mhurhangee/ep-ind-claims huggingface dataset:
An isolated monoclonal antibody, that specifically binds to a human IL-17RA of SEQ ID NO:430 and competes for binding to said IL-17RA with a reference isolated monoclonal antibody, wherein said reference antibody comprises a light chain variable domain of SEQ ID NO:40 and a heavy chain variable domain of SEQ ID NO:14 and wherein said antibody or fragment specifically binds to a polypeptide consisting of SEQ ID NO: 431, with a binding affinity of 10 -8 to 10 -10 M and does not specifically bind said polypeptide wherein the aspartic acid residue at position 152 of SEQ ID NO:431 substituted with an arginine, does not specifically bind said polypeptide wherein the aspartic acid residue at position 154 of SEQ ID NO:431 substituted with an arginine, does not specifically bind said polypeptide wherein the glutamic acid residue at position 156 of SEQ ID NO:431 substituted with an arginine does not specifically bind said polypeptide substituted with arginine at position 184 of SEQ ID NO:431, does not specifically bind said polypeptide substituted with arginine at position 186 of SEQ ID NO:431, does not specifically bind said polypeptide substituted with arginine at position 297 of SEQ ID NO:431 and does not specifically bind to a polypeptide consisting of SEQ ID NO: 436.
Device for applying a label to a container, in particular a labelling device, comprising at least one pallet, the at least one pallet having a surface region which can be supplied with an adhesive and/or solvent on which a label can be placed, in particular temporarily, and the at least one pallet and a pallet shaft connected to it are connected to a rotary machine so that the at least one pallet and the pallet shaft connected to it can be moved on a circular path about an axis, and the device has a gripper cylinder with at least one gripper, and a label temporarily placed on the at least one pallet can be picked up from the at least one pallet by the at least one gripper and transferred to a container, characterised in that the at least one pallet comprises a pallet body and a gluing element connected to it, and the surface region which can be supplied with an adhesive and/or solvent is disposed on one side of the gluing element, and the adhesive and/or solvent for the surface region which can be supplied with an adhesive and/or solvent can be supplied via another side of the gluing element.
Active transponder including a logic circuit and an RF input-output circuit, wherein said input-output circuit is formed by an input amplifier arranged between an envelope detector for a signal which can be received by an antenna of the transponder and a demodulation circuit for said signal that also forms said input-output circuit, said transponder being characterized in that it includes an activation unit (30; 30A) for said input amplifier, which is formed of a frequency changer or mixer circuit (32; 32A), which is arranged for receiving as input an envelope signal of said antenna signal and a clock signal generated by an internal clock at a clock frequency that is different from, but close to a modulation frequency of an interrogation signal of an RF system for which the transponder is intended, and which supplies as output, when it receives said interrogation signal as input, a low frequency signal, whose value is approximately equal to the difference between said modulation frequency and said clock frequency, said activation unit also including a low pass filter and low frequency amplifying means for amplifying said low frequency signal, and said activation unit supplying a wake up signal to said input amplifier when it receives an envelope signal having said modulation frequency and a sufficiently large amplitude.
Method for carrying out an autonomous parking operation of a vehicle, a communication connection being set up between a mobile device of an operator inside or outside the vehicle and the vehicle and being used to transmit at least one command for activating the autonomous parking operation of the vehicle, the vehicle autonomously moving from a starting position to a target position after the activation of the autonomous parking operation, characterized in that a) before starting the autonomous parking operation of the vehicle, characteristic environmental information relating to the target position is transmitted to the vehicle via the communication connection and is stored in an apparatus suitable for this purpose, b) before and/or during the autonomous parking operation, current environmental information captured by a sensor system of the vehicle and the characteristic environmental information relating to the target position is compared and a trajectory of the autonomous parking operation is calculated on the basis of the comparison, the characteristic environmental information relating to the target position comprising a digital image, in particular a digital photograph of the target position, and in that the characteristic environmental information relating to the target position comprises the GPS coordinates of the target position and/or the GPS coordinates of the position at which the digital image of the target position was recorded. a) before starting the autonomous parking operation of the vehicle, characteristic environmental information relating to the target position is transmitted to the vehicle via the communication connection and is stored in an apparatus suitable for this purpose, b) before and/or during the autonomous parking operation, current environmental information captured by a sensor system of the vehicle and the characteristic environmental information relating to the target position is compared and a trajectory of the autonomous parking operation is calculated on the basis of the comparison,
A method of decoding video data, the method comprising: determining a value for an advanced residual prediction, ARP, weighting factor of a current block; and when the value of the ARP weighting factor is not equal to zero: skipping decoding of an illumination compensation syntax element for the current block; and decoding the current block based at least in part on using ARP and the value of the ARP weighting factor; or when the value of the ARP weighting factor is equal to zero: decoding the illumination compensation syntax element for the current block; and decoding the current block based at least in part on the value of the illumination compensation syntax element. determining a value for an advanced residual prediction, ARP, weighting factor of a current block; and when the value of the ARP weighting factor is not equal to zero: skipping decoding of an illumination compensation syntax element for the current block; and decoding the current block based at least in part on using ARP and the value of the ARP weighting factor; or skipping decoding of an illumination compensation syntax element for the current block; and decoding the current block based at least in part on using ARP and the value of the ARP weighting factor; or when the value of the ARP weighting factor is equal to zero: decoding the illumination compensation syntax element for the current block; and decoding the current block based at least in part on the value of the illumination compensation syntax element. decoding the illumination compensation syntax element for the current block; and decoding the current block based at least in part on the value of the illumination compensation syntax element.
