mhurhangee/ep-ind-claims huggingface dataset:
A deflector structure for an automobile, the deflector structure comprising a deflector mounted on a lower surface ahead of a front wheel well in the automobile so as to be spaced apart from a front wheel at a position ahead of the front wheel, wherein: a protruding portion protruding downward and having an end surface on an automobile front side of the protruding portion is provided on a lower surface of the deflector, the end surface is configured to be hit by traveling air caused when the automobile travels forward; the end surface of the protruding portion on the automobile front side of the protruding portion comprises: a first inclined portion provided on a portion comprising an end portion of the end surface on a vehicle-width-direction outer side of the end surface and inclined upward toward the automobile front side; and a second inclined portion located on a vehicle-width-direction inner side than the first inclined portion and inclined upward toward the automobile front side; and an angle of inclination of the second inclined portion on an acute angle side of the second inclined portion with respect to a horizontal direction is set to be smaller than an angle of inclination of the first inclined portion on an acute angle side of the first inclined portion with respect to the horizontal direction, and characterized in that the deflector is formed by two members including an upper member and a lower member that are an upper-side member and a lower-side member. a protruding portion protruding downward and having an end surface on an automobile front side of the protruding portion is provided on a lower surface of the deflector, the end surface is configured to be hit by traveling air caused when the automobile travels forward; the end surface of the protruding portion on the automobile front side of the protruding portion comprises: a first inclined portion provided on a portion comprising an end portion of the end surface on a vehicle-width-direction outer side of the end surface and inclined upward toward the automobile front side; and a second inclined portion located on a vehicle-width-direction inner side than the first inclined portion and inclined upward toward the automobile front side; and a first inclined portion provided on a portion comprising an end portion of the end surface on a vehicle-width-direction outer side of the end surface and inclined upward toward the automobile front side; and a second inclined portion located on a vehicle-width-direction inner side than the first inclined portion and inclined upward toward the automobile front side; and an angle of inclination of the second inclined portion on an acute angle side of the second inclined portion with respect to a horizontal direction is set to be smaller than an angle of inclination of the first inclined portion on an acute angle side of the first inclined portion with respect to the horizontal direction, and characterized in that the deflector is formed by two members including an upper member and a lower member that are an upper-side member and a lower-side member.
A method for processing a measured signal from a mass spectrometer, comprising: receiving the measured signal from the mass spectrometer using a computer; selecting a mathematical noise model using the computer; estimating an absolute noise for each of a plurality of points of the measured signal using the computer; calculating an expected noise value from the mathematical noise model for each of the plurality of points using the computer; characterized by: calculating an array of values by dividing each of a plurality of points of the absolute noise by a corresponding expected noise value from the plurality of expected noise values using the computer; and calculating the relative noise by taking a standard deviation of a plurality of points of the array to predict an expected noise range at any point and to determine the significance of the measured signal using the computer. receiving the measured signal from the mass spectrometer using a computer; selecting a mathematical noise model using the computer; estimating an absolute noise for each of a plurality of points of the measured signal using the computer; calculating an expected noise value from the mathematical noise model for each of the plurality of points using the computer; characterized by: calculating an array of values by dividing each of a plurality of points of the absolute noise by a corresponding expected noise value from the plurality of expected noise values using the computer; and calculating the relative noise by taking a standard deviation of a plurality of points of the array to predict an expected noise range at any point and to determine the significance of the measured signal using the computer. calculating an array of values by dividing each of a plurality of points of the absolute noise by a corresponding expected noise value from the plurality of expected noise values using the computer; and calculating the relative noise by taking a standard deviation of a plurality of points of the array to predict an expected noise range at any point and to determine the significance of the measured signal using the computer.
A carrier polypeptide comprising an amino acid sequence which (i) has at least 90% sequence identity to SEQ ID NO: 1; (ii) is free from an Arg-Arg dipeptide sequence; and (iii) comprises non-natural amino acid (nnAA) residues substituted for K33, K212, K244, K264, K385, and K526 in SEQ ID NO: 1.
