mhurhangee/ep-ind-claims huggingface dataset:
A method for authenticating a security element, with the steps: - supplying at least one request signal from a verification point to an end device by means of a network; - reading out the supplied request signal by the security element and generating at least one response signal by the security element while employing the supplied at least one request signal; and - transmitting the generated at least one response signal from the security element to the verification point for comparing the at least one response signal with a stored response signal, characterized in that upon a matching of the transmitted at least one response signal with a stored response signal, a positive authenticating is effected, wherein the request signal is read out by the security element by means of imaging methods, wherein the request signal has a screen position in which the request signal is displayed, wherein the response signal is supplied by the security element by means of at least one LED, wherein the response signal of the security element is supplied to a camera, wherein the camera transfers the response signal to the verification point by means of the internet connection. - supplying at least one request signal from a verification point to an end device by means of a network; - reading out the supplied request signal by the security element and generating at least one response signal by the security element while employing the supplied at least one request signal; and - transmitting the generated at least one response signal from the security element to the verification point for comparing the at least one response signal with a stored response signal,
A method of allocating an uplink data packet resource, applied to a user equipment, comprising: receiving at least one uplink grant "UL grant" sent by a network device, determining, according to Logical Channel Prioritization "LCP" restriction corresponding to a target object, correspondence relationship between the target object and the at least one UL grant; performing resource allocation on each of the at least one UL grant according to the correspondence relationship between the target object and the at least one UL grant; the method being characterized in that: the LCP restriction comprises at least mapping relationship between the target object and a type of UL grant, and the target object is a service type or a logical channel or a logical channel group, the type of UL grant is one of dynamic scheduling, grant-free scheduling, and semi-persistent scheduling. receiving at least one uplink grant "UL grant" sent by a network device, determining, according to Logical Channel Prioritization "LCP" restriction corresponding to a target object, correspondence relationship between the target object and the at least one UL grant; performing resource allocation on each of the at least one UL grant according to the correspondence relationship between the target object and the at least one UL grant; the method being characterized in that: the LCP restriction comprises at least mapping relationship between the target object and a type of UL grant, and the target object is a service type or a logical channel or a logical channel group, the type of UL grant is one of dynamic scheduling, grant-free scheduling, and semi-persistent scheduling. the LCP restriction comprises at least mapping relationship between the target object and a type of UL grant, and the target object is a service type or a logical channel or a logical channel group, the type of UL grant is one of dynamic scheduling, grant-free scheduling, and semi-persistent scheduling.
A process for data transmission between a first wireless data transmission means and/or a second wireless data transmission means of a vehicle and a mobile device; characterised in that the process comprises the following steps: - detecting the mobile device in a support of the vehicle; - establishing an initial wireless connection between the first wireless data transmission means and the mobile device in response to detecting the mobile device over the support; - receiving information, including configuration information, over the initial wireless connection from the mobile device; - transmitting the received configuration information from the first wireless data transmission means to the second wireless data transmission means using a further connection; - establishing a second wireless connection between the second wireless data transmission means and the mobile device using the received configuration information, if the second wireless data transmission means is available; and - after establishing the second wireless connection, the first wireless data transmission means going on hold. - detecting the mobile device in a support of the vehicle; - establishing an initial wireless connection between the first wireless data transmission means and the mobile device in response to detecting the mobile device over the support; - receiving information, including configuration information, over the initial wireless connection from the mobile device; - transmitting the received configuration information from the first wireless data transmission means to the second wireless data transmission means using a further connection; - establishing a second wireless connection between the second wireless data transmission means and the mobile device using the received configuration information, if the second wireless data transmission means is available; and - after establishing the second wireless connection, the first wireless data transmission means going on hold.
Method for producing an electric switching bridge of a safety switching device, wherein a base profile, which forms the contour of the switching bridge on at least the side on which the contact is configured, is produced in a base material, wherein subsequently a wiry contact material is applied onto a contact receiving region, wherein said contact material is shaped into a contact, and wherein subsequently the switching bridge is removed from the base material.
