mhurhangee/ep-ind-claims huggingface dataset:
Method for establishing a chain of vehicles with updated vehicle trust values, comprising repeating a cycle, wherein said cycle comprises the steps of: - receiving vehicle information about vehicle characteristics of a vehicle, wherein a vehicle trust value is assigned to said vehicle; - receiving detector information about said vehicle characteristics, which is based on a detection of said vehicle characteristics by at least one detector outside said vehicle, wherein a detector trust value is assigned to said detector; - assessing the correctness of said vehicle information based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; - assigning a correctness value to said vehicle information based on said assessment; - update the vehicle trust value based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; and, - processing said vehicle information using said correctness value, wherein said detector in cycle n is said vehicle with an updated vehicle trust value assigned to in cycle n-1; wherein said detector in the first cycle is a roadside unit with a high detector trust value. - receiving vehicle information about vehicle characteristics of a vehicle, wherein a vehicle trust value is assigned to said vehicle; - receiving detector information about said vehicle characteristics, which is based on a detection of said vehicle characteristics by at least one detector outside said vehicle, wherein a detector trust value is assigned to said detector; - assessing the correctness of said vehicle information based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; - assigning a correctness value to said vehicle information based on said assessment; - update the vehicle trust value based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; and, - processing said vehicle information using said correctness value, - receiving detector information about said vehicle characteristics, which is based on a detection of said vehicle characteristics by at least one detector outside said vehicle, wherein a detector trust value is assigned to said detector; - assessing the correctness of said vehicle information based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; - assigning a correctness value to said vehicle information based on said assessment; - update the vehicle trust value based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; and, - processing said vehicle information using said correctness value, wherein said detector in cycle n is said vehicle with an updated vehicle trust value assigned to in cycle n-1; wherein said detector in the first cycle is a roadside unit with a high detector trust value.
A method of diagnosing Alzheimer's disease, said method comprising the steps of: i) contacting a population of test skin fibroblast cells obtained from a subject suspected of having Alzheimer's disease with an agent that is a protein kinase C activator; and ii) detecting changes in expression of one or more genes in the test skin fibroblast cells when compared to the expression of the same one or more genes in cells from control skin fibroblast cells obtained from an individual without Alzheimer's disease, wherein a change in gene expression in the test skin fibroblast cells compared to gene expression in the control skin fibroblast cells indicates that the individual has Alzheimer's disease, the change in gene expression detected in the test skin fibroblast cells compared with the control skin fibroblast cells is an increase in gene expression or a decrease in gene expression, the one or more genes that have a decrease in gene expression are selected from the group consisting of the genes having GenBank Accession No. NM_020979.1, BC000284.1, NM_001037.1, NM_003832.1, NM_022078.1, AI492892, T86629, AW418666, AW468880, NM_005399.1, BF433071, NM_152902.1, AI679073, NM_006902.2, BF000166, NM_001684.1, AI813654, AI492892, and the one or more genes that have an increase in gene expression are selected from the group consisting of genes having GenBank Accession No. AW238632, AW611729, AV740879, AA639752, AF088033, AW182938, AL031282, BF430956, AW956580, AI394529, AL137364.1, NM_001452.1, BF111616, AI457436, AF056433, NM_014574.1, NM_013233.1, AI017106, AI927770, BG291787, AI760760, NM_003760.2, NM_022346.1, AI816281, NM_016374.2, AW963328, AA147933, BC005357.1, BG534245, D50683.1, BU689502, NM_005154.1, R60866, AI823905, and NM_018098.1. i) contacting a population of test skin fibroblast cells obtained from a subject suspected of having Alzheimer's disease with an agent that is a protein kinase C activator; and ii) detecting changes in expression of one or more genes in the test skin fibroblast cells when compared to the expression of the same one or more genes in cells from control skin fibroblast cells obtained from an individual without Alzheimer's disease,
A wing tip device for adding or application to a winglet of an aircraft, the winglet coupled to a wing of the aircraft and having a leading edge and a trailing edge continuously transitioning from a leading edge and trailing edge of the wing, the wing tip device comprising: a curved leading edge from the winglet leading edge to a leading end point; a curved trailing edge from a winglet trailing edge to a trailing end point; and an end segment connecting the leading end point and the trailing end point, the end segment swept back from the trailing end point to the leading end point at an end segment angle. a curved leading edge from the winglet leading edge to a leading end point; a curved trailing edge from a winglet trailing edge to a trailing end point; and an end segment connecting the leading end point and the trailing end point, the end segment swept back from the trailing end point to the leading end point at an end segment angle.
