mhurhangee/ep-ind-claims huggingface dataset:
A personal authentication method comprising the steps of: capturing (A1; B1; C1), by using an image capturing device, a plurality of iris images of a person to be authenticated in which positions of sunlight reflections are respectively different; and performing authentication (A2-A5; B2-B5; C2-C5) by using said plurality of iris images and registered iris data, wherein said image capturing device instructs said person on a plurality of facing directions in said capturing step. capturing (A1; B1; C1), by using an image capturing device, a plurality of iris images of a person to be authenticated in which positions of sunlight reflections are respectively different; and performing authentication (A2-A5; B2-B5; C2-C5) by using said plurality of iris images and registered iris data, wherein said image capturing device instructs said person on a plurality of facing directions in said capturing step.
A steerable guidewire having an elongated body defining a longitudinally-arranged lumen (), said guidewire comprising: a) a proximal end portion; b) a distal end portion comprising a bendable portion and a tip, said bendable portion comprising a reinforcement structure located on a lateral side and a flexible, stress relief portion located on the opposed lateral side, wherein said body is substantially straight from its proximal end portion to its distal end portion; c) a pull wire connected to said bendable portion and extending therefrom up to said proximal end portion along said lumen d) an actuation region adapted to impart a tension force on the pull wire resulting in a distally-directed force to the bendable region so that the generation of a compression stress will induce a bending which is opposed to the side of the reinforcement structure, wherein the actuation region is elastic in nature, characterized in that i) said pull wire is affixed to said proximal end portion and ii) the actuation region is located along the proximal end portion and/or the elongated body. a) a proximal end portion; b) a distal end portion comprising a bendable portion and a tip, said bendable portion comprising a reinforcement structure located on a lateral side and a flexible, stress relief portion located on the opposed lateral side, wherein said body is substantially straight from its proximal end portion to its distal end portion; c) a pull wire connected to said bendable portion and extending therefrom up to said proximal end portion along said lumen d) an actuation region adapted to impart a tension force on the pull wire resulting in a distally-directed force to the bendable region so that the generation of a compression stress will induce a bending which is opposed to the side of the reinforcement structure, wherein the actuation region is elastic in nature, i) said pull wire is affixed to said proximal end portion and ii) the actuation region is located along the proximal end portion and/or the elongated body.
An insert of a joint ball mount of a shoulder joint prosthesis, wherein the insert has a first side having a recess for the reception of a joint ball and a second side which is provided and formed for mounting in a shell of the joint ball mount; wherein a snap-action mechanism extending around a center axis of the insert is arranged in the region of the second side and, viewed from the second side, has, together with a collar, an undercut extending around the center axis such that the collar can be brought by elastic deformation into undercut engagement with a correspondingly formed counter-element of the shell and such that the snap-action mechanism is interrupted at at least one point in the peripheral direction of the insert; and wherein the insert has a cylindrical guide region at the outer periphery in the region provided for the mounting in the shell, with the outer diameter of said cylindrical guide region being larger than the maximum outer diameter of the snap-action mechanism and said cylindrical guide region being arranged toward the first side, viewed from the snap-action mechanism, characterized in that the insert has a second guide region at the second side which is arranged toward the second side in the axial direction of the insert, viewed from the snap-action mechanism.
A semiconductor device comprising: a semiconductor element having a pair of electrodes; a housing having a recess for accommodating the semiconductor element; a first lead electrode and a second lead electrode exposed on the bottom surface of said recess; an adhesive layer for die bonding between the semiconductor element and the first lead electrode; and electrically conductive wires for wire bonding between one electrode of the pair of electrodes of the semiconductor element and the first lead electrode and between the other electrode and the second lead electrode, wherein the housing has at least one wall formed to extend across the bottom surface of the recess so as to divide the surface of the first lead electrode into a die bonding area and a wire bonding area; the first lead electrode has a notch which is formed by cutting off a portion of an edge of the first lead electrode so that a portion of the first lead electrode located at least just below the wall is made narrower due to the notch; and the wall and the bottom portion of said housing are connected to each other through the notch. a semiconductor element having a pair of electrodes; a housing having a recess for accommodating the semiconductor element; a first lead electrode and a second lead electrode exposed on the bottom surface of said recess; an adhesive layer for die bonding between the semiconductor element and the first lead electrode; and electrically conductive wires for wire bonding between one electrode of the pair of electrodes of the semiconductor element and the first lead electrode and between the other electrode and the second lead electrode, wherein the housing has at least one wall formed to extend across the bottom surface of the recess so as to divide the surface of the first lead electrode into a die bonding area and a wire bonding area; the first lead electrode has a notch which is formed by cutting off a portion of an edge of the first lead electrode so that a portion of the first lead electrode located at least just below the wall is made narrower due to the notch; and the wall and the bottom portion of said housing are connected to each other through the notch.
