mhurhangee/ep-ind-claims huggingface dataset:
Coupling device for an agricultural attachment, having a coupling ball to be received in a lower link coupler of a three-point hitch, wherein the coupling ball is fastened within opposite retaining plates (18, 20) of a lower attachment coupling, characterized in that spacer flanges (34, 36) that extend on opposite sides of the coupling ball are formed, which keep the coupling ball at a distance from the retaining plates (18, 20).
An antibody-drug conjugate for use in treating a CLDN18.2-expressing cancer by administering the antibody-drug conjugate to a patient, said antibody-drug conjugate comprising an antibody binding to CLDN18.2 covalently attached to at least one toxin drug moiety, wherein the antibody is selected from the group consisting of: (a) an antibody comprising an antibody heavy chain comprising an amino acid sequence represented by SEQ ID NO: 32 and an antibody light chain comprising an amino acid sequence represented by SEQ ID NO: 39; and (b) an antibody comprising an antibody heavy chain comprising an amino acid sequence represented by SEQ ID NO: 30 and an antibody light chain comprising an amino acid sequence represented by SEQ ID NO: 35, wherein the antibody is attached to the toxin drug moiety by a cleavable linker which is cleavable by an intracellular protease and optionally wherein the toxin drug moiety is a cytotoxic or cytostatic agent. (a) an antibody comprising an antibody heavy chain comprising an amino acid sequence represented by SEQ ID NO: 32 and an antibody light chain comprising an amino acid sequence represented by SEQ ID NO: 39; and (b) an antibody comprising an antibody heavy chain comprising an amino acid sequence represented by SEQ ID NO: 30 and an antibody light chain comprising an amino acid sequence represented by SEQ ID NO: 35,
A computer-implemented method for analyzing security alerts, comprising: generating an enterprise graph based on information associated with an enterprise, wherein the enterprise graph is a compilation of relationships between computers within the enterprise and is generated based on an architecture of a network of the enterprise and operations performed over the network of the enterprise; utilizing the enterprise graph to identify relationships between computers of the enterprise; receiving a plurality of security alerts produced by a plurality of security components of the enterprise; identifying at least one significant relationship between two or more of the plurality of security alerts based on a strength of a relationship between computers within the network of the enterprise, the strength of the relationship being identified in the enterprise graph, wherein the at least one significant relationship is determined based on where computers are located within the enterprise; and identifying at least one potential security incident based on the at least one significant relationship between the two or more of the plurality of security alerts. generating an enterprise graph based on information associated with an enterprise, wherein the enterprise graph is a compilation of relationships between computers within the enterprise and is generated based on an architecture of a network of the enterprise and operations performed over the network of the enterprise; utilizing the enterprise graph to identify relationships between computers of the enterprise; receiving a plurality of security alerts produced by a plurality of security components of the enterprise; identifying at least one significant relationship between two or more of the plurality of security alerts based on a strength of a relationship between computers within the network of the enterprise, the strength of the relationship being identified in the enterprise graph, wherein the at least one significant relationship is determined based on where computers are located within the enterprise; and identifying at least one potential security incident based on the at least one significant relationship between the two or more of the plurality of security alerts.
Machine for cleaning olives characterized in that it comprises, at least, a first upper element or cleaning means that are provided with entry means to a crossrod conveyor belt that is provided with translational and shaking movement, means for separating olives from impurities, means for spraying water on the olives and means for expulsion of impurities, wherein it is provided with an outlet located inferiorly to said upper element for the exit of the olives to a second element located below, as a means of washing, coupled structurally to the first upper element; all this such that the olives from the first upper element fall by gravity in a barrel provided in the second lower element, said second element being provided with spraying means, stone ejection means and means for extraction of already cleaned olives, as well as coupling means that joins fixedly the first and second elements.
A rotor blade of a wind energy installation, wherein the rotor blade has a suction side, a pressure side, a rotor blade nose and a rotor blade trailing edge, which extend between a rotor blade root and a rotor blade tip and define a profile of the rotor blade, characterised in that the rotor blade has a noise-optimised profile in a rotor blade end region which noise-optimised profile, starting from an assumed power-optimised profile which is aerodynamically optimised with regard to a power yield of the rotor blade, is modified by the following measure in the rotor blade end region, which comprises the rotor blade tip, in order to reduce the noise emission of the rotor blade: increasing a maximum camber of the profile of the rotor blade in the rotor blade end region starting from a relative blade length (r / R) of 0.92 and shifting, in the direction of the rotor blade trailing edge, a position at which the maximum camber of the profile of the rotor blade is to be found.
