mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving at least one message comprising configuration parameters of a plurality of cells comprising: a primary cell with a primary physical uplink control channel, PUCCH, transmitted to a base station; and a PUCCH secondary cell with a secondary PUCCH transmitted to the base station; instructing a physical layer, by a wireless device media access control, MAC, entity, to transmit a scheduling request signal on one configured valid PUCCH resource for a scheduling request in a transmission time interval, TTI, wherein the wireless device MAC entity selects one of the primary PUCCH and the secondary PUCCH as the configured valid PUCCH resource for the scheduling request to transmit the scheduling request signal in the TTI when the wireless device MAC entity has configured valid PUCCH resource for the scheduling request on both the primary cell and the PUCCH secondary cell in the same TTI; and transmitting, by the physical layer, the scheduling request signal on the configured valid PUCCH resource. receiving at least one message comprising configuration parameters of a plurality of cells comprising: a primary cell with a primary physical uplink control channel, PUCCH, transmitted to a base station; and a PUCCH secondary cell with a secondary PUCCH transmitted to the base station; a primary cell with a primary physical uplink control channel, PUCCH, transmitted to a base station; and a PUCCH secondary cell with a secondary PUCCH transmitted to the base station; instructing a physical layer, by a wireless device media access control, MAC, entity, to transmit a scheduling request signal on one configured valid PUCCH resource for a scheduling request in a transmission time interval, TTI, wherein the wireless device MAC entity selects one of the primary PUCCH and the secondary PUCCH as the configured valid PUCCH resource for the scheduling request to transmit the scheduling request signal in the TTI when the wireless device MAC entity has configured valid PUCCH resource for the scheduling request on both the primary cell and the PUCCH secondary cell in the same TTI; and transmitting, by the physical layer, the scheduling request signal on the configured valid PUCCH resource.
A vehicle information transmitting apparatus configured to transmit information to a driver to notify the driver of the information by optical stimulus, comprising a controller (ECU 14) configured to obtain driving data regarding at least one of a gazing point or gazing direction of the driver, an operation input of a driving operation performed by the driver and a behavior of a vehicle after the transmission of the information, and determine that the information is not considered by the driver on the basis of at least the gazing point or a gazing direction of the driver, or the operation input, or the behavior of the vehicle, characterized in that the controller (ECU 14) is further configured to determine whether a cause that the information is not considered by the driver resides in a mode of the stimulus; and confirm that the information continues to be transmitted to the driver by the stimulus when it is determined that the cause that the information is not considered by the driver does not reside in the mode of the stimulus or confirm that the information does not continue to be transmitted to the driver by the stimulus when it is determined that the cause that the information is not considered by the driver resides in the mode of the stimulus. obtain driving data regarding at least one of a gazing point or gazing direction of the driver, an operation input of a driving operation performed by the driver and a behavior of a vehicle after the transmission of the information, and determine that the information is not considered by the driver on the basis of at least the gazing point or a gazing direction of the driver, or the operation input, or the behavior of the vehicle, characterized in that the controller (ECU 14) is further configured to determine whether a cause that the information is not considered by the driver resides in a mode of the stimulus; and confirm that the information continues to be transmitted to the driver by the stimulus when it is determined that the cause that the information is not considered by the driver does not reside in the mode of the stimulus or confirm that the information does not continue to be transmitted to the driver by the stimulus when it is determined that the cause that the information is not considered by the driver resides in the mode of the stimulus.
A hybrid vibration-based power generator comprising: an electromotive power generation module; a power storage device operably coupled to the electromotive power generation module; the hybrid vibration-based power generator characterised in that it further comprises a second power generation module, that converts power differently than the electromotive power generation module; the power storage device is operably connected to the second power generation module; and in that the hybrid vibration-based power generator is embodied within a machine dampener. an electromotive power generation module; a power storage device operably coupled to the electromotive power generation module; the hybrid vibration-based power generator characterised in that it further comprises a second power generation module, that converts power differently than the electromotive power generation module; the power storage device is operably connected to the second power generation module; and in that the hybrid vibration-based power generator is embodied within a machine dampener.
