mhurhangee/ep-ind-claims huggingface dataset:
Compounds of general formula. wherein - R 1 represents one or more groups chosen from: trifluoromethyl, halogen, C 1 -C 4 straight or branched alkyl, nitro, trifluoromethoxy, acetyl. - when n=m=1, • W represents CH then Y is oxygen or -CH 2 N(CH 3)- or -NHCH 2 -. • or W represents nitrogen then Y represents C=O. - when n=m=0, W represents CH, then Y is 0 or -OCH 2 -. - when n=1 and m=0, W represents CH, then Y is -OCH 2 -. - U represents: • either -(C=O)CH 2 O- and can be branched at position or of pyridazinone and R2 represents hydrogen, • or - (C=O) CHR 4 NR 5 - in which R 4 =R 5 =H or, independently of each other, can be equal to H or Me, and if U is branched at position of pyridazinone then R2 is at position and represents H or OMe, and if U is branched at position of pyridazinone then R2 represents H • or -(C=O)(C=O)NH-, -(C=O)CH=CH-, -(C=O)CH 2 CH 2 -, and can be branched at position of pyridazinone, then R2 represents H, - R 3 represents: • a hydrogen, or • a C 1 -C 6 straight or branched alkyl radical, or a C 1 -C 3 alkyl radical substituted by groups, and the addition salts with pharmaceutically acceptable bases and acids, and their mixtures in any proportion. - R 1 represents one or more groups chosen from: trifluoromethyl, halogen, C 1 -C 4 straight or branched alkyl, nitro, trifluoromethoxy, acetyl. - when n=m=1, • W represents CH then Y is oxygen or -CH 2 N(CH 3)- or -NHCH 2 -. • or W represents nitrogen then Y represents C=O. • W represents CH then Y is oxygen or -CH 2 N(CH 3)- or -NHCH 2 -. • or W represents nitrogen then Y represents C=O. - when n=m=0, W represents CH, then Y is 0 or -OCH 2 -. - when n=1 and m=0, W represents CH, then Y is -OCH 2 -. - U represents: • either -(C=O)CH 2 O- and can be branched at position or of pyridazinone and R2 represents hydrogen, • or - (C=O) CHR 4 NR 5 - in which R 4 =R 5 =H or, independently of each other, can be equal to H or Me, and if U is branched at position of pyridazinone then R2 is at position and represents H or OMe, and if U is branched at position of pyridazinone then R2 represents H • or -(C=O)(C=O)NH-, -(C=O)CH=CH-, -(C=O)CH 2 CH 2 -, and can be branched at position of pyridazinone, then R2 represents H, • either -(C=O)CH 2 O- and can be branched at position or of pyridazinone and R2 represents hydrogen, • or - (C=O) CHR 4 NR 5 - in which R 4 =R 5 =H or, independently of each other, can be equal to H or Me, and if U is branched at position of pyridazinone then R2 is at position and represents H or OMe, and if U is branched at position of pyridazinone then R2 represents H • or -(C=O)(C=O)NH-, -(C=O)CH=CH-, -(C=O)CH 2 CH 2 -, and can be branched at position of pyridazinone, then R2 represents H, - R 3 represents: • a hydrogen, or • a C 1 -C 6 straight or branched alkyl radical, or a C 1 -C 3 alkyl radical substituted by groups, • a hydrogen, or • a C 1 -C 6 straight or branched alkyl radical, or a C 1 -C 3 alkyl radical substituted by groups,
A method comprising: receiving fault information relating to a fault associated with an operation of guest software (103, 115); determining whether the fault information satisfies at least one fault filtering criterion; causing the guest software to ignore the fault and to proceed if the fault information satisfies the at least one fault filtering criterion, whereby the fault does not compromise a virtual machine monitor or a virtual machine (102, 114); and determining whether to deliver the fault to the guest software or to transfer control to the virtual machine monitor if the fault information does not satisfy the at least one fault filtering criterion. receiving fault information relating to a fault associated with an operation of guest software (103, 115); determining whether the fault information satisfies at least one fault filtering criterion; causing the guest software to ignore the fault and to proceed if the fault information satisfies the at least one fault filtering criterion, whereby the fault does not compromise a virtual machine monitor or a virtual machine (102, 114); and determining whether to deliver the fault to the guest software or to transfer control to the virtual machine monitor if the fault information does not satisfy the at least one fault filtering criterion.