An implantable capacitive pressure sensor capsule comprising: a substrate; an interlayer coupled to a first surface of the substrate; a conductive plate formed on the first surface, embedded between the interlayer and the first surface of the substrate; a conductive diaphragm coupled to the interlayer and spaced from the conductive plate by the interlayer; a lid hermetically sealed against a second surface of the substrate opposite the first surface; and pressure sensing circuitry disposed within a volume generally defined by the lid and the second surface of the substrate, wherein the pressure sensing circuitry is electrically coupled to the conductive plate. a substrate; an interlayer coupled to a first surface of the substrate; a conductive plate formed on the first surface, embedded between the interlayer and the first surface of the substrate; a conductive diaphragm coupled to the interlayer and spaced from the conductive plate by the interlayer; a lid hermetically sealed against a second surface of the substrate opposite the first surface; and pressure sensing circuitry disposed within a volume generally defined by the lid and the second surface of the substrate, wherein the pressure sensing circuitry is electrically coupled to the conductive plate.
An intermittent urinary catheter comprising a tubular shaft extending between an insertable end and a discharge end, and a tip fixedly connected to said insertable end of the tubular shaft, wherein said tip has an outer diameter which at all places is equal to or lower than the outer diameter of the tubular shaft, and wherein the hardness of the tip is equal to or lower than 60 micro Shore A, characterized in that the tubular shaft has a micro Shore A hardness in the range 75-95, and in that the tip is solid and is conically tapering in the forward direction and has a rounded tip end.
An optical transmission method (10; 30; 40; 50) comprising steps of: receiving a communication signal comprising symbols for transmission; performing amplitude modulation of an optical carrier with the communication signal to generate an amplitude modulated optical carrier; performing low-pass filtering to reduce a bandwidth of the symbols to less than a Nyquist bandwidth of the symbols; transmitting the amplitude modulated optical carrier; receiving the amplitude modulated optical carrier following transmission and performing, by means of a photodiode, direct detection of the received amplitude modulated optical carrier to generate a received electrical signal; and determining (22; 42) received symbols from the received electrical signal using an indication of a nonlinear impulse response of the direct detection and without performing equalization following the direct detection. receiving a communication signal comprising symbols for transmission; performing amplitude modulation of an optical carrier with the communication signal to generate an amplitude modulated optical carrier; performing low-pass filtering to reduce a bandwidth of the symbols to less than a Nyquist bandwidth of the symbols; transmitting the amplitude modulated optical carrier; receiving the amplitude modulated optical carrier following transmission and performing, by means of a photodiode, direct detection of the received amplitude modulated optical carrier to generate a received electrical signal; and determining (22; 42) received symbols from the received electrical signal using an indication of a nonlinear impulse response of the direct detection and without performing equalization following the direct detection.
An implantable blood pump system comprising: an implantable coil housing; a resonant circuit including a secondary coil and one or more capacitors coupled to the secondary coil, the resonant circuit being disposed entirely within the coil housing; an internal controller circuit including a rectifier and a drive circuit electrically connected to the rectifier; a pump electrically connected to the drive circuit; characterised by: an implantable rectifier housing separate from the coil housing, wherein the rectifier is disposed within the rectifier housing; and a first cable extending between the coil housing and the rectifier housing, the first cable having conductors electrically connected between a pair of load terminals (946; 948) of the resonant circuit and the rectifier, whereby only load current passing from the resonant circuit to the rectifier passes along the conductors of the first cable. an implantable coil housing; a resonant circuit including a secondary coil and one or more capacitors coupled to the secondary coil, the resonant circuit being disposed entirely within the coil housing; an internal controller circuit including a rectifier and a drive circuit electrically connected to the rectifier; a pump electrically connected to the drive circuit; an implantable rectifier housing separate from the coil housing, wherein the rectifier is disposed within the rectifier housing; and a first cable extending between the coil housing and the rectifier housing, the first cable having conductors electrically connected between a pair of load terminals (946; 948) of the resonant circuit and the rectifier, whereby only load current passing from the resonant circuit to the rectifier passes along the conductors of the first cable.
A flexible laminate film for coating a substrate, the film comprising: predominantly a base layer; and an acrylic based UV protective layer comprising a UV absorber and laminated with the base layer; characterised in that: the base layer comprises a graft copolymer of a polyacrylate and PVC compositionally as a main component of the base layer. predominantly a base layer; and an acrylic based UV protective layer comprising a UV absorber and laminated with the base layer; characterised in that: the base layer comprises a graft copolymer of a polyacrylate and PVC compositionally as a main component of the base layer.
