and a pressure-sensing mat proximal to the second surface of the spacer material, wherein the pressure-sensing mat is configured to detect a pressure which is correlated to an accompanying reduction in thickness of the spacer material , an air mover configured to provide an air flow through the spacer material ; an indicator configured to provide an indication if the pressure-sensing mat detects a pressure above a threshold value and thus a decrease in thickness of the spacer material that is sufficient to restrict air flow through the spacer material and reduce the cover sheet's effectiveness to transfer moisture vapor. a flexible spacer material comprising a first surface and a second surface and a thickness measured between the first surface and the second surface , the spacer material allowing air flow through the spacer material to aid in the removal of moisture, vapor and heat adjacent and proximal a patient surface interface; a vapor permeable material proximal to the first surface of the spacer material; and a pressure-sensing mat proximal to the second surface of the spacer material, wherein the pressure-sensing mat is configured to detect a pressure which is correlated to an accompanying reduction in thickness of the spacer material , an air mover configured to provide an air flow through the spacer material ; an indicator configured to provide an indication if the pressure-sensing mat detects a pressure above a threshold value and thus a decrease in thickness of the spacer material that is sufficient to restrict air flow through the spacer material and reduce the cover sheet's effectiveness to transfer moisture vapor.
Mixing device for mixing one or multiple preparations in a dispenser with a discharge opening , characterized in that the mixing device comprises at least two mixer plates which each have one or multiple passages , the diameters of which passages narrow in the direction of the discharge opening , and the mixer plates are arranged one after the other in the direction of the discharge opening , characterized in that the diameters of the passages at the flow exit of the mixer plates become ever smaller in diameter toward the outlet .
A method for measuring TAT complexes in a sample separated from a living body, wherein TAT is measured by latex agglutination assay using a TAT assay reagent comprising: an antibody bound to a latex particle which binds to the antithrombin part of the TAT complex and recognizes the complex; and an antibody bound to a latex particle which binds to the thrombin part of the TAT complex and recognizes the complex; wherein the antibody binding to the antithrombin part of the TAT complex and recognizing the complex has a reactivity to TAT that is 100 or more times and 50,000 or less times higher than the reactivity to free antithrombin; and wherein the assay reagent is adjusted to a pH of 5.8 to 6.6; and wherein the latex agglutination assay is performed under a condition of pH 5.8 to 6.6. an antibody bound to a latex particle which binds to the antithrombin part of the TAT complex and recognizes the complex; and an antibody bound to a latex particle which binds to the thrombin part of the TAT complex and recognizes the complex; wherein the antibody binding to the antithrombin part of the TAT complex and recognizing the complex has a reactivity to TAT that is 100 or more times and 50,000 or less times higher than the reactivity to free antithrombin; and wherein the assay reagent is adjusted to a pH of 5.8 to 6.6; and wherein the latex agglutination assay is performed under a condition of pH 5.8 to 6.6.
