mhurhangee/ep-ind-claims huggingface dataset:
A slit blade block of an electric razor, the slit blade block comprising: a slit outer blade including a plurality of outer blade pieces; a slit inner blade including a plurality of inner blade pieces, wherein when the slit inner blade, which is accommodated in the slit outer blade, moves relative to the slit outer blade, the outer blade pieces and the inner blade pieces cut hair; and a comb component including a plurality of comb teeth adjacent to the outer blade pieces, wherein each outer blade piece includes a basal surface (41 B) opposed to the slit inner blade, and a distal surface located at a side opposite to the basal surface (41 B), each of the comb teeth includes a distal surface, and a projection that projects in a direction parting from the outer blade pieces, each projection includes a peak, which is an outermost end in the parting direction, characterized in that the distal surface of each projection is located between the distal surface and the basal surface (41 B) of an adjacent one of the outer blade pieces, and a dimension in a heightwise direction defined by the peak of each projection and the distal surface of the projection is less than or equal to a thickness of each outer blade piece defined by the distal surface and the basal surface (41 B) of the outer blade piece. a slit outer blade including a plurality of outer blade pieces; a slit inner blade including a plurality of inner blade pieces, wherein when the slit inner blade, which is accommodated in the slit outer blade, moves relative to the slit outer blade, the outer blade pieces and the inner blade pieces cut hair; and a comb component including a plurality of comb teeth adjacent to the outer blade pieces, wherein each outer blade piece includes a basal surface (41 B) opposed to the slit inner blade, and a distal surface located at a side opposite to the basal surface (41 B), each of the comb teeth includes a distal surface, and a projection that projects in a direction parting from the outer blade pieces, each projection includes a peak, which is an outermost end in the parting direction, characterized in that the distal surface of each projection is located between the distal surface and the basal surface (41 B) of an adjacent one of the outer blade pieces, and a dimension in a heightwise direction defined by the peak of each projection and the distal surface of the projection is less than or equal to a thickness of each outer blade piece defined by the distal surface and the basal surface (41 B) of the outer blade piece.
A bandwidth mode indication method, wherein the method comprises: generating a frame, wherein the frame is a non-high throughput, non-HT, frame or a non-high throughput duplicated, non-HT duplicated, frame, the frame comprises a service field, the service field occupises 16 bits B0-B15, first seven bits B0-B6 of the service field carry a scrambling sequence, and the frame further comprises a unicast/multicast bit; wherein the unicast/multicast bit indicates whether a bandwidth mode indication field carried in the frame indicates a bandwidth mode; and when the unicast/multicast bit is set to 1 and a B7 bit of the service field is set to a first preset value, the bandwidth mode indication field carried in the frame indicates a bandwidth mode in a first bandwidth mode set, wherein the first bandwidth mode set comprises 20 MHz, 40 MHz, 80 MHz, and 80+80 MHz or 160 MHz; when the unicast/multicast bit is set to 1 and the B7 bit of the service field is set to a second preset value, the bandwidth mode indication field carried in the frame indicates a bandwidth mode in a second bandwidth mode set, wherein the second bandwidth mode set comprises a target bandwidth mode, and the target bandwidth mode comprises 320MHz or 160+160MHz; when the unicast/multicast bit is set to 0, the bandwidth mode indication field is not used to indicate the bandwidth mode; and the method further comprises sending the frame. generating a frame, wherein the frame is a non-high throughput, non-HT, frame or a non-high throughput duplicated, non-HT duplicated, frame, the frame comprises a service field, the service field occupises 16 bits B0-B15, first seven bits B0-B6 of the service field carry a scrambling sequence, and the frame further comprises a unicast/multicast bit; wherein the unicast/multicast bit indicates whether a bandwidth mode indication field carried in the frame indicates a bandwidth mode; and when the unicast/multicast bit is set to 1 and a B7 bit of the service field is set to a first preset value, the bandwidth mode indication field carried in the frame indicates a bandwidth mode in a first bandwidth mode set, wherein the first bandwidth mode set comprises 20 MHz, 40 MHz, 80 MHz, and 80+80 MHz or 160 MHz; when the unicast/multicast bit is set to 1 and the B7 bit of the service field is set to a second preset value, the bandwidth mode indication field carried in the frame indicates a bandwidth mode in a second bandwidth mode set, wherein the second bandwidth mode set comprises a target bandwidth mode, and the target bandwidth mode comprises 320MHz or 160+160MHz; when the unicast/multicast bit is set to 0, the bandwidth mode indication field is not used to indicate the bandwidth mode; and the method further comprises sending the frame.
