mhurhangee/patent-ind-claim-en huggingface dataset:
A method of authenticating a user to a service provider , the method comprising: receiving an authentication request from a service provider at a terminal using a network wherein the authentication request includes one or more identifiers of acceptable identity providers; comparing, at the terminal , the one or more identifiers of acceptable identity providers with one or more supported identity provider identifiers stored in a memory of the terminal ; if at least one of said one or more identifiers of acceptable identity providers matches at least one supported identity provider identifier: displaying an acceptable identity provider associated with said matching identifier to a user of the terminal ; selecting one acceptable identity provider displayed to the user of the terminal ; and sending the authentication request from the terminal to the selected acceptable identity provider using the network ; and if none of said one or more identifiers of acceptable identity providers matches at least one supported identity provider identifier: forwarding the authentication request to an acceptable identity provider from the terminal ; and if the authentication request is forwarded to said acceptable identity provider , receiving the authentication request at said acceptable identity provider . receiving an authentication request from a service provider at a terminal using a network wherein the authentication request includes one or more identifiers of acceptable identity providers; comparing, at the terminal , the one or more identifiers of acceptable identity providers with one or more supported identity provider identifiers stored in a memory of the terminal ; if at least one of said one or more identifiers of acceptable identity providers matches at least one supported identity provider identifier: displaying an acceptable identity provider associated with said matching identifier to a user of the terminal ; selecting one acceptable identity provider displayed to the user of the terminal ; and sending the authentication request from the terminal to the selected acceptable identity provider using the network ; displaying an acceptable identity provider associated with said matching identifier to a user of the terminal ; selecting one acceptable identity provider displayed to the user of the terminal ; and sending the authentication request from the terminal to the selected acceptable identity provider using the network ; and if none of said one or more identifiers of acceptable identity providers matches at least one supported identity provider identifier: forwarding the authentication request to an acceptable identity provider from the terminal ; and if the authentication request is forwarded to said acceptable identity provider , receiving the authentication request at said acceptable identity provider . forwarding the authentication request to an acceptable identity provider from the terminal ; and if the authentication request is forwarded to said acceptable identity provider , receiving the authentication request at said acceptable identity provider .
Fluid line component with a fluid duct , a sealing surface which surrounds the outlet of the fluid duct on an outer side of the fluid line component , and an axial seal which bears against the sealing surface and can be brought to bear against an opposite surface of a mating piece in order to connect the fluid duct leaktightly to a duct in the mating piece , wherein the axial seal has a support and a sealing element which is assembled on the support , wherein the support can be displaced relative to the sealing surface , characterized in that the support has an L-shaped cross-section with a leg which forms a cylindrical surface concentric with the centre axis of the seal, and a leg which forms an annular surface extending radially with respect to the centre axis.
A drug delivery device having a driver locking feature comprising, a cartridge holder configured to contain a cartridge of medicament connected to a dose dialing assembly, where the dose dialing assembly comprises an outer housing and an inner stationary housing having at least one internal groove (30; 31) on an inner surface; a driver positioned within the inner housing ; at least one flexible tab that engages the internal groove (30; 31) to form a detent during dose dialing to provide both a tactile and audile feedback to the user; characterized in that the drug delivery device further comprises a blocking member (11; 11') slidably positioned inside the driver that locks the flexible tab into the groove (30; 31) during dose dispensing such that the driver follows the path of the groove, wherein the at least one flexible tab is part of the driver or part of the blocking member or a stand-alone component.
A method for adjusting at least one brake element of a sheet brake in a delivery of a sheet-processing printing press, wherein a control apparatus provides an adjustment for the brake element in dependence on at least one piece of information for covering a sheet with a medium, wherein the adjustment for the brake element comprises the use of a region which is at least partially covered by a medium and extends in a sheet travel direction (BLR) from the sheet front edge to the sheet rear edge over a sub-region of the sheet width, wherein the region partially covered by the medium is a region printable by the printing press and wherein the contact of the brake element with the sheet and/or a suction air of the brake element in at least one sub-region of the region covered with the medium is reduced or canceled during sheet braking.
