mhurhangee/ep-ind-claims huggingface dataset:
A laundry treating machine comprising a cabinet provided with a laundry loading opening for accessing a laundry treatment chamber and a loading door hinged to the cabinet for selectively closing or opening the laundry loading opening, the cabinet further comprising a swivelling door hinged to the cabinet and openable to allow access to an inner region of the machine within the cabinet, a closure mechanism being provided to keep the swivelling door closed when the swivelling door is abutted against the cabinet, the closure mechanism comprising at least a magnet located either at the swivelling door or at the cabinet, and, when said swivelling door is kept in abutment against said cabinet by the magnetic force of said at least a magnet, a spacing is present between said magnet and a surface either of said cabinet or of said swivelling door, so that said magnet does not contact said cabinet or the swivelling door, respectively, and said swivelling door remains closed on said cabinet due to magnetic attraction, characterized in that said swivelling door or the cabinet includes a seat to house said magnet, said seat having a depth longer than a height of the magnet in an insertion direction into said seat and an end portion of the seat facing the surface either of the swivelling door or of the cabinet is kept magnet-free, and wherein the swivelling door, on its side facing the cabinet, is at least partially covered by an element formed in elastic material which abuts against said cabinet when the swivelling door is closed.
Transport container for a non-irradiated nuclear fuel assembly, comprising a single casing for receiving at least one nuclear fuel assembly, the casing being formed from an elongate tubular shell, the shell comprising a metallic internal layer delimiting at least one individual housing for receiving a nuclear fuel assembly, and a metallic external layer surrounding the internal layer, the internal layer being rigidly connected to the external layer, the shell being filled between its internal layer and its external layer, and from lids for closing the or each housing at the longitudinal ends of the shell, and wherein the transverse clearance between the lateral faces of the or each individual housing and an assembly which is to be received inside the housing is from 0.1 to 5 mm, preferably from 0.3 to 3 mm, and even more preferably from 0.5 to 1 mm.
A system comprising: a surgical instrument for manipulating biological tissue during surgery having a sensor for generating a signal indicative of a property of a subject tissue of a patient; a signal processor for receiving the signal and converting the signal into a current dataset; a memory for storing the current dataset; and a processor configured to compare the current dataset with other datasets previously stored in the memory, and to assess a physical condition of the subject tissue or guide a current procedure being performed on the tissue, responsive to the comparison, characterized in that the processor is further configured to predict the likelihood of success of the current procedure being performed on the subject tissue responsive to the comparison. a surgical instrument for manipulating biological tissue during surgery having a sensor for generating a signal indicative of a property of a subject tissue of a patient; a signal processor for receiving the signal and converting the signal into a current dataset; a memory for storing the current dataset; and a processor configured to compare the current dataset with other datasets previously stored in the memory, and to assess a physical condition of the subject tissue or guide a current procedure being performed on the tissue, responsive to the comparison, characterized in that the processor is further configured to predict the likelihood of success of the current procedure being performed on the subject tissue responsive to the comparison.
A device for sensing warp thread tension in a warp in a weaving machine, comprising a sensing bar formed by a rod mountable in the path of warp threads to extend across the entire width of the warp and further comprising strain gauge sensors, characterized in that the sensing bar is fixedly mounted on at least three strain gauge sensors which are distributed along the entire length of the sensing bar and are connectable to a back rest beam.
A fuel atomizer, comprising: a housing having a fuel inlet; at least one primary orifice positioned at the fuel inlet, the at least one primary orifice configured to disperse a stream of fuel into a plurality of fuel droplets; a fuel impingement surface against which the plurality of fuel droplets contact to break up the plurality of fuel droplets into a plurality of smaller secondary fuel droplets and create a thin film of secondary fuel droplets on the fuel impingement surface, a portion of the impingement surface being arranged at an angle in the range of about 0° to about 60° relative to a plane perpendicular to a longitudinal axis of the housing; at least one pressurized air channel configured to deliver an airflow into contact with the secondary fuel droplets, the at least one pressurized air channel being arranged at a radial angle in the range of about 30° to about 60° relative to the longitudinal axis of the housing, and also being arranged at a tangential angle to assist in providing a helical rotation to the airflow around the longitudinal axis of the housing and create a vortex flow within the housing; a plurality of secondary orifices through which the secondary fuel droplets pass to exit the housing, wherein a size of the plurality of secondary fuel droplets is reduced when passing through the plurality of secondary orifices. a housing having a fuel inlet; at least one primary orifice positioned at the fuel inlet, the at least one primary orifice configured to disperse a stream of fuel into a plurality of fuel droplets; a fuel impingement surface against which the plurality of fuel droplets contact to break up the plurality of fuel droplets into a plurality of smaller secondary fuel droplets and create a thin film of secondary fuel droplets on the fuel impingement surface, a portion of the impingement surface being arranged at an angle in the range of about 0° to about 60° relative to a plane perpendicular to a longitudinal axis of the housing; at least one pressurized air channel configured to deliver an airflow into contact with the secondary fuel droplets, the at least one pressurized air channel being arranged at a radial angle in the range of about 30° to about 60° relative to the longitudinal axis of the housing, and also being arranged at a tangential angle to assist in providing a helical rotation to the airflow around the longitudinal axis of the housing and create a vortex flow within the housing; a plurality of secondary orifices through which the secondary fuel droplets pass to exit the housing, wherein a size of the plurality of secondary fuel droplets is reduced when passing through the plurality of secondary orifices.