A method of forming a photovoltaic cell comprising: providing a GaAs substrate; forming a Germanium based first photovoltaic junction over the GaAs substrate, the junction comprising one or more first epitaxially grown semiconductor layers (14, 16) of SiGe material substantially lattice matched to the GaAs substrate, wherein the one or more first layers (14, 16) are formed of oppositely doped Si x Ge 1-x in which x<0.04, and more preferably 0.01≤x≤0.03; and forming one or more further photovoltaic junctions over the first junction such that during operation a common photocurrent flows through the first and further photovoltaic junctions, characterised in that said one or more further photovoltaic junctions comprises a second photovoltaic junction comprising one or more second epitaxially grown layers (54, 56) of SiGe materials having a higher silicon content than the first layers (14, 16), the method further comprising forming a silicon-germanium grade over the germanium based first photovoltaic junction before growth of the second photovoltaic junction, the silicon-germanium grade being formed to match the lattice constants of the first and second junctions at respective lower and upper boundaries, wherein the second photovoltaic junction has a bandgap of between 0.85 eV and 1.05. providing a GaAs substrate; forming a Germanium based first photovoltaic junction over the GaAs substrate, the junction comprising one or more first epitaxially grown semiconductor layers (14, 16) of SiGe material substantially lattice matched to the GaAs substrate, wherein the one or more first layers (14, 16) are formed of oppositely doped Si x Ge 1-x in which x<0.04, and more preferably 0.01≤x≤0.03; and forming one or more further photovoltaic junctions over the first junction such that during operation a common photocurrent flows through the first and further photovoltaic junctions, characterised in that said one or more further photovoltaic junctions comprises a second photovoltaic junction comprising one or more second epitaxially grown layers (54, 56) of SiGe materials having a higher silicon content than the first layers (14, 16), the method further comprising forming a silicon-germanium grade over the germanium based first photovoltaic junction before growth of the second photovoltaic junction, the silicon-germanium grade being formed to match the lattice constants of the first and second junctions at respective lower and upper boundaries, wherein the second photovoltaic junction has a bandgap of between 0.85 eV and 1.05.
A method for user feature generation, performed by a server, the method comprising: acquiring n groups of timing correspondences between target videos and corresponding user accounts, each group of timing correspondences comprising user accounts that have viewed a respective target video, the user accounts being sorted according to their corresponding viewing timestamps, n being a positive integer; obtaining a word-embedding matrix by mapping the n groups of timing correspondences into the word-embedding matrix, the word-embedding matrix comprising a word vector corresponding to each user account; training the word-embedding matrix by using a loss function, the loss function being used for defining a similarity relationship between the user accounts according to a degree of similarity between their respective watch histories; and determining a word vector corresponding to each user account in the trained word-embedding matrix as a user feature of the user account. acquiring n groups of timing correspondences between target videos and corresponding user accounts, each group of timing correspondences comprising user accounts that have viewed a respective target video, the user accounts being sorted according to their corresponding viewing timestamps, n being a positive integer; obtaining a word-embedding matrix by mapping the n groups of timing correspondences into the word-embedding matrix, the word-embedding matrix comprising a word vector corresponding to each user account; training the word-embedding matrix by using a loss function, the loss function being used for defining a similarity relationship between the user accounts according to a degree of similarity between their respective watch histories; and determining a word vector corresponding to each user account in the trained word-embedding matrix as a user feature of the user account.
Sensor arrangement for capturing the coefficient of friction from a roadway surface, wherein the sensor arrangement is arranged on a motor vehicle and has at least one radiation emitter unit (1, 2, 3) and at least one electronic evaluation circuit, wherein the radiation emitter unit (1, 2, 3) emits electromagnetic radiation toward the roadway surface and the radiation is at least to some extent reflected and/or scattered at the roadway surface and the reflected and/or scattered radiation is at least to some extent captured in the radiation emitter unit (1, 2, 3) and/or in one or more additional sensor units, wherein the electronic evaluation circuit is designed such that it ascertains a piece of coefficient-of-friction information for the roadway surface from the intensity of the reflected and/or scattered radiation or a variable which is dependent thereon, characterized in that the sensor arrangement has a plurality of radiation emitter units (1, 2, 3) which are arranged in the vehicle at a defined distance from one another, based on a parallel to the roadway surface, wherein said radiation emitter units (1, 2, 3) are all essentially directed at a common point or at a common target area on the roadway surface, wherein a geometric arrangement of a plurality of lasers (1, 2, 3), as radiation emitter units, is used to capture the backscatter and/or reflection at different angles of incidence (α 1, α 2, α 3).