Fatty amide, characterized in that it is based on: a) a primary diamine selected from aromatic, cycloaliphatic or linear C 2 to C 10 aliphatic diamines, b) a C 3 to C 12 lactam or amino acid, c) a second primary diamine different from the said diamine a), d) a hydroxylated fatty monoacid, e) optionally, a nonhydroxylated monoacid chosen from linear C 6 to C 12 aliphatic acids, and in that the molar ratio b/(a+c) varies from 0.25 to 3/1. a) a primary diamine selected from aromatic, cycloaliphatic or linear C 2 to C 10 aliphatic diamines, b) a C 3 to C 12 lactam or amino acid, c) a second primary diamine different from the said diamine a), d) a hydroxylated fatty monoacid, e) optionally, a nonhydroxylated monoacid chosen from linear C 6 to C 12 aliphatic acids,
A method of enhancing sizing, the method comprising adding an effective amount of a sizing emulsion to a paper machine in a papermaking process, wherein the sizing emulsion comprises: a) alkenyl succinic anhydride (ASA) as a sizing agent; b) an emulsifier selected from the group consisting of: glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content; glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content; and glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; and c) an aqueous component, wherein the sizing emulsion is prepared in a high shear homogenizer emulsification unit and the volume ratio of emulsifier to ASA ranges from 0.6:1.0 to 1.0:1.0, wherein the high shear homogenizer emulsification unit comprises a turbine loop, and the percentage of the emulsifier in the turbine loop ranges from 0.25% to 1.2% based on solids. a) alkenyl succinic anhydride (ASA) as a sizing agent; b) an emulsifier selected from the group consisting of: glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content; glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content; and glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; and glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content; glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content; and glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; and c) an aqueous component,
An accept tank arrangement for mixing of pulped fiber suspension within an accept tank which accept tank has a form of two opposite arched ends having sidewalls and an elongated section between the arched ends having sidewalls and the accept tank has at least two mixers , and at least one of the mixers are located within the arched end and the mixers have propellers at ends of their axles and the axles of the mixers point to the same side of the tank when looked from the arched end where the mixer is attached and the tank has an accept outlet , characterized in that at least two of the axles of the mixers are horizontally aligned to the direction of the elongated section and the center line of at least one axle of a mixer is aimed at a point (P), which is at the sidewall of the elongated section at least 25% of the length of the elongated section away from the beginning of the elongated section .
A washing tub of a dishwasher comprising two guide rails (2; 2') parallel to each other of a dish rack (3; 4), said dish rack (3; 4) being translationally mounted between a retracted position and an extracted position of the washing tub , said dish rack (3 ; 4) having a first edge adapted to slide on a first of said two guide rails between said retracted position and said extracted position, characterized in that said first guide rail comprises a stop , said first edge of said dish rack (3; 4) being provided with an unhooking device comprising a holding portion and an unlocking lever , said holding portion being integral with said dish rack (3; 4) and being adapted to abut against said stop of said first guide rail , said unlocking lever being pivotably mounted to said first edge of said dish rack (3; 4) and being adapted to act on said holding portion to disengage said holding portion from said position abutting against said stop of said first guide rail .
A liquid chromatography system comprising: (a) a trapping column comprising a first chromatographic material having a first chromatographic surface that comprises first hydrophobic surface groups and first ionizable surface groups having a first pKa value; (b) an analytical column comprising a second chromatographic material having a second chromatographic surface that comprises second hydrophobic surface groups having a hydrophobicity that is greater than a hydrophobicity of the first hydrophobic surface groups and (i) permanently ionized surface groups or (ii) second ionizable surface groups having a second pKa value that differs from the first pKa value by 1-12 units; (c) an injector for introducing a liquid sample into the system; (d) a detector capable of detecting a property of the components; (e) a first flow path including the injector and the trapping column but not the analytical column; (f) a second flow path including the trapping column and the analytical column; and (g) one or more mobile phase delivery sources configured to pump a first mobile phase along the first flow path and to pump a second mobile phase along the second flow path. (a) a trapping column comprising a first chromatographic material having a first chromatographic surface that comprises first hydrophobic surface groups and first ionizable surface groups having a first pKa value; (b) an analytical column comprising a second chromatographic material having a second chromatographic surface that comprises second hydrophobic surface groups having a hydrophobicity that is greater than a hydrophobicity of the first hydrophobic surface groups and (i) permanently ionized surface groups or (ii) second ionizable surface groups having a second pKa value that differs from the first pKa value by 1-12 units; (c) an injector for introducing a liquid sample into the system; (d) a detector capable of detecting a property of the components; (e) a first flow path including the injector and the trapping column but not the analytical column; (f) a second flow path including the trapping column and the analytical column; and (g) one or more mobile phase delivery sources configured to pump a first mobile phase along the first flow path and to pump a second mobile phase along the second flow path.