A process for producing a compound of the formula, the process comprising the following step iii, wherein the reaction step iii is performed in the presence of organic solvent(s) having an acceptor number of 0 to 50 and a water solvent, wherein the organic solvent for the reaction step iii is one or more organic solvents selected from alcohols, nitriles, carboxylic acid esters and amides: (step iii) a step of reacting a compound of the formula with hydrogen peroxide in the presence of a metal catalyst to produce the compound of the formula: wherein in the formula and the formula, R 1 is methyl, R 2 is trifluoromethyl, R 3 is difluoromethyl, and R 4 and R 5 are methyl. R 1 is methyl, R 2 is trifluoromethyl, R 3 is difluoromethyl, and R 4 and R 5 are methyl.
An air conditioner in which an air inlet provided with an inlet grille is formed in a top surface of a main unit and in which a heat exchanger and a blowing fan are disposed, in this order, in an air passage extending from the air inlet to an air outlet, wherein the inlet grille is disposed such that a front end thereof can be rotated upward about a rear end thereof, an air-purifying filter is disposed in the air passage and the air-purifying filter is joined to the inlet grille so that it can be brought to the position of an opening of the air inlet in response to the upward rotation of the front end of the inlet grille, characterized in that it comprises a pre-filter, the pre-filter, the heat exchanger and the blowing fan being disposed, in this order, in the air passage, and in that the air-purifying filter is disposed in the air passage between the heat exchanger and the pre-filter disposed on the rear side of the inlet grille.
Method of data transmission in a resistance welding current source, welding pulses being generated cyclically at a switching frequency and a pulse duration in an inverter during a welding operation, which inverter has inverter switching elements (S1, S2, S3, S4), and being applied to the primary side of a transformer and being rectified to a resulting welding current (I S) on the secondary side of the transformer by means of a rectifier which has rectifier switching elements (S5, S6), characterised in that, in a data transmission mode in the pauses of the welding operation, the impedance applied on the primary side of the transformer is increased, control pulses for initialising the data transmission mode are applied to the primary side of the transformer by a control device, which control pulses are detected on the secondary side of the transformer, whereupon the rectifier switching elements (S5, S6) of the secondary-side rectifier are actuated according to the data to be transmitted such that the current (I TR) on the primary side of the transformer is modulated using these data and the data are thereby transmitted via the transformer.
A fluid mixer characterized by having a fluid inlet (5, 8, 45, 54, 119), a first flow path (1, 9, 41, 55, 121) connected to said fluid inlet (5, 8, 45, 54, 119), a spiral flow path (2, 15, 23, 42, 53) connected to said first flow path (1, 9, 24, 41, 55, 121), a plurality of branch flow paths (4a to 4e, 44a to 44e) branched from said spiral flow path (2, 15, 23, 42, 53), a second flow path (3, 11, 28, 43, 49, 122) to which said plurality of branch flow paths (4a to 4e, 44a to 44e) are connected, and a fluid outlet (6, 10, 29, 46, 48, 120) connected to said second flow path (3, 11, 28, 43, 49, 122), said plurality of branch flow paths (4a to 4e, 44a to 44e) branching from different positions of said spiral flow path (2, 15, 23, 42, 53) and being connected with the second flow path (3, 11, 28, 43, 49, 122) at different positions of said second flow path (3, 11, 28, 43, 49, 122).
A method for transmitting an application from a Service Provider via a Trusted Service Manager to a mobile phone being equipped with a memory device comprising a plurality of memory sectors wherein the sectors are protected against unauthorized access by sector keys, wherein the method comprises: at the Service Provider, sending a request (REQ) that contains the application together with a unique identifier of the mobile phone, particularly its telephone number, to the Trusted Service Manager via a first communication channel; at the Trusted Service Manager, extracting the application and the unique identifier of the mobile phone from the received request (REQ); assigning at least one destination sector and an associated sector key of the memory device to the application; compiling the application, the sector key and a sector number of the destination sector into a setup-message (SU); encrypting the setup-message; and transmitting the setup-message (SU) via a second communication channel, preferably an over-the-air service of a Mobile Network Operator, to the mobile phone. at the Service Provider, sending a request (REQ) that contains the application together with a unique identifier of the mobile phone, particularly its telephone number, to the Trusted Service Manager via a first communication channel; at the Trusted Service Manager, extracting the application and the unique identifier of the mobile phone from the received request (REQ); assigning at least one destination sector and an associated sector key of the memory device to the application; compiling the application, the sector key and a sector number of the destination sector into a setup-message (SU); encrypting the setup-message; and transmitting the setup-message (SU) via a second communication channel, preferably an over-the-air service of a Mobile Network Operator, to the mobile phone.