An arrangement with a metallised plastic antenna for a fill level radar and a waveguide, the metallised plastic antenna comprising: an antenna body made of a plastic material with an inside; a collar with a connection region; wherein the inside of the antenna body forms a hollow space and comprises a metallisation for conducting electromagnetic waves; wherein the plastic antenna is designed as a horn antenna; wherein the connection region of the collar comprises a conical shape with a first angle in relation to the longitudinal axis of the collar such that the connection region is sealingly screwed or adhesively bonded to a region of the waveguide; wherein the waveguide is configured to feed the electromagnetic waves (403; 404) to the antenna; wherein the region of the waveguide comprises a second conical angle in relation to the longitudinal axis of the collar of the plastic antenna; wherein the first angle is larger than the second angle. an antenna body made of a plastic material with an inside; a collar with a connection region; wherein the inside of the antenna body forms a hollow space and comprises a metallisation for conducting electromagnetic waves; wherein the plastic antenna is designed as a horn antenna; wherein the connection region of the collar comprises a conical shape with a first angle in relation to the longitudinal axis of the collar such that the connection region is sealingly screwed or adhesively bonded to a region of the waveguide;
A light detection and ranging, LIDAR, device comprising: a first light source configured to emit first light; a first reflector comprising a reflective surface symmetrical with reference to a central axis of the first reflector and configured to receive second light that is light reflected or scattered by an object that is irradiated by the first light in 360 degrees of a lateral direction to the central axis of the first reflector, and reflect the second light; a light detector comprising a pixel array, the light detector being configured to detect the second light reflected from the first reflector; and a processor configured to acquire location information of the object based on detection of the second light by the light detector, wherein the first reflector has a tapered shape with a width gradually narrowing from an upper area of the first reflector to a lower area of the first reflector; characterized in that the first reflector comprises a cavity that is a vacant space provided inside an upper area of the first reflector, and the first light source is provided in the cavity. a first light source configured to emit first light; a first reflector comprising a reflective surface symmetrical with reference to a central axis of the first reflector and configured to receive second light that is light reflected or scattered by an object that is irradiated by the first light in 360 degrees of a lateral direction to the central axis of the first reflector, and reflect the second light; a light detector comprising a pixel array, the light detector being configured to detect the second light reflected from the first reflector; and a processor configured to acquire location information of the object based on detection of the second light by the light detector, wherein the first reflector has a tapered shape with a width gradually narrowing from an upper area of the first reflector to a lower area of the first reflector; characterized in that the first reflector comprises a cavity that is a vacant space provided inside an upper area of the first reflector, and the first light source is provided in the cavity.
A connecting assembly for the connection of a tube of a heating and/or air conditioning system to a tubular component of the same system, said connecting assembly having an axis and comprising: - a sleeve defining a seat for axially receiving said tube and coaxially carrying therein at least one sealing ring and one retaining ring clamp, adapted to cooperate in use with said tube to prevent the extraction thereof from the sleeve itself; - a tubular element fixable to said tubular component and axially coupled in use to said sleeve; and - locking means for fixing said tubular element to said sleeve in a predetermined position along said axis; wherein said sleeve has, at least within the proximity of said clamp, at least one visibility zone to allow the external vision of the interaction position between said tube and said clamp during the assembly step; wherein said locking means comprise a fixing element which can be coupled in a releasable manner to said sleeve and said tubular element in a transverse direction with respect to said axis; wherein said tubular element and said sleeve have respective engaging portions (25, 26) reciprocally penetrating one another in an axial direction, and wherein one of said engaging portions (25, 26) is transparent and the other of said engaging portions (25, 26) is provided with at least one window; said engaging portion of said sleeve defining said visible zone. - a sleeve defining a seat for axially receiving said tube and coaxially carrying therein at least one sealing ring and one retaining ring clamp, adapted to cooperate in use with said tube to prevent the extraction thereof from the sleeve itself; - a tubular element fixable to said tubular component and axially coupled in use to said sleeve; and - locking means for fixing said tubular element to said sleeve in a predetermined position along said axis;