Level measuring device for measuring a level in a liquid container in the interior of a laboratory cabinet device , comprising a first NTC temperature sensor arrangeable outside the liquid of the liquid container a second NTC temperature sensor arrangeable inside the liquid of the liquid container a power supply device , of which the first NTC temperature sensor and the second NTC temperature sensor each comprise an excess temperature (T_NTC) which is greater than the temperature (T_inside) in the interior of the laboratory cabinet device, and an electronic measuring device which is set up to detect a first electrical variable of the first NTC temperature sensor which is influenced by the temperature of the first NTC temperature sensor , and to detect a second electrical variable of the second NTC temperature sensor which is influenced by the temperature of the second NTC temperature sensor , and to determine a comparison value by continuous comparison of the first and second electrical variables, characterized by a holding device for holding the first and the second NTC temperature sensor at a distance from an inner wall and a bottom wall of the laboratory cabinet device , the holding device having a holding arm which can be fastened to the inner wall of the laboratory cabinet device which supports the first NTC temperature sensor and to which an elastically deformable second holding arm is attached, which is provided for a vertically downwardly directed arrangement and which supports the second NTC temperature sensor . a first NTC temperature sensor arrangeable outside the liquid of the liquid container a second NTC temperature sensor arrangeable inside the liquid of the liquid container a power supply device , of which the first NTC temperature sensor and the second NTC temperature sensor each comprise an excess temperature (T_NTC) which is greater than the temperature (T_inside) in the interior of the laboratory cabinet device, and an electronic measuring device which is set up to detect a first electrical variable of the first NTC temperature sensor which is influenced by the temperature of the first NTC temperature sensor , and to detect a second electrical variable of the second NTC temperature sensor which is influenced by the temperature of the second NTC temperature sensor , and to determine a comparison value by continuous comparison of the first and second electrical variables, characterized by a holding device for holding the first and the second NTC temperature sensor at a distance from an inner wall and a bottom wall of the laboratory cabinet device , the holding device having a holding arm which can be fastened to the inner wall of the laboratory cabinet device which supports the first NTC temperature sensor and to which an elastically deformable second holding arm is attached, which is provided for a vertically downwardly directed arrangement and which supports the second NTC temperature sensor .
A method of inspecting a wind turbine blade , the wind turbine blade comprising an electro-thermal heating element and a surface protection layer , the method comprising: exposing a test point of the electro-thermal heating element ; contacting the test point to establish an electrical connection between the test point and a sensor ; electrically connecting the sensor to the surface protection layer ; operating the sensor to measure a resistance value indicative of an electrical resistance between the test point and the surface protection layer ; and analysing the resistance value to determine a condition of the wind turbine blade .
Apparatus for in-situ testing of a linear actuator which is configured to exert an actuation force in an actuation direction by movement of a first part of the linear actuator relative to a second part of the linear actuator, wherein the apparatus comprises: a test device comprising a first surface configured to contact the first part of the linear actuator during operation of the apparatus, and a second surface configured to contact the second part of the linear actuator during operation of the apparatus, wherein the second surface is moveable relative to the first surface to alter a distance between the first surface and the second surface; a test actuator configured to exert a test force in a direction opposite to the actuation direction when the apparatus is in use to test the linear actuator, the test force being to drive movement of the second surface away from the first surface; and a measurement device for detecting a change in the distance between the first surface and the second surface. a test device comprising a first surface configured to contact the first part of the linear actuator during operation of the apparatus, and a second surface configured to contact the second part of the linear actuator during operation of the apparatus, wherein the second surface is moveable relative to the first surface to alter a distance between the first surface and the second surface; a test actuator configured to exert a test force in a direction opposite to the actuation direction when the apparatus is in use to test the linear actuator, the test force being to drive movement of the second surface away from the first surface; and a measurement device for detecting a change in the distance between the first surface and the second surface.
