mhurhangee/patent-ind-claim-en huggingface dataset:
An architectural covering assembly comprising a rotatable roller tube ; a covering rotatable with the rotatable roller tube , the covering being movable between an extended position and retracted position; an end plate ; first and second limit screws disposed within the rotatable roller tube each having respective first and second ends, wherein one of the first and second limit screws is rotationally and axially fixed with respect to the end plate ; a first limit nut rotatable with the rotatable roller tube , the first limit nut threadably engaged with external threads of the first limit screw ; and a second limit nut rotatable with the rotatable roller tube , the second limit nut threadably engaged with external threads of the second limit screw ; characterised in that : the other of the first and second limit screws is selectively movable between a rotationally locked position and a rotationally unlocked position with respect to the end plate ; wherein: in the rotationally locked position, the other of the first and second limit screws is axially and rotationally fixed with respect to the end plate ; and in the rotationally unlocked position, the other of the first and second limit screws is rotationally movable with respect to the end plate to adjust an extension or retraction limit of the covering . a rotatable roller tube ; a covering rotatable with the rotatable roller tube , the covering being movable between an extended position and retracted position; an end plate ; first and second limit screws disposed within the rotatable roller tube each having respective first and second ends, wherein one of the first and second limit screws is rotationally and axially fixed with respect to the end plate ; a first limit nut rotatable with the rotatable roller tube , the first limit nut threadably engaged with external threads of the first limit screw ; and a second limit nut rotatable with the rotatable roller tube , the second limit nut threadably engaged with external threads of the second limit screw ; characterised in that : the other of the first and second limit screws is selectively movable between a rotationally locked position and a rotationally unlocked position with respect to the end plate ; wherein: in the rotationally locked position, the other of the first and second limit screws is axially and rotationally fixed with respect to the end plate ; and in the rotationally unlocked position, the other of the first and second limit screws is rotationally movable with respect to the end plate to adjust an extension or retraction limit of the covering . in the rotationally locked position, the other of the first and second limit screws is axially and rotationally fixed with respect to the end plate ; and in the rotationally unlocked position, the other of the first and second limit screws is rotationally movable with respect to the end plate to adjust an extension or retraction limit of the covering .
A mobile station comprising: a transceiver coupled to a processor, the processor configured to rank a plurality of detected cells including a serving cell according to a signal level metric of the plurality of cells , and based on the ranking, to determine a highest ranked cell of the plurality of detected cells , the processor configured to determine a first pattern of time periods during which the highest ranked cell is configured to transmit only a restricted set of information, wherein the highest ranked cell is not the serving cell of the mobile station, the processor configured to determine a second pattern of time periods during which a second highest ranked cell or the serving cell is configured to transmit only a restricted set of information, and the processor configured to perform measurements of cells other than the highest ranked cell and the second highest ranked cell or the serving cell only during overlapping time periods of the first pattern of time periods and the second pattern of time periods. a transceiver coupled to a processor, the processor configured to rank a plurality of detected cells including a serving cell according to a signal level metric of the plurality of cells , and based on the ranking, to determine a highest ranked cell of the plurality of detected cells , the processor configured to determine a first pattern of time periods during which the highest ranked cell is configured to transmit only a restricted set of information, wherein the highest ranked cell is not the serving cell of the mobile station, the processor configured to determine a second pattern of time periods during which a second highest ranked cell or the serving cell is configured to transmit only a restricted set of information, and the processor configured to perform measurements of cells other than the highest ranked cell and the second highest ranked cell or the serving cell only during overlapping time periods of the first pattern of time periods and the second pattern of time periods.
A patient interface to provide breathable gas to a patient, comprising: a cushion assembly, comprising: a nasal cushion to at least partially define a nasal gas chamber; an oral cushion to at least partially define an oral gas chamber distinct from said nasal gas chamber; and a decoupling structure disposed between said nasal cushion and said oral cushion ; a positioning and stabilizing structure with a pair of lower side straps ; and a pair of lower attachment features configured to releasably attach a corresponding one of the pair of lower side straps of the positioning and stabilizing structure to the cushion assembly, characterised in that : each of the pair of lower attachment features comprises a thermoplastic elastomer and each of the pair of lower attachment features has a first magnet embedded therein. a cushion assembly, comprising: a nasal cushion to at least partially define a nasal gas chamber; an oral cushion to at least partially define an oral gas chamber distinct from said nasal gas chamber; and a decoupling structure disposed between said nasal cushion and said oral cushion ; a nasal cushion to at least partially define a nasal gas chamber; an oral cushion to at least partially define an oral gas chamber distinct from said nasal gas chamber; and a decoupling structure disposed between said nasal cushion and said oral cushion ; a positioning and stabilizing structure with a pair of lower side straps ; and a pair of lower attachment features configured to releasably attach a corresponding one of the pair of lower side straps of the positioning and stabilizing structure to the cushion assembly, characterised in that : each of the pair of lower attachment features comprises a thermoplastic elastomer and each of the pair of lower attachment features has a first magnet embedded therein.