A beam trap, comprising: a reflector for reflecting a beam, in particular a laser beam, that is incident on a surface of the reflector, and an absorber device for absorbing the beam reflected at the surface of the reflector, wherein the surface forms a circumferential lateral surface of the reflector, wherein the surface of the reflector is segmented and has a plurality of differently aligned and/or curved reflector regions (23a-g) for splitting the incident beam into a plurality of partial beams (25a-g), characterized in that the reflector regions (23a-g) are configured for reflecting a respective partial beam (25a-g) of the incident beam into an absorber region (26a-g) of the absorber device that is associated with the respective reflector region (23a-g), and wherein a respective absorber region of the absorber device is configured as an absorber chamber (26a-g) having an entrance opening (28-g) for a respective partial beam (25a-g) of the incident beam. a reflector for reflecting a beam, in particular a laser beam, that is incident on a surface of the reflector, and an absorber device for absorbing the beam reflected at the surface of the reflector, wherein the surface forms a circumferential lateral surface of the reflector, wherein the surface of the reflector is segmented and has a plurality of differently aligned and/or curved reflector regions (23a-g) for splitting the incident beam into a plurality of partial beams (25a-g), characterized in that the reflector regions (23a-g) are configured for reflecting a respective partial beam (25a-g) of the incident beam into an absorber region (26a-g) of the absorber device that is associated with the respective reflector region (23a-g), and wherein a respective absorber region of the absorber device is configured as an absorber chamber (26a-g) having an entrance opening (28-g) for a respective partial beam (25a-g) of the incident beam.
A monitoring device of a drive rod fitting for a casement pivotable against a frame, in particular of a window or a French window, having a first detector for detecting the position of the casement in the frame, having a second detector for detecting the position of locking means for locking the casement in the frame and having a signal device for signalling an unauthorized opening of the casement, wherein the second detector is designed for the direct detection of a locking element locking the casement in the frame and means are provided for controlling the signal device when locking element is located in the locking position and for the simultaneous removal of the casement from the frame and wherein the detectors (11, 13) have switches (18, 19) and the switches (18, 19) close or open an electric circuit in the one position of the locking element or of the casement, characterized in that the switches (18, 19) and the signal device are arranged in a common housing and that the housing has means for screwing in a rebate surface of the casement or of the frame.
Rudder propeller for a watercraft, comprising an oil drain system, wherein the rudder propeller has at least a housing in which at least a propeller gearbox for driving a propeller is accommodated, wherein the housing is at least partially filled with an oil for the lubrication and / or cooling of the propeller gearbox and has a lower housing part, in which a propeller shaft is mounted, at the end of which the propeller is arranged, characterized in that the rudder propeller has at least one check valve arranged at the lower housing part, which is equipped for removing the oil from the rudder propeller.
Gas hob having a gas line, a gas valve and a connection device for connecting the gas line to a gas connection of the gas valve, wherein the connection device comprises an engagement section which is designed to engage behind a counter-engagement section provided on the gas line when the connection device is axially pushed onto the gas line, and a threaded engagement section which can be axially pushed onto a thread provided on the gas connection to connect the gas line to the gas valve.