A gas turbine engine assembly, comprising: a fan including a plurality of fan blades, a diameter of the fan having a dimension D that is based on a dimension of the fan blades, each fan blade having a leading edge; an inlet portion forward of the fan, a length of the inlet portion having a dimension L between a forward most portion of the leading edge of at least some of the fan blades and a forward edge on the inlet portion; and a geared architecture configured to drive the fan at a speed that is less than an input speed in the geared architecture; characterised in that: a dimensional relationship of L/D is between 0.2 and 0.45; the dimension L is different at a plurality of locations on a fan case; a greatest value of L corresponds to a value of L/D that is at most 0.45; a smallest value of L corresponds to a value of L/D that is at least 0.20, wherein the geared architecture is configured to reduce fan tip relative Mach number of each fan blade to Mach 1.0 and below at full-takeoff. a fan including a plurality of fan blades, a diameter of the fan having a dimension D that is based on a dimension of the fan blades, each fan blade having a leading edge; an inlet portion forward of the fan, a length of the inlet portion having a dimension L between a forward most portion of the leading edge of at least some of the fan blades and a forward edge on the inlet portion; and a geared architecture configured to drive the fan at a speed that is less than an input speed in the geared architecture; characterised in that: a dimensional relationship of L/D is between 0.2 and 0.45; the dimension L is different at a plurality of locations on a fan case; a greatest value of L corresponds to a value of L/D that is at most 0.45; a smallest value of L corresponds to a value of L/D that is at least 0.20, wherein the geared architecture is configured to reduce fan tip relative Mach number of each fan blade to Mach 1.0 and below at full-takeoff. a dimensional relationship of L/D is between 0.2 and 0.45; the dimension L is different at a plurality of locations on a fan case; a greatest value of L corresponds to a value of L/D that is at most 0.45; a smallest value of L corresponds to a value of L/D that is at least 0.20, wherein the geared architecture is configured to reduce fan tip relative Mach number of each fan blade to Mach 1.0 and below at full-takeoff.
Medium for the culture of mammalian cells, characterised in that, in addition to the usual nutrients in basal culture media for mammalian cell culture, it comprises a concentration of the supernatant of fraction II+III of the Cohn method from human plasma between 20% and 50%.
A computer-implemented method comprising: accessing a set of epochs of magnetoencephalography data of responses of a brain of a test patient to a plurality of auditory stimulus events; processing the set of epochs to identify a tri-peak subset of the epochs, each epoch in the subset comprising a first peak, a second peak, and a third peak; determining a plurality of parameter values of parameters by analyzing the individual epochs of the MEG data, at least one of the parameter values determined based on a count of epochs in the set having one or more of the first, second, and third peaks; and at least one of the parameter values determined based on amplitudes of one of first, second, and third peaks of at least some of the epochs in the tri-peak subset; inputting the plurality of parameter values into a model that is trained based on the parameters to determine whether the test patient is cognitively impaired; and providing the determination. accessing a set of epochs of magnetoencephalography data of responses of a brain of a test patient to a plurality of auditory stimulus events; processing the set of epochs to identify a tri-peak subset of the epochs, each epoch in the subset comprising a first peak, a second peak, and a third peak; determining a plurality of parameter values of parameters by analyzing the individual epochs of the MEG data, at least one of the parameter values determined based on a count of epochs in the set having one or more of the first, second, and third peaks; and at least one of the parameter values determined based on amplitudes of one of first, second, and third peaks of at least some of the epochs in the tri-peak subset; at least one of the parameter values determined based on a count of epochs in the set having one or more of the first, second, and third peaks; and at least one of the parameter values determined based on amplitudes of one of first, second, and third peaks of at least some of the epochs in the tri-peak subset; inputting the plurality of parameter values into a model that is trained based on the parameters to determine whether the test patient is cognitively impaired; and providing the determination.
A monitoring camera device comprising: a housing body in which at least a monitoring camera is built in; a transparent plastic-made hemispherical dome-shaped cover portion provided on one surface of the housing body; two arm shafts provided on a central axis of the one surface of the housing body, the central axis being parallel to a bottom surface of the dome-shaped cover portion; a wiper mechanism rotatably provided on the housing body, and configured to clean the dome-shaped cover portion; and a wiper driving portion configured to reciprocatively rotate and drive the wiper mechanism, wherein the wiper mechanism includes a silicone rubber-made wiper blade having an arcuate surface along a curved surface of the dome-shaped cover portion, and a wiper arm having both end portions rotatably provided around the central axis of the housing body, and to which the wiper blade is attached protruding to a side of the dome-shaped cover portion by a predetermined length, the wiper mechanism is detachably attached to the arm shafts, and the wiper blade is attached being sandwiched between a pair of wiper arms (31, 34), and a thickness center of the wiper blade accords with the central axis, and the wiper mechanism further includes a retaining sheet, to which a fastening member for fastening the pair of wiper arms (31, 34) is fitted, between the pair of wiper arms (31, 34). a housing body in which at least a monitoring camera is built in; a transparent plastic-made hemispherical dome-shaped cover portion provided on one surface of the housing body; two arm shafts provided on a central axis of the one surface of the housing body, the central axis being parallel to a bottom surface of the dome-shaped cover portion; a wiper mechanism rotatably provided on the housing body, and configured to clean the dome-shaped cover portion; and a wiper driving portion configured to reciprocatively rotate and drive the wiper mechanism, wherein the wiper mechanism includes a silicone rubber-made wiper blade having an arcuate surface along a curved surface of the dome-shaped cover portion, and a wiper arm having both end portions rotatably provided around the central axis of the housing body, and to which the wiper blade is attached protruding to a side of the dome-shaped cover portion by a predetermined length, the wiper mechanism is detachably attached to the arm shafts, and the wiper blade is attached being sandwiched between a pair of wiper arms (31, 34), and a thickness center of the wiper blade accords with the central axis, and the wiper mechanism further includes a retaining sheet, to which a fastening member for fastening the pair of wiper arms (31, 34) is fitted, between the pair of wiper arms (31, 34).
