mhurhangee/ep-ind-claims huggingface dataset:
A T cell receptor molecule containing an alpha chain portion and a beta chain portion, wherein the alpha chain portion contains three complementarity determining regions (CDRs): CDR1α: SSYSPS; CDR2α: YTSAATL; and CDR3α: WSPFSGGGADGLT or SPFSGGGADGLT, wherein the beta chain portion contains three complementarity determining regions (CDRs): CDR1β: DFQATT; CDR2β: SNEGSKA; and CDR3β: SARDGGEG or RDGGEGSETQY, and wherein up to three amino acid residues in one or more of the CDRs are replaced by another amino acid residue, which TCR molecule is able to bind to an HLA-A2/RFMPNAPYL complex. CDR1α: SSYSPS; CDR2α: YTSAATL; and CDR3α: WSPFSGGGADGLT or SPFSGGGADGLT, CDR1β: DFQATT; CDR2β: SNEGSKA; and CDR3β: SARDGGEG or RDGGEGSETQY, and
A medical device including a support structure having a circumferential periphery extending in a circumferential direction, the support structure including a plurality of interconnected strut elements extending at least partially in a direction normal to the circumferential direction, the strut elements being movable relative to one another in the circumferential direction; and a plurality of magnetic elements having an axis extending from one pole to the other, the magnetic elements disposed on adjacent strut elements, such that their axes follow the circumference of the support structure and are substantially perpendicular to the longitudinal axis of the support structure whereby a circumferentially facing side of a strut element and an adjacent opposing circumferentially facing side of a strut element are provided with the same magnetic polarity so as to generate a magnetic repulsive force between one another, said magnetic repulsive force acting to bias the strut elements away from one another in the circumferential direction.
A pressure vessel for use in seawater desalination or water purification by reverse osmosis, comprising a pipe body formed by winding into layers continuous fibers by filament winding, wherein the pressure vessel is furnished, at each end in the axial direction of the pipe body, with an occluding cover for occluding the pipe body, the pipe body being constituted by a helical layer formed by helical winding of fibers, and first and second hoop layers (8,9) formed by hoop winding of fibers, characterized by the peripheral surface of the pipe body being furnished, inward from the occluding covers in the pipe body axial direction, with inflow/outflow parts through which fluid flows in or out from the peripheral surface of the pipe body, a seal layer being furnished as the innermost layer, the helical layer being furnished, at each end in the axial direction of the pipe body, with a divergent part diverging outward from the seal layer in the circumferential direction and extending from at least a location outward from the occluding cover in the pipe body axial direction to a location inward from the inflow/outflow part in the pipe body axial direction, the first hoop layer being furnished between the seal layer and the divergent part of the helical layer, and the second hoop layer being furnished at the outer circumference of the helical layer, and extending from a location outward from the occluding cover in the pipe body axial direction to a location inward from the inflow/outflow part in the pipe body axial direction.
Assembly for temporarily attaching a vertical masonry guide to an inner leaf of a cavity wall during laying of the bricks of an outer leaf of a cavity wall, comprising: an inner leaf attaching part for attaching the assembly to the inner leaf; a masonry guide attaching part for attaching the assembly to the masonry guide; and a connecting part for mutually connecting the inner leaf attaching part and the masonry guide attaching part, characterized in that the connecting part is provided with a weakened portion close to the outer side of the outer leaf so that it can be easily broken away at this position. an inner leaf attaching part for attaching the assembly to the inner leaf; a masonry guide attaching part for attaching the assembly to the masonry guide; and a connecting part for mutually connecting the inner leaf attaching part and the masonry guide attaching part, characterized in that the connecting part is provided with a weakened portion close to the outer side of the outer leaf so that it can be easily broken away at this position.
A method of producing an alkyl ester of 4-(5-(bis(2-hydroxyethyl)amino)-1-methyl-1 H -benzo[d]imidazol-2-yl)butyric acid, comprising a step of reacting an alkyl ester of 4-(5-amino-1-methyl-1 H -benzo[d]imidazol-2-yl)butyric acid with glycolaldehyde dimer in a reaction medium comprised of organic solvent, a glycolaldehyde dimer dissociation catalyst and a reducing agent to form the alkyl ester of 4-(5-(bis(2-hydroxyethyl)amino)-1-methyl-1 H -benzo[d]imidazol-2-yl)butyric acid, wherein: the glycolaldehyde dimer is added incrementally to a mixture comprising the alkyl ester of 4-(5-amino-1-methyl-1 H -benzo[d]imidazol-2-yl)butyric acid, an organic solvent, a glycolaldehyde dimer dissociation catalyst and a reducing agent; or: the glycolaldehyde dimer and the reducing agent are added incrementally to a mixture comprising the alkyl ester of 4-(5-amino-1-methyl-1 H- benzo[d]imidazol-2-yl)butyric acid, an organic solvent, and a glycolaldehyde dimer dissociation catalyst.