A refrigerator comprising one or more than one refrigerating compartment or freezing compartment, a compressor providing the refrigeration cycle to be performed, a condenser providing the refrigerant fluid to be condensed, a machine room wherein the compressor and the condenser operate, one or more than one wall (6, 106) which separates the machine room and the compartment, and an axial fan disposed in the machine room which provides the condenser and the compressor to be cooled by blowing air thereon, characterized by a divider - one end of which extends towards the fan and the other end of which extends to the upper side of the condenser and the compressor in the machine room, - which at least partially surrounds the condenser and the compressor such that there is a gap between the divider and the wall (6, 106) and - separates the air flow in the axial direction formed by the fan into two parts and directs one part of the air flow towards the gap and the other part towards the condenser and the compressor. - one end of which extends towards the fan and the other end of which extends to the upper side of the condenser and the compressor in the machine room, - which at least partially surrounds the condenser and the compressor such that there is a gap between the divider and the wall (6, 106) and - separates the air flow in the axial direction formed by the fan into two parts and directs one part of the air flow towards the gap and the other part towards the condenser and the compressor.
An ex vivo method for activating a dendritic cell, which comprises: contacting a dendritic cell with a non-protein multimeric ligand that binds to a ligand binding region of a chimeric protein in the cell, which cell has been transduced or transfected with a nucleic acid that encodes the chimeric protein, wherein the chimeric protein comprises (i) a membrane targeting region, (ii)the ligand-binding region, (iii) a cytoplasmic CD40 polypeptide region lacking the CD40 extracellular domain, and (iv) a MyD88 polypeptide region, wherein the binding of the non-protein multimeric ligand to the ligand binding region results in an oligomerization of the chimeric protein, whereby the dendritic cell is activated. contacting a dendritic cell with a non-protein multimeric ligand that binds to a ligand binding region of a chimeric protein in the cell, which cell has been transduced or transfected with a nucleic acid that encodes the chimeric protein, wherein the chimeric protein comprises (i) a membrane targeting region, (ii)the ligand-binding region, (iii) a cytoplasmic CD40 polypeptide region lacking the CD40 extracellular domain, and (iv) a MyD88 polypeptide region, wherein the binding of the non-protein multimeric ligand to the ligand binding region results in an oligomerization of the chimeric protein, whereby the dendritic cell is activated.
An exhaust purification system for an internal combustion engine in which fuel is burned under an oxygen excess, in which a wall flow type particulate filter for trapping particulate matter in the exhaust gas is arranged inside of an exhaust passage, and in which ash is trapped along with particulate matter by the particulate filter, the exhaust purification system characterized in that the particulate filter carries a solid acid, the solid acid having a Hammett acidity function smaller than -0.83 and larger than -12 in the standard state (25°C, 1 atm (10 5 Pa)), and the exhaust purification system is provided with an ash atomizing means temporarily performing ash atomization processing which renders the state of the particulate filter a state where the concentration of oxygen in the exhaust gas which flows into the particulate filter is lowered and the temperature of the particulate filter is raised to remove ash from the particulate filter.
Vaporizer for the sterilization of containers, having a housing, a first opening arranged in the housing for supplying a gaseous medium to the housing, an injection device for injecting into the housing a substance which contains hydrogen peroxide (H 2 O 2), a heating device arranged inside the housing for vaporizing the hydrogen peroxide, and a second opening arranged in the housing for discharging a mixture of the gaseous medium and the vaporized hydrogen peroxide from the housing, characterized in that the longitudinal direction of the injection device extends perpendicular to a plane of the heating device, on which the hydrogen peroxide impinges and the first opening is adjoined by a pipe section which extends at least in sections in a longitudinal direction of the injection device as well as around the same, wherein the pipe section runs at least in sections inside the housing.
A boarding system for vehicle, comprising at least one pivotable sealing flap, which can be pivoted from an accessible first position into a non-accessible second position, wherein the sealing flap terminates flush with an outside of the vehicle in the non-accessible second position, wherein - the sealing flap is connected to a sliding step via at least one actuating lever and a movement of the sliding step drives the movement of the sealing flap via the actuating lever, characterised in that - the actuating lever is movably guided in a sliding step guide track and a sealing flap end of the actuating lever in a sealing plate guide track. - the sealing flap is connected to a sliding step via at least one actuating lever and a movement of the sliding step drives the movement of the sealing flap via the actuating lever, characterised in that - the actuating lever is movably guided in a sliding step guide track and a sealing flap end of the actuating lever in a sealing plate guide track.