Apparatus for gripping and transporting at least one ink-conducting cylinder of a printing press, the apparatus comprising carrying elements which come into contact with the journals of the cylinder, in order for it to be possible to raise the cylinder, - each carrying element comprising at least two gripping arms, by way of which a journal of the cylinder can be engaged around at least partially, - a first gripping arm being stationary and a second gripping arm being movable between an open position and a closed position, in which the journal is engaged around, characterized in that the second gripping arm can be fixed in the closed position by way of a locking device. - each carrying element comprising at least two gripping arms, by way of which a journal of the cylinder can be engaged around at least partially, - a first gripping arm being stationary and a second gripping arm being movable between an open position and a closed position, in which the journal is engaged around, characterized in that the second gripping arm can be fixed in the closed position by way of a locking device.
A method for transmitting an ACK/NACK in a wireless communication system, the method performed by a wireless device comprising: receiving a radio resource control, RRC, message from a base station, the RRC message including a first resource configuration for a first physical uplink control channel, PUCCH, format and a second resource configuration for a second PUCCH format; receiving at least one downlink, DL, grant on a physical downlink control channel, PDCCH, from the base station, the DL grant including an ACK/NACK resource indicator, ARI; receiving at least one physical downlink shared channel, PDSCH, scheduled by the at least one DL grant; selecting one of the first PUCCH format and the second PUCCH format based on a payload size of at least one ACK/NACK for the at least one PDSCH; and transmitting the at least one ACK/NACK by using the selected PUCCH format, wherein: based on the first PUCCH format being selected, the ARI indicates a PUCCH resource used for the first PUCCH format in the first resource configuration, and based on the second PUCCH format being selected, the ARI indicates a PUCCH resource used for the second PUCCH format in the second resource configuration. receiving a radio resource control, RRC, message from a base station, the RRC message including a first resource configuration for a first physical uplink control channel, PUCCH, format and a second resource configuration for a second PUCCH format; receiving at least one downlink, DL, grant on a physical downlink control channel, PDCCH, from the base station, the DL grant including an ACK/NACK resource indicator, ARI; receiving at least one physical downlink shared channel, PDSCH, scheduled by the at least one DL grant; selecting one of the first PUCCH format and the second PUCCH format based on a payload size of at least one ACK/NACK for the at least one PDSCH; and transmitting the at least one ACK/NACK by using the selected PUCCH format, wherein: based on the first PUCCH format being selected, the ARI indicates a PUCCH resource used for the first PUCCH format in the first resource configuration, and based on the second PUCCH format being selected, the ARI indicates a PUCCH resource used for the second PUCCH format in the second resource configuration. based on the first PUCCH format being selected, the ARI indicates a PUCCH resource used for the first PUCCH format in the first resource configuration, and based on the second PUCCH format being selected, the ARI indicates a PUCCH resource used for the second PUCCH format in the second resource configuration.
A compound of Formula I: wherein: R 1 is X 2 is O or NH; R 2 is CH 3, n is 0 or 1; R 3 is;and W is -CH 2 - or-C; or a pharmaceutically acceptable salt, solvate thereof, or stereoisomer thereof, wherein the compound of Formula I is not R 1 is X 2 is O or NH; R 2 is CH 3, n is 0 or 1; R 3 is;and W is -CH 2 - or-C; or a pharmaceutically acceptable salt, solvate thereof, or stereoisomer thereof, wherein the compound of Formula I is not
Rechargeable battery pack for a handheld power tool, having a cell holder and at least one rechargeable battery cell, wherein the cell holder receives the at least one rechargeable battery cell, and wherein the rechargeable battery cell has a lateral surface which runs parallel to a longitudinal axis (x), wherein the lateral surface is delimited by two end faces which are perpendicular to the longitudinal axis (x) and at which the electrical poles of the rechargeable battery cell are located; characterized in that at least one elastic, thermally conductive insert is arranged between at least one end face of the rechargeable battery cell and a wall of the rechargeable battery pack housing which runs substantially parallel to the end face of the rechargeable battery cell, wherein the elastic, thermally conductive insert is in thermal contact with the end face of the rechargeable battery cell and dissipates heat from the rechargeable battery cell in the direction of the wall of the rechargeable battery pack housing; and wherein at least one heat-spreading element is arranged between the at least one elastic thermally conductive insert and the wall of the rechargeable battery pack housing in the region of the at least one end face of the at least one rechargeable battery cell, wherein the heat-spreading element is in thermal contact with the elastic, thermally conductive insert and with the wall of the rechargeable battery pack housing and ensures heat is uniformly applied to the wall of the rechargeable battery pack housing.