A process for preparing an aliphatic or semiaromatic polyamide, in which a) a prepolymer of the aliphatic or semiaromatic polyamide is provided, b) the prepolymer provided in step a) is subjected to a solid state polymerization in a closed vessel at a temperature within a range from 200 to 290°C and a pressure within a range from 1.5 to 20 bar in the presence of a gas which is inert under the treatment conditions. a) a prepolymer of the aliphatic or semiaromatic polyamide is provided, b) the prepolymer provided in step a) is subjected to a solid state polymerization in a closed vessel at a temperature within a range from 200 to 290°C and a pressure within a range from 1.5 to 20 bar in the presence of a gas which is inert under the treatment conditions.
A dual battery system comprising an activation device with a circuit-breaker unit, which system comprises - a power battery system connected to an electrical system comprising a starter motor and an ignition lock circuit for a vehicle, and - a starter battery system adapted to being connected in parallel with said power battery system via said circuit-breaker unit, which circuit-breaker unit is switchable between an open state and a closed state, in which latter state said starter battery system is adapted to supplying said electrical system with energy, characterised in that the activation device comprises - a control unit adapted to switch said circuit-breaker unit between said open and closed states; - a signal unit adapted to generate a voltage signal y 1 and conveying a voltage signal y via an ignition lock connection to said ignition lock circuit, - a monitoring unit adapted to monitor a voltage signal y from said ignition lock connection and generating a monitoring signal on the basis of said voltage signal y monitored, and - a processor unit adapted to compare the monitoring signal with at least one predetermined detection criterion and generating on the basis of said comparison a control signal which is conveyed to said control unit which is adapted to switching said circuit-breaker unit on the basis of said control signal. - a power battery system connected to an electrical system comprising a starter motor and an ignition lock circuit for a vehicle, and - a starter battery system adapted to being connected in parallel with said power battery system via said circuit-breaker unit, which circuit-breaker unit is switchable between an open state and a closed state, in which latter state said starter battery system is adapted to supplying said electrical system with energy, characterised in that the activation device comprises - a control unit adapted to switch said circuit-breaker unit between said open and closed states; - a signal unit adapted to generate a voltage signal y 1 and conveying a voltage signal y via an ignition lock connection to said ignition lock circuit, - a monitoring unit adapted to monitor a voltage signal y from said ignition lock connection and generating a monitoring signal on the basis of said voltage signal y monitored, and - a processor unit adapted to compare the monitoring signal with at least one predetermined detection criterion and generating on the basis of said comparison a control signal which is conveyed to said control unit which is adapted to switching said circuit-breaker unit on the basis of said control signal.
A cooking apparatus comprising: a cavity unit having a cooking chamber therein; a door unit on the cavity unit, opening and closing an opening of the cavity unit; a heater (300, 700, 800) in at least one of upper, rear and lower parts of the cavity unit, generating hot air to be supplied to the cooking chamber; a cooking container (1, 2, 3, 4) including a housing unit which has an entrance through which hot air enters, and a support unit on the housing unit and on which one or more cooking objects to be cooked by the hot air are placed; and an agitation unit configured to directly contact the cooking object(s) on the cooking container (1, 2, 3, 4) and turn or mix the cooking object, characterized in that the agitation unit comprises: an agitating body fixedly engaged with side walls of the cavity unit or cooking chamber, and extending across the cooking chamber; and a contact plate extending from a surface of the agitating body, configured to contact the cooking object(s), wherein the contact plate comprises a plurality of plate portions on a distal end thereof, wherein the contact plate comprises a material having a certain degree of elasticity, and wherein the plate portions respectively deform their shape when the plate portions come into contact with the cooking object(s). a cavity unit having a cooking chamber therein; a door unit on the cavity unit, opening and closing an opening of the cavity unit; a heater (300, 700, 800) in at least one of upper, rear and lower parts of the cavity unit, generating hot air to be supplied to the cooking chamber; a cooking container (1, 2, 3, 4) including a housing unit which has an entrance through which hot air enters, and a support unit on the housing unit and on which one or more cooking objects to be cooked by the hot air are placed; and an agitation unit configured to directly contact the cooking object(s) on the cooking container (1, 2, 3, 4) and turn or mix the cooking object, characterized in that the agitation unit comprises: an agitating body fixedly engaged with side walls of the cavity unit or cooking chamber, and extending across the cooking chamber; and a contact plate extending from a surface of the agitating body, configured to contact the cooking object(s), wherein the contact plate comprises a plurality of plate portions on a distal end thereof, wherein the contact plate comprises a material having a certain degree of elasticity, and wherein the plate portions respectively deform their shape when the plate portions come into contact with the cooking object(s). an agitating body fixedly engaged with side walls of the cavity unit or cooking chamber, and extending across the cooking chamber; and a contact plate extending from a surface of the agitating body, configured to contact the cooking object(s), wherein the contact plate comprises a plurality of plate portions on a distal end thereof, wherein the contact plate comprises a material having a certain degree of elasticity, and wherein the plate portions respectively deform their shape when the plate portions come into contact with the cooking object(s).
