mhurhangee/ep-ind-claims huggingface dataset:
Counting unit (10, 10a, 10b) for counting a number of times an electrical device has been sterilized by exposure to a thermal event, the counting unit (10, 10a, 10b) comprising: a rotary member configured to rotate about a first axis, the rotary member including a plurality of position indicators fixedly disposed on the rotary member; an actuator configured to engage the rotary member, the actuator configured to change shape from a first configuration to a second configuration when subjected to a predetermined temperature; and a sensor configured to detect the plurality of position indicators so as to determine a rotation of the rotary member, characterized in the actuator is an elongated and/or radially expanded member in the second configuration, wherein the actuator engages the rotary member so as to rotate the rotary member when the actuator changes shape from the first configuration to the second configuration. a rotary member configured to rotate about a first axis, the rotary member including a plurality of position indicators fixedly disposed on the rotary member; an actuator configured to engage the rotary member, the actuator configured to change shape from a first configuration to a second configuration when subjected to a predetermined temperature; and a sensor configured to detect the plurality of position indicators so as to determine a rotation of the rotary member, characterized in the actuator is an elongated and/or radially expanded member in the second configuration, wherein the actuator engages the rotary member so as to rotate the rotary member when the actuator changes shape from the first configuration to the second configuration.
A method of a reception device (210, 510), the method comprising: receiving a signaling radio bearer, SRB, message over a backhaul between base stations in dual connectivity; determining whether at least one SRB message is not sequentially received; identifying whether a reordering timer expires in case that the at least one SRB message is not sequentially received; determining loss of the at least one SRB message in case that the reordering timer expires; and requesting transmission status of the lost SRB message from a PDCP layer of a base station, which receives another SRB message from the reception device, among base stations for dual connectivity, and in case that the at least one SRB message is lost in a backhaul between the base stations for dual connectivity, receiving from the second base station said determined lost SRB message. receiving a signaling radio bearer, SRB, message over a backhaul between base stations in dual connectivity; determining whether at least one SRB message is not sequentially received; identifying whether a reordering timer expires in case that the at least one SRB message is not sequentially received; determining loss of the at least one SRB message in case that the reordering timer expires; and requesting transmission status of the lost SRB message from a PDCP layer of a base station, which receives another SRB message from the reception device, among base stations for dual connectivity, and in case that the at least one SRB message is lost in a backhaul between the base stations for dual connectivity, receiving from the second base station said determined lost SRB message.
An article of clothing comprising: a cloth; at least two conductors (10, 3A, 3B, 4A, 4B) that are set in the cloth; and an output unit configured to determine an impedance variation of a predetermined area on the basis of a voltage value between the at least two conductors (10, 3A, 3B, 4A, 4B) to which a high-frequency current in a range from 100 kHz to 5 MHz is applied, characterized in that the at least two conductors (10, 3A, 3B, 4A, 4B) are set in the cloth so as not to be in close contact with a skin of a measurement target, and that the high-frequency current flows in the measurement target in a contactless manner between the conductors (10, 3A, 3B, 4A, 4B) and the skin of the measurement target. a cloth; at least two conductors (10, 3A, 3B, 4A, 4B) that are set in the cloth; and an output unit configured to determine an impedance variation of a predetermined area on the basis of a voltage value between the at least two conductors (10, 3A, 3B, 4A, 4B) to which a high-frequency current in a range from 100 kHz to 5 MHz is applied, characterized in that the at least two conductors (10, 3A, 3B, 4A, 4B) are set in the cloth so as not to be in close contact with a skin of a measurement target, and that the high-frequency current flows in the measurement target in a contactless manner between the conductors (10, 3A, 3B, 4A, 4B) and the skin of the measurement target.
A cereal product comprising cereal kernels, wherein the cereal kernels have been at least partially milled and are coated with a coating layer characterised in that said coating layer comprises a protein matrix comprising whey proteins having particles of a dietary fiber ingredient dispersed therein, and said dietary fiber ingredient comprises powdered cereal bran.
