mhurhangee/ep-ind-claims huggingface dataset:
A method for user identity authentication of a peer device joining a peer-to-peer overlay network, comprising: a credential server of the overlay network receiving a registered user identity from a joining peer device, wherein the credential server is a central server that all peers in the overlay network trust; the credential server verifying the registered user identity with an identity provider; and upon receiving, at the credential server, successful verification of the registered user identity from the identity provider, the credential server issuing to the joining peer device a signed certificate for use by an authenticated peer device (102, 114) in the overlay network to authenticate the registered user identity of the joining peer device, wherein the signed certificate is signed by a private key of the credential server. a credential server of the overlay network receiving a registered user identity from a joining peer device, wherein the credential server is a central server that all peers in the overlay network trust; the credential server verifying the registered user identity with an identity provider; and upon receiving, at the credential server, successful verification of the registered user identity from the identity provider, the credential server issuing to the joining peer device a signed certificate for use by an authenticated peer device (102, 114) in the overlay network to authenticate the registered user identity of the joining peer device, wherein the signed certificate is signed by a private key of the credential server.
A method for producing a second audio signal to be distributed on a second set of channels based on a first audio signal present on a first set of channels, comprising: - receiving the first audio signal; - decomposing the first audio signal into audio components according to a set of spectral bands; - receiving a set of mapping coefficients for mapping the spectral band audio components of the first audio signal in the first set of channels onto corresponding spectral bands of the second set of channels, wherein the set of mapping coefficients represent ratios of the band -based output-to-input signal level and the set of mapping coefficients are provided for each temporal period indicating a transform window and transform windows are overlapped at particular time (t), and the set of mapping coefficients are time varying coefficients that are defined in an encoding process; and - producing the second audio signal by mapping, by using the set of mapping coefficients, the audio components of the first audio signal in the spectral bands of the first set of channels onto corresponding spectral bands of each one of the second set of channels, wherein the second set of channels has a different number of channels from that of the first set of channels; wherein said method further comprises: grouping at least some of the audio components resulted from the decomposition into one or more band-groups. - receiving the first audio signal; - decomposing the first audio signal into audio components according to a set of spectral bands; - receiving a set of mapping coefficients for mapping the spectral band audio components of the first audio signal in the first set of channels onto corresponding spectral bands of the second set of channels, wherein the set of mapping coefficients represent ratios of the band -based output-to-input signal level and the set of mapping coefficients are provided for each temporal period indicating a transform window and transform windows are overlapped at particular time (t), and the set of mapping coefficients are time varying coefficients that are defined in an encoding process; and - producing the second audio signal by mapping, by using the set of mapping coefficients, the audio components of the first audio signal in the spectral bands of the first set of channels onto corresponding spectral bands of each one of the second set of channels, wherein the second set of channels has a different number of channels from that of the first set of channels; grouping at least some of the audio components resulted from the decomposition into one or more band-groups.
A composition for administering a therapeutic component to a human or animal through a cornea of an eye, the composition comprising: an ophthalmically acceptable carrier component; a therapeutic component; and a polyanionic component including a first polyanionic component portion which is a carboxymethylcellulose having a first molecular weight, and a second polyanionic component portion which is a carboxymethylcellulose having a second molecular weight, the first molecular weight being greater than the second molecular weight and the weight ratio of the first polyanionic component portion and the second polyanionic component portion being in the range of 0.25 to 4. an ophthalmically acceptable carrier component; a therapeutic component; and a polyanionic component including a first polyanionic component portion which is a carboxymethylcellulose having a first molecular weight, and a second polyanionic component portion which is a carboxymethylcellulose having a second molecular weight, the first molecular weight being greater than the second molecular weight and the weight ratio of the first polyanionic component portion and the second polyanionic component portion being in the range of 0.25 to 4.