A pharmaceutical composition comprising a pharmaceutically acceptable excipient and a compound of Formula (I): wherein, n is 0, 1, 2, or 3; wherein each R 1 is independently C 1 -C 4 alkyl, C 1 -C 4 alkoxy, C 1 -C 4 thioalkyl, fluoro, trifluoroalkyl, or chloro, or preferrably each R 1 is independently methyl, ethyl, methoxy, thiomethyl, trifluoromethyl, fluoro or chloro, or more preferrably R 1 is not at the ortho-position; and wherein R 2 is phenyl or phenyl substituted with one or more fluoro, or R 2 is benzyl or benzyl substituted with methyl, halo, or a combination thereof. n is 0, 1, 2, or 3; wherein each R 1 is independently C 1 -C 4 alkyl, C 1 -C 4 alkoxy, C 1 -C 4 thioalkyl, fluoro, trifluoroalkyl, or chloro, or preferrably each R 1 is independently methyl, ethyl, methoxy, thiomethyl, trifluoromethyl, fluoro or chloro, or more preferrably R 1 is not at the ortho-position; and wherein R 2 is phenyl or phenyl substituted with one or more fluoro, or R 2 is benzyl or benzyl substituted with methyl, halo, or a combination thereof.
An engine comprising a turbocharger including a turbocharger turbine; wherein the turbocharger turbine includes a nozzle ring , the nozzle ring including a plurality of stationary vanes , each of the plurality of stationary vanes including an outer surface, and each of the plurality of stationary vanes including a plurality of injection ports arranged at the outer surface of each of the plurality of stationary vanes ; and wherein the engine further comprises a gas supply system configured to supply variable gas flow to and out of the plurality of injection ports via one or more passages through the plurality of stationary vanes , wherein the plurality of injection ports is divided into groups comprising a first group of injection ports and a second group of injection ports , characterized in that the gas supply system comprises each of a first valve configured to adjust air flow to the first group of injection ports and a second valve configured to adjust air flow to the second group of injection ports , the first valve controlled independently of the second valve. wherein the turbocharger turbine includes a nozzle ring , the nozzle ring including a plurality of stationary vanes , each of the plurality of stationary vanes including an outer surface, and each of the plurality of stationary vanes including a plurality of injection ports arranged at the outer surface of each of the plurality of stationary vanes ; and wherein the engine further comprises a gas supply system configured to supply variable gas flow to and out of the plurality of injection ports via one or more passages through the plurality of stationary vanes , wherein the plurality of injection ports is divided into groups comprising a first group of injection ports and a second group of injection ports , characterized in that the gas supply system comprises each of a first valve configured to adjust air flow to the first group of injection ports and a second valve configured to adjust air flow to the second group of injection ports , the first valve controlled independently of the second valve.
A compressor comprising an impeller , a diffuser and a shroud , wherein the diffuser comprises a plurality of vanes and one or more projections , each projection extends from the top of a vane , the shroud comprises one or more holes , the shroud covers the impeller and the diffuser such that each projection protrudes through a respective hole , characterized in that the shroud is secured to the projections by an adhesive wherein the shroud comprises a pair of concentric walls , located on the upper surface of its outer section , that delimit a trough within which the holes are located, and the adhesive is located around the trough.
A communication security processing method, comprising: determining (S161), by a terminal when being handed over from a source cell to a target cell, whether the source cell and the target cell are located at a same radio access network, RAN, node, continuing to use (S162), by the terminal in the target cell when the source cell and the target cell are located at the same RAN node, an access stratum, AS, root key used in the source cell, and receiving, by the terminal, a handover command from a source RAN node being said same RAN node wherein the determining whether the source cell and the target cell are located at a same RAN node, comprises: determining, when the handover command does not include a next hop chaining count, NCC, that the source cell and the target cell are located at the same RAN node. determining (S161), by a terminal when being handed over from a source cell to a target cell, whether the source cell and the target cell are located at a same radio access network, RAN, node, continuing to use (S162), by the terminal in the target cell when the source cell and the target cell are located at the same RAN node, an access stratum, AS, root key used in the source cell, and receiving, by the terminal, a handover command from a source RAN node being said same RAN node wherein the determining whether the source cell and the target cell are located at a same RAN node, comprises: determining, when the handover command does not include a next hop chaining count, NCC, that the source cell and the target cell are located at the same RAN node.