System intended to limit the risks of sudden death in the event of an epileptic seizure, comprising: - a detection and control unit; - at least one detection probe (10g, 10d) connected to the detection and control unit and intended to be applied to at least one of the two vagus nerves of a patient, - means provided in the detection and control unit for detecting a phenomenon of mass discharge of action potentials in at least one vagus nerve by determining a global electrical energy density in at least one vagus nerve from signals delivered by the detection probe(s), - at least one stimulation probe for a vagus nerve, and - means provided in the detection and control unit that are capable, in response to the detection of a mass discharge, of applying predetermined asymmetric stimulation signals to the stimulation probe(s) (10g, 10d) capable of causing a depolarization and/or hyperpolarization of the vagus nerve(s) and of blocking the conduction of the action potentials at least in the efferent direction. - a detection and control unit; - at least one detection probe (10g, 10d) connected to the detection and control unit and intended to be applied to at least one of the two vagus nerves of a patient, - means provided in the detection and control unit for detecting a phenomenon of mass discharge of action potentials in at least one vagus nerve by determining a global electrical energy density in at least one vagus nerve from signals delivered by the detection probe(s), - at least one stimulation probe for a vagus nerve, and - means provided in the detection and control unit that are capable, in response to the detection of a mass discharge, of applying predetermined asymmetric stimulation signals to the stimulation probe(s) (10g, 10d) capable of causing a depolarization and/or hyperpolarization of the vagus nerve(s) and of blocking the conduction of the action potentials at least in the efferent direction.
An image processing apparatus (100; 800) comprising: cross section information acquisition means configured to acquire a position and orientation of a cross section image obtained by capturing an object; three-dimensional image acquisition means (110; 810) configured to acquire a three-dimensional image obtained by capturing the object; and correspondence cross section calculation means configured to calculate a correspondence cross section of the cross section image in the three-dimensional image based on the position and orientation, characterized by generation means (150; 850) configured to generate a plurality of images of cross sections in the three-dimensional image; display means (160; 860) configured to display the plurality of images of cross sections; and error acquisition means (120, 820) configured to acquire an estimation value of an error occurring when calculating the correspondence cross section, wherein said generation means (150; 850) is configured to generate the plurality of images of the cross sections within a range based on the estimation value of the error. cross section information acquisition means configured to acquire a position and orientation of a cross section image obtained by capturing an object; three-dimensional image acquisition means (110; 810) configured to acquire a three-dimensional image obtained by capturing the object; and correspondence cross section calculation means configured to calculate a correspondence cross section of the cross section image in the three-dimensional image based on the position and orientation, characterized by generation means (150; 850) configured to generate a plurality of images of cross sections in the three-dimensional image; display means (160; 860) configured to display the plurality of images of cross sections; and error acquisition means (120, 820) configured to acquire an estimation value of an error occurring when calculating the correspondence cross section, wherein said generation means (150; 850) is configured to generate the plurality of images of the cross sections within a range based on the estimation value of the error.
A system for delivering and deploying a self-expanding medical device within a vessel, the system comprising: an introducer sheath; a self-expanding device; and an assembly; and characterised in that the assembly comprises an elongate flexible member and a protective coil fixed to the flexible member and received within a housing, the protective coil receiving a distal end of the self-expanding device into a proximal most opening of, and within, an internal recess of the protective coil, the protective coil configured to release the distal end of the self-expanding device from within the opening of the protective coil via rotation of the elongate flexible member and the protective coil relative to the distal end of the self-expanding device, and a proximally positioned member positioned proximally of a proximal end of the self-expanding device and suitable to contact the proximal end of the self-expanding device, the assembly being movable within the introducer sheath prior to rotating the elongate flexible member and while the distal end of the self-expanding device remains positioned within the protective coil. an introducer sheath; a self-expanding device; and an assembly; and characterised in that the assembly comprises an elongate flexible member and a protective coil fixed to the flexible member and received within a housing, the protective coil receiving a distal end of the self-expanding device into a proximal most opening of, and within, an internal recess of the protective coil, the protective coil configured to release the distal end of the self-expanding device from within the opening of the protective coil via rotation of the elongate flexible member and the protective coil relative to the distal end of the self-expanding device, and a proximally positioned member positioned proximally of a proximal end of the self-expanding device and suitable to contact the proximal end of the self-expanding device, the assembly being movable within the introducer sheath prior to rotating the elongate flexible member and while the distal end of the self-expanding device remains positioned within the protective coil.