A pharmaceutical composition comprising: (i) azvudine or a pharmaceutically acceptable salt, a stereoisomer or an isotopic derivative thereof; (ii) a chemotherapeutic agent or avastin ® (bevacizumab); wherein the chemotherapeutic agent is selected from the group consisting of cyclophosphamide, paclitaxel and a combination thereof. (i) azvudine or a pharmaceutically acceptable salt, a stereoisomer or an isotopic derivative thereof; (ii) a chemotherapeutic agent or avastin ® (bevacizumab);
A system for applying a fiber matrix onto a tubular conduit, the system comprising: a tubular conduit comprising an inner surface and an outer surface; a mandrel comprising an elongate shaft and a rolling membrane; and a fiber matrix delivery assembly, wherein the fiber matrix delivery assembly is constructed and arranged to receive the mandrel and to apply a fiber matrix to the tubular conduit, wherein the mandrel is constructed and arranged such that advancement of the elongate shaft causes the rolling membrane to: (a) engage with the inner surface of the tubular conduit; or (b) fold over onto itself. a tubular conduit comprising an inner surface and an outer surface; a mandrel comprising an elongate shaft and a rolling membrane; and a fiber matrix delivery assembly, wherein the fiber matrix delivery assembly is constructed and arranged to receive the mandrel and to apply a fiber matrix to the tubular conduit, wherein the mandrel is constructed and arranged such that advancement of the elongate shaft causes the rolling membrane to: (a) engage with the inner surface of the tubular conduit; or (b) fold over onto itself.
Assembly kit for a vehicle roof basket carrier comprising: • transverse profiles provided with means for pressing or connecting the roof basket carrier to the vehicle, the transverse profiles being intended to be mounted on the roof along a direction transverse to a longitudinal axis of the vehicle, and • sideboards, intended to be mounted at the ends of the transverse profiles and oriented perpendicularly with respect to the latter, the sideboards comprising a housing for receiving the ends of the transverse profiles, the transverse profiles being provided with locking means (304, 305) capable of securing the sideboards at the ends of the transverse profiles, characterised in that the transverse profiles are provided with an upper projecting abutment, said abutment being positioned set back with respect to each of the two ends of said profiles, and in that the receiving housing with which the sideboards are provided comprises a projecting lug oriented towards the lower base of said receiving housing, said lug being able to cooperate with the upper projecting abutment of the transverse profiles. • transverse profiles provided with means for pressing or connecting the roof basket carrier to the vehicle, the transverse profiles being intended to be mounted on the roof along a direction transverse to a longitudinal axis of the vehicle, and • sideboards, intended to be mounted at the ends of the transverse profiles and oriented perpendicularly with respect to the latter, the sideboards comprising a housing for receiving the ends of the transverse profiles, the transverse profiles being provided with locking means (304, 305) capable of securing the sideboards at the ends of the transverse profiles, characterised in that the transverse profiles are provided with an upper projecting abutment, said abutment being positioned set back with respect to each of the two ends of said profiles, and in that the receiving housing with which the sideboards are provided comprises a projecting lug oriented towards the lower base of said receiving housing, said lug being able to cooperate with the upper projecting abutment of the transverse profiles. the transverse profiles being provided with locking means (304, 305) capable of securing the sideboards at the ends of the transverse profiles, characterised in that the transverse profiles are provided with an upper projecting abutment, said abutment being positioned set back with respect to each of the two ends of said profiles, and in that the receiving housing with which the sideboards are provided comprises a projecting lug oriented towards the lower base of said receiving housing, said lug being able to cooperate with the upper projecting abutment of the transverse profiles.
An illuminating device, comprising: a housing; a light-emitting assembly and a driver, wherein the housing comprises a first cavity and a second cavity partitioned by a partition plate, wherein the first cavity has one end open and is configured to accommodate the light-emitting assembly, and the second cavity has one end open and is configured to accommodate the driver; a lens assembly mounted on the open end of the first cavity; and a driver housing mounted on the open end of the second cavity, characterized in that, the lens assembly comprises at least one first supporting leg, and the driver housing comprises at least one second supporting leg, the second supporting leg is engaged with a first stop portion formed on an inner wall of the housing, wherein the first supporting leg is capable of going through a through hole in the partition plate to move between a first position and a second position deviating from the fist position in a circumferential direction, the first supporting leg is locked at the first position between the partition plate and a second stop portion formed in an inner wall of the housing which defines the second cavity, and withdraws from the second stop portion at the first position, so as to be capable of pushing the second supporting leg in a longitudinal direction to withdraw from the first stop portion.