A method of transmitting a broadcast signal, the method comprising: encoding layer-1 information according to error correction encoding schemes including an outer coding scheme and a Low Density Parity Check, LDPC, encoding scheme, wherein the encoded layer-1 information is a shortened and punctured LDPC codeword; interleaving bits of the encoded layer-1 information; building a signal frame including the interleaved bits of the layer-1 information in a preamble of the signal frame and a physical layer pipe, PLP, for delivering a broadcast service; modulating the signal frame; and transmitting the modulated signal frame via at least one radio frequency channel, wherein the layer-1 information contains parameters which provide information for a receiver to decode the PLP, and wherein the PLP is a physical layer time division multiplexing channel that carries the broadcast service through the at least one radio frequency channel. encoding layer-1 information according to error correction encoding schemes including an outer coding scheme and a Low Density Parity Check, LDPC, encoding scheme, wherein the encoded layer-1 information is a shortened and punctured LDPC codeword; interleaving bits of the encoded layer-1 information; building a signal frame including the interleaved bits of the layer-1 information in a preamble of the signal frame and a physical layer pipe, PLP, for delivering a broadcast service; modulating the signal frame; and transmitting the modulated signal frame via at least one radio frequency channel, wherein the layer-1 information contains parameters which provide information for a receiver to decode the PLP, and wherein the PLP is a physical layer time division multiplexing channel that carries the broadcast service through the at least one radio frequency channel.
A data forwarding method, comprising: Sending, by a primary base station, a first message to a secondary base station, wherein the first message is used to instruct the secondary base station to handover some radio access bearers to the primary base station, and the first message comprises identifiers of the some radio access bearers, other radio access bearers except for the some radio access bearers are not affected; Sending, by the primary base station, a second message to a user equipment, wherein the second message is used to instruct the user equipment to acquire the data of the some radio access bearers from the primary base station. Sending, by a primary base station, a first message to a secondary base station, wherein the first message is used to instruct the secondary base station to handover some radio access bearers to the primary base station, and the first message comprises identifiers of the some radio access bearers, other radio access bearers except for the some radio access bearers are not affected; Sending, by the primary base station, a second message to a user equipment, wherein the second message is used to instruct the user equipment to acquire the data of the some radio access bearers from the primary base station.
A bracket for providing a horizontal support for an object such as a cable tray, comprising a metal member of profiled cross-section having a base and two side rails each connected by a longitudinal side to a respective longitudinal side of the base, the side rails facing each other, each side rail comprising a side wall and a flange having a rim, the side wall extending between the base and the rim, which metal member of profiled cross-section comprises a first portion configured to form said horizontal support, a second portion configured to be fastened to a structure such as a wall or a ceiling, and a bend situated between the first portion and the second portion, the base of the first portion having a series of openings; characterized in that in said metal member of profiled cross-section, the rim of each side rail is opposite the base inward of the side wall while at the location of said bend, said base is convex towards the side walls; and in that it comprises, in addition to said metal member of profiled cross-section, a fastening accessory configured to be inserted into said second portion of the metal member of profiled cross-section, which fastening accessory comprises a central portion (31, 34) configured to be accommodated between said flanges, and two side portions (33, 35) each configured to be accommodated between said base and one of said flanges, said central portion (31, 34) comprising an opening for a fastening member for fastening to said support such as a wall or a ceiling.
Cosmetic product consisting of a) a packaging made of high-density polyethylene (HDPE), low-density polyethylene (LDPE), polypropylene or polyethylene terephthalate, and b) a cosmetic preparation comprising ethylhexyl oxystearate esters. a) a packaging made of high-density polyethylene (HDPE), low-density polyethylene (LDPE), polypropylene or polyethylene terephthalate, and b) a cosmetic preparation comprising ethylhexyl oxystearate esters.
A method of determining a dominant output wavelength of an LED having a p-n junction, the method comprising: Applying a varying bias across the LED and measuring its resulting capacitance to determine a voltage-capacitance characteristic; determining an electrical characteristic of the LED which is dependent on the voltage-capacitance characteristics, the electrical characteristic being a one of a variation of a phase of a transfer function of the LED with the varying bias, and a variation of the capacitance with varying bias, the electrical characteristic being dependant on a number of interface traps at the p-n junction; and analysing the electrical characteristic to determine the dominant output wavelength, by comparing the determined electrical characteristic with a model which has been derived by analysing the relationship between the voltage-capacitance characteristics of the sample and the dominant output wavelength for sample LED devices. Applying a varying bias across the LED and measuring its resulting capacitance to determine a voltage-capacitance characteristic; determining an electrical characteristic of the LED which is dependent on the voltage-capacitance characteristics, the electrical characteristic being a one of a variation of a phase of a transfer function of the LED with the varying bias, and a variation of the capacitance with varying bias, the electrical characteristic being dependant on a number of interface traps at the p-n junction; and analysing the electrical characteristic to determine the dominant output wavelength, by comparing the determined electrical characteristic with a model which has been derived by analysing the relationship between the voltage-capacitance characteristics of the sample and the dominant output wavelength for sample LED devices.