A method for suppressing interference in a radar signal received by a radar transceiver in a vehicle , the method comprising; obtaining (S1) a sequence of time domain samples of the received radar signal , determining (S2) predicted time domain samples of the radar signal based on the obtained sequence of time domain samples , and if interference is detected (S3) in an interfered subset of the sequence of time domain samples , replacing (S4) the interfered subset by corresponding predicted time domain samples to repair the obtained sequence of time domain samples, and transmitting (S6) a notification to a control unit in the vehicle comprising information related to the replacing. obtaining (S1) a sequence of time domain samples of the received radar signal , determining (S2) predicted time domain samples of the radar signal based on the obtained sequence of time domain samples , and if interference is detected (S3) in an interfered subset of the sequence of time domain samples , replacing (S4) the interfered subset by corresponding predicted time domain samples to repair the obtained sequence of time domain samples, and transmitting (S6) a notification to a control unit in the vehicle comprising information related to the replacing.
A geared architecture for a gas turbine, comprising: an output shaft for connection with a fan; an input shaft ; a gearbox connecting the input shaft with the output shaft, wherein the gearbox has a rearward carrier supported by a rearward radially fixed bearing structure ; wherein the gearbox comprises a radially outer ring gear flexibly mounted to a fixed structure, characterised in that the gearbox has a flexible coupling provided between the output shaft and a forward carrier supported by a forward radially fixed bearing structure . an output shaft for connection with a fan; an input shaft ; a gearbox connecting the input shaft with the output shaft, wherein the gearbox has a rearward carrier supported by a rearward radially fixed bearing structure ; wherein the gearbox comprises a radially outer ring gear flexibly mounted to a fixed structure, characterised in that the gearbox has a flexible coupling provided between the output shaft and a forward carrier supported by a forward radially fixed bearing structure .
An engine ignition device for vehicles, comprising: a kick-start unit connected to a crankshaft of an engine ; an ignition unit which ignites the engine ; a crank angle detection unit which detects an angle of the crankshaft ; a crank speed detection unit which detects a rotation speed of the crankshaft ; and a control unit which controls the ignition unit based on results of detection by the crank angle detection unit and the crank speed detection unit , wherein the control unit is equipped with a kick-back prevention means which, when the rotation speed of the crankshaft at a stage corresponding to within 50 degrees before a top dead point is equal to or lower than a predetermined value, delays engine ignition timing, and a starter-cum-generator of the engine is connected to the crankshaft , and the starter-cum-generator is a three-phase motor, characterized in that , the crank angle detection unit divides one rotation of the three-phase motor into 36 stages based on combinations of current directions in U, V and W phases of the three-phase motor and detects crankshaft angles by stage, and wherein, when the rotation speed of the crankshaft at the stage corresponding to within 50 degrees before the top dead point is equal to or lower than the predetermined value, the kick-back prevention means delays engine ignition timing by a predetermined number of stages. a kick-start unit connected to a crankshaft of an engine ; an ignition unit which ignites the engine ; a crank angle detection unit which detects an angle of the crankshaft ; a crank speed detection unit which detects a rotation speed of the crankshaft ; and a control unit which controls the ignition unit based on results of detection by the crank angle detection unit and the crank speed detection unit , wherein the control unit is equipped with a kick-back prevention means which, when the rotation speed of the crankshaft at a stage corresponding to within 50 degrees before a top dead point is equal to or lower than a predetermined value, delays engine ignition timing, and a starter-cum-generator of the engine is connected to the crankshaft , and the starter-cum-generator is a three-phase motor, characterized in that , the crank angle detection unit divides one rotation of the three-phase motor into 36 stages based on combinations of current directions in U, V and W phases of the three-phase motor and detects crankshaft angles by stage, and wherein, when the rotation speed of the crankshaft at the stage corresponding to within 50 degrees before the top dead point is equal to or lower than the predetermined value, the kick-back prevention means delays engine ignition timing by a predetermined number of stages.