A method of foaming a fluid, for recovering gas from a gas well and enhancing oil production from a gas-lifted oil well penetrating a subterranean oil-bearing formation, the method comprising: introducing into the fluid a foam-forming amount of a foaming composition comprising at least one compound selected from the following: X + alkyl benzene sulfonate; X + alkylnaphthalene sulfonate; alkyldiphenyloxide disulfonate; dialkyldiphenyloxide disulfonate; X + alkyl sulfate; naphthalene sulfonate formaldehyde condensate; and combinations thereof; wherein alkyl is C6-C22; and wherein each compound or combination is compatible with a reverse osmosis membrane, wherein X + is selected from: triethanol amine, diethanol amine, monoethanol amine, and combinations thereof.
Plant for hydrogen production comprising a steam reforming reactor for the production of syngas from hydrocarbons, wherein an outlet of the reactor is connected to an inlet of a first separation module for hydrogen separation having an outlet for hydrogen and an outlet for a hydrogen-depleted stream, wherein the outlet for the hydrogen-depleted stream is connected to an inlet of a shift reactor for water gas shift reaction, wherein said first separation module comprises a thin palladium-based membrane for hydrogen separation having a thickness of 1-3 μm, wherein an outlet of the shift reactor is connected to an additional separation module, wherein the additional separation module is configured to separate hydrogen, wherein the plant further comprises a CO 2 removal unit, wherein said CO 2 removal unit is configured for receiving a hydrogen-depleted stream from said additional separation module, and wherein the CO 2 removal unit is provided with an outlet for carbon dioxide and an outlet for off-gases connected to said steam reforming reactor, wherein the plant further comprises a hydrodesulfurisation reactor, and wherein said steam reformer is connected to receive a feed from said hydrodesulfurisation reactor, wherein the plant further comprises a process gas boiler, configured for receiving syngas from said steam reformer, and wherein said first separation module is configured for receiving cooled syngas from said process gas boiler, and wherein the plant is further provided with a heat exchanger, placed between the first separation module and the shift reactor.
A production method for pre-printed paper corrugated boards, wherein the production line of said production method includes a corrugated machine, multiple guiding rolls, at least one face paper guiding roller, a roll stand, rolled face paper, a gluing device, pressure rolls,and a conveying device of the corrugated boards, wherein single-faced corrugated boards which are output by the corrugated machine, conveyed by the conveying device and glued by the gluing device in a single-side gluing manner are converged with a pre-printed paper output by the face paper guiding rolls at the pressure rolls; said pre-printed face paper is arranged on said single-faced corrugated board; and the pre-printed face paper and the corrugated board enter into the pressure rolls and are glued together to form a pre-printed corrugated board, wherein said conveying device of the corrugated boards comprises multiple guiding rolls, characterized in that the conveying device of the corrugated boards comprises a lower conveying device for conveying the single-faced corrugated boards which are output by the corrugated machine towards the gluing device, said lower conveying device being arranged in an underground passage below the roll stand, and in that the length which the lower conveying device and the underground passage are across is longer than the distance between outer diameters of two rolls of face paper supported by the roll stand.
An inertial unit comprising an inertial core that is connected to a control unit and that includes three gyros (9, 10, 11) that are mounted relative to one another so as to have sensing axes (X, Y, Z) that are substantially perpendicular to one another, the gyros being vibrating axisymmetric gyros with hemispherical resonators, the unit being characterized in that the core is mounted on a carousel arranged to drive the inertial core in rotation about an axis of rotation at at least one predetermined frequency of rotation.