A color filter (100, 100', 100") comprising: a substrate having a plurality of pixel areas (PA1, PA2, PA3) and a light blocking area surrounding the plurality of pixel areas (PA1, PA2, PA3); a light blocking layer on the light blocking area; a first color conversion layer on a first pixel area among the plurality of pixel areas (PA1, PA2, PA3) and configured to convert incident light (Lib, Luv) into light (Lr) of a first color; a first color filter layer on the first pixel area and between the substrate and the first color conversion layer and configured to selectively transmit the light (Lr) of the first color emitted from the first color conversion layer; and a light reflection layer including a reflective material, wherein an opening is formed in the light reflection layer to expose the first pixel area, characterized in that the light reflection layer is disposed between the first color conversion layer and the first color filter layer. a substrate having a plurality of pixel areas (PA1, PA2, PA3) and a light blocking area surrounding the plurality of pixel areas (PA1, PA2, PA3); a light blocking layer on the light blocking area; a first color conversion layer on a first pixel area among the plurality of pixel areas (PA1, PA2, PA3) and configured to convert incident light (Lib, Luv) into light (Lr) of a first color; a first color filter layer on the first pixel area and between the substrate and the first color conversion layer and configured to selectively transmit the light (Lr) of the first color emitted from the first color conversion layer; and a light reflection layer including a reflective material, wherein an opening is formed in the light reflection layer to expose the first pixel area, characterized in that the light reflection layer is disposed between the first color conversion layer and the first color filter layer.
A method for forming a fused metal nanostructured network, the method comprising, contacting metal nanowires with a fusing solution comprising a metal ion source providing metal ions wherein the metal ion source is a dissolved metal salt at a concentration from 0.0001M to 0.1M in the solution and/or an oxidizing agent effective to ionize a portion of the metal nanowires, a reducing agent source to reduce the metal ions from the metal ion source to their corresponding metal element to fuse the metal nanowires together to form the fused metal nanostructured network, wherein the contacting step comprises depositing the fusing solution on a substrate surface to form a film, with the metal nanowires either having been deposited onto the surface as a layer prior to the contacting step or the fusing solution further comprises the metal nanowires; and at least partially drying the film to form the fused metal nanostructured network, wherein the film with the substrate has a total transmission of visible light of at least about 91%. a metal ion source providing metal ions wherein the metal ion source is a dissolved metal salt at a concentration from 0.0001M to 0.1M in the solution and/or an oxidizing agent effective to ionize a portion of the metal nanowires, a reducing agent source to reduce the metal ions from the metal ion source to their corresponding metal element to fuse the metal nanowires together to form the fused metal nanostructured network, wherein the contacting step comprises depositing the fusing solution on a substrate surface to form a film, with the metal nanowires either having been deposited onto the surface as a layer prior to the contacting step or the fusing solution further comprises the metal nanowires; and at least partially drying the film to form the fused metal nanostructured network, wherein the film with the substrate has a total transmission of visible light of at least about 91%.
A user equipment comprising: a receiver configured to monitor a physical downlink control channel, PDCCH, on a secondary cell of a frame structure type 3, characterized in that for the secondary cell with the frame structure type 3, if a first possible starting position of a downlink transmission and a second possible starting position of a downlink transmission are indicated by higher layer, the user equipment monitors both a first set of candidates of the PDCCH and a second set of candidates of the PDCCH in a subframe, the first set of candidates starts on the first possible starting position, and the second set of candidates starts on the second possible starting position. a receiver configured to monitor a physical downlink control channel, PDCCH, on a secondary cell of a frame structure type 3, characterized in that for the secondary cell with the frame structure type 3, if a first possible starting position of a downlink transmission and a second possible starting position of a downlink transmission are indicated by higher layer, the user equipment monitors both a first set of candidates of the PDCCH and a second set of candidates of the PDCCH in a subframe, the first set of candidates starts on the first possible starting position, and the second set of candidates starts on the second possible starting position.
A torque estimating system for a synchronous electric motor having a permanent magnet, characterized in that the torque estimating system comprises: a superimposing unit configured to superimpose a voltage or current of a frequency different from a frequency of a fundamental wave driving the synchronous electric motor only on a d-axis of the synchronous electric motor; a magnet temperature estimating unit configured to estimate a temperature (Tm) of the permanent magnet from the superimposed voltage or current and a current or voltage obtained by the superimposing; and a torque estimating unit configured to estimate a torque of the synchronous electric motor from the estimated temperature (Tm) of the permanent magnet. a superimposing unit configured to superimpose a voltage or current of a frequency different from a frequency of a fundamental wave driving the synchronous electric motor only on a d-axis of the synchronous electric motor; a magnet temperature estimating unit configured to estimate a temperature (Tm) of the permanent magnet from the superimposed voltage or current and a current or voltage obtained by the superimposing; and a torque estimating unit configured to estimate a torque of the synchronous electric motor from the estimated temperature (Tm) of the permanent magnet.