An aqueous solution comprising: a trehalose as an inhibitor agent, a polycarboxylic acid crosslinking agent, and, optionally, one or more of the following: a softener and an alkali metal salt catalyst, wherein the trehalose inhibitor agent functions in one or more of the following ways: as a lipid peroxidation inhibitor, as an aldehyde inhibitor, or as an antioxidant, and wherein the concentration of the trehalose inhibitor agent is about 0.01 to less than 10 wt% of the solution and the concentration of the polycarboxylic acid crosslinking agent is about 0.01 to 5 wt% of the solution. a trehalose as an inhibitor agent, a polycarboxylic acid crosslinking agent, and, optionally, one or more of the following: a softener and an alkali metal salt catalyst, wherein the trehalose inhibitor agent functions in one or more of the following ways: as a lipid peroxidation inhibitor, as an aldehyde inhibitor, or as an antioxidant, and wherein the concentration of the trehalose inhibitor agent is about 0.01 to less than 10 wt% of the solution and the concentration of the polycarboxylic acid crosslinking agent is about 0.01 to 5 wt% of the solution. as a lipid peroxidation inhibitor, as an aldehyde inhibitor, or as an antioxidant, and wherein the concentration of the trehalose inhibitor agent is about 0.01 to less than 10 wt% of the solution and the concentration of the polycarboxylic acid crosslinking agent is about 0.01 to 5 wt% of the solution.
A papermaker's fabric comprising: a system of CD yarns comprised of a plurality of CD yarn (10,20,30,40); and a system of MD yarns, characterised in that said system of MD yarns further comprises a first subsystem of MD yarns (1,2,45) and a second subsystem of MD yarns (3,6); wherein said first subsystem comprises sheds having at least two MD yarns (1,2; 4,5) in a side-by-side relationship, said at least two MD yarns (1,2,4,5) of said first subsystem having substantially similar aspect ratios; wherein said second subsystem comprises sheds comprising individual MD yarns (3,6); wherein MD yarns (3,6) of said second subsystem have an aspect ratio, the height to width ratio of each individual yarn, greater than that of said at least two MD yarns (1,2,4,5) of said first subsystem; wherein said at least two MD yarns (1,2,4,5) of said first subsystem are on top of a single MD yarn (3,6) in said second subsystem in a vertically stacked relationship; wherein said first and second subsystems of MD yarns are interwoven with said CD yarns (10,20,30,40) in said system of CD yarns in a repeat weave pattern; and wherein only said MD yarns (1,2,4,5) of said first subsystem form seaming loops. a system of CD yarns comprised of a plurality of CD yarn (10,20,30,40); and a system of MD yarns, characterised in that said system of MD yarns further comprises a first subsystem of MD yarns (1,2,45) and a second subsystem of MD yarns (3,6); wherein said first subsystem comprises sheds having at least two MD yarns (1,2; 4,5) in a side-by-side relationship, said at least two MD yarns (1,2,4,5) of said first subsystem having substantially similar aspect ratios; wherein said second subsystem comprises sheds comprising individual MD yarns (3,6); wherein MD yarns (3,6) of said second subsystem have an aspect ratio, the height to width ratio of each individual yarn, greater than that of said at least two MD yarns (1,2,4,5) of said first subsystem; wherein said at least two MD yarns (1,2,4,5) of said first subsystem are on top of a single MD yarn (3,6) in said second subsystem in a vertically stacked relationship; wherein said first and second subsystems of MD yarns are interwoven with said CD yarns (10,20,30,40) in said system of CD yarns in a repeat weave pattern; and wherein only said MD yarns (1,2,4,5) of said first subsystem form seaming loops.
Adjustment unit for a fastening device, the adjustment unit comprising: a. a main body comprising a first locking channel and a therefrom separated second locking channel, wherein the first locking channel and the second locking channel can each be switched between a locking configuration and an open configuration and wherein each locking channel (13, 14) is biased into the locking configuration; b. an adjustment unit hook element protruding from the main body and being configured to engage with a fastening cord. a. a main body comprising a first locking channel and a therefrom separated second locking channel, wherein the first locking channel and the second locking channel can each be switched between a locking configuration and an open configuration and wherein each locking channel (13, 14) is biased into the locking configuration; b. an adjustment unit hook element protruding from the main body and being configured to engage with a fastening cord.