A graphics processing system for rendering a scene to a texture, comprising: a tiling unit configured to tile a first view of a scene containing a plurality of primitives into a plurality of tiles and generate a list of primitives associated with each tile; a processing unit configured to identify a first subset of the tiles that are each associated with at least one primitive in dependence on the list, wherein tiles that are not identified are tiles that are not associated with any primitives; a memory; a memory management unit configured to allocate a portion of the memory to each of the identified tiles prior to rendering, and not allocate a portion of memory for each of the plurality of tiles that are not identified by the processing unit prior to rendering; and a rendering unit configured to render each of the identified tiles, store data resulting from the render of each identified tile as data for a texture at the allocated portion of memory for that tile and not render tiles that are not identified by the processing unit. a tiling unit configured to tile a first view of a scene containing a plurality of primitives into a plurality of tiles and generate a list of primitives associated with each tile; a processing unit configured to identify a first subset of the tiles that are each associated with at least one primitive in dependence on the list, wherein tiles that are not identified are tiles that are not associated with any primitives; a memory; a memory management unit configured to allocate a portion of the memory to each of the identified tiles prior to rendering, and not allocate a portion of memory for each of the plurality of tiles that are not identified by the processing unit prior to rendering; and a rendering unit configured to render each of the identified tiles, store data resulting from the render of each identified tile as data for a texture at the allocated portion of memory for that tile and not render tiles that are not identified by the processing unit.
A system comprising: - a journal bearing (J1-J4) having a carrier (34; 51), a rotor (32; 52) arranged rotatable about a rotational axis (Ra) relative to the carrier (34; 51), and a fluid in a clearance (Cl) between the rotor (32; 52) and the carrier (34; 51); - at least one sensor to measure a vibration signal of the rotor (32; 52); - a control system adapted to determine a pressure set point for the fluid in the clearance (Cl) based on the vibration signal, and to provide control signals generated based on the pressure set point; and - active means adapted to modify the pressure of the fluid in the clearance (Cl) based on the control signals, the active means being part of an oil system comprising an oil pump. - a journal bearing (J1-J4) having a carrier (34; 51), a rotor (32; 52) arranged rotatable about a rotational axis (Ra) relative to the carrier (34; 51), and a fluid in a clearance (Cl) between the rotor (32; 52) and the carrier (34; 51); - at least one sensor to measure a vibration signal of the rotor (32; 52); - a control system adapted to determine a pressure set point for the fluid in the clearance (Cl) based on the vibration signal, and to provide control signals generated based on the pressure set point; and - active means adapted to modify the pressure of the fluid in the clearance (Cl) based on the control signals, the active means being part of an oil system comprising an oil pump.
A screening method for evaluating or identifying the potential effectiveness of a cosmetic test agent for providing a circadian rhythm-dependent, DNA repair benefit to human skin, comprising: a. contacting a test sample comprising skin cells with a cosmetic test agent; b. generating a transcriptional profile for the test sample, wherein the transcriptional profile consists essentially of data related to the transcription of at least two genes selected from APITD1, ACTR5, AP5Z1, APEX1, APEX2, APLF, APTX, ATXN3, BCCIP, BRCA1, C11orf30, CDC14B, CHEK1, CUL4A, DCLRE1C, DTL, EPC2, EXO5, EYA3, FAM175A, FAN1, FANCC, FANCF, FANCG, FANCL, FIGNL1, GADD45A, GTF2H1, H2AFX, INTS3, KIAA0430, KIAA0101, KIN, MCM9, MDC1, MGME1, MORF4L2, MRE11A, MSH2, MUM1, NEIL1, NEIL3, NONO, NPM1, NSMCE1, OGG1, PARPBP, PIF1, PML, PMS1, PMS2, POLD1, POLD2, POLE, POLK, POLR2F, RAD50, RAD51B, RAD51C, RAD52, RBM14, RECQL5, RFC4, RFC5, RPA2, SFPQ, SFR1, SMARCA5, SMC4, SMG1, SWI5, TICRR, TP53BP1, TP73, UBE2T, UBE2W, USP28, USP47, WDR33, and ZFYVE26; c. comparing the transcriptional profile for the test sample to a control transcriptional