A deployment arrangement comprising a filter device and a delivery catheter therefor, the catheter having a delivery end, and the filter device having an open end and a closed end with the open end being adjacent the delivery end of the catheter and with the closed end being remote from the delivery end of the catheter, characterised by the filter device being detached from or releasably attached to the catheter, wherein the filter device is capable of being everted upon deployment thereof from the delivery end of the catheter, and wherein the filter device is self-expanding, whereby, after eversion and deployment from the catheter, it is capable of expanding against the interior walls of a body lumen.
An indoor unit for an air-conditioning apparatus, comprising: a base that forms a rear side of a housing; a frame body removably attached to a front side of the base to form a front side of the housing; and a stand removably attached to a bottom side of the base, wherein the base has a step formed by protruding a front end portion of a periphery of the base outward, and wherein the stand does not protrude from any side of the housing in a state in which the stand is attached to the base, wherein, when the indoor unit is installed on a floor surface, the stand is attached to the base to form a flat installation surface of the housing, the installation surface to be placed on a floor surface, characterized in that a level difference on the bottom side of the base and the frame body, which is formed by the step of the base, is removed by the stand, and the installation surface of the housing to be placed on the floor surface is made flat. a base that forms a rear side of a housing; a frame body removably attached to a front side of the base to form a front side of the housing; and a stand removably attached to a bottom side of the base, wherein the base has a step formed by protruding a front end portion of a periphery of the base outward, and wherein the stand does not protrude from any side of the housing in a state in which the stand is attached to the base, wherein, when the indoor unit is installed on a floor surface, the stand is attached to the base to form a flat installation surface of the housing, the installation surface to be placed on a floor surface, characterized in that a level difference on the bottom side of the base and the frame body, which is formed by the step of the base, is removed by the stand, and the installation surface of the housing to be placed on the floor surface is made flat.
An injection molding method comprising: filling a mold unit with a molding material so as to mold a primary molding product; and lamination molding a secondary lamination portion on a surface of the primary molding product so as to mold a secondary molding product, wherein the secondary lamination portion has a constant thickness, and a surface of the primary molding product on which the secondary lamination portion is lamination molded and a surface of the secondary lamination portion on a side opposite to a surface of the secondary lamination portion being in contact with the primary molding product have the same surface shape as each other, and wherein the mold unit includes a first cavity space in which the primary molding product is molded, a second cavity space in which the secondary molding product is molded, and a temperature control unit which controls temperatures of the first cavity space and the second cavity space, and wherein the temperature of the first cavity space is controlled to be lower than the temperature of the second cavity space by the temperature control unit. filling a mold unit with a molding material so as to mold a primary molding product; and lamination molding a secondary lamination portion on a surface of the primary molding product so as to mold a secondary molding product, wherein the secondary lamination portion has a constant thickness, and a surface of the primary molding product on which the secondary lamination portion is lamination molded and a surface of the secondary lamination portion on a side opposite to a surface of the secondary lamination portion being in contact with the primary molding product have the same surface shape as each other, and wherein the mold unit includes a first cavity space in which the primary molding product is molded, a second cavity space in which the secondary molding product is molded, and a temperature control unit which controls temperatures of the first cavity space and the second cavity space, and wherein the temperature of the first cavity space is controlled to be lower than the temperature of the second cavity space by the temperature control unit.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information, wherein the configuration information includes: information on a plurality of first values, k0, for indicating a first slot offset between a physical downlink control channel, PDCCH, and a physical downlink shared channel, PDSCH, scheduled by the PDCCH, information on a plurality of second values, k2, for indicating a second slot offset between the PDCCH and a physical uplink shared channel, PUSCH, scheduled by the PDCCH; and receiving, from the base station, control information on the PDCCH, wherein the control information includes a joint indication corresponding to a 1-bit for indicating: a first minimum value among the plurality of first values k0, and a second minimum value among the plurality of second values k2. receiving, from a base station, configuration information, wherein the configuration information includes: information on a plurality of first values, k0, for indicating a first slot offset between a physical downlink control channel, PDCCH, and a physical downlink shared channel, PDSCH, scheduled by the PDCCH, information on a plurality of second values, k2, for indicating a second slot offset between the PDCCH and a physical uplink shared channel, PUSCH, scheduled by the PDCCH; and information on a plurality of first values, k0, for indicating a first slot offset between a physical downlink control channel, PDCCH, and a physical downlink shared channel, PDSCH, scheduled by the PDCCH, information on a plurality of second values, k2, for indicating a second slot offset between the PDCCH and a physical uplink shared channel, PUSCH, scheduled by the PDCCH; and receiving, from the base station, control information on the PDCCH, wherein the control information includes a joint indication corresponding to a 1-bit for indicating: a first minimum value among the plurality of first values k0, and a second minimum value among the plurality of second values k2. a first minimum value among the plurality of first values k0, and a second minimum value among the plurality of second values k2.