An in vitro method for expanding natural killer (NK) cells of a given KIR specificity, said method comprising: (a) selecting a donor having educated NK cells of a said given KIR specificity, wherein the educated NK cells express KIR specific for self HLA class I molecules; (b) providing leukocyte cells from said donor, wherein said leukocytes comprise NK cells; (c) contacting said donor NK cells with a stimulator of one or both of the paired receptors CD94/NKG2C and CD94/NKG2A; and (d) selectively expanding NK cells having said KIR specificity, which cells are NKG2C positive and NKG2A negative, to produce a population of cells comprising said expanded NK cells. (a) selecting a donor having educated NK cells of a said given KIR specificity, wherein the educated NK cells express KIR specific for self HLA class I molecules; (b) providing leukocyte cells from said donor, wherein said leukocytes comprise NK cells; (c) contacting said donor NK cells with a stimulator of one or both of the paired receptors CD94/NKG2C and CD94/NKG2A; and (d) selectively expanding NK cells having said KIR specificity, which cells are NKG2C positive and NKG2A negative, to produce a population of cells comprising said expanded NK cells.
A method of identifying occupants in a vehicle for enhancing the traveling experience dependent on who the occupants are, the method comprising: - detecting, by a sensor , at least a first occupant in a vehicle; - (S2) identifying a first occupant using identification data of the first occupant; - (S3) identifying a second occupant using identification data of the second occupant; - (S5) associating the first occupant with an unique identity and storing the association in a memory ; - (S6) associating the second occupant with an unique identity and storing the association in the memory ; - (S7b) identifying a data session in the vehicle, wherein the data session is a multimedia session; - (S8b) associating the data session with the combination of the unique identity of the first occupant and the unique identity of the second occupant; - (S9) storing the association as association data together with a timestamp in the memory ; - detecting and identifying that the first occupant is together with the second occupant; - (S10) retrieving previously stored association data from the memory based on the combination of unique identities of the first and the second occupants, for determining a previous data session associated with the first and the second occupants at an earlier point in time; and - (S11) generating a data session suggestion based on the retrieved previously stored association data - detecting, by a sensor , at least a first occupant in a vehicle; - (S2) identifying a first occupant using identification data of the first occupant; - (S3) identifying a second occupant using identification data of the second occupant; - (S5) associating the first occupant with an unique identity and storing the association in a memory ; - (S6) associating the second occupant with an unique identity and storing the association in the memory ; - (S7b) identifying a data session in the vehicle, wherein the data session is a multimedia session; - (S8b) associating the data session with the combination of the unique identity of the first occupant and the unique identity of the second occupant; - (S9) storing the association as association data together with a timestamp in the memory ; - detecting and identifying that the first occupant is together with the second occupant; - (S10) retrieving previously stored association data from the memory based on the combination of unique identities of the first and the second occupants, for determining a previous data session associated with the first and the second occupants at an earlier point in time; and - (S11) generating a data session suggestion based on the retrieved previously stored association data
An ethylenically unsaturated monomer according to structure (D.I): R 18 -R 14 -R 13 -R 12 -R 11 (D.I). R 12 is absent or is a bivalent linking group, R 13 is bivalent polyether group, R 14 is absent or is a bivalent linking group; R 18 is a moiety having a site of ethylenic unsaturation; and R 11 is a tri-substituted aromatic group according to the structure D.XII wherein R 1 , R 2 and R 3 are independently selected from the following structures D.XIIIa, D.XIIIb, D.XIIIc, D.XIIId: or a C 2 -C 30 branched or linear alkyl group or alkenyl group; wherein at least one of R 1 , R 2 and R 3 is the C 2 -C 30 branched or linear alkyl group or alkenyl group, and at least one of R 1 , R 2 and R 3 is selected from structure D.XIIIa, D.XIIIb, D.XIIIc, or D.XIIId. R 12 is absent or is a bivalent linking group, R 13 is bivalent polyether group, R 14 is absent or is a bivalent linking group; R 18 is a moiety having a site of ethylenic unsaturation; and R 11 is a tri-substituted aromatic group according to the structure D.XII wherein R 1 , R 2 and R 3 are independently selected from the following structures D.XIIIa, D.XIIIb, D.XIIIc, D.XIIId: or a C 2 -C 30 branched or linear alkyl group or alkenyl group; wherein at least one of R 1 , R 2 and R 3 is the C 2 -C 30 branched or linear alkyl group or alkenyl group, and at least one of R 1 , R 2 and R 3 is selected from structure D.XIIIa, D.XIIIb, D.XIIIc, or D.XIIId. or a C 2 -C 30 branched or linear alkyl group or alkenyl group; wherein at least one of R 1 , R 2 and R 3 is the C 2 -C 30 branched or linear alkyl group or alkenyl group, and at least one of R 1 , R 2 and R 3 is selected from structure D.XIIIa, D.XIIIb, D.XIIIc, or D.XIIId.