A method of making a stabilised cross-linked polymer from a thermoplastic polymer, the method comprising grafting at least one polymer stabiliser on to the polymer and cross-linking the polymer to a degree of at least 25%.
A method to join a polymer-matrix reinforced composite material (4; 14) to another material (2; 12); said method comprising in succession: - a superficial removal step, during which a superficial layer (h) of polymer matrix is removed from a joining surface (4a; 14a) of said composite material (4; 14); - an assembling step, during which an intermediate joining layer (3; 13) made of a thermoplastic polymer is interposed between said composite material (4; 14) and said other material (2; 12); said joining surface (4a, 14a) of said composite material (4; 14) being placed in contact with said intermediate joining layer (3; 13); - a heating step, during which said intermediate joining layer (3; 13) is subjected to a heating operation until it reaches the softening point of the thermoplastic polymer making it up, and wherein said composite material (4; 14) and said other material (2; 12) are held against one another; the intermediate joining layer (3; 13) being arranged between said composite material (4; 14) and said other material (2; 12); - a cooling step, during which the thermoplastic polymer of the intermediate joining layer (3; 13) is brought back to a temperature that is lower than its softening point; said method being characterized in that the superficial layer (h) of polymer matrix removed in said superficial removal step has a height ranging from 20 to 200 μm. - a superficial removal step, during which a superficial layer (h) of polymer matrix is removed from a joining surface (4a; 14a) of said composite material (4; 14); - an assembling step, during which an intermediate joining layer (3; 13) made of a thermoplastic polymer is interposed between said composite material (4; 14) and said other material (2; 12); said joining surface (4a, 14a) of said composite material (4; 14) being placed in contact with said intermediate joining layer (3; 13); - a heating step, during which said intermediate joining layer (3; 13) is subjected to a heating operation until it reaches the softening point of the thermoplastic polymer making it up, and wherein said composite material (4; 14) and said other material (2; 12) are held against one another; the intermediate joining layer (3; 13) being arranged between said composite material (4; 14) and said other material (2; 12); - a cooling step, during which the thermoplastic polymer of the intermediate joining layer (3; 13) is brought back to a temperature that is lower than its softening point;
A capsule-based, single-dose dry powder inhaler comprising an inhaler body comprising a capsule chamber for receiving a dry powder formulation capsule, an inhalation channel in fluid communication with the chamber, and means for piercing a capsule in the chamber to allow outside air flow to be mixed with the contents of said capsule for inhalation thereof, means for monitoring vibrations resulting from inhalation, and means for transferring said vibrations from the inhaler body to the monitoring means, wherein the means for transferring said vibrations is a vibration conveyor, wherein the conveyor comprises a plate interposed between the body and the means for monitoring, characterised in that the interposed plate comprises one or more cantilever beams (160, 260, 360).
A method for use in a base station, for detection of a loss of discontinuous reception, DRX, synchronization between the base station and a user equipment, UE, the method comprising: - assigning, on a physical downlink control channel, PDCCH, at least one radio resource to the UE for enabling said UE to transmit uplink information to the base station and - detecting loss of control signalling indicating loss of DRX synchronization, when the information which is expected from the UE, is absent on said at least one assigned radio resource. - assigning, on a physical downlink control channel, PDCCH, at least one radio resource to the UE for enabling said UE to transmit uplink information to the base station and - detecting loss of control signalling indicating loss of DRX synchronization, when the information which is expected from the UE, is absent on said at least one assigned radio resource.
Glazing seal made of elastic plastic having a head region formed as a hollow profile and an adjoining foot region for anchoring the glazing seal in a retaining groove of a frame or of a sash/leaf of a window, of a door or the like, wherein the head region and foot region are connected to one another via a profile back, the head region comprises, on its side opposite to the profile back, an outer web consisting of an upper leg and a lower leg, which outer web is connected at its upper end to the upper end of the profile back via a connecting web and leads at its lower end into a transverse web which is connected to the profile back via a supporting web running into it offset at a distance from the profile back and continues by a projecting portion beyond the lead-in point of the lower leg of the outer web, and wherein, furthermore, the two legs (5A, 5B) of the outer web are connected to one another so as to be pivotable with respect to one another during sealing engagement, and, in the unloaded state of the glazing seal, the upper leg of the outer web that emanates from the connecting web splays out towards its lower leg from the profile back at an acute angle (α), characterized in that the transverse web is a sealing web which extends obliquely to the profile back and which, during sealing engagement, is pivotable in its web portion projecting beyond the lead-in point of the lower leg of the outer web in order to bear against the outer side, which faces away from the profile back, of the lower leg of the outer web, is designed to be approximately of equal length to the lower leg of the outer web and encloses an acute angle (β) therewith, and in that the lower leg of the outer web is connected to the sealing web via an intermediate portion which is rounded in an arcuate manner and which runs, on its side facing away from the profile back, tangentially into the sealing web and runs, on its side facing the profile back, approximately perpendicularly into the sealing web, and in that the two legs (5A, 5B) of the outer web are connected to one another via an intermediate web which runs off approximately at a right angle from the lower end of the upper leg in the direction of the profile back and has a length which, on its outer side facing away from the profile back, corresponds approximately to the thickness of the projecting portion of the sealing web, and in that the free end of the sealing web, in the unloaded state of the glazing seal, protrudes further from the profile back than the end of the upper leg of the outer web at the point where the intermediate web runs off therefrom.