Lift or elevator comprising a measuring system for measuring its position within a well with respect to a fixed element, said system comprising an encoder (10;27) mounted on said lift or elevator and a reference element (6;26) fixed and substantially rectilinear, said fixed and substantially rectilinear element comprises an external surface which is cylindrical and helical or threaded, and said encoder is functionally connected to said fixed and substantially rectilinear element by means of a sleeve which sleeve comprises an external surface complemental to said helical or threaded surface in order to allow the sliding along said element, and said sleeve comprising mechanical and/or magnetic means adapted to excite corresponding detecting means (18, 13, 16) through magnetic means (12, 15) of said encoder, characterized in that the sleeve comprises a bipolar ring magnet provided with a corresponding sensor, and said encoder comprises a toothed wheel which engages the circumferential toothed ring of the sleeve, a magnet and a corresponding sensor being mounted onto a face of said toothed wheel on a rotation axis, onto the opposed face of the wheel being then axially mounted a reductive epicyclical system and on said system, always axially, a corresponding magnet and a sensor.
A method comprising changing a plurality of mixed media packets (106, 108) into a plurality of single media packets (110, 112, 112, 116), wherein: each mixed media packet includes: an Advanced Systems Format, ASF, packet header; an ASF payload for each of a plurality of media data types, wherein the ASF payload is encrypted and has an arbitrary block size; an ASF payload header for each ASF payload and including an ASF payload boundary for the arbitrary block size; each single media packet includes one media data type, corresponds to one of the mixed media packets, and includes: an Real-time Transport Protocol, RTP, packet header; one RTP payload corresponding to one of the ASF payloads in the one mixed media packet; an RTP payload format header corresponding to: the one RTP payload; and one or more ASF payload headers of the one mixed media packet, wherein the RTP payload format header has a boundary corresponding to: the respective boundaries of the one or more ASF payload headers of the one mixed media packet; and the one RTP payload. each mixed media packet includes: an Advanced Systems Format, ASF, packet header; an ASF payload for each of a plurality of media data types, wherein the ASF payload is encrypted and has an arbitrary block size; an ASF payload header for each ASF payload and including an ASF payload boundary for the arbitrary block size; an Advanced Systems Format, ASF, packet header; an ASF payload for each of a plurality of media data types, wherein the ASF payload is encrypted and has an arbitrary block size; an ASF payload header for each ASF payload and including an ASF payload boundary for the arbitrary block size; each single media packet includes one media data type, corresponds to one of the mixed media packets, and includes: an Real-time Transport Protocol, RTP, packet header; one RTP payload corresponding to one of the ASF payloads in the one mixed media packet; an RTP payload format header corresponding to: the one RTP payload; and one or more ASF payload headers of the one mixed media packet, wherein the RTP payload format header has a boundary corresponding to: the respective boundaries of the one or more ASF payload headers of the one mixed media packet; and the one RTP payload. an Real-time Transport Protocol, RTP, packet header; one RTP payload corresponding to one of the ASF payloads in the one mixed media packet; an RTP payload format header corresponding to: the one RTP payload; and one or more ASF payload headers of the one mixed media packet, the one RTP payload; and one or more ASF payload headers of the one mixed media packet, wherein the RTP payload format header has a boundary corresponding to: the respective boundaries of the one or more ASF payload headers of the one mixed media packet; and the one RTP payload. the respective boundaries of the one or more ASF payload headers of the one mixed media packet; and the one RTP payload.
Movement arrangement, in particular for a drawer, a sliding door, a hinged door, a flap or similar movable furniture part, with a slide-out arrangement, wherein the slide-out arrangement has a guide element on which an energy store acts and which is guided in or on a fitting part, in particular a housing, wherein the guide element can be moved from a parking position into an ejecting position by means of the energy store device, and wherein a second switching piece which is displaceable relative to the guide element is connected to the guide element, wherein, the second switching piece has a guide element (99.4) which is displaceable in a guide track of the fitting part, characterized in that a limiting element (99.2) is supported on a receptacle (100.2) of a blocking part, the receptacle (100.2) being continuously drawn away from the switching element (99.2) under the action of a slider.