profile; and d. identifying the cosmetic test agent as exhibiting potential effectiveness for providing a circadian rhythm-dependent, DNA repair benefit to human skin when the transcriptional profile for the test sample, relative to the control transcriptional profile, corresponds to regulation of the at least two genes in a direction indicative of said benefit. a. contacting a test sample comprising skin cells with a cosmetic test agent; b. generating a transcriptional profile for the test sample, wherein the transcriptional profile consists essentially of data related to the transcription of at least two genes selected from APITD1, ACTR5, AP5Z1, APEX1, APEX2, APLF, APTX, ATXN3, BCCIP, BRCA1, C11orf30, CDC14B, CHEK1, CUL4A, DCLRE1C, DTL, EPC2, EXO5, EYA3, FAM175A, FAN1, FANCC, FANCF, FANCG, FANCL, FIGNL1, GADD45A, GTF2H1, H2AFX, INTS3, KIAA0430, KIAA0101, KIN, MCM9, MDC1, MGME1, MORF4L2, MRE11A, MSH2, MUM1, NEIL1, NEIL3, NONO, NPM1, NSMCE1, OGG1, PARPBP, PIF1, PML, PMS1, PMS2, POLD1, POLD2, POLE, POLK, POLR2F, RAD50, RAD51B, RAD51C, RAD52, RBM14, RECQL5, RFC4, RFC5, RPA2, SFPQ, SFR1, SMARCA5, SMC4, SMG1, SWI5, TICRR, TP53BP1, TP73, UBE2T, UBE2W, USP28, USP47, WDR33, and ZFYVE26; c. comparing the transcriptional profile for the test sample to a control transcriptional profile; and d. identifying the cosmetic test agent as exhibiting potential effectiveness for providing a circadian rhythm-dependent, DNA repair benefit to human skin when the transcriptional profile for the test sample, relative to the control transcriptional profile, corresponds to regulation of the at least two genes in a direction indicative of said benefit.
A method for preparing lyophilized composition comprising arsenic (LCCA), said method comprising: solubilizing As 2 O 3 powder in an aqueous medium, adding an alkalizing agent in about 10% to 100% the amount of the As 2 O 3 powder, and adding a surfactant in about 0.5% v/v to about 4.0% v/v, but not exceeding about 50% As 2 O 3 concentration, to form an As 2 O 3 solution; and lyophilizing said As 2 O 3 solution, wherein said step of lyophilizing comprises: freezing said As 2 O 3 solution to generate a frozen As 2 O 3 product; and drying said As 2 O 3 product to generate said lyophilized composition comprising arsenic. solubilizing As 2 O 3 powder in an aqueous medium, adding an alkalizing agent in about 10% to 100% the amount of the As 2 O 3 powder, and adding a surfactant in about 0.5% v/v to about 4.0% v/v, but not exceeding about 50% As 2 O 3 concentration, to form an As 2 O 3 solution; and lyophilizing said As 2 O 3 solution, wherein said step of lyophilizing comprises: freezing said As 2 O 3 solution to generate a frozen As 2 O 3 product; and drying said As 2 O 3 product to generate said lyophilized composition comprising arsenic.
A syringe (700, 1000; 1100; 1700; 1800) comprising: a body including; a reservoir having a longitudinal axis (758; 1393); a rigid extension (536; 736; 936; 1036; 1136; 1236; 1836) extending from a distal end (709; 1709) of said body, said extension (536; 736; 936; 1036; 1136; 1236; 1836) including: an annular sealing ring for a sterile sealing cap (504; 704) said sealing ring having an axis oriented at an angle ranging between 70 to 150 degrees with respect to said longitudinal axis (758; 1393) of said reservoir; and a fluid path passing through at least a portion of said extension (536; 736; 936; 1036; 1136; 1236; 1836), at least a portion of said path circumscribed by said sealing ring. a body including; a reservoir having a longitudinal axis (758; 1393); a rigid extension (536; 736; 936; 1036; 1136; 1236; 1836) extending from a distal end (709; 1709) of said body, said extension (536; 736; 936; 1036; 1136; 1236; 1836) including: an annular sealing ring for a sterile sealing cap (504; 704) said sealing ring having an axis oriented at an angle ranging between 70 to 150 degrees with respect to said longitudinal axis (758; 1393) of said reservoir; and a fluid path passing through at least a portion of said extension (536; 736; 936; 1036; 1136; 1236; 1836), at least a portion of said path circumscribed by said sealing ring. an annular sealing ring for a sterile sealing cap (504; 704) said sealing ring having an axis oriented at an angle ranging between 70 to 150 degrees with respect to said longitudinal axis (758; 1393) of said reservoir; and a fluid path passing through at least a portion of said extension (536; 736; 936; 1036; 1136; 1236; 1836), at least a portion of said path circumscribed by said sealing ring.