An X-ray imaging system (100, 200) for generating X-ray projections of an object, comprising: a) an X-ray generator (101, 201) with an X-ray source consisting of a plurality of individual X-ray sources (101a-101d, 201a-201d) for generating an X-ray beam (Xa-Xd), wherein the diameter of the individual X-ray sources is smaller than 100 μm; b) an X-ray detector (103, 203) that comprises an array of at least two sensitive pixels (103a-103e, 203a-203e) having X-ray insensitive regions inbetween, wherein the detection signal of these pixels corresponds to image information at a particular point of the generated projection; c) a collimator (102, 202) that comprises at least two openings which allow the passage of X-rays from the X-ray source such that at least two neighboring pixels of the detector are illuminated while the X-ray insensitive region between said pixels is at least partially shielded by the collimator; d) an object space between the collimator and the X-ray detector where an object to be imaged can be accommodated. a) an X-ray generator (101, 201) with an X-ray source consisting of a plurality of individual X-ray sources (101a-101d, 201a-201d) for generating an X-ray beam (Xa-Xd), wherein the diameter of the individual X-ray sources is smaller than 100 μm; b) an X-ray detector (103, 203) that comprises an array of at least two sensitive pixels (103a-103e, 203a-203e) having X-ray insensitive regions inbetween, wherein the detection signal of these pixels corresponds to image information at a particular point of the generated projection; c) a collimator (102, 202) that comprises at least two openings which allow the passage of X-rays from the X-ray source such that at least two neighboring pixels of the detector are illuminated while the X-ray insensitive region between said pixels is at least partially shielded by the collimator; d) an object space between the collimator and the X-ray detector where an object to be imaged can be accommodated.
A tubular string, comprising: a releasable hanger including at least one inwardly retractable support which extends outwardly from the tubular string; an indicator sub interconnected in the tubular string a distance from the releasable hanger, and wherein the support is arranged to retract in response to a predetermined stimulus, whereby the tubular string is released for displacement. a releasable hanger including at least one inwardly retractable support which extends outwardly from the tubular string; an indicator sub interconnected in the tubular string a distance from the releasable hanger, and wherein the support is arranged to retract in response to a predetermined stimulus, whereby the tubular string is released for displacement.
A system of detecting malicious files by using at least two models for detection of malicious files, the system comprising: a hardware processor configured to: form at least one behavior pattern grouping selected commands ( c i) with shared parameters ( p i) from a behavior log of a file being executed, the behavior log comprising a totality of executable commands from the file; apply a convolution function on the at least one behavior pattern formed to obtain computed parameters; select, from a database of detection models, the at least two models for detection of malicious files, wherein the at least two models for detection are machine learning models, previously trained using computed parameters of previous behavior patterns subjected to convolution, to output degrees of harmfulness; calculate a respective degree of harmfulness of the file being executed on the basis of the computed parameters of the at least one behavior pattern using each of the at least two models for detection of malicious files; form, on the basis of each calculated degree of harmfulness, a decision-making pattern representing a collection of each calculated degree of harmfulness; recognize the file being executed as malicious if the degree of similarity between the formulated decision-making pattern and at least one of a predetermined decision-making patterns from a database of decision-making patterns previously formulated on the basis of an analysis of malicious files, exceeds a predetermined threshold value. form at least one behavior pattern grouping selected commands ( c i) with shared parameters ( p i) from a behavior log of a file being executed, the behavior log comprising a totality of executable commands from the file; apply a convolution function on the at least one behavior pattern formed to obtain computed parameters; select, from a database of detection models, the at least two models for detection of malicious files, wherein the at least two models for detection are machine learning models, previously trained using computed parameters of previous behavior patterns subjected to convolution, to output degrees of harmfulness; calculate a respective degree of harmfulness of the file being executed on the basis of the computed parameters of the at least one behavior pattern using each of the at least two models for detection of malicious files; form, on the basis of each calculated degree of harmfulness, a decision-making pattern representing a collection of each calculated degree of harmfulness; recognize the file being executed as malicious if the degree of similarity between the formulated decision-making pattern and at least one of a predetermined decision-making patterns from a database of decision-making patterns previously formulated on the basis of an analysis of malicious files, exceeds a predetermined threshold value.
A modular, environmentally friendly, terrestrially based mobile fuel distribution station, comprising: a fuel tank; a control system for selectively permitting and monitoring a discharge of fuel from said fuel tank; and a support structure; the modular fuel distribution system being characterised in that the support structure has only three legs for supporting said fuel tank in an elevated position a predetermined distance above ground. a fuel tank; a control system for selectively permitting and monitoring a discharge of fuel from said fuel tank; and a support structure; the modular fuel distribution system being characterised in that the support structure has only three legs for supporting said fuel tank in an elevated position a predetermined distance above ground.
A mutant type II beta-lactam acylase selected from the group consisting of the SE83-acyll acylase of Pseudomonas as depicted in SEQ ID NO: 1, N176 from Brevundimonas diminuta as depicted in SEQ ID NO: 2 and the V22 acylase from Brevundimonas diminuta as depicted in SEQ ID NO: 3 and polypeptides with type II beta-lactam acylase activity having an amino acid sequence that is at least 90% identical over its entire length to SEQ ID NO: 1, SEQ ID NO: 2 or SEQ ID NO: 3 wherein said mutant type II beta-lactam acylase is characterized in that leucine at position 161 has been modified into glycine, serine or threonine.