A golf club comprising: an elongate shaft (2, 22) having a grip at a first longitudinal end thereof; a club head (4, 24) coupled to a second longitudinal end of the elongate shaft (2, 22), the club head (4, 24) comprising a sole and a ball striking face; and characterised by, an elongate marker comprising a longitudinal axis orientated such that, when the sole of the golf club lies substantially parallel to a first plane of the ground, the longitudinal axis of the elongate marker extends in a second plane defined by a first vector in a direction substantially perpendicular to the first plane of the ground and a second vector substantially parallel to a normal of the face of the club head (4, 24); wherein the club head is coupled to the second longitudinal end of the elongate shaft by a shaft connection member, wherein the elongate marker is located at least partially on the shaft connection member, and wherein the longitudinal axis of the elongate marker is arranged to extend in a direction substantially parallel to the first vector when the angle of the shaft within said second plane relative to the first vector is between approximately 3 degrees and approximately 30 degrees. an elongate shaft (2, 22) having a grip at a first longitudinal end thereof; a club head (4, 24) coupled to a second longitudinal end of the elongate shaft (2, 22), the club head (4, 24) comprising a sole and a ball striking face; and characterised by, an elongate marker comprising a longitudinal axis orientated such that, when the sole of the golf club lies substantially parallel to a first plane of the ground, the longitudinal axis of the elongate marker extends in a second plane defined by a first vector in a direction substantially perpendicular to the first plane of the ground and a second vector substantially parallel to a normal of the face of the club head (4, 24); wherein the club head is coupled to the second longitudinal end of the elongate shaft by a shaft connection member, wherein the elongate marker is located at least partially on the shaft connection member, and wherein the longitudinal axis of the elongate marker is arranged to extend in a direction substantially parallel to the first vector when the angle of the shaft within said second plane relative to the first vector is between approximately 3 degrees and approximately 30 degrees.
An apparatus for contacting a test material with a skin of a subject, comprising: a holder and a test material unit, wherein the holder further comprises a test portion and a holding portion, wherein the holder is formed of an inert and hypoallergenic material; wherein the test portion comprises a concave housing compartment with an opening facing towards the skin of the subject when the apparatus is worn, wherein the holding portion is configured to cause a bottom surface of the test material unit to have direct contact with a skin of a subject; wherein the test material unit consists of an implant metal or metal alloy, wherein the concave housing compartment is adapted to receive a top surface of the test material unit and wherein the holding portion of the holder is selected from the group consisting of a bracelet, a band, a wristband, a chest band, a leg band, an anklet, a belt, a waist belt, and a watch-band style holder, characterized in that the test portion further comprises a closed end facing away from the skin, the concave housing compartment is adapted to receive and contact the test material unit therein, the test material unit is mountable to the concave housing compartment of the test portion of the holder, and in that a periphery of the test material unit matches a shape of the inner surface of the concave housing compartment. a holder and a test material unit, wherein the holder further comprises a test portion and a holding portion, wherein the holder is formed of an inert and hypoallergenic material; wherein the test portion comprises a concave housing compartment with an opening facing towards the skin of the subject when the apparatus is worn, wherein the holding portion is configured to cause a bottom surface of the test material unit to have direct contact with a skin of a subject; wherein the test material unit consists of an implant metal or metal alloy, wherein the concave housing compartment is adapted to receive a top surface of the test material unit and wherein the holding portion of the holder is selected from the group consisting of a bracelet, a band, a wristband, a chest band, a leg band, an anklet, a belt, a waist belt, and a watch-band style holder, characterized in that the test portion further comprises a closed end facing away from the skin, the concave housing compartment is adapted to receive and contact the test material unit therein, the test material unit is mountable to the concave housing compartment of the test portion of the holder, and in that a periphery of the test material unit matches a shape of the inner surface of the concave housing compartment.