mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle airbag with a gas outlet valve and an airbag layer, in which at least one ventilating opening (51, 52, 53) is configured, with a valve patch which closes the ventilating opening (51, 52, 53), is configured from a flexible material, and is arranged over the ventilating opening (51, 52, 53) parallel to the airbag layer such that it can be displaced in a predetermined direction (x), and with a valve patch guide which overlaps the valve patch at the edges of the valve patch and has a guide opening in the centre, an overlap (a) being configured in the predetermined direction (x) of the valve patch guide and the valve patch in such a way, and the ventilating opening (51, 52, 53) being arranged in such a way, that, after only a short displacement travel, the valve patch can be pressed through the guide opening to the outside on account of a gas pressure in the interior of the vehicle airbag, and the ventilating opening (51, 52, 53) is released as a result, characterized in that at least one guide opening edge (92, 93) which is lateral in the predetermined direction (x) runs obliquely with respect to the predetermined direction (x) in such a way that a displacement of the valve patch eliminates an overlap with the lateral guide opening edge (92, 93) after the short displacement travel.
A mobile, stand-off, single-event, dual pulse, on-the-move Raman spectrometry system, comprising: a laser module, comprising a single Alexandrite laser, that is dual pulsed at a predetermined pulse repetition frequency configured to generate a first wavelength of energy and a second wavelength of energy, wherein the first and second wavelengths of energy are directed along an axis and through free space to a target substance so as to interrogate the same small target, defined as a target whose dimension is comparable to the telescope FOV dimension, during the same laser PRF cycle, wherein the first and the second wavelengths of energy are pulsed sequentially with a temporal spacing of ΔT, and ΔT is less than about 10μS; a telescope for collecting a spectral energy pattern that returns along the axis and that results from interaction of the target substance with the first and second wavelengths of energy; an analysis module for analyzing a collected spectral energy pattern and matching the collected spectral energy pattern to a known spectral energy pattern, wherein the laser module, telescope and analysis module are mounted on a vehicle and operate while the vehicle is in motion; and wherein the Raman spectrometry system includes an imaging apparatus, comprising a charge coupled device configured to receive the collected spectral energy pattern from the telescope, and ΔT is set to be consistent with the following equation: LIBS lifetime < ΔT < aperture time of the imaging apparatus where LIB is laser induced breakdown. a laser module, comprising a single Alexandrite laser, that is dual pulsed at a predetermined pulse repetition frequency configured to generate a first wavelength of energy and a second wavelength of energy, wherein the first and second wavelengths of energy are directed along an axis and through free space to a target substance so as to interrogate the same small target, defined as a target whose dimension is comparable to the telescope FOV dimension, during the same laser PRF cycle, wherein the first and the second wavelengths of energy are pulsed sequentially with a temporal spacing of ΔT, and ΔT is less than about 10μS; a telescope for collecting a spectral energy pattern that returns along the axis and that results from interaction of the target substance with the first and second wavelengths of energy; an analysis module for analyzing a collected spectral energy pattern and matching the collected spectral energy pattern to a known spectral energy pattern, wherein the laser module, telescope and analysis module are mounted on a vehicle and operate while the vehicle is in motion; and wherein the Raman spectrometry system includes an imaging apparatus, comprising a charge coupled device configured to receive the collected spectral energy pattern from the telescope, and ΔT is set to be consistent with the following equation: LIBS lifetime < ΔT < aperture time of the imaging apparatus where LIB is laser induced breakdown.
High-pressure pump, in particular radial or in-line piston pump for fuel injection systems of air-compressing, auto-ignition internal combustion engines, having a housing, having a drive shaft mounted in the housing, having at least one cylinder head which is connected to the housing, and having at least one pump assembly which is arranged on the cylinder head and which can be driven by the drive shaft, wherein the cylinder head has a first cylinder head part and at least one second cylinder head part, wherein the pump assembly has a pump working chamber which is formed in the first cylinder head part, wherein an outlet valve is arranged on the first cylinder head part, and a fuel duct is formed in the first cylinder head part, which fuel duct leads from the pump working chamber to the outlet valve, and wherein the cylinder head is connected by way of the second cylinder head part to the housing, characterized in that the fuel duct is formed by a stepped bore formed in the first cylinder head part, and in that the outlet valve is formed in the stepped bore.