Razor device for detaching mass shapes comprising a main support with an upper section, a lower section and a back section; a razor support coupled to the lower section of the main support; and a detachment razor set on a frontal section of the razor support; characterized by: a pressing arm with a lower section and an upper section; wherein the upper section of the main support is coupled to the lower section of the pressing arm by means of a first pivot coupling; a gas shock absorber with a lower section and an upper section; wherein the lower section of the gas shock absorber is coupled with the back section of the main support and the upper section of the gas shock absorber is coupled to the upper section of the pressing arm. a pressing arm with a lower section and an upper section; wherein the upper section of the main support is coupled to the lower section of the pressing arm by means of a first pivot coupling; a gas shock absorber with a lower section and an upper section; wherein the lower section of the gas shock absorber is coupled with the back section of the main support and the upper section of the gas shock absorber is coupled to the upper section of the pressing arm.
A method comprising: intercepting an object provided from a first digital device to a second digital device; determining one or more resources the object requires when the object is executed; instantiating a virtual environment (404, 600) with the one or more resources; processing the object within the virtual environment (404, 600); tainting operations of the object within the virtual environment (404, 600); monitoring the operations of the object while processing within the virtual environment (404, 600); identifying an additional resource of the object while processing that is not provided in the virtual environment (404, 600); re-instantiating the virtual environment (404, 600) with the additional resource as well as the one or more resources; monitoring the operations of the object while processing within the re-instantiated virtual environment (404, 600); identifying actions from the monitored operations; and generating a report identifying the operations and the actions of the object. intercepting an object provided from a first digital device to a second digital device; determining one or more resources the object requires when the object is executed; instantiating a virtual environment (404, 600) with the one or more resources; processing the object within the virtual environment (404, 600); tainting operations of the object within the virtual environment (404, 600); monitoring the operations of the object while processing within the virtual environment (404, 600); identifying an additional resource of the object while processing that is not provided in the virtual environment (404, 600); re-instantiating the virtual environment (404, 600) with the additional resource as well as the one or more resources; monitoring the operations of the object while processing within the re-instantiated virtual environment (404, 600); identifying actions from the monitored operations; and generating a report identifying the operations and the actions of the object.
Use of a flexible hose for transporting a fluid, in particular water, for watering and/or cleaning a greenhouse, wherein the hose comprises: - a polymeric support layer, - a wound and/or braided reinforcement layer surrounding the support layer, - and, optionally, an outer layer surrounding the reinforcement layer, - wherein the hose comprises, in addition to the reinforcement layer, longitudinal reinforcement threads extending in the direction of the hose, which limit the axial elongation of the hose under tensile load, characterised in that - the pipe has a minimum length of 250 metres, which is free of coupling elements, in that - the longitudinal reinforcement threads are arranged, viewed in the cross-section of the hose, offset from one another by 180°, and in that - the hose, viewed in the longitudinal direction, is bent at least in sections and the longitudinal reinforcement threads are located in the region of the two neutral angles, in which this bending neither stretches nor compresses the longitudinal reinforcement threads. - a polymeric support layer, - a wound and/or braided reinforcement layer surrounding the support layer, - and, optionally, an outer layer surrounding the reinforcement layer, - wherein the hose comprises, in addition to the reinforcement layer, longitudinal reinforcement threads extending in the direction of the hose, which limit the axial elongation of the hose under tensile load, - the pipe has a minimum length of 250 metres, which is free of coupling elements, in that - the longitudinal reinforcement threads are arranged, viewed in the cross-section of the hose, offset from one another by 180°, and in that - the hose, viewed in the longitudinal direction, is bent at least in sections and the longitudinal reinforcement threads are located in the region of the two neutral angles, in which this bending neither stretches nor compresses the longitudinal reinforcement threads.
A method of fabricating a diffractive homogenizer, the method comprising: providing a partially transmissive optical element having a predetermined grayscale intensity pattern thereon; providing a transparent optical element; directing UV radiation through the partially transmissive optical element to impinge on the transparent optical element; exposing a predetermined portion of the transparent optical element to the UV radiation; and thermally treating the transparent optical element to produce the diffractive homogenizer characterized by a continuously varying non-sinusoidal index of refraction profile as a function of position within the transparent optical element. providing a partially transmissive optical element having a predetermined grayscale intensity pattern thereon; providing a transparent optical element; directing UV radiation through the partially transmissive optical element to impinge on the transparent optical element; exposing a predetermined portion of the transparent optical element to the UV radiation; and thermally treating the transparent optical element to produce the diffractive homogenizer characterized by a continuously varying non-sinusoidal index of refraction profile as a function of position within the transparent optical element.