Curved hinge apparatus having a curved hinge on which a luggage compartment cover can be mounted and which is configured to be moved between an open position and a closed position through an opening which is located in a luggage compartment trim of a passenger vehicle and which is delimited by a wall, wherein the curved hinge is surrounded by a curved hinge cover which is fixed in position with respect thereto, characterized in that - the outer side of the curved hinge cover has in the region facing away from the luggage compartment cover a portion which expands in the longitudinal direction of the curved hinge cover and which is configured to close the opening in the open position, - the inner side of the curved hinge cover has at least one support portion which abuts at least partially against the outer side of the curved hinge, - wherein at least one support portion, when viewed in the longitudinal direction of the curved hinge cover, is spaced apart from the expanding portion of the curved hinge cover. - the outer side of the curved hinge cover has in the region facing away from the luggage compartment cover a portion which expands in the longitudinal direction of the curved hinge cover and which is configured to close the opening in the open position, - the inner side of the curved hinge cover has at least one support portion which abuts at least partially against the outer side of the curved hinge, - wherein at least one support portion, when viewed in the longitudinal direction of the curved hinge cover, is spaced apart from the expanding portion of the curved hinge cover.
Torque transmission device having: - a first flywheel mass which can be assigned fixedly to an internal combustion engine so as to rotate with it, - a second flywheel mass which is connected downstream of the first flywheel mass and can be assigned to a transmission, the second flywheel mass having a rotor of an electric machine for transmitting a torque which can be generated electrically to the second flywheel mass, and characterized in that the second flywheel mass has a centrifugal-forced pendulum device for reducing torsional vibrations. - a first flywheel mass which can be assigned fixedly to an internal combustion engine so as to rotate with it, - a second flywheel mass which is connected downstream of the first flywheel mass and can be assigned to a transmission,
Method for operating a driver assistance system for a motor vehicle, in which, in a learning mode of the driver assistance system, during which the motor vehicle is manually manoeuvred by a driver of the motor vehicle in the forward direction from a starting position to a target position along at least one learning trajectory (18a to 18c), the at least one learning trajectory (18a to 18c) is recorded and objects in an area surrounding the motor vehicle are detected, and, in an operating mode of the driver assistance system, the motor vehicle is manoeuvred in an at least semi-autonomous manner between the starting position and the target position on the basis of the at least one recorded learning trajectory (18a to 18c) and the detected objects, wherein, in the learning mode, a driveable region is determined for the motor vehicle on the basis of the at least one recorded learning trajectory (18a to 18c) and the detected objects, at least one trajectory (23a to 23e) between the starting position and the target position is determined within the driveable region, and the motor vehicle is manoeuvred along the at least one determined trajectory (23a to 23e) in the operating mode, characterized in that a plurality of trajectories are determined on the basis of the at least one learning trajectory and the driveable region determined therefrom and are offered to the driver for selection, wherein the driver can select a trajectory for which a direction change is carried out, such that the driver manoeuvres the motor vehicle onto a road in the forward direction of travel.
An electronic component, comprising: a pad region including a plurality of first pads and second pads arranged along a first direction axis; and a signal wire configured to be electrically connected to the pad region, wherein the first pads have a first pitch measured along a first line parallel to the first direction axis and a second pitch different from the first pitch, the second pitch being measured along a second line parallel to the first direction axis and different from the first line, and the second pads have a third pitch different from the first pitch and measured along the first line, and a fourth pitch different from the second pitch and measured along the second line, wherein the first pitch is defined by a sum of a width of one first pad of the first pads measured along the first line and an interval between adjacent two first pads among the first pads measured along the first line, wherein the second pitch is defined by a sum of a width of one first pad of the first pads measured along the second line and an interval between adjacent two first pads among the first pads measured along the second line, wherein the third pitch is defined by a sum of a width of one second pad of the second pads measured along the first line and an interval between adjacent two second pads among the second pads measured along the first line, and wherein the fourth pitch is defined by a sum of a width of one second pad of the second pads measured along the second line and an interval between adjacent two second pads among the second pads measured along the second line. a pad region including a plurality of first pads and second pads arranged along a first direction axis; and a signal wire configured to be electrically connected to the pad region, wherein the first pads have a first pitch measured along a first line parallel to the first direction axis and a second pitch different from the first pitch, the second pitch being measured along a second line parallel to the first direction axis and different from the first line, and the second pads have a third pitch different from the first pitch and measured along the first line, and a fourth pitch different from the second pitch and measured along the second line, wherein the first pitch is defined by a sum of a width of one first pad of the first pads measured along the first line and an interval between adjacent two first pads among the first pads measured along the first line, wherein the second pitch is defined by a sum of a width of one first pad of the first pads measured along the second line and an interval between adjacent two first pads among the first pads measured along the second line, wherein the third pitch is defined by a sum of a width of one second pad of the second pads measured along the first line and an interval between adjacent two second pads among the second pads measured along the first line, and wherein the fourth pitch is defined by a sum of a width of one second pad of the second pads measured along the second line and an interval between adjacent two second pads among the second pads measured along the second line.