A method of providing security enforcements of widgets in a computer system having a processor and a memory, comprising: extracting access control information from a widget process requesting a service; generating access control rules customized for the widget process; and providing at least one of the access control rules to a trusted portion of the computer system outside of a user code space of a Web Runtime, WRT, system; wherein the WRT system identifies, using the access control information, whether the widget process is controlled by the trusted portion or the WRT system; wherein for any static access control rule, the WRT system delegates at least some security checking of the widget process to the trusted portion of the computer system outside of the user code space; and wherein for any non-static access control rule, the WRT system handles security checking in the user code space. extracting access control information from a widget process requesting a service; generating access control rules customized for the widget process; and providing at least one of the access control rules to a trusted portion of the computer system outside of a user code space of a Web Runtime, WRT, system; wherein the WRT system identifies, using the access control information, whether the widget process is controlled by the trusted portion or the WRT system; wherein for any static access control rule, the WRT system delegates at least some security checking of the widget process to the trusted portion of the computer system outside of the user code space; and wherein for any non-static access control rule, the WRT system handles security checking in the user code space.
A pharmaceutical composition suitable for sublingual delivery, as well as rapid release of alfentanil therefrom and/or rapid uptake of alfentanil through the oral mucosa, which comprises a mixture comprising: (a) microparticles of alfentanil, or a pharmaceutically acceptable salt thereof, which microparticles are presented on the surfaces of larger carrier particles; (b) a weak base; and (c) a compound, which is a weak acid or is a chelating/sequestering agent, which compound is presented in intimate mixture with the microparticles of alfentanil or salt thereof by presenting particles of said compound within, or upon the surfaces of, said carrier particles. (a) microparticles of alfentanil, or a pharmaceutically acceptable salt thereof, which microparticles are presented on the surfaces of larger carrier particles; (b) a weak base; and (c) a compound, which is a weak acid or is a chelating/sequestering agent, which compound is presented in intimate mixture with the microparticles of alfentanil or salt thereof by presenting particles of said compound within, or upon the surfaces of, said carrier particles.
A photonic integrated circuit (200; 300), comprising: a substrate (202; 302); a first waveguide (204; 304) patterned upon the substrate (202; 302) and configured to guide an input beam of radiation; a second waveguide (206; 306) patterned upon the substrate (202; 302); a coupling region (208; 308), wherein the first (204; 304) and second (206; 306) waveguides each pass through the coupling region (208; 308); one or more modulating elements (210; 314) coupled to each of the first (204; 304) and second waveguides (206; 306); and a first facet (212a; 316a) at an end of the first waveguide (204; 304) and a second facet (212b; 316b) at an end of the second waveguide (206; 306), wherein the first facet (212a; 316a) is configured to transmit the input beam of radiation in order for the beam to impinge upon a sample and first and second reflections are generated at the first (212a; 316a) and second (212b; 316b) facets within the first (204; 304) and second (206; 306) waveguides, respectively, wherein the one or more modulating elements (210; 314) coupled to each of the first (204; 304) and second (206; 306) waveguides are configured to adjust the phase of the first and second reflections before the first and second reflections pass through the coupling region (208; 308) or a second coupling region. a substrate (202; 302); a first waveguide (204; 304) patterned upon the substrate (202; 302) and configured to guide an input beam of radiation; a second waveguide (206; 306) patterned upon the substrate (202; 302); a coupling region (208; 308), wherein the first (204; 304) and second (206; 306) waveguides each pass through the coupling region (208; 308); one or more modulating elements (210; 314) coupled to each of the first (204; 304) and second waveguides (206; 306); and a first facet (212a; 316a) at an end of the first waveguide (204; 304) and a second facet (212b; 316b) at an end of the second waveguide (206; 306), wherein the first facet (212a; 316a) is configured to transmit the input beam of radiation in order for the beam to impinge upon a sample and first and second reflections are generated at the first (212a; 316a) and second (212b; 316b) facets within the first (204; 304) and second (206; 306) waveguides, respectively, wherein the one or more modulating elements (210; 314) coupled to each of the first (204; 304) and second (206; 306) waveguides are configured to adjust the phase of the first and second reflections before the first and second reflections pass through the coupling region (208; 308) or a second coupling region.