An integrated device comprising: a substrate having three or more metal layers which form a solenoid inductor in the substrate, the solenoid inductor configured as a set of windings , the set of windings comprising an inner perimeter , the set of windings including a set of interconnects coupled by a set of vias and pads , the set of interconnects and the set of vias and pads located outside of the inner perimeter of the set of windings.
Bracelet clasp , of the deployant buckle type, having first and second strips articulated to each other, by a first of their respective ends, between a closed position for wear, and at least one open position, said first strip carrying a member for attaching a first bracelet strand, said second, lower strip comprising a loop member at its second end defining a passage for a second bracelet strand and carrying a stud intended to be inserted into a suitable hole in the bracelet strand to define an anchoring point thereof to the clasp , the clasp further including at least one locking member for holding said first and second strips in their closed position, said stud being movable with respect to the loop member and includes actuation means arranged to move the stud and thereby define at least two predefined positions associated with a predefined useful bracelet length, characterized in that said stud includes a base integral therewith, said base being arranged to move in a housing of the loop member , the loop member including a cover arranged to cover the housing and to cooperate with the base of the stud , the stud and the base each comprising complementary guide means, and the actuation means comprise a spring click disposed inside the stud , the click partly protruding from the base .
A method for the reduction of carboxylic acids or carbonic acid and their derivatives, comprising the step of a) hydrogenating at least one carboxylic acid or carbonic acid or their derivatives under acidic conditions in the presence of a Ruthenium-Triphosphine-complex comprising a phosphororganic compound of the following structure whereby R 1 to R 6 are independent from each other substituted or unsubstituted phenyl, provided that one of R 1 and R 2 , R 3 and R 4 , R 5 and R 6 is substituted in ortho and/or meta position to the phosphine, and R 7 is hydrogen or an organic moeity a) hydrogenating at least one carboxylic acid or carbonic acid or their derivatives under acidic conditions in the presence of a Ruthenium-Triphosphine-complex comprising a phosphororganic compound of the following structure whereby R 1 to R 6 are independent from each other substituted or unsubstituted phenyl, provided that one of R 1 and R 2 , R 3 and R 4 , R 5 and R 6 is substituted in ortho and/or meta position to the phosphine, and R 7 is hydrogen or an organic moeity
A spectrometer (100; 200; 500; 720) comprising: an image sensor (110; 10) comprising a pixel array (111; 210; 510); and a photonics layer (120; 20) disposed on the pixel array (111; 210; 510) and comprising a plurality of resonators (241, 242; 340; 341, 342; 540) and a plurality of couplers (121, 123; 221, 222, 231, 232; 320, 330; 521, 522, 531, 532) evanescently coupled to the plurality of resonators (241, 242; 340; 341, 342; 540), wherein at least two couplers of the plurality of couplers (121, 123; 221, 222, 231, 232; 320, 330; 521, 522, 531, 532) are arranged in succession in each row of the pixel array (111; 210; 510), and wherein the photonics layer (120; 20) comprises a plurality of detection areas, the plurality of resonators (241, 242; 340; 341, 342; 540) disposed in one of the plurality of detection areas comprise in each row of the pixel array at least two types of resonators (241, 242; 340; 341, 342; 540) having at least two different wavelength characteristics. an image sensor (110; 10) comprising a pixel array (111; 210; 510); and a photonics layer (120; 20) disposed on the pixel array (111; 210; 510) and comprising a plurality of resonators (241, 242; 340; 341, 342; 540) and a plurality of couplers (121, 123; 221, 222, 231, 232; 320, 330; 521, 522, 531, 532) evanescently coupled to the plurality of resonators (241, 242; 340; 341, 342; 540), wherein at least two couplers of the plurality of couplers (121, 123; 221, 222, 231, 232; 320, 330; 521, 522, 531, 532) are arranged in succession in each row of the pixel array (111; 210; 510), and wherein the photonics layer (120; 20) comprises a plurality of detection areas, the plurality of resonators (241, 242; 340; 341, 342; 540) disposed in one of the plurality of detection areas comprise in each row of the pixel array at least two types of resonators (241, 242; 340; 341, 342; 540) having at least two different wavelength characteristics.
A conductive polymer conductor being a conductive polymer conductor with which a conductive polymer is adhered to a substrate and wherein the substrate is constituted of silk or synthetic fibers and the conductive polymer is amorphous poly(3,4-ethylenedioxythiophene) added with an iron salt of p-toluenesulfonic acid as an oxidizing agent and a dopant. the substrate is constituted of silk or synthetic fibers and the conductive polymer is amorphous poly(3,4-ethylenedioxythiophene) added with an iron salt of p-toluenesulfonic acid as an oxidizing agent and a dopant.