A method of manufacturing a piece of metal alloy or of metal matrix composite materials, which method consists in: - making a preform by additive manufacturing by adding material in successive layers; - subjecting the preform to a forging operation taking place in a single step and between two dies with a view to obtaining the final shape of the piece to be obtained, characterized in that the preform contains the zones in which the powder is not bonded or is partially consolidated. - making a preform by additive manufacturing by adding material in successive layers; - subjecting the preform to a forging operation taking place in a single step and between two dies with a view to obtaining the final shape of the piece to be obtained,
An in vitro method of assembling a target polynucleotide sequence comprising at least a first double stranded polynucleotide and a second DSP, the method comprising an assembly reaction comprising the steps of: (i) providing a first single stranded polynucleotide comprising the polynucleotide sequence of one strand of the first DSP, and a second SSP comprising the polynucleotide sequence of one strand of the second DSP, (ii) providing a first primer that binds at a terminus of the first SSP and a second primer that binds at a terminus of the second SSP and converting the first SSP to the first DSP and the second SSP to the second DSP through a single polymerase-mediated extension of the first and second primers, wherein the first DSP comprises a polynucleotide sequence that is complementary to a polynucleotide sequence of the second DSP, (iii) generating a region of single stranded polynucleotide on each of the first and second DSP by forming a 3' or 5' overhang which comprises at least a portion of the complementary polynucleotide sequence; and (iv) assembling the target polynucleotide sequence by joining the first DSP to the second DSP via annealing of the complementary overhangs, wherein the ordering and directionality of each of the first and second DSP is determined by unique overhang pairing. (i) providing a first single stranded polynucleotide comprising the polynucleotide sequence of one strand of the first DSP, and a second SSP comprising the polynucleotide sequence of one strand of the second DSP, (ii) providing a first primer that binds at a terminus of the first SSP and a second primer that binds at a terminus of the second SSP and converting the first SSP to the first DSP and the second SSP to the second DSP through a single polymerase-mediated extension of the first and second primers, wherein the first DSP comprises a polynucleotide sequence that is complementary to a polynucleotide sequence of the second DSP, (iii) generating a region of single stranded polynucleotide on each of the first and second DSP by forming a 3' or 5' overhang which comprises at least a portion of the complementary polynucleotide sequence; and (iv) assembling the target polynucleotide sequence by joining the first DSP to the second DSP via annealing of the complementary overhangs, wherein the ordering and directionality of each of the first and second DSP is determined by unique overhang pairing.
An organic-inorganic composite filler (f) prepared by mixing; a polymerizable monomer (a) having at least one functional group selected from the group consisting of -OH group, -NH- group, and -NH 2 group, a polymerizable monomer (b) having no functional group selected from the group consisting of -OH group, -NH-group, and -NH 2 group, a polymerization initiator (c), an inorganic filler (d), and a silane compound (e) which generates -OH group by hydrolysis and is represented by the following formula wherein X represents halogen or -NCO, Y represents -OR, R represents H or alkyl group having 1 to 4 carbon atoms, Z represents saturated hydrocarbon group and/or an unsaturated hydrocarbon group arbitrarily containing hetero atom and having 1 to 20 carbon atoms, I + m + n = 4, I =0 to 3, m = 1 to 4, and n = 0 to 3 are satisfied.
Hub of a bicycle wheel comprising a connection portion to a brake disc and at least one spoke-holding flange axially inner with respect to said connection portion, wherein said connection portion comprises first rotational coupling members, said first rotational coupling members comprising a first annular sector, axially external with respect to said spoke-holding flange, and a second annular sector, axially external with respect to the first annular sector, said connection portion further comprising a circumferential groove axially arranged between the first and the second annular sector (33, 34) of the first rotational coupling members; characterized in that the first and the second annular sector (33, 34) comprise respective pluralities of radial projections (33c, 34c), circumferentially spaced, and having rectilinear extension in the axial direction.