A disposable pull-on wearing article comprising an annular waist panel having a skin-facing side and non-skin-facing side and a crotch panel connected to the waist panel wherein: the crotch panel comprises an inner sheet lying on the skin-facing side, an outer sheet lying non the non skin facing side, a pair of side flaps and a pair of end flaps respectively extending along opposite side edges and opposite end edges of the inner and outer sheets (34, 35) and paired sets of first elastics extending along the opposite side edges from one of the opposite end edges to the other end edge thereof substantially in a longitudinal direction wherein crossover regions of longitudinally opposite end portions of the side flaps and transversely opposite.laterals are folded onto the skin-facing side; and the crossover regions define nonexistent regions in which none of the first elastics exists and the nonexistent regions are attached to the waist panel, characterized in that the crotch panel includes fold lines extending in the longitudinal direction along the opposite side edges to define a midsection extending between the side flaps as viewed in the transverse direction, and the respective side flaps are folded onto the skin-facing side; and the paired sets of first elastics continuously extend from vicinities of the one end edge to vicinities of a remaining end edge and include portions intersecting with the respective fold lines of the opposite side edges of the midsection. the crotch panel comprises an inner sheet lying on the skin-facing side, an outer sheet lying non the non skin facing side, a pair of side flaps and a pair of end flaps respectively extending along opposite side edges and opposite end edges of the inner and outer sheets (34, 35) and paired sets of first elastics extending along the opposite side edges from one of the opposite end edges to the other end edge thereof substantially in a longitudinal direction wherein crossover regions of longitudinally opposite end portions of the side flaps and transversely opposite.laterals are folded onto the skin-facing side; and the crossover regions define nonexistent regions in which none of the first elastics exists and the nonexistent regions are attached to the waist panel, characterized in that the crotch panel includes fold lines extending in the longitudinal direction along the opposite side edges to define a midsection extending between the side flaps as viewed in the transverse direction, and the respective side flaps are folded onto the skin-facing side; and the paired sets of first elastics continuously extend from vicinities of the one end edge to vicinities of a remaining end edge and include portions intersecting with the respective fold lines of the opposite side edges of the midsection.
A road-information generating apparatus comprising: history-information obtaining means adapted to obtain history information indicating travel state of a vehicle when the vehicle traveled on a road; traffic-volume-information obtaining means adapted to obtain traffic-volume information regarding each road included in a zone preset on a map indicating the number of vehicles that traveled through the road per time unit, based on the history information only when a total amount of the history information regarding the roads included in the zone preset on the map is stored in at least a predetermined amount; and road-selection-information generating means adapted to generate road-selection information for avoiding those roads included in the zone preset on the map, whose traffic volume during a predetermined period is smaller than a predetermined reference value indicating a difficulty of passage. history-information obtaining means adapted to obtain history information indicating travel state of a vehicle when the vehicle traveled on a road; traffic-volume-information obtaining means adapted to obtain traffic-volume information regarding each road included in a zone preset on a map indicating the number of vehicles that traveled through the road per time unit, based on the history information only when a total amount of the history information regarding the roads included in the zone preset on the map is stored in at least a predetermined amount; and road-selection-information generating means adapted to generate road-selection information for avoiding those roads included in the zone preset on the map, whose traffic volume during a predetermined period is smaller than a predetermined reference value indicating a difficulty of passage.
A headgear comprising: a horizontal band for encircling the head, wherein the horizontal band includes a front portion for extending across a forehead area and a rear portion for extending downwardly and rearwardly below an equatorial region of the head and across an occipital area of the head; an adjustment mechanism for sizing the horizontal band 20 to a desired circumference; a cradle having a flexible body and a generally concave inner surface contoured to conform to an occipital area of the head, the cradle having symmetrical right and left lobes (64, 66) extending from a central web, each of the left lobe and the right lobes formed as a frame with a central opening (70, 72); an opposed pair of leaf springs (74, 76), the first leaf spring is coupled between the right lobe of the cradle and the rear portion of the horizontal band to the right of the adjustment mechanism, the second leaf spring is coupled between the left lobe of the cradle and the rear portion of the horizontal band to the left of the adjustment mechanism, the first and second leaf springs (74, 76) configured for buffering tension between the horizontal band and the head. a horizontal band for encircling the head, wherein the horizontal band includes a front portion for extending across a forehead area and a rear portion for extending downwardly and rearwardly below an equatorial region of the head and across an occipital area of the head; an adjustment mechanism for sizing the horizontal band 20 to a desired circumference; a cradle having a flexible body and a generally concave inner surface contoured to conform to an occipital area of the head, the cradle having symmetrical right and left lobes (64, 66) extending from a central web, each of the left lobe and the right lobes formed as a frame with a central opening (70, 72); an opposed pair of leaf springs (74, 76), the first leaf spring is coupled between the right lobe of the cradle and the rear portion of the horizontal band to the right of the adjustment mechanism, the second leaf spring is coupled between the left lobe of the cradle and the rear portion of the horizontal band to the left of the adjustment mechanism, the first and second leaf springs (74, 76) configured for buffering tension between the horizontal band and the head.