An in vitro method for making a prognosis of disease course in a human neoplastic disease patient, the method comprising the step of determining the level of caveolin-1 and/or caveolin-2 protein expression in a sample of stromal cells obtained from stromal cells adjacent to a neoplasm; wherein said prognosis is made when the level of caveolin-1 and/or caveolin-2 protein expression in the stromal cells of the sample is lower than the level of caveolin-1 and/or caveolin-2 protein expression in a control.
An ultrasonic imaging apparatus comprising: an ultrasonic collector configured to collect ultrasonic waves from an object; a volume data generator configured to generate volume data based on the ultrasonic waves; and an image processor configured to perform volume rendering on the volume data with reference to a texture image, wherein a translucency property of the object is reflected to each texel of the texture image, characterised in that each texel to which the translucency property of the object has been reflected has a brightness value varying depending on a depth from a surface of the object with respect to a light source. an ultrasonic collector configured to collect ultrasonic waves from an object; a volume data generator configured to generate volume data based on the ultrasonic waves; and an image processor configured to perform volume rendering on the volume data with reference to a texture image, wherein a translucency property of the object is reflected to each texel of the texture image, characterised in that each texel to which the translucency property of the object has been reflected has a brightness value varying depending on a depth from a surface of the object with respect to a light source.
An arm for suspending a wheel from the body of a motor vehicle, forming a front triangle, attached to the body at two adjacent points, and to the wheel support at a third point, the three attachment axes (AE1, AE2, AD) being parallel, the front triangle having reinforcements (2,3) comprising at least one protrusion perpendicularly oriented to the plane of the front triangle and extending essentially between the two attachment points (E2, D) that are the furthest away from each other, characterized in that the dimensions of at least one reinforcement vary locally continuously along the extension thereof according to the distribution of the local physical stresses in the operating mode, that the front triangle has essentially the shape of a bent arm with attachment points (E2, D) at its ends and at the bend, a reinforcement being arranged along the lateral edge of the side of the wheel and optionally a second reinforcement being provided at the lateral edge opposite it and in that the height of the first protrusion of the reinforcement is essentially constant between the attachment point of the wheel and the bend and the height of the second protrusion of the reinforcement reduces continuously between the bend and the attachment point at the end of the opposite arm.
A dishwasher that comprises a washing tub, at least one height adjustable basket disposed in the washing tub, wherein the kitchen utensils are placed, a supply line situated on the rear wall of the washing tub for delivering the water received from the main supply to the intended region in the washing tub, a spray arm that delivers water on the items placed in the basket, a first and a second outlet (10 and 11) situated at the end of the supply line and arranged vertically one over the other, and a distributor mounted to the basket, connected to one of the outlets (10 or 11) depending on the height of the basket for delivering the water received from the supply line to the spray arm, and an upper and a lower lid (8 or 9), ▪ moving together with the basket by being disposed on the basket, ▪ one is below the distributor and the other above, the distance between the distributor and the lids (8 and 9) being equal to the distance between the two outlets (10 and 11) and ▪ one of them covering the one outlet (10 or 11) when the distributor is mounted to other of the outlets (10 or 11), characterized by a guide whereon the upper and lower lids (8 and 9) are mounted, whereby the lids (8 and 9) move vertically by sliding up and down for adjusting the distance between the distributor and themselves and a rail on the upper and lower lids (8 and 9) for fitting on the guide. ▪ moving together with the basket by being disposed on the basket, ▪ one is below the distributor and the other above, the distance between the distributor and the lids (8 and 9) being equal to the distance between the two outlets (10 and 11) and ▪ one of them covering the one outlet (10 or 11) when the distributor is mounted to other of the outlets (10 or 11),
A structure for use in a thermochemical fuel production process, said structure having a void phase and a solid phase, wherein the structure has an effective total optical thickness for solar radiation or effective total optical thickness for infrared radiation of from 0.1 to 10, wherein the effective total optical thickness τ is defined as the integral of the spectral optical thickness τ λ over the all spectrum, weighted by the incident spectral irradiation I λ: τ = ∫ 0 ∞ τ λ I λ dλ ∫ 0 ∞ I λ dλ, wherein the solid phase has a geometrical specific surface area of more than 2*10 m -1 when measured by high-resolution computer tomography and wherein the solid phase comprises and preferably consists of a reactive material, wherein the reactive material is a metal oxide chosen from iron oxide, iron oxide-based ferrites, ceria, doped ceria, manganese oxide, tungsten oxide, perovskites. wherein the structure has an effective total optical thickness for solar radiation or effective total optical thickness for infrared radiation of from 0.1 to 10, wherein the effective total optical thickness τ is defined as the integral of the spectral optical thickness τ λ over the all spectrum, weighted by the incident spectral irradiation I λ: τ = ∫ 0 ∞ τ λ I λ dλ ∫ 0 ∞ I λ dλ, wherein the solid phase has a geometrical specific surface area of more than 2*10 m -1 when measured by high-resolution computer tomography and wherein the solid phase comprises and preferably consists of a reactive material, wherein the reactive material is a metal oxide chosen from iron oxide, iron oxide-based ferrites, ceria, doped ceria, manganese oxide, tungsten oxide, perovskites.