Power-supply device for a radiofrequency plasma generator, characterized in that it comprises: - an interface for receiving a request to determine an optimal control frequency; - an output interface intended to be connected to a plasma generation resonator; - a power-supply module configured to apply a voltage at a set frequency to the output interface, this voltage selectively, depending on its frequency, being unable to allow plasma generation by the resonator when receiving a request during a phase of optimizing the power-supply frequency of said generator and able to allow plasma generation during an operation phase of said generator; - an interface for receiving an electrical measurement of the resonator power supply; and - a module for determining the optimal control frequency configured to successively provide various set frequencies to the power-supply module when receiving a request, and to determine an optimal control frequency as a function of the electrical measurements received by the reception interface. - an interface for receiving a request to determine an optimal control frequency; - an output interface intended to be connected to a plasma generation resonator; - a power-supply module configured to apply a voltage at a set frequency to the output interface, this voltage selectively, depending on its frequency, being unable to allow plasma generation by the resonator when receiving a request during a phase of optimizing the power-supply frequency of said generator and able to allow plasma generation during an operation phase of said generator; - an interface for receiving an electrical measurement of the resonator power supply; and - a module for determining the optimal control frequency configured to successively provide various set frequencies to the power-supply module when receiving a request, and to determine an optimal control frequency as a function of the electrical measurements received by the reception interface.
A pharmaceutical composition suitable for the treatment of cancer the composition including: (i) benzimidazole based anti-cancer agent; and (ii) a second anti-cancer agent selected from the group consisting of Oxaliplatin, Satroplatin, Dasatinib, Doxorubicin, Tarceva (Erlotinib), Iressa, 5-FU (5-Fluorouracil), Vinblastine, Irinotecan, and Rituximab (Rituxan); wherein the benzimidazole based anti-cancer agent is a compound of the formula: wherein R 1 is a group of formula: -(CR 20 R 21) m -(CR 22 R 23) n -(CR 24 R 25) o -NR 26 R 27; R 2 is C 1 -C 6 alkyl; R 3 is H; X and Y are each independently H; R 4 is H; Z is -CH=CH- in the "E" configuration at the 5 or 6 position; each m, n and o are 1; each R 20, R 21, R 24 and R 25 are H; each R 22 and R 23 are methyl; and each R 26 and R 27 are independently selected from the group consisting of H, methyl, ethyl, isopropyl, propyl, butyl, isobutyl, pentyl, hexyl, heptyl, acetyl and 2-methoxy-ethyl; or each m and n are 1; o is 0; each R 20, R 21, R 22, and R 23 are H; and each R 26 and R 27 are independently selected from the group consisting of H, methyl, ethyl, isopropyl, propyl, butyl, isobutyl, pentyl, hexyl, heptyl, acetyl and 2-methoxy-ethyl; or a pharmaceutically acceptable salt thereof. (i) benzimidazole based anti-cancer agent; and (ii) a second anti-cancer agent selected from the group consisting of Oxaliplatin, Satroplatin, Dasatinib, Doxorubicin, Tarceva (Erlotinib), Iressa, 5-FU (5-Fluorouracil), Vinblastine, Irinotecan, and Rituximab (Rituxan); R 1 is a group of formula: -(CR 20 R 21) m -(CR 22 R 23) n -(CR 24 R 25) o -NR 26 R 27; R 2 is C 1 -C 6 alkyl; R 3 is H; X and Y are each independently H; R 4 is H; Z is -CH=CH- in the "E" configuration at the 5 or 6 position; each m, n and o are 1; each R 20, R 21, R 24 and R 25 are H; each R 22 and R 23 are methyl; and each R 26 and R 27 are independently selected from the group consisting of H, methyl, ethyl, isopropyl, propyl, butyl, isobutyl, pentyl, hexyl, heptyl, acetyl and 2-methoxy-ethyl; or each m and n are 1; o is 0; each R 20, R 21, R 22, and R 23 are H; and each R 26 and R 27 are independently selected from the group consisting of H, methyl, ethyl, isopropyl, propyl, butyl, isobutyl, pentyl, hexyl, heptyl, acetyl and 2-methoxy-ethyl;
A perspiration simulator, characterized by comprising: a porous plate provided horizontally and allowing vapor to pass through; a uniform heat block fixed in contact with an underside of the porous plate and comprising one or more open top cavities of which the area in cross-section parallel to the underside of the porous plate changes in a vertical direction; a heating device heating the uniform heat block; and a first water supply device (5, 6, 7) supplying water to the cavities and controlling a water level in the cavities. a porous plate provided horizontally and allowing vapor to pass through; a uniform heat block fixed in contact with an underside of the porous plate and comprising one or more open top cavities of which the area in cross-section parallel to the underside of the porous plate changes in a vertical direction; a heating device heating the uniform heat block; and a first water supply device (5, 6, 7) supplying water to the cavities and controlling a water level in the cavities.