A mechanical seal device for a drive shaft extending through an opening in the hull of a watercraft, said device being adapted to prevent leakage of water into said hull through said opening, said drive shaft being rotatable about an axis of rotation that coincides with its longitudinal axis, which device comprises a stationary part couplable to said hull and a rotary part, rotatably coupled to said stationary part and integrally connected to said drive shaft, the stationary part and the rotary part being provided with a stationary annular sliding element and a rotary annular sliding element respectively, said annular sliding elements (10, 20) are each provided with a flat contact face (100, 200) and the two contact faces (100, 200) being in coplanar relationship and in contact with each other, characterized in that both said stationary part and said rotary part are provided with biasing means for urging said stationary annular sliding element and said rotary annular sliding element respectively towards each other, said biasing means being contained in water-tight chambers formed by at least two sealing rings (50, 51) for each annular sliding element (10, 20), one or more calibrating pins being provided, which are insertable into one or more threaded seats provided in said stationary part and/or said rotary part, which pins project to a predetermined length in their coupled state and fitting into corresponding seats formed in said rotary annular sliding element and/or in said stationary annular sliding element, such that said calibrating pins act as limit stops for the movements of said rotary annular sliding element toward said rotary part and/or of said stationary annular sliding element toward said stationary part respectively.
Iron comprising a heating body comprising a steam-generating chamber for producing a flow of steam and a steam-distribution circuit for carrying the flow of steam to at least one steam outlet hole, said circuit comprising a recess in which is arranged a retaining device comprising a filtering screen intended for retaining scale particles transported by the flow of steam, said recess having an open end through which the flow of steam penetrates the recess, characterised in that the recess forms a dead end from which the flow of steam escapes towards the steam outlet hole by passing back through said open end, the flow of steam penetrating the recess and the flow of steam leaving the recess being arranged side by side in the same thickness of the heating body.
Telescopic strut for a stabilizing means for a device for lifting loads, in particular for a hanger for vehicles or vehicle parts, wherein the telescopic strut is composed of an outer tube and of an inner tube guided in said outer tube, wherein the inner tube is movable in a longitudinal direction in the outer tube, wherein a number of sliding shoes is attached to the outer tube for the purposes of guiding the inner tube, wherein the sliding shoes have each been introduced from the outside into an opening in the wall of the outer tube and protrude inwardly for the purposes of guiding the inner tube, characterized in that the sliding shoes have a substantially T-shaped cross section, wherein the small-area part of the sliding shoe is led through the opening of the outer tube from the outside, and wherein an overhanging wide part of the sliding shoe, as a bearing surface, bears against the outer tube from the outside and is connected, in particular screwed, to the outer tube in the region of the bearing surface, and in that a spacer is introduced in each case between the outer side of the outer tube and the bearing surface of the sliding shoe. wherein the telescopic strut is composed of an outer tube and of an inner tube guided in said outer tube, wherein the inner tube is movable in a longitudinal direction in the outer tube, wherein a number of sliding shoes is attached to the outer tube for the purposes of guiding the inner tube, wherein the sliding shoes have each been introduced from the outside into an opening in the wall of the outer tube and protrude inwardly for the purposes of guiding the inner tube, characterized in that the sliding shoes have a substantially T-shaped cross section, wherein the small-area part of the sliding shoe is led through the opening of the outer tube from the outside, and wherein an overhanging wide part of the sliding shoe, as a bearing surface, bears against the outer tube from the outside and is connected, in particular screwed, to the outer tube in the region of the bearing surface, and in that a spacer is introduced in each case between the outer side of the outer tube and the bearing surface of the sliding shoe.