A chemical resistant anti-static glove comprising: at least one layer of a mixture of nitrile latex and poly(3,4-ethylenedioxythiophene)-poly(styrenesulfonate); at least one nitrile latex layer; and at least one donning layer. at least one layer of a mixture of nitrile latex and poly(3,4-ethylenedioxythiophene)-poly(styrenesulfonate); at least one nitrile latex layer; and at least one donning layer.
A pole having at least two, preferably at least three or four tubular portions (7, 8), wherein, in the assembled state of the pole, the tubular portions (7, 8) are connected together by means of at least one plug connection aligned along a pole longitudinal axis, and wherein a pole handle is arranged on a topmost tubular portion and a pole tip is arranged on a bottommost tubular portion, wherein at least one of the plug connections is realized as a positive-locking and/or non-positive-locking detachable latching device between a first tubular portion and a second tubular portion, the second tubular portion has a smaller or almost identical outside diameter compared to the inside diameter of the first tubular portion and is insertable into the first tubular portion, and the tubular portions (7, 8) are able to be fixed in their relative axial position by the positive-locking and/or non-positive-locking latching device, wherein the plug connection includes a tubular sleeve which is fastened so as be non-movable on the first tubular portion, protrudes in a protrusion region by means of the end edge of the first tubular portion facing the second tubular portion, engages under said end edge radially by way of a circumferential flange which is directed to the second tubular portion and surrounds the second tubular portion in the protrusion region, wherein a clamping element is arranged in the protrusion region between a radial inside surface of the tubular sleeve and the radial outside surface of the second tubular portion, and wherein a circumferential, inwardly open receiving groove is realized in the protrusion region delimited by end edge, radial inside surface of the tubular sleeve and flange, and the clamping element is arranged in said receiving groove, wherein the clamping element is dimensioned such that it contacts both the radial inside surface of the tubular sleeve and the radial outside surface of the second tubular portion and clamps said surfaces (6a, 8a) against one another in a resilient manner.
A magnetic resonance imaging, MRI, apparatus for obtaining a water-fat separation image, the MRI apparatus comprising: a controller configured to obtain first partial k-space data, second partial k-space data, and third partial k-space data, respectively based on a first partial echo signal, a second partial echo signal, and a third partial echo signal, which are magnetic resonance signals corresponding to a plurality of echo times with respect to an object, obtain first reconstruction image data, second reconstruction image data, and third reconstruction image data with respect to the object, respectively based on the first partial k-space data, the second partial k-space data, and the third partial k-space data, and obtain first water image data, first fat image data, and first phase image data of the object, based on the first reconstruction image data, the second reconstruction image data, and the third reconstruction image data, by using a Dixon technique, characterized in that the controller is configured to apply an output data condition such that k-space data corresponding to each of the first water image data and the first fat image data obtained using the Dixon technique are origin symmetric with respect to the center of k-space, or approximately satisfy an origin symmetry law with respect to the center of k-space to within a value equal to or greater than 95%. a controller configured to obtain first partial k-space data, second partial k-space data, and third partial k-space data, respectively based on a first partial echo signal, a second partial echo signal, and a third partial echo signal, which are magnetic resonance signals corresponding to a plurality of echo times with respect to an object, obtain first reconstruction image data, second reconstruction image data, and third reconstruction image data with respect to the object, respectively based on the first partial k-space data, the second partial k-space data, and the third partial k-space data, and obtain first water image data, first fat image data, and first phase image data of the object, based on the first reconstruction image data, the second reconstruction image data, and the third reconstruction image data, by using a Dixon technique, characterized in that the controller is configured to apply an output data condition such that k-space data corresponding to each of the first water image data and the first fat image data obtained using the Dixon technique are origin symmetric with respect to the center of k-space, or approximately satisfy an origin symmetry law with respect to the center of k-space to within a value equal to or greater than 95%.