A battery separator comprising a porous polyolefin matrix containing from 0.5 to 30 dry weight percent porous particulate filler, characterized in that said filler contains cured natural rubber and wherein said cured natural rubber has a porosity of at least about 40% void volume.
An apparatus comprising: an engine nacelle of an aircraft comprising a skin of an inlet on an inlet side of the nacelle of the aircraft, and a bulkhead, the inlet and the bulkhead defining an annular chamber; a gas delivery system comprising a nozzle disposed within the annular chamber to provide a first heated gas from an engine of the aircraft to mix with and entrain a second gas in the annular chamber to define a flow through the annular chamber, wherein the second gas is at a different cooler temperature from the first gas; and a deflector vane disposed within the annular chamber to redirect the flow through the annular chamber towards an inlet center, wherein the deflector vane is disposed such that the flow, which emerges from the nozzle, impinges the deflector vane before the flow impinges on a surface of the inlet, thereby increasing a flow distance to the inlet. an engine nacelle of an aircraft comprising a skin of an inlet on an inlet side of the nacelle of the aircraft, and a bulkhead, the inlet and the bulkhead defining an annular chamber; a gas delivery system comprising a nozzle disposed within the annular chamber to provide a first heated gas from an engine of the aircraft to mix with and entrain a second gas in the annular chamber to define a flow through the annular chamber, wherein the second gas is at a different cooler temperature from the first gas; and a deflector vane disposed within the annular chamber to redirect the flow through the annular chamber towards an inlet center, wherein the deflector vane is disposed such that the flow, which emerges from the nozzle, impinges the deflector vane before the flow impinges on a surface of the inlet, thereby increasing a flow distance to the inlet.
Automotive lighting device comprising a light source intended to emit light; a housing comprising a ventilation element, which allows water vapour to pass through while preventing liquid water from entering the housing; an outer glass, arranged to close the housing; an opaque element with a first portion located between the ventilation element and the outer glass, characterized in that the first portion comprises a permeable element which allows water vapour to pass through and which does not allow light to pass through and wherein the first portion is located such that a dry air current from the ventilation element reaches the outer glass a light source intended to emit light; a housing comprising a ventilation element, which allows water vapour to pass through while preventing liquid water from entering the housing; an outer glass, arranged to close the housing; an opaque element with a first portion located between the ventilation element and the outer glass, characterized in that the first portion comprises a permeable element which allows water vapour to pass through and which does not allow light to pass through and wherein the first portion is located such that a dry air current from the ventilation element reaches the outer glass
An assembly for the rear of a double-flow turbomachine with a longitudinal axis, comprising: - a primary nozzle, comprising a trailing edge and defining a primary flowpath (Vp) portion, - a secondary nozzle defining a secondary flowpath (Vs) portion, said nozzle being configured to eject a mixture of the flows derived from a secondary flowpath (Vs) and a primary flowpath (Vp) of the turbomachine when the assembly is installed on the turbomachine, the secondary nozzle being of convergent-divergent shape with a throat corresponding to a minimum section of the nozzle, - a lobed mixer, at the downstream end of the primary nozzle and having an alternation of hot lobes extending inside the secondary flowpath (Vs) and cold lobes extending inside the primary flowpath (Vp), characterised in that: - the secondary nozzle comprises, at the throat, a periodic succession of convex and concave lobes (116, 118) located along the inner circumference of the secondary nozzle, and - the concave, that is to say radially outwardly, respectively convex, that is to say radially inwardly, lobes of the nozzle are, to within the longitudinal offset, radially facing the hot, respectively cold, lobes of the mixer. - a primary nozzle, comprising a trailing edge and defining a primary flowpath (Vp) portion, - a secondary nozzle defining a secondary flowpath (Vs) portion, said nozzle being configured to eject a mixture of the flows derived from a secondary flowpath (Vs) and a primary flowpath (Vp) of the turbomachine when the assembly is installed on the turbomachine, the secondary nozzle being of convergent-divergent shape with a throat corresponding to a minimum section of the nozzle, - a lobed mixer, at the downstream end of the primary nozzle and having an alternation of hot lobes extending inside the secondary flowpath (Vs) and cold lobes extending inside the primary flowpath (Vp), - the secondary nozzle comprises, at the throat, a periodic succession of convex and concave lobes (116, 118) located along the inner circumference of the secondary nozzle, and - the concave, that is to say radially outwardly, respectively convex, that is to say radially inwardly, lobes of the nozzle are, to within the longitudinal offset, radially facing the hot, respectively cold, lobes of the mixer.