A compound of formula wherein W 1 is CH, W 2 is N, W 3 is CH, W 4 is CH; or wherein W 1 is N, W 2 is CH, W 3 is CH, W 4 is CH; R 1 is phenyl or pyridyl, which can be substituted by at least one substituent selected from the group of Hal, A, OY, CN, COY, COOY, CONYY, NYCOY, NYCONYY, SO 2 Y, SO 2 NYY, NYSO 2 Y, NYY, NO 2, OCN, SCN, SH; R 2 is Y, R 3 is H,, or R 2 and R 3 together with the atoms to which each is attached, form -(CH 2) n -NY-(CH 2) P; Y is H or A; A is unbranched or branched alkyl having 1-10 C atoms, in which 1-7 H atoms can be replaced independently from one another by Hal; Hal is F, Cl, Br or I; m is 0 or 1; each n or p is independently 0, 1, 2 or 3; and q is 2, 3, 4, 5 or 6; and/or a physiologically acceptable salt thereof. W 1 is CH, W 2 is N, W 3 is CH, W 4 is CH; W 1 is N, W 2 is CH, W 3 is CH, W 4 is CH; R 1 is phenyl or pyridyl, which can be substituted by at least one substituent selected from the group of Hal, A, OY, CN, COY, COOY, CONYY, NYCOY, NYCONYY, SO 2 Y, SO 2 NYY, NYSO 2 Y, NYY, NO 2, OCN, SCN, SH; R 2 is Y, R 3 is H, R 2 and R 3 together with the atoms to which each is attached, form -(CH 2) n -NY-(CH 2) P; Y is H or A; A is unbranched or branched alkyl having 1-10 C atoms, in which 1-7 H atoms can be replaced independently from one another by Hal; Hal is F, Cl, Br or I; m is 0 or 1; each n or p is independently 0, 1, 2 or 3; and q is 2, 3, 4, 5 or 6;
A method for diagnosing, predicting, prognosticating and/or monitoring hypervolemia in a subject comprising: (i) measuring the quantity of MCAM in the sample from the subject, wherein the sample is blood, serum or plasma; (ii) comparing the quantity of MCAM measured in (i) with a reference value of the quantity of MCAM, said reference value representing an euvolemic value, wherein an increased quantity of MCAM indicates that the subject is overfilled or indicates a poor prognosis for said overfilling in the subject. (i) measuring the quantity of MCAM in the sample from the subject, wherein the sample is blood, serum or plasma; (ii) comparing the quantity of MCAM measured in (i) with a reference value of the quantity of MCAM, said reference value representing an euvolemic value, wherein an increased quantity of MCAM indicates that the subject is overfilled or indicates a poor prognosis for said overfilling in the subject.
Transmission device for generating a stroke motion and/or reciprocating motion of an insert tool of a hand-held power tool, having at least one link unit, for generating the stroke motion, which comprises at least one output element having at least one contact surface that is disposed, at least partially, on the at least one output element, and at least one link element, which acts in combination with the at least one output element via the at least one contact surface, characterized in that the at least one link unit comprises at least one further contact surface, for generating a force component for initiating the reciprocating motion, that is disposed, at least partially, on the at least one output element.
An electrically driven vehicle comprising: a pair of electric motors for generating motive power to operate a driving wheel; a pair of power drive units extending in parallel; a pair of heat sinks which have a plurality of cooling fins extending in parallel with the direction orthogonal to the parallel extending direction of the power drive units and which are attached individually to lateral surfaces on mutually opposed sides of the pair of power drive units respectively; and a pair of air guide passages which house the heat sinks individually therein so as to circulate cooling air in the extending direction of the cooling fins, wherein the pair of air guide passages are formed between the partition wall section and the pair of power drive units, characterized in that the pair of power drive units are provided individually corresponding to the electric motors and the vehicle further comprises a partition wall section which is formed integral with a baffle member closing a space between the pair of power drive units at both ends in the parallel extending direction and which is arranged between the pair of heat sinks. a pair of electric motors for generating motive power to operate a driving wheel; a pair of power drive units extending in parallel; a pair of heat sinks which have a plurality of cooling fins extending in parallel with the direction orthogonal to the parallel extending direction of the power drive units and which are attached individually to lateral surfaces on mutually opposed sides of the pair of power drive units respectively; and a pair of air guide passages which house the heat sinks individually therein so as to circulate cooling air in the extending direction of the cooling fins, wherein the pair of air guide passages are formed between the partition wall section and the pair of power drive units, characterized in that the pair of power drive units are provided individually corresponding to the electric motors and the vehicle further comprises a partition wall section which is formed integral with a baffle member closing a space between the pair of power drive units at both ends in the parallel extending direction and which is arranged between the pair of heat sinks.