A light emitting diode comprising: an n-type silicon carbide substrate; an AlGaN buffer layer on said substrate; an n-type first gallium nitride layer; a superlattice on said GaN layer formed of a plurality of repeating sets of alternating layers (40,41) selected from GaN, In x Ga 1-x N, where 0<x<1, and Al x In y Ga 1-x-y N, where 0<x<1 and 0<y<1 and 0<x+y<1; a discontinuous layer of Si 3 N 4 between said superlattice and said substrate; an n-type second GaN layer on said superlattice having the same conductivity type as said first GaN layer; a multiple quantum well on said second GaN layer; a third GaN layer on said multiple quantum well; a contact structure (33, 34, 35) on said third GaN layer having the opposite conductivity type from said first GaN layer and comprising an AlGaN layer including a p-doped layer overlying an undoped layer; and ohmic contacts to the diode in a vertical orientation comprising a first ohmic contact on the p-doped layer of the contact structure and a second ohmic contact that is on the reverse side of the substrate to said Si 3 N 4 layer. an n-type silicon carbide substrate; an AlGaN buffer layer on said substrate; an n-type first gallium nitride layer; a superlattice on said GaN layer formed of a plurality of repeating sets of alternating layers (40,41) selected from GaN, In x Ga 1-x N, where 0<x<1, and Al x In y Ga 1-x-y N, where 0<x<1 and 0<y<1 and 0<x+y<1; a discontinuous layer of Si 3 N 4 between said superlattice and said substrate; an n-type second GaN layer on said superlattice having the same conductivity type as said first GaN layer; a multiple quantum well on said second GaN layer; a third GaN layer on said multiple quantum well; a contact structure (33, 34, 35) on said third GaN layer having the opposite conductivity type from said first GaN layer and comprising an AlGaN layer including a p-doped layer overlying an undoped layer; and ohmic contacts to the diode in a vertical orientation comprising a first ohmic contact on the p-doped layer of the contact structure and a second ohmic contact that is on the reverse side of the substrate to said Si 3 N 4 layer.
A fusion protein comprising the cell-penetrating peptide derived from the HIV Tat protein (Tat) with the caspase activation and recruitment domain (CARD) from the Apoptosis-associated speck-like protein containing a CARD gene (TatCARD protein) for use in the prevention, amelioration, or treatment of an ocular disease associated with oxidative stress or inflammation.
A Broadband Network Gateway, BNG, pool based responding method, characterized by comprising: receiving, by a BNG device in the BNG pool, a user access request broadcast to all BNG devices in the BNP pool through a layer 2 broadcast domain; and responding, by the BNG device, according to the user access request and a stored delayed response policy corresponding to the BNG device; the method further comprising: configuring initiatively or upon a request from the BNG device, by a policy configuration device, the BNG device in the BNG pool with the delayed response policy, wherein the delayed response policy is determined based on at least one of following information: a user access status of the BNG device, a bandwidth utilization status, or a characteristic value of a user which requests access; wherein the responding, by the BNG device, according to the user access request and a delayed response policy corresponding to the BNG device comprises: acquiring, by the BNG device according to the user access request, at least one of following information: an MAC address modulo result of the user, a range of VLAN identifiers of the user, or a domain where the user is located; and querying for, by the BNG device, the delayed response policy according to acquired information, and responding to the user access request according to a query result. receiving, by a BNG device in the BNG pool, a user access request broadcast to all BNG devices in the BNP pool through a layer 2 broadcast domain; and responding, by the BNG device, according to the user access request and a stored delayed response policy corresponding to the BNG device; the method further comprising: configuring initiatively or upon a request from the BNG device, by a policy configuration device, the BNG device in the BNG pool with the delayed response policy, wherein the delayed response policy is determined based on at least one of following information: a user access status of the BNG device, a bandwidth utilization status, or a characteristic value of a user which requests access; wherein the responding, by the BNG device, according to the user access request and a delayed response policy corresponding to the BNG device comprises: acquiring, by the BNG device according to the user access request, at least one of following information: an MAC address modulo result of the user, a range of VLAN identifiers of the user, or a domain where the user is located; and querying for, by the BNG device, the delayed response policy according to acquired information, and responding to the user access request according to a query result. acquiring, by the BNG device according to the user access request, at least one of following information: an MAC address modulo result of the user, a range of VLAN identifiers of the user, or a domain where the user is located; and querying for, by the BNG device, the delayed response policy according to acquired information, and responding to the user access request according to a query result.