A composition comprising an mRNA codon-optimized for expression in human cells encoding a Cystic Fibrosis Transmembrane Conductance Regulator (CFTR) protein having the amino acid sequence of SEQ ID NO: 2, wherein the mRNA encoding the CFTR protein comprises a polynucleotide sequence at least 90% identical to SEQ ID NO: 1, and wherein the mRNA is at a concentration of at least 0.4 mg/mL, and wherein the composition further comprises a diluent selected from the group consisting of DMSO, ethylene glycol, glycerol, 2-Methyl-2,4-pentanediol, propylene glycol, sucrose, and trehalose, wherein said composition is for use in a method of treating cystic fibrosis in a subject and the step of administering the composition to the subject comprises inhalation.
A combustor panel and a support structure for a gas turbine engine, wherein the combustor panel is a dual-walled structure and comprises: a first wall configured to receive air flow for the combustor panel; a second wall configured to provide an output air flow from a cavity formed between the first and second walls; and one or more internal cooling features for controlling the cooling effectiveness between the first and second wall; wherein the combustor panel is configured for mounting to the support structure including one or more sections configured to provide a mounting structure (205; 305) for the panel, characterised in that the mounting structure is a lattice structure. a first wall configured to receive air flow for the combustor panel; a second wall configured to provide an output air flow from a cavity formed between the first and second walls; and one or more internal cooling features for controlling the cooling effectiveness between the first and second wall; wherein the combustor panel is configured for mounting to the support structure including one or more sections configured to provide a mounting structure (205; 305) for the panel,
A method for producing a polyacrylic acid (salt)-type water absorbent resin, comprising a step of preparing an aqueous monomer solution of an acrylic acid (salt), a step of continuously polymerizing the aqueous monomer solution, a step of finely shredding a hydrous gel-like crosslinked polymer during or after polymerization, a step of drying the obtained particulate hydrous gel-like crosslinked polymer, and a surface treatment step of adding and reacting a surface treatment agent to and with the dried water absorbent resin powder, wherein in the surface treatment step, a continuous mixing apparatus for the surface treatment agent and a continuous heating apparatus are connected and periodical shielding is carried out between the mixing apparatus and the heating apparatus.
A mirror assembly for a vehicle, the assembly including a casing, a base plate fixed in the casing and a receiving plate rotatably attached to the base plate; a mirror plate having a mirror glass secured on a mounting plate; the mirror assembly further having attachment means interposed between said receiving plate and said mirror plate, said attachment means having a first part provided in the mirror plate and a second part provided in the receiving plate, said first part having at least one centering element and at least one releasable locking element, and said second part having at least one second complementary centering element configured to receive the said first centering element and at least one opening (14, 140) configured to receive the said at least one locking element (12, 120)' the at least one releasable locking element including a resilient clip (12, 120) engageable into the at least one opening (14, 140). characterised in that the resilient clip (12, 120) is positioned on an edge of the receiving plate and in that the casing includes a flexible tap configured to bias the resilient clip (12, 120) into an unlocked position. said first part having at least one centering element and at least one releasable locking element, and said second part having at least one second complementary centering element configured to receive the said first centering element and at least one opening (14, 140) configured to receive the said at least one locking element (12, 120)'
A sliding device comprising a swash plate that is rotatable in association with a rotating shaft and has a flat sliding surface on at least one of both end surfaces, and a shoe having a sliding surface that is slidable on the sliding surface of the swash plate, wherein a ferrous material is used as a material for the shoe, characterized in that a large number of minute hardened annular projections are formed on the sliding surface of the shoe, and further, in that high strength brass, a ferrous basic material coated with a copper alloy, an aluminum-silicon alloy, a ferrous basic material coated with an aluminum-silicon alloy or a ferrous basic material is used as a material for the swash plate.
Peptide of lactoferrin C-lobe, wherein said peptide is chosen from the group consisting of SKHSSLDCVLRP (SEQ ID NO: 1), AGDDQGLDKCVPNSKEK (SEQ ID NO: 2), NGESSADWAKN (SEQ ID NO: 4), NGESTADWAKN (SEQ ID No: 3), or mixture of said peptides or mixture of at least one of said peptide and fragment of said peptide; wherein said fragment of said peptide is different from CVLRP (SEQ ID NO: 13), VLRP (SEQ ID NO: 14), CVL, RP, VL.