A method comprising: training and testing a set of classifiers (416a-f) with k-fold cross validation on a first dataset comprising vectors (114, 520A-C) representing software components and labels , wherein each label indicates whether a respective one of the software components has a vulnerability or flaw, wherein a set of probability values generated for each of the vectors by the set of classifiers from the testing is stored; training a logistic regression model with the stored sets of probability values and the labels; and combining the trained set of classifiers and the trained logistic regression model to generate an ensemble that indicates whether a software component of said software components has a vulnerability or flaw. training and testing a set of classifiers (416a-f) with k-fold cross validation on a first dataset comprising vectors (114, 520A-C) representing software components and labels , wherein each label indicates whether a respective one of the software components has a vulnerability or flaw, wherein a set of probability values generated for each of the vectors by the set of classifiers from the testing is stored; wherein each label indicates whether a respective one of the software components has a vulnerability or flaw, wherein a set of probability values generated for each of the vectors by the set of classifiers from the testing is stored; training a logistic regression model with the stored sets of probability values and the labels; and combining the trained set of classifiers and the trained logistic regression model to generate an ensemble that indicates whether a software component of said software components has a vulnerability or flaw.
A method for a machine-type communication user equipment, MTC UE , the method comprising: determining , based on a communication from an evolved Node B, eNB , a control channel configuration that indicates two enhanced physical downlink control channel, EPDCCH,-physical resource block, PRB, sets to be monitored in a UE-specific search space, SS, wherein the two EPDCCH-PRB sets have a single contiguous block of a total of six PRB pairs, and wherein the control channel configuration indicates that each of the two EPDCCH-PRB sets are to be monitored for EPDCCH transmissions in one or more subframes; and monitoring the two EPDCCH-PRB sets in the one or more subframes for an EPDCCH transmission to attempt to decode one or more EPDCCH candidates used to transmit EPDCCH transmissions to the MTC UE in the one or more subframes when the MTC UE has a maximum bandwidth support of 1.4 MHz, characterized in that a same search space equation is used to determine one or more enhanced control channel elements, ECCEs, with the EPDCCH candidates for both a non-UE-specific SS and the UE-specific SS. determining , based on a communication from an evolved Node B, eNB , a control channel configuration that indicates two enhanced physical downlink control channel, EPDCCH,-physical resource block, PRB, sets to be monitored in a UE-specific search space, SS, wherein the two EPDCCH-PRB sets have a single contiguous block of a total of six PRB pairs, and wherein the control channel configuration indicates that each of the two EPDCCH-PRB sets are to be monitored for EPDCCH transmissions in one or more subframes; and monitoring the two EPDCCH-PRB sets in the one or more subframes for an EPDCCH transmission to attempt to decode one or more EPDCCH candidates used to transmit EPDCCH transmissions to the MTC UE in the one or more subframes when the MTC UE has a maximum bandwidth support of 1.4 MHz, characterized in that a same search space equation is used to determine one or more enhanced control channel elements, ECCEs, with the EPDCCH candidates for both a non-UE-specific SS and the UE-specific SS.
An engine system including an engine , a coolant control valve and a diagnostic apparatus; wherein the coolant control valve includes a housing having an inflow port connected to a cooling jacket of the engine and a first outflow port connected to a radiator , a valve member provided to be rotatable in the housing , and a driving device rotating the valve member between two end positions ; wherein the diagnostic apparatus includes at least one position sensor provided on an external surface of the housing for sensing a position of the valve member , a determination device for determining whether or not the valve member is stuck using the position of the valve member sensed by the position sensor , and a controller for controlling the driving device ; characterised in that the diagnostic apparatus further includes an emergency switch device for allowing a coolant to flow toward the radiator when the valve member is stuck, wherein the controller is configured to control the driving device to move the valve member to a limp home position when it is determined that the valve member is stuck, wherein the limp home position refers to a position in which the first outflow port of the housing is opened, wherein the emergency switch device includes a first bypass passage , connecting the inflow passage to the outflow passage, and a switching valve . wherein the coolant control valve includes a housing having an inflow port connected to a cooling jacket of the engine and a first outflow port connected to a radiator , a valve member provided to be rotatable in the housing , and a driving device rotating the valve member between two end positions ; wherein the diagnostic apparatus includes at least one position sensor provided on an external surface of the housing for sensing a position of the valve member , a determination device for determining whether or not the valve member is stuck using the position of the valve member sensed by the position sensor , and a controller for controlling the driving device ; characterised in that the diagnostic apparatus further includes an emergency switch device for allowing a coolant to flow toward the radiator when the valve member is stuck, wherein the controller is configured to control the driving device to move the valve member to a limp home position when it is determined that the valve member is stuck, wherein the limp home position refers to a position in which the first outflow port of the housing is opened, wherein the emergency switch device includes a first bypass passage , connecting the inflow passage to the outflow passage, and a switching valve .