Load carrier for use in a logistics system, to be taken from the loading surface of a vehicle in conveying direction and/or transferred to the loading surface of the vehicle, wherein the load carrier essentially has dimensions which are adapted to the loading surface of the vehicle, wherein the load carrier comprises a plurality of roller boxes recessed into its lower side with rollers mounted therein in order to be driven on said rollers in conveying direction, characterised in that the load carrier comprises a number of lashing hooks, which are coupled respectively to one of the roller boxes for the application of force to the load carrier.
Portable spraying device comprising a carrying frame, a blower unit and a reservoir for a medium to be applied, wherein a first unit with the reservoir and a second unit with the blower unit are held on the carrying frame and the first unit and the second unit are positioned at a distance (z) from each other in the vertical direction of the carrying frame, the distance (z) being chosen such that a movement gap is formed between the first, upper, unit and the second, lower, unit, characterised in that a damping stop element, which limits the movement gap and damps an elastic deflection of the first, upper, unit by a contact between the stop element and the other unit, is located on one unit (20, 30).
An apparatus for harvesting and implanting hair follicular units, comprising: an outer implanting cannula (36, 202) having an interior lumen and an open, tissue-piercing distal end (37, 234) configured for implanting a follicular unit into an implant region; and an inner harvesting cannula (38, 200) positioned coaxially relative to the implanting cannula (36, 202), the harvesting cannula (38,200) having an open, tissue-coring distal end (40, 214) and an interior lumen, the interior lumen is sized to allow an entire follicular unit to be encapsulated and fit therein, wherein the harvesting and implanting cannulas are moveable relative to each other in a reciprocating relationship, characterized in that when penetrating a donor region to harvest hair follicular units, the distal end (37, 234) of the outer implanting cannula (36,202) is located proximal to the distal end (40, 214) of the inner harvesting cannula (38, 200). an outer implanting cannula (36, 202) having an interior lumen and an open, tissue-piercing distal end (37, 234) configured for implanting a follicular unit into an implant region; and an inner harvesting cannula (38, 200) positioned coaxially relative to the implanting cannula (36, 202), the harvesting cannula (38,200) having an open, tissue-coring distal end (40, 214) and an interior lumen, the interior lumen is sized to allow an entire follicular unit to be encapsulated and fit therein, wherein the harvesting and implanting cannulas are moveable relative to each other in a reciprocating relationship, characterized in that when penetrating a donor region to harvest hair follicular units, the distal end (37, 234) of the outer implanting cannula (36,202) is located proximal to the distal end (40, 214) of the inner harvesting cannula (38, 200).
A feed forward equalizer circuit comprising: an input port for receiving an input signal; a first line connected to the input port; an output port for providing an output signal; a second line connected to the output port; a first tap element connected between the first line and the second line at respective line nodes (712, 722); at least one second tap element connected between the first line and the second line at respective line nodes (714, 724); at least one first delay element connected to the first line between the first tap element and said at least one second tap element; and at least one second delay element connected to the second line between said at least one second tap element and the first tap element; characterized in that the feed forward equalizer circuit further comprises a test input port connected to the first line and a test output port connected to the second line; and in that the test input port and the test output port are respectively connected to first and second line nodes (714, 724) associated with said at least one second tap element. an input port for receiving an input signal; a first line connected to the input port; an output port for providing an output signal; a second line connected to the output port; a first tap element connected between the first line and the second line at respective line nodes (712, 722); at least one second tap element connected between the first line and the second line at respective line nodes (714, 724); at least one first delay element connected to the first line between the first tap element and said at least one second tap element; and at least one second delay element connected to the second line between said at least one second tap element and the first tap element; characterized in that the feed forward equalizer circuit further comprises a test input port connected to the first line and a test output port connected to the second line; and in that the test input port and the test output port are respectively connected to first and second line nodes (714, 724) associated with said at least one second tap element.
A method for assisting a driver of a host vehicle in the event of a road departure, the method comprising: - collecting a set of drive parameter values, wherein each drive parameter is indicative of a present driving condition parameter for the vehicle, - calculating a collective road departure value based on the set of drive parameter values; and - when the road departure value exceeds a road departure threshold value the vehicle is estimated to have departed the road, and in response, adapting via control signals - the speed of the vehicle by a wheel torque control system and - the steering torque applied by the steering control system to the steerable wheels of the vehicle by applying an overlay steering torque, until the road departure value is below the road departure threshold value, to assist the driver to steer the vehicle back to its ego-lane. - collecting a set of drive parameter values, wherein each drive parameter is indicative of a present driving condition parameter for the vehicle, - calculating a collective road departure value based on the set of drive parameter values; and - when the road departure value exceeds a road departure threshold value the vehicle is estimated to have departed the road, and in response, adapting via control signals - the speed of the vehicle by a wheel torque control system and - the steering torque applied by the steering control system to the steerable wheels of the vehicle by applying an overlay steering torque,