A method of monitoring a communications network having paths for sending packets, the method characterised by: monitoring packet errors in one of the paths having at least two optical sections coupled in series with a break in continuity of optical transmission monitoring between the optical sections, and monitoring a transmission quality of each of these optical sections, detecting a state in which the monitored packet errors do exceed an acceptable threshold, but at the same time the transmission quality of each of the optical sections is acceptable, and transmitting a signal indicative of the detection of this state. monitoring packet errors in one of the paths having at least two optical sections coupled in series with a break in continuity of optical transmission monitoring between the optical sections, and monitoring a transmission quality of each of these optical sections, detecting a state in which the monitored packet errors do exceed an acceptable threshold, but at the same time the transmission quality of each of the optical sections is acceptable, and transmitting a signal indicative of the detection of this state.
A bi-directional perfusion cannula comprising an elongate tube for insertion into an artery, the elongate tube comprising: a first aperture at a distal end of the elongate tube which is forward during insertion, the first aperture being configured so that blood can flow into the artery in the direction of insertion; an elbow preformed in the elongate tube; and a second aperture, the second aperture being formed in or slightly rearward of the elbow and configured for supplying blood into the artery in a second direction which is generally opposite to the insertion direction, wherein the elbow is preformed in the elongate tube such that in a relaxed state prior to insertion the cannula has an elbow bend formed in it, preferably in the range of 90 to 180 degrees, and wherein said elongate tube has a protuberance at least partially formed on the elbow, the bi-directional perfusion cannula being characterized in that the protuberance is ovoid in cross section. a first aperture at a distal end of the elongate tube which is forward during insertion, the first aperture being configured so that blood can flow into the artery in the direction of insertion; an elbow preformed in the elongate tube; and a second aperture, the second aperture being formed in or slightly rearward of the elbow and configured for supplying blood into the artery in a second direction which is generally opposite to the insertion direction, wherein the elbow is preformed in the elongate tube such that in a relaxed state prior to insertion the cannula has an elbow bend formed in it, preferably in the range of 90 to 180 degrees, and wherein said elongate tube has a protuberance at least partially formed on the elbow, the bi-directional perfusion cannula being characterized in that the protuberance is ovoid in cross section.
An inverter, comprising: an enclosure, having a first cavity and a second cavity that are isolated from each other and sealed; a magnetic conversion circuit comprising magnetic elements that is arranged in the first cavity; a power conversion circuit comprising power tubes that is arranged in the second cavity; a heatsink, arranged at a side wall of the first cavity and the second cavity and located outside the first cavity and the second cavity; a sealing air duct, arranged outside the second cavity, wherein the sealing air duct comprises at least one columnar pipeline formed by a outward oriented heat dissipation surface and a bottom surface oriented towards the side wall of the second cavity, the at least one columnar pipeline is sealed at two ends, the bottom surface is formed by a side wall of the second cavity or a substrate of the heatsink, and a bottom surface comprises an air inlet and an air outlet to communicate with the second cavity and the at least one columnar pipeline. an enclosure, having a first cavity and a second cavity that are isolated from each other and sealed; a magnetic conversion circuit comprising magnetic elements that is arranged in the first cavity; a power conversion circuit comprising power tubes that is arranged in the second cavity; a heatsink, arranged at a side wall of the first cavity and the second cavity and located outside the first cavity and the second cavity; a sealing air duct, arranged outside the second cavity, wherein the sealing air duct comprises at least one columnar pipeline formed by a outward oriented heat dissipation surface and a bottom surface oriented towards the side wall of the second cavity, the at least one columnar pipeline is sealed at two ends, the bottom surface is formed by a side wall of the second cavity or a substrate of the heatsink, and a bottom surface comprises an air inlet and an air outlet to communicate with the second cavity and the at least one columnar pipeline.
Active ingredient combinations of (1R,2S,5R)-2-isopropyl-5-methyl-N-(2-(pyridin-2-yl)ethylcyclohexanecarboxamide and/or (1R,2S,5R)-N-(4-(cyanomethyl)phenyl)-2-isopropyl-5-methylcyclohexanecarboxamide and methyl 2-isopropyl-5-methylcyclohex-anecarbonylamidopropionate for use against erythema in cosmetic or dermatological preparations, characterized in that the preparations comprise one or more substances selected from the group comprising light protection agents, antiperspirants, deodorants.