A method of obtaining link measurements in a mobile telecommunications system, the system comprising a base station configured to communicate with at least one terminal and one or more relay nodes configured to relay downlink and/or uplink transmissions between the at least one terminal and the base station, the method comprising: sending, by the base station to a mobile node, measurement instructions wherein the measurement instructions comprise an indication of a threshold parameter for evaluating link quality and a list identifying one or more relay nodes for measuring link quality, wherein the mobile node is one of the at least one terminal and the one or more relay nodes; receiving, at the base station from the mobile node, a list of link measurements, wherein a link measurement comprises a measurement of a link quality for a link between the mobile node and one of the relay nodes identified in the list sent by the base station, and wherein the list of link measurements comprises a link measurement for each of the one or more relay nodes listed in the measurement instructions for which the link measurement is above the threshold parameter for evaluating link quality. sending, by the base station to a mobile node, measurement instructions wherein the measurement instructions comprise an indication of a threshold parameter for evaluating link quality and a list identifying one or more relay nodes for measuring link quality, wherein the mobile node is one of the at least one terminal and the one or more relay nodes; receiving, at the base station from the mobile node, a list of link measurements, wherein a link measurement comprises a measurement of a link quality for a link between the mobile node and one of the relay nodes identified in the list sent by the base station, and wherein the list of link measurements comprises a link measurement for each of the one or more relay nodes listed in the measurement instructions for which the link measurement is above the threshold parameter for evaluating link quality.
A boot retaining element for a ski boot, comprising: a base plate using which the boot retaining element can be connected to a ski; a boot retaining element housing which is or can be connected to the base plate; at least one sole retainer for releasably holding a ski boot on the ski; and a device for setting a release force of the boot retaining element, wherein the device comprises an anchor, which can be exposed to tensile stresses, and a setting element for setting a release force of the boot retaining element which can be connected to the anchor, and wherein the anchor and/or the setting element consist(s) of a material which is harder than the material of the boot retaining element housing, for example metal. a base plate using which the boot retaining element can be connected to a ski; a boot retaining element housing which is or can be connected to the base plate; at least one sole retainer for releasably holding a ski boot on the ski; and a device for setting a release force of the boot retaining element, wherein the device comprises an anchor, which can be exposed to tensile stresses, and a setting element for setting a release force of the boot retaining element which can be connected to the anchor, and wherein the anchor and/or the setting element consist(s) of a material which is harder than the material of the boot retaining element housing, for example metal.
A mold (82, 100), comprising: a first groove part (110, 821), which extends with a constant length or a constant width from a center part to an outer circumferential part, the first groove part being a scroll shaped groove part that extends in one direction while maintaining a scroll shape; and a second groove part (120, 822, 822A, 822B, 822C, 822D) extending from a terminal end of the first groove part on the outer circumferential part side and merging with any portion of the first groove part, and the second groove part extending from a scroll tail end of the scroll shaped groove part and merging with any portion of the scroll shaped groove part. a first groove part (110, 821), which extends with a constant length or a constant width from a center part to an outer circumferential part, the first groove part being a scroll shaped groove part that extends in one direction while maintaining a scroll shape; and a second groove part (120, 822, 822A, 822B, 822C, 822D) extending from a terminal end of the first groove part on the outer circumferential part side and merging with any portion of the first groove part, and the second groove part extending from a scroll tail end of the scroll shaped groove part and merging with any portion of the scroll shaped groove part.
An apparatus comprising a wound dressing connected to a flexible fluid container via a peristaltic pump, wherein the wound dressing is in communication with a mechanical pressure control valve, and the fluid container is provided with an inlet and an outlet, in which the pressure control valve is connected to the wound dressing via a tubing connector.
A human Factor Vila polypeptide for use in the treatment of a disease that is desirable of blood clotting, wherein the ratio of moles of sialic acid to moles of N-linked glycan conjugated to the human Factor Vila polypeptide is less than 1.0 and wherein the human Factor Vila polypeptide comprises the amino acid sequence of SEQ ID NO: 16.
An aromatic polycarbonate oligomer solid comprising a repeating unit represented by the following general formula: wherein R 1 and R 2 each independently represent a hydrogen atom or a methyl group, and having a weight average molecular weight of 500 to 10000, a low molecular weight component of 5.0 area% or less as measured by high performance liquid chromatography, and a loose bulk density of 0.20 g/cm 3 or more, wherein all parameters are determined according to the methods disclosed in the specification.