A pendular damping device, comprising: - a support capable of moving rotationally about an axis, - at least one pendular body comprising: a first and a second pendular mass spaced apart axially relative to one another and mobile relative to the support, the first pendular mass being arranged axially on a first side of the support and the second pendular mass being arranged axially on a second side of the support, and at least one member linking the first and the second pendular masses pairing said masses, and - at least one rolling member guiding the movement of the pendular body relative to the support, the rolling member cooperating on the one hand with a rolling track integral to the support and on the other hand with a rolling track integral to the pendular body and defined by the link member, the rolling member exerting an axial gripping force on at least one of the pendular masses during the movement of this pendular mass relative to the support. - a support capable of moving rotationally about an axis, - at least one pendular body comprising: a first and a second pendular mass spaced apart axially relative to one another and mobile relative to the support, the first pendular mass being arranged axially on a first side of the support and the second pendular mass being arranged axially on a second side of the support, and at least one member linking the first and the second pendular masses pairing said masses, and - at least one rolling member guiding the movement of the pendular body relative to the support, the rolling member cooperating on the one hand with a rolling track integral to the support and on the other hand with a rolling track integral to the pendular body and defined by the link member, the rolling member exerting an axial gripping force on at least one of the pendular masses during the movement of this pendular mass relative to the support.
A continuously variable transmission including a variator unit having a variator input shaft and a variator output shaft, and a first, a second and a third planetary gear set (8, 10, 12), wherein each of said first and second planetary gear sets (8,10) has a first member (14a, 16a) being operatively connected to a transmission input shaft which transmission input shaft is common to the first and second gear sets (8,10) and a second member (14b, 16b) being operatively connected to an output shaft which output shaft is common to the first and second gear sets (8,10), each of said first and second planetary gear sets (8,10) further including a third member (14c, 16c), and said third planetary gear set having a first, a second and a third member (18a, 18b, 18c), wherein said variator input shaft is operatively connected to said third member of said second planetary gear set and said variator output shaft is operatively connected to said third member of said first planetary gear set, and said first member of said third planetary gear set is operatively connected to said variator output shaft, and said second member of said third planetary gear set is selectively connectable to a transmission housing, and wherein said third member of said third planetary gear set is operatively connected to a transmission output shaft and said common output shaft is selectively connectable to said transmission output shaft, characterized in that said second member of said third planetary gear set is selectively connectable to said third member of said second planetary gear set.
An insulated seal seat assembly, comprising: a shaft configured and arranged to rotate about an axial axis; an annular seal seat that is rotatably secured to the shaft; a carbon seal that contacts a face of the seal seat as the seal seat rotates to contain oil within a first compartment partially formed by the face of the seal seat; characterized in having: a first thermal insulator configured and arranged radially between the shaft and the seal seat; and a second thermal insulator placed between an axial face of the shaft and an adjacent axial face of the seal seat. a shaft configured and arranged to rotate about an axial axis; an annular seal seat that is rotatably secured to the shaft; a carbon seal that contacts a face of the seal seat as the seal seat rotates to contain oil within a first compartment partially formed by the face of the seal seat; characterized in having: a first thermal insulator configured and arranged radially between the shaft and the seal seat; and a second thermal insulator placed between an axial face of the shaft and an adjacent axial face of the seal seat. a first thermal insulator configured and arranged radially between the shaft and the seal seat; and a second thermal insulator placed between an axial face of the shaft and an adjacent axial face of the seal seat.