A system for automated operation of a host-vehicle , said system comprising: a controller configured to operate the host-vehicle during automated operation of the host-vehicle and do so in accordance with a parameter stored in the controller , determine when an operator of the host-vehicle uses a vehicle-control-input to override the controller and thereby manually operate the host-vehicle in a manner different from that which is in accordance with the parameter stored in the controller for use by the controller during future automated operation of the host-vehicle , wherein the parameter is modified based on the manner of the operator , characterized by a path-planner device used by the controller to select a host-travel-lane for the host-vehicle based on a lane-preference-parameter , and characterized in that the controller is configured to modify the lane-preference-parameter when the operator operates the host-vehicle to steer the host-vehicle into a different-lane. a controller configured to operate the host-vehicle during automated operation of the host-vehicle and do so in accordance with a parameter stored in the controller , determine when an operator of the host-vehicle uses a vehicle-control-input to override the controller and thereby manually operate the host-vehicle in a manner different from that which is in accordance with the parameter stored in the controller for use by the controller during future automated operation of the host-vehicle , wherein the parameter is modified based on the manner of the operator , characterized by a path-planner device used by the controller to select a host-travel-lane for the host-vehicle based on a lane-preference-parameter , and characterized in that the controller is configured to modify the lane-preference-parameter when the operator operates the host-vehicle to steer the host-vehicle into a different-lane.
An abnormality detection device comprising: an acquisition unit , which acquires a plurality of opening degree data indicating an opening degree of a valve included in a vehicle, the opening degree being measured during a certain period; an integration unit , which calculates an integrated value of a plurality of differences by integrating the plurality of differences between a plurality of opening degree actual measurement values indicated by the plurality of opening degree data acquired by the acquisition unit and an opening degree target value of the valve; and a determination unit , which determines that there is an abnormality in the vehicle, characterized in that the integration unit calculates a normalized integrated value by normalizing the integrated value based on an actual number of times that the opening degree actual measurement values are changed by a certain amount during the certain period, and the determination unit determines that there is an abnormality in the vehicle when the normalized integrated value integrated by the integration unit is higher than a certain value. an acquisition unit , which acquires a plurality of opening degree data indicating an opening degree of a valve included in a vehicle, the opening degree being measured during a certain period; an integration unit , which calculates an integrated value of a plurality of differences by integrating the plurality of differences between a plurality of opening degree actual measurement values indicated by the plurality of opening degree data acquired by the acquisition unit and an opening degree target value of the valve; and a determination unit , which determines that there is an abnormality in the vehicle, characterized in that the integration unit calculates a normalized integrated value by normalizing the integrated value based on an actual number of times that the opening degree actual measurement values are changed by a certain amount during the certain period, and the determination unit determines that there is an abnormality in the vehicle when the normalized integrated value integrated by the integration unit is higher than a certain value.
A method comprising receiving, by a first apparatus of a communication system from a second apparatus of the communication system a transport block containing a plurality of code blocks; detecting , in the first apparatus , a number of failed code blocks in the transport block and a corresponding feedback size indicator received from the second apparatus via control channel signalling; selecting , in the first apparatus , a format of a hybrid automatic repeat request, HARQ, feedback message to be generated based on an indexed table corresponding to the feedback size indicator wherein the format is chosen from the indexed table in accordance with the number of erroneous code blocks in the transport block and corresponds to a feedback type indicator in the indexed table; generating , in the first apparatus , the hybrid automatic repeat request, HARQ, feedback message based on the number of failed code blocks in the transport block, wherein the generated hybrid automatic repeat request, HARQ, feedback message is of the selected format and indicates each failed code block in the transport block if any; and causing , in the first apparatus , transmission of the generated hybrid automatic repeat request, HARQ, feedback message to the second apparatus the hybrid automatic repeat request feedback message including, in case at least one code block in the transport block is erroneous, a decoder performance metric in terms of a decoder state information, and the feedback type indicator in the header of the feedback message. receiving, by a first apparatus of a communication system from a second apparatus of the communication system a transport block containing a plurality of code blocks; detecting , in the first apparatus , a number of failed code blocks in the transport block and a corresponding feedback size indicator received from the second apparatus via control channel signalling; selecting , in the first apparatus , a format of a hybrid automatic repeat request, HARQ, feedback message to be generated based on an indexed table corresponding to the feedback size indicator wherein the format is chosen from the indexed table in accordance with the number of erroneous code blocks in the transport block and corresponds to a feedback type indicator in the indexed table; generating , in the first apparatus , the hybrid automatic repeat request, HARQ, feedback message based on the number of failed code blocks in the transport block, wherein the generated hybrid automatic repeat request, HARQ, feedback message is of the selected format and indicates each failed code block in the transport block if any; and causing , in the first apparatus , transmission of the generated hybrid automatic repeat request, HARQ, feedback message to the second apparatus the hybrid automatic repeat request feedback message including, in case at least one code block in the transport block is erroneous, a decoder performance metric in terms of a decoder state information, and the feedback type indicator in the header of the feedback message.
