mhurhangee/ep-ind-claims huggingface dataset:
A non contact electric power transfer device mounted in a vehicle, the non contact electric power transfer device comprising: a second self resonant coil (110, 240) capable of at least one of transmitting and receiving electric power to and from an opposite, first self resonant coil (240, 110) through magnetic field resonance; characterized by further comprising an accommodation chamber (273, 473) capable of accommodating a device therein; and a bobbin (272, 472) having said second self resonant coil (110, 240) attached thereto, wherein said accommodation chamber (273, 473) is defined in said bobbin (272,472). a second self resonant coil (110, 240) capable of at least one of transmitting and receiving electric power to and from an opposite, first self resonant coil (240, 110) through magnetic field resonance; characterized by further comprising an accommodation chamber (273, 473) capable of accommodating a device therein; and a bobbin (272, 472) having said second self resonant coil (110, 240) attached thereto, wherein said accommodation chamber (273, 473) is defined in said bobbin (272,472).
A method comprising the steps of, at a virtual machine agent: receiving, from a cloud agent upon creating a container within a virtual machine, a device attachment request to attach a device to the container; delaying processing of the device attachment request until an indication is received that the virtual machine is ready for a hot-plug of the device; receiving, from the virtual machine, an indication that the virtual machine is ready for the hot-plug of the device; and issuing, to the cloud agent, a device hot-plug operation to cause the device to be hot-plugged to the virtual machine. receiving, from a cloud agent upon creating a container within a virtual machine, a device attachment request to attach a device to the container; delaying processing of the device attachment request until an indication is received that the virtual machine is ready for a hot-plug of the device; receiving, from the virtual machine, an indication that the virtual machine is ready for the hot-plug of the device; and issuing, to the cloud agent, a device hot-plug operation to cause the device to be hot-plugged to the virtual machine.
A sheet handling apparatus comprising: a transport unit configured to transport a sheet along a transport path; a recognition unit configured to recognize a type of the sheet transported by the transport unit; a memory; and a control unit, characterized in that the sheet handling apparatus further comprises a detection unit configured to detect the sheet transported by the transport unit, based on a setting; wherein the memory is configured to previously store a plurality of settings of the detection unit by type of the sheet; and the control unit is configured to change the setting of the detection unit based on the type of the sheet transported by the transport unit, wherein the control unit is configured to read from the memory the previously stored setting corresponding to the type of the sheet recognized by the recognition unit and change the setting of the detection unit based on the read setting. a transport unit configured to transport a sheet along a transport path; a recognition unit configured to recognize a type of the sheet transported by the transport unit; a memory; and a control unit, characterized in that the sheet handling apparatus further comprises a detection unit configured to detect the sheet transported by the transport unit, based on a setting; wherein the memory is configured to previously store a plurality of settings of the detection unit by type of the sheet; and the control unit is configured to change the setting of the detection unit based on the type of the sheet transported by the transport unit, wherein the control unit is configured to read from the memory the previously stored setting corresponding to the type of the sheet recognized by the recognition unit and change the setting of the detection unit based on the read setting.
A superconducting magnet comprising: superconducting magnet windings wound as a solenoid to generate a magnetic field oriented in an axial direction (z) when carrying a superconducting electric current; and a conductive loop having a long axis crossing the superconducting magnet windings along the axial direction; wherein the conductive loop is thermally connected with the superconducting magnet windings at crossings of the superconducting magnet windings along the axial direction; characterized in that the conductive loop is a superconducting loop which is electrically connected with the superconducting magnet windings to carry the superconducting electric current carried by the superconducting magnet windings. superconducting magnet windings wound as a solenoid to generate a magnetic field oriented in an axial direction (z) when carrying a superconducting electric current; and a conductive loop having a long axis crossing the superconducting magnet windings along the axial direction; wherein the conductive loop is thermally connected with the superconducting magnet windings at crossings of the superconducting magnet windings along the axial direction; characterized in that the conductive loop is a superconducting loop which is electrically connected with the superconducting magnet windings to carry the superconducting electric current carried by the superconducting magnet windings.