Hot runner nozzle for injection molds having a nozzle body with a nozzle tube defining a passage channel for a melt, wherein the passage channel has a feed opening at a first end region and an outlet opening at a second end region, the feed opening is arranged on the side of a nozzle carrier facing away from the outlet opening and several first and second annular cavities (15A, 15B) are provided on the hot runner nozzle, of which the first cavities are filled with a first medium, in particular gas, in order to achieve high thermal insulation and the second cavities are filled with a second medium having a higher thermal conductivity than the material of the wall of the nozzle body adjacent to the cavity, characterized in that the first end region at its end at the far side from the outlet opening has a roughly disk-shaped nozzle carrier and an also roughly disk-shaped nozzle seat which is connected over its surface to the nozzle carrier, the nozzle seat is made from a material having a lower thermal conductivity than the material of the nozzle carrier, wherein in the nozzle carrier a second cavity is arranged and wherein the nozzle seat is connected to both the nozzle carrier and the nozzle tube in a material-locking manner, the nozzle tube has a nozzle section at its end spaced from the nozzle seat, which tapers conically towards the outlet opening and a first cavity is provided in the nozzle seat, and an insulating ring provided on a peripheral shoulder of the hot runner nozzle is connected to the end of the nozzle tube distanced from the nozzle seat, wherein the insulating ring has at least one first cavity that serves to reduce the heat drain from the nozzle body into the injection mold.
A user pairing method for realizing user scheduling, comprising: determining, according to a preset resource allocation criterion, a first user of a time-frequency resource; searching, according to a downlink channel state quantization code of the first user, a preset pairing table to obtain a paired downlink channel state quantization code which is paired with the downlink channel state quantization code of the first user, wherein the preset pairing table includes a pairing relationship among downlink channel state quantization codes obtained by pre-calculating; and determining a paired user of the first user from user(s) to be paired, wherein a downlink channel state quantization code of the paired user is the same as the paired downlink channel state quantization code. determining, according to a preset resource allocation criterion, a first user of a time-frequency resource; searching, according to a downlink channel state quantization code of the first user, a preset pairing table to obtain a paired downlink channel state quantization code which is paired with the downlink channel state quantization code of the first user, wherein the preset pairing table includes a pairing relationship among downlink channel state quantization codes obtained by pre-calculating; and determining a paired user of the first user from user(s) to be paired, wherein a downlink channel state quantization code of the paired user is the same as the paired downlink channel state quantization code.
A method of developing a reference database to identify media, wherein the database is configured to include entries of validated reference data and entries of un-validated reference data, the method comprising: locating first local media on a first information presentation device; obtaining first metadata associated with the first local media; before generating reference data at the first information presentation device based on the first local media, sending a query to a central facility with the first metadata; when a response to the query indicates that the reference database lacks validated reference data associated with the first metadata, generating first reference data from the first local media at the first information presentation device and transmitting the first reference data to the central facility, wherein the first reference data is at least one of a signature or a code; wherein the reference database determines the first reference data to be un-validated reference data when a number of information presentation devices that have sent respective reference data that matches un-validated reference data stored in the central facility for reference media corresponding to the first media is below a threshold, wherein the threshold is a value of at least two; and when the response to the query indicates that the reference database includes validated reference data associated with the first metadata, not generating the first reference data from the first local media at the first information presentation device. locating first local media on a first information presentation device; obtaining first metadata associated with the first local media; before generating reference data at the first information presentation device based on the first local media, sending a query to a central facility with the first metadata; when a response to the query indicates that the reference database lacks validated reference data associated with the first metadata, generating first reference data from the first local media at the first information presentation device and transmitting the first reference data to the central facility, wherein the first reference data is at least one of a signature or a code; wherein the reference database determines the first reference data to be un-validated reference data when a number of information presentation devices that have sent respective reference data that matches un-validated reference data stored in the central facility for reference media corresponding to the first media is below a threshold, wherein the threshold is a value of at least two; and when the response to the query indicates that the reference database includes validated reference data associated with the first metadata, not generating the first reference data from the first local media at the