A process for extracting rare-earth elements contained in a permanent magnet, more particularly of NdFeB type, optionally to which rare-earth elements have been added, comprising the steps of: a) heat treating the permanent magnet at a temperature greater than or equal to the Curie temperature thereof, b) grinding of the magnet resulting from the heat treatment step, the particles resulting from the grinding being classified in order to select the particles having, for 80% to 90% thereof, a size of less than 2 mm, c) treating, with stirring, the particles selected at the end of the grinding step with a solution containing an organic acid, d) separating a liquid phase from an optional solid phase at the end of the treatment with the solution containing the acid, e) separating the iron. a) heat treating the permanent magnet at a temperature greater than or equal to the Curie temperature thereof, b) grinding of the magnet resulting from the heat treatment step, the particles resulting from the grinding being classified in order to select the particles having, for 80% to 90% thereof, a size of less than 2 mm, c) treating, with stirring, the particles selected at the end of the grinding step with a solution containing an organic acid, d) separating a liquid phase from an optional solid phase at the end of the treatment with the solution containing the acid, e) separating the iron.
Method for safe operation of a welding apparatus , low-voltage pulses (P(U1)) occurring on a low-voltage side of the welding apparatus being transformed into high-voltage pulses (P(U2)) occurring on a high-voltage side of the welding apparatus , an arc being ignited between an electrode and a workpiece (W) during an ignition mode and/or idling mode using the high-voltage pulses (P(U2)), characterized in that, in the ignition mode and/or in the idling mode and/or in a welding mode, a time window (T) that extends from a starting time point (Ta) to an end time point (Te) is provided, an amount of ignition energy (E) occurring at the electrode being determined during the time window (T) and compared with an energy limit value (G), and in that an action (A) is triggered in the event of the energy limit value (G) being exceeded, in order to prevent further high-voltage pulses (P(U2)) in the time window (T).
A method for screening for a human induced pluripotent stem cell line exhibiting no differentiation resistance, comprising the steps of: (i) measuring expression of C4orf51 mRNA, and (ii) selecting a human induced pluripotent stem cell line in which an expression level of C4orf51 mRNA is similar to the expression level of a control ES cell line or a control induced pluripotent stem cell line known to exhibit no differentiation resistance, or lower than the expression level of an induced pluripotent stem cell line known to exhibit differentiation resistance. (i) measuring expression of C4orf51 mRNA, and (ii) selecting a human induced pluripotent stem cell line in which an expression level of C4orf51 mRNA is similar to the expression level of a control ES cell line or a control induced pluripotent stem cell line known to exhibit no differentiation resistance, or lower than the expression level of an induced pluripotent stem cell line known to exhibit differentiation resistance.
A crop growth measurement system for calculating a growth index of a crop based on crop images, comprising: an image taker configured to obtain a plurality of images of a target crop at different positions while moving up and down at preset intervals with respect to the target crop of which the growth index is desired to be calculated; an image processor configured to register the plurality of images of the target crop at the different positions into a single image for the target crop, and an image-taking controller configured to determine a number of images to be obtained by the image taker and a moving interval of the image taker based on the number of images to be obtained, based on information about a distance between the target crop and a background crop which is placed relatively behind the target crop, wherein the image-taking controller determines so that the number of images to be obtained is in inverse proportion to the distance between the background crop and the target crop. an image taker configured to obtain a plurality of images of a target crop at different positions while moving up and down at preset intervals with respect to the target crop of which the growth index is desired to be calculated; an image processor configured to register the plurality of images of the target crop at the different positions into a single image for the target crop, and an image-taking controller configured to determine a number of images to be obtained by the image taker and a moving interval of the image taker based on the number of images to be obtained, based on information about a distance between the target crop and a background crop which is placed relatively behind the target crop, wherein the image-taking controller determines so that the number of images to be obtained is in inverse proportion to the distance between the background crop and the target crop.