A rotor assembly for a rotorcraft, comprising a rotor shaft, a torque transmission unit that is non-rotatably mounted to the rotor shaft, a rotor hub that is rotatably mounted to the rotor shaft via an associated angular displacement enabling component, and at least two rotor blades (2b, 2d) that are connected to the rotor hub and provided for creating an airstream from a rotor assembly inflow side via a respective rotor plane to a rotor assembly outflow side, wherein the torque transmission unit is coupled to the at least two rotor blades (2b, 2d) on the rotor assembly outflow side via a pitch control unit, wherein the pitch control unit transmits to the at least two rotor blades (2b, 2d) torque that is applied from the rotor shaft to the torque transmission unit, and wherein the pitch control unit increases a respective pitch angle of the at least two rotor blades (2b, 2d) if the torque is increased, wherein the torque transmission unit comprises at least two cantilever arms (4b, 4d) that are non-rotatably mounted to the rotor shaft, and wherein an angular displacement in a range from -100° to +100° is formed between each one of the at least two cantilever arms (4b, 4d) and an associated one of the at least two rotor blades (2b, 2d) relative to the rotor shaft.
A method of identifying a dendritic cell subpopulation associated with an elite controller HIV phenotype, said method comprising: profiling an HIV-infected dendritic cell subpopulation using single cell RNA Seq (scRNA Seq); and evaluating, compared to non-infected cells, the upregulation of the following genes: GZMB, ZBED2, IL2RA, TOP2A, TYMS, MCM2, MKI67, MTHFD1, GZMH, FEN1, TMEM106C, CISH, CDK18, DNAJC9, ZWINT, PSAT1, TK1, CDCA5, TIGIT, ASF1B, DTL, POLD1, NUSAP1, GPR171, ACOT7, CD8B, CCL4, NCAPD3, CDCA7, CCNA2, MSH2, RRP12, CENPF, TBL3, TPX2, SH2D1A, TCF19, PTPN7, PPP5C, CCL3, SCCPDH, NDC80, CDC45, NCAPG, SRM, UBE2C, MCM10, BIRC5, PYCR1, WDHD1, SLC27A2, SLC38A5, RFC40, POLA1, PPAT, LMNB2, SLC29A1, TIMELESS, DHFR, RAD51, GINS23 SLC7A5, UBE2T, BUB1B, VCAM1, CENPU, IFNG, FANCG, BCAT1, KIF21A, RBBP8, TCF19, MAD2L1, CDC6, KIF23, PKMYT1, ASUN, EEF1E1, JAKMIP1, RRS1, PAM, CD320, SLC1A4, CDC20, XCL2, RUSC1, QTRT1, DCAF12, ESCO2, UTP15, MELK, CCNE2, FBXOS, NDFIP2, EXO1, MRPL46, CCNF, RRM2, NCAPG2, ICOS, CENPM, SH2D2A, SPAG5, PSMG1, THEMIS, CHAF1B, CDKN3, EMC8, TTK, POP7, LRR1, RECQL4, ZDHHC13, GMNN, SAYSD1, CEP85, RAD54L, XCL1, TEX30, SDC4, RAD51AP1, PINX1, DSCC1, STARD3NL, POLQ, CCDC51, QDPR and HIST1H1E. profiling an HIV-infected dendritic cell subpopulation using single cell RNA Seq (scRNA Seq); and evaluating, compared to non-infected cells, the upregulation of the following genes: GZMB, ZBED2, IL2RA, TOP2A, TYMS, MCM2, MKI67, MTHFD1, GZMH, FEN1, TMEM106C, CISH, CDK18, DNAJC9, ZWINT, PSAT1, TK1, CDCA5, TIGIT, ASF1B, DTL, POLD1, NUSAP1, GPR171, ACOT7, CD8B, CCL4, NCAPD3, CDCA7, CCNA2, MSH2, RRP12, CENPF, TBL3, TPX2, SH2D1A, TCF19, PTPN7, PPP5C, CCL3, SCCPDH, NDC80, CDC45, NCAPG, SRM, UBE2C, MCM10, BIRC5, PYCR1, WDHD1, SLC27A2, SLC38A5, RFC40, POLA1, PPAT, LMNB2, SLC29A1, TIMELESS, DHFR, RAD51, GINS23 SLC7A5, UBE2T, BUB1B, VCAM1, CENPU, IFNG, FANCG, BCAT1, KIF21A, RBBP8, TCF19, MAD2L1, CDC6, KIF23, PKMYT1, ASUN, EEF1E1, JAKMIP1, RRS1, PAM, CD320, SLC1A4, CDC20, XCL2, RUSC1, QTRT1, DCAF12, ESCO2, UTP15, MELK, CCNE2, FBXOS, NDFIP2, EXO1, MRPL46, CCNF, RRM2, NCAPG2, ICOS, CENPM, SH2D2A, SPAG5, PSMG1, THEMIS, CHAF1B, CDKN3, EMC8, TTK, POP7, LRR1, RECQL4, ZDHHC13, GMNN, SAYSD1, CEP85, RAD54L, XCL1, TEX30, SDC4, RAD51AP1, PINX1, DSCC1, STARD3NL, POLQ, CCDC51, QDPR and HIST1H1E.
A method performed by a User Equipment, UE, for handling Tracking Area, TA, information for the UE, wherein the UE operates in a wireless communications network, the method comprising: obtaining a TA configuration comprising a list of allowed Tracking Area Codes, TACs, for the UE, obtaining a first TAC and a first Tracking Area Part code, TAP, which first TAC relates to a TA, which TA comprises a number of TA parts, each TA part being associated with a TAP, determining a second TAC based on a combination of the first TAC and the first TAP, when the second TAC is not in the list comprised in the TA configuration, requesting updated TA information, wherein - the obtained TA configuration is a hierarchical TA configuration, - the first TAC is related to a first hierarchical level being a higher hierarchy cell level than the second hierarchical level, - each TA part comprised in the TA is associated with a TAP of the second hierarchical level, - the first TAP is related to a second hierarchical level, and - the second TAC is related to a second hierarchical level. obtaining a TA configuration comprising a list of allowed Tracking Area Codes, TACs, for the UE, obtaining a first TAC and a first Tracking Area Part code, TAP, which first TAC relates to a TA, which TA comprises a number of TA parts, each TA part being associated with a TAP, determining a second TAC based on a combination of the first TAC and the first TAP, when the second TAC is not in the list comprised in the TA configuration, requesting updated TA information, wherein - the obtained TA configuration is a hierarchical TA configuration, - the first TAC is related to a first hierarchical level being a higher hierarchy cell level than the second hierarchical level, - each TA part comprised in the TA is associated with a TAP of the second hierarchical level, - the first TAP is related to a second hierarchical level, and - the second TAC is related to a second hierarchical level. - the obtained TA configuration is a hierarchical TA configuration, - the first TAC is related to a first hierarchical level being a higher hierarchy cell level than the second hierarchical level, - each TA part comprised in the TA is associated with a TAP of the second hierarchical level, - the first TAP is related to a second hierarchical level, and - the second TAC is related to a second hierarchical level.
Method for manufacturing inductively heatable tobacco rods, the method comprising the steps of: - providing a continuous profile of a susceptor; - guiding an aerosol-forming tobacco substrate along a tobacco substrate converging device; - positioning the continuous profile of susceptor in the aerosol-forming tobacco substrate; - converging the aerosol-forming tobacco substrate to a final rod shape, wherein the step of positioning the continuous profile of susceptor in the aerosol-forming tobacco substrate is performed before performing the step of converging the aerosol-forming tobacco substrate to its final rod shape. - providing a continuous profile of a susceptor; - guiding an aerosol-forming tobacco substrate along a tobacco substrate converging device; - positioning the continuous profile of susceptor in the aerosol-forming tobacco substrate; - converging the aerosol-forming tobacco substrate to a final rod shape, wherein the step of positioning the continuous profile of susceptor in the aerosol-forming tobacco substrate is performed before performing the step of converging the aerosol-forming tobacco substrate to its final rod shape.
A polyphenolic extract of passionflower seeds, in particular Passiflora incarnata or Passiflora edulis seeds, comprising at least 30 percent by weight polyphenols, expressed as gallic acid equivalent, relative to the weight of the dry extract, and at least 10 percent by weight organic acids, relative to the weight of the dry extract, wherein said organic acids are acetic acid, malic acid, citric acid or mixtures thereof.
Frame of four supporting profiles for creating short term mobile structures, whereby each supporting profile comprises an inner side, an opposing front side, and two lateral sides (100, 102) opposing each other, as well as an open cross section opening towards the front side, for guiding technical connections, whereby the inner side is the side of the supporting profile, that is facing into the inner side of the frame, whereby the front side is the side of the supporting profile, that is facing into the opposite direction, whereby at least two first and second grooves (14, 16) are extending in the longitudinal direction of the supporting profile, whereby the first grooves comprises undercuts, and the second grooves comprises sidewalls running parallel to each other, whereby the first and second grooves (14, 16) are arranged each on different outer sides of the supporting profile, whereby a second groove is arranged on a first side of the supporting profile, and a different second groove is arranged on a second side of the supporting profile, whereby a first groove is arranged on the inner side of the supporting profile, and a different first groove is arranged on the front side of the supporting profile, whereby the supporting profile comprises at least one bearing plate, which extends with a predetermined distance in parallel with the second groove, is arranged substantial in parallel with the front side of the supporting profile, and ends even with the front side, characterised in that in the supporting profile the width of the inner side is less then the width of the front side, so that the two lateral sides (100, 102) are extending with a predetermined angle (alpha) towards the front side, to avoid a dark edge and facilitate the illumination of the complete area of the light board, when the supporting profile is used to create a light board.
A machine readable medium, on which are stored instructions, comprising instructions that when executed cause a machine to: transmit user information related to creating a session on a web browser for a web page associated with a web domain, wherein the user information includes user credentials; transmit information related to sharing the session with a second user, thereby creating a shared session; encrypt the shared session using a public key of the second user; transmit logout information related to terminating the session, thereby creating a terminated session; transmit a request to retrieve the terminated session; and receive session information related to injecting the terminated session in the web browser, thereby creating an active session. transmit user information related to creating a session on a web browser for a web page associated with a web domain, wherein the user information includes user credentials; transmit information related to sharing the session with a second user, thereby creating a shared session; encrypt the shared session using a public key of the second user; transmit logout information related to terminating the session, thereby creating a terminated session; transmit a request to retrieve the terminated session; and receive session information related to injecting the terminated session in the web browser, thereby creating an active session.
A cosmetic cleansing composition, containing a) from 0.1 to 30 wt.%, based on the total weight of the cleansing composition, of a surfactant selected from the group of the anionic, non-ionic and/or zwitterionic surfactants, and mixtures thereof, b) at least one non-neutralized, unbranched, saturated and/or unsaturated carboxylic acid having a chain length of from 14 to 30 carbon atoms in an amount of from 11 to 22 wt.% based on the total weight of the cleansing composition, and c) at least one non-ionic polymer of formula in an amount of from 0.1 to 1 wt.% based on the total weight of the cleansing composition, wherein R represents a hydrogen atom or a methyl group and n represents a whole number value of from 1,360 to 99,000. a) from 0.1 to 30 wt.%, based on the total weight of the cleansing composition, of a surfactant selected from the group of the anionic, non-ionic and/or zwitterionic surfactants, and mixtures thereof, b) at least one non-neutralized, unbranched, saturated and/or unsaturated carboxylic acid having a chain length of from 14 to 30 carbon atoms in an amount of from 11 to 22 wt.% based on the total weight of the cleansing composition, and c) at least one non-ionic polymer of formula in an amount of from 0.1 to 1 wt.% based on the total weight of the cleansing composition, wherein R represents a hydrogen atom or a methyl group and n represents a whole number value of from 1,360 to 99,000.
Top drive well drilling installation (1; 100) comprising: - a drilling tower, - one or more vertical rails (11 a, 11 b) supported by the drilling tower, - a trolley (12; 112) guided along said one or more vertical rails, - a hoisting device for moving the trolley up and down, - a tubular stem (31; 131) which is to be connected to the upper end of a drill string for rotation therewith about an axis of the drill string, - a top drive unit (30; 131) including a motor (32;132) adapted to rotate the tubular stem and thereby the connected drill string to drill a well, wherein the top drive unit is supported by the trolley, at least so as to absorb reaction torque from the motor of the top drive unit, - an elevator (40; 140a, 140b) adapted to - in an operative position - suspend the drill string, e.g. during tripping, - an elevator support assembly (45; 145) adapted to absorb the load of the suspended drill string and adapted to move the elevator between the operative position on the drill string axis and a retracted position, characterized in that the elevator support assembly is embodied as a direct drill string load bearing connection between the elevator and the trolley, independent from the top drive unit. - a drilling tower, - one or more vertical rails (11 a, 11 b) supported by the drilling tower, - a trolley (12; 112) guided along said one or more vertical rails, - a hoisting device for moving the trolley up and down, - a tubular stem (31; 131) which is to be connected to the upper end of a drill string for rotation therewith about an axis of the drill string, - a top drive unit (30; 131) including a motor (32;132) adapted to rotate the tubular stem and thereby the connected drill string to drill a well, wherein the top drive unit is supported by the trolley, at least so as to absorb reaction torque from the motor of the top drive unit, - an elevator (40; 140a, 140b) adapted to - in an operative position - suspend the drill string, e.g. during tripping, - an elevator support assembly (45; 145) adapted to absorb the load of the suspended drill string and adapted to move the elevator between the operative position on the drill string axis and a retracted position,
A method for biological decomposition of organic compounds of the group of hydrocarbons, fats, oils, waxes, and derivatives thereof as well as mixtures thereof in media polluted therewith, in the presence of at least one dispersant characterized in that the medium polluted with the organic compounds is polluted non-aqueous media and the process is performed in a two-step mode and at least one dispersant having an HLB value of 8 to 10 in admixture with petroleum destillates is first put in the medium polluted with the organic compound, and subsequently an aqueous solution containing Pseudomonas azotoformans, Pseudomonas grimontii and Pseudomonas marginalis or an aqueous solution containing Penicillium sp. and Pseudomonas azotoformans, Pseudomonas grimontii and Pseudomonas marginalis is added or an aqueous solution containing Pseudomonas azotoformans, Pseudomonas grimontii and Pseudomonas marginalis or an aqueous solution containing Penicillium sp. and Pseudomonas azotoformans, Pseudomonas grimontii and Pseudomonas marginalis is first put in the medium polluted with the organic compounds and subsequently the least one dispersant having an HLB value of 8 to 10 in admixture with petroleum destillates is added.
A bridle block for a deflector, the bridle block including a stem and a rocker arm pivotably attached to each other on a pivot axis, the stem having an attachment for a towline from a vessel, a forward portion of the rocker arm having an attachment for fore bridle lines of the deflector, and an aft portion of the rocker arm having an attachment for aft bridle lines of the deflector, and the bridle block including a hydraulic cylinder provided with at least one valve (35, 36), and the hydraulic cylinder being attached to the stem and the rocker arm to hold the stem and the rocker arm in a chosen relative position, characterized in that the at least one valve (35, 36) is designated to be operated directly or indirectly by an electric control signal from a control unit, and that the at least one valve (35, 36) takes an open position when a control signal is missing, so that an open fluid connection is formed between the piston side of a piston and a reservoir for hydraulic oil or an open fluid connection is formed between the piston-rod side of the piston and the reservoir.
Method of processing a signal including at least a component representative of a periodic phenomenon in a living being, the method including: obtaining a sequence of images showing the living being; extracting by means of remote photoplethysmography at least one vital sign signal having at least a component representative of a periodic phenomenon in a living being from the sequence of images; obtaining separate data representative of at least a periodic component of motion of the living being by carrying out video-based motion analysis of the sequence of images, wherein the obtaining separate data comprises calculating at least one motion vector for at least one subject represented in the images and filtering said at least one motion vector, and using the obtained separate data at least to suppress a component of the vital sign signal corresponding to the periodic component of motion of the living being by subtracting the filtered motion vector from said vital sign signal to obtain a disturbance reduced vital sign signal. obtaining a sequence of images showing the living being; extracting by means of remote photoplethysmography at least one vital sign signal having at least a component representative of a periodic phenomenon in a living being from the sequence of images; obtaining separate data representative of at least a periodic component of motion of the living being by carrying out video-based motion analysis of the sequence of images, wherein the obtaining separate data comprises calculating at least one motion vector for at least one subject represented in the images and filtering said at least one motion vector, and using the obtained separate data at least to suppress a component of the vital sign signal corresponding to the periodic component of motion of the living being by subtracting the filtered motion vector from said vital sign signal to obtain a disturbance reduced vital sign signal.