A method for amplifying a genomic DNA sample with locus specific amplification and whole genome amplification before hybridization of amplicons with an array, the method comprising: obtaining a genomic DNA sample; splitting the genomic DNA sample into at least a first portion and a second portion of genomic DNA; performing locus-specific amplification on the first portion of genomic DNA to generate a first pool of amplicons for target sequences; performing whole genome amplification on at least the second portion of genomic DNA to generate a second pool of amplicons; fragmenting the first and second pool of amplicons to generate fragmented amplicons; and hybridizing the fragmented amplicons to an array. obtaining a genomic DNA sample; splitting the genomic DNA sample into at least a first portion and a second portion of genomic DNA; performing locus-specific amplification on the first portion of genomic DNA to generate a first pool of amplicons for target sequences; performing whole genome amplification on at least the second portion of genomic DNA to generate a second pool of amplicons; fragmenting the first and second pool of amplicons to generate fragmented amplicons; and hybridizing the fragmented amplicons to an array.
A mobile concrete pump with a carrying structure which is capable of being placed directly or indirectly via a mounting frame onto a running gear of a truck chassis, for the accommodation of functional units forming a supporting device and a distributor mast, wherein the distributor mast is mounted rotatably on a mast trestle integrated in the carrying structure, and the supporting device comprises two telescopic tubes (54, 56) which are integrated in the carrying structure, are open diagonally forward and intersect each other at different heights, and wherein, below the upper and above the lower telescopic tube (54, 56), the carrying structure has a respective clearance (60, 62) which is separated from the adjacent telescopic tube by an intermediate floor, characterized in that a liquid tank which supplements and reinforces the carrying structure, is manufactured separately from the carrying structure and is leak-tested in this state and which is adapted geometrically in the outer contour thereof to the carrying structure is fitted into at least one of the clearances, that the carrying structure has a ceiling plate which bounds the clearance and is arranged at a distance from the intermediate floor, and in that the liquid tank is welded to the adjacent telescopic tube (54, 56) and to the ceiling plate.
A neuromodulation system (10, 110, 210, 310, 410, 510, 610) comprising: - at least one stimulation element (12, 112, 212, 312, 412, 512, 612), - at least one stimulation controller (14, 114, 214, 314, 414, 514, 614) and - at least one stimulation feedback acquisition system (16, 116, 216, 316, 416, 516, 616), further comprising a reference trigger input module (18, 118, 218, 318, 418, 518, 618) configured such that the temporal relationship between a provided stimulation via the stimulation element (12, 112, 212, 312, 412, 512, 612) and the stimulation controller (14, 114, 214, 314, 414, 514, 614) and a stimulation response received by the stimulation feedback acquisition system (16, 116, 216, 316, 416, 516, 616) can be characterized, wherein the stimulation controller (14, 114, 214, 314, 414, 514, 614) is configured and arranged to provide a reference trigger signal, characterized in that the trigger signal is recorded by the stimulation feedback acquisition system (16, 116, 216, 316, 416, 516, 616). - at least one stimulation element (12, 112, 212, 312, 412, 512, 612), - at least one stimulation controller (14, 114, 214, 314, 414, 514, 614) and - at least one stimulation feedback acquisition system (16, 116, 216, 316, 416, 516, 616), further comprising a reference trigger input module (18, 118, 218, 318, 418, 518, 618) configured such that the temporal relationship between a provided stimulation via the stimulation element (12, 112, 212, 312, 412, 512, 612) and the stimulation controller (14, 114, 214, 314, 414, 514, 614) and a stimulation response received by the stimulation feedback acquisition system (16, 116, 216, 316, 416, 516, 616) can be characterized, wherein the stimulation controller (14, 114, 214, 314, 414, 514, 614) is configured and arranged to provide a reference trigger signal, characterized in that the trigger signal is recorded by the stimulation feedback acquisition system (16, 116, 216, 316, 416, 516, 616).