A bulk of spheroidal polyester polymer particles, said particles having: (a) an intrinsic viscosity (It.V.) of at least 0.72 dUg; and (c) a low degree of crystallinity of at least 25 percent and that does not exceed 45 percent, wherein the maximum degree of crystallinity T cmax is defined by the equation: T cmax = 50 % - CA - OH where CA is the total mole percent of all carboxylic acid residues other than terephthalic acid residues, based on 100 mole percent of carboxylic acid residues, and OH is the total mole percent of all hydroxyl functional compound residues other than ethylene glycol residues, based on 100 mole percent of the hydroxyl functional compounds residues; wherein said polyester polymer comprises a carboxylic acid component comprising at least 90 mole percent of the residues of terephthalic acid and a hydroxyl component comprising 90 mole percent to 96 mole percent of the residues of ethylene glycol, based on 100 mole percent of carboxylic acid residues in said polyester polymer and based on 100 mole percent of hydroxyl component residues, wherein said spheroidal polyester polymer particles have a residual acetaldehyde content of 7 ppm or less, wherein the spheroids have a y/x ratio of less than 2, where y is the long axis and x is the short axis. (a) an intrinsic viscosity (It.V.) of at least 0.72 dUg; and (c) a low degree of crystallinity of at least 25 percent and that does not exceed 45 percent, wherein the maximum degree of crystallinity T cmax is defined by the equation: T cmax = 50 % - CA - OH
A gas turbine engine exhaust nozzle for discharging combustion exhaust gases at the aft end of a turbofan gas turbine engine including a fan, compressor, combustor, and turbines, said nozzle comprising: an inner conduit having a main outlet at an aft end thereof, and including a row of radial apertures spaced upstream from said outlet; an outer conduit having an auxiliary outlet at an aft end thereof, and surrounding said inner conduit over said apertures to form a bypass channel terminating at said auxiliary outlet; and a plurality of flaps hinged at upstream ends thereof to selectively cover and uncover corresponding ones of said apertures and selectively bypass a portion of exhaust flow from said inner conduit through said outer conduit in confluent streams from both said main and auxiliary outlets. an inner conduit having a main outlet at an aft end thereof, and including a row of radial apertures spaced upstream from said outlet; an outer conduit having an auxiliary outlet at an aft end thereof, and surrounding said inner conduit over said apertures to form a bypass channel terminating at said auxiliary outlet; and a plurality of flaps hinged at upstream ends thereof to selectively cover and uncover corresponding ones of said apertures and selectively bypass a portion of exhaust flow from said inner conduit through said outer conduit in confluent streams from both said main and auxiliary outlets.
A method for producing a composition comprising Enteroviral particles, wherein the method comprises the steps of: a) producing a medium containing the Enteroviral particles; b) purification of the Enteroviral particles from the medium, whereby during at least a part of the purification a basic amino acid or a derivative thereof is present at a final concentration of at least 1 mM and is sufficient to prevent or reduce aggregation of the Enteroviral particles; and, c) inactivation of the Enteroviral particles; wherein the basic amino acid or derivative thereof is selected from the group consisting of: arginine, lysine, histidine, arginine-HCl, lysine-HCl, histidine-HCl, agmatine, L-arginine ethyl ester dihydrochloride, tranexamic acid, DL-5-hydroxylysine hydrochloride, L-lysine methyl ester dihydrochloride, 3-methyl-L-histidine, salts thereof and combinations thereof. a) producing a medium containing the Enteroviral particles; b) purification of the Enteroviral particles from the medium, whereby during at least a part of the purification a basic amino acid or a derivative thereof is present at a final concentration of at least 1 mM and is sufficient to prevent or reduce aggregation of the Enteroviral particles; and, c) inactivation of the Enteroviral particles;