A vehicular system comprising: a lateral shift amount measurement part that measures a lateral shift amount, that is a positional deviation of a vehicle in a vehicle width direction with respect to a magnetic marker; a course estimation part that uses a difference between the lateral shift amounts with respect to two magnetic markers disposed with a space provided therebetween in a road surface where the vehicle travels and estimates a deviation of the vehicle in a traveling direction (Dir) with respect to a line segment direction (Mx) connecting the positions of the two magnetic markers; a vehicle velocity sensor which measures velocity of the vehicle; and a unit which sets, when the lateral shift amount measurement part detects a first magnetic marker, a temporal duration including a time point of when the lateral shift amount measurement part is predicted to detect a second magnetic marker as a detection duration for the lateral shift amount measurement part to detect the second magnetic marker, wherein the temporal duration is set based on the space between the magnetic markers and the velocity of the vehicle, and wherein the lateral shift amount measurement part repeatedly performs a marker detection process in the detection duration to detect the second magnetic marker. a lateral shift amount measurement part that measures a lateral shift amount, that is a positional deviation of a vehicle in a vehicle width direction with respect to a magnetic marker; a course estimation part that uses a difference between the lateral shift amounts with respect to two magnetic markers disposed with a space provided therebetween in a road surface where the vehicle travels and estimates a deviation of the vehicle in a traveling direction (Dir) with respect to a line segment direction (Mx) connecting the positions of the two magnetic markers; a vehicle velocity sensor which measures velocity of the vehicle; and a unit which sets, when the lateral shift amount measurement part detects a first magnetic marker, a temporal duration including a time point of when the lateral shift amount measurement part is predicted to detect a second magnetic marker as a detection duration for the lateral shift amount measurement part to detect the second magnetic marker, wherein the temporal duration is set based on the space between the magnetic markers and the velocity of the vehicle, and wherein the lateral shift amount measurement part repeatedly performs a marker detection process in the detection duration to detect the second magnetic marker.
Lateral protection device for heavy road vehicles comprising - a plurality of support legs comprising at least two support legs each comprising a connection base configured to be rigidly fixed to a platform or to a chassis of a heavy road vehicle according to a fixed reciprocal arrangement, parallel and spaced along a development axis and an upright connected to the connection base at one of its ends, the uprights of the plurality of the support legs being substantially linear, so that the set of uprights of the plurality of support legs defines a plane of the uprights of the support legs, and - at least one wall element extending elongated along the development axis and constrained to at least two first support legs of the plurality of support legs, characterized in that the wall element is constrained to the uprights of the at least two first support legs at its own side facing the connection bases of the support legs so as to pivot around a rotation axis, parallel to the development axis, between a closed operating position in which the wall element is arranged substantially parallel to the plane of the uprights of the support legs and at least an operating opening position in which the wall element is tilted with respect to the plane of the uprights of the support legs. - a plurality of support legs comprising at least two support legs each comprising a connection base configured to be rigidly fixed to a platform or to a chassis of a heavy road vehicle according to a fixed reciprocal arrangement, parallel and spaced along a development axis and an upright connected to the connection base at one of its ends, the uprights of the plurality of the support legs being substantially linear, so that the set of uprights of the plurality of support legs defines a plane of the uprights of the support legs, and - at least one wall element extending elongated along the development axis and constrained to at least two first support legs of the plurality of support legs,
Friction clutch, particularly for a motor vehicle, of the type comprising two dampers (12, 14) coupled in series, referred to as pre-damper and main damper, each provided with rotary input and output elements capable of moving rotationally relative to one another about a common geometric axis, the output element of the main damper being rotationally connected to the input element (29, 30) of the pre-damper so as to form a rotary assembly, the rotary assembly comprising at least one elastically deformable angular end stop (45; 45A, 45B) capable of collaborating with a complementary angular end stop (28; 28A, 28B) arranged on an output member of the clutch when the angular travel between this output member and the rotary assembly reaches a predetermined value, characterized in that the rotary assembly comprises a rigid angular end stop set back angularly with respect to the deformable angular end stop (45; 45A, 45B) so as to limit the angular deformation of this deformable end stop (45; 45A, 45B), the deformable angular end stop (45; 45A; 45B) being arranged on the input element (29, 30) of the pre-damper and the rigid angular end stop being arranged on the output element of the main damper.
A composition for use in medicine, the composition consisting of two myelin basic protein peptides linked to a vector, the first MBP peptide consisting of the amino acid sequence of SEQ ID NO: 11 and the second MBP peptide consisting of the amino acid sequence of SEQ ID NO:12, and the vector comprising a liposome having a surface exposed targeting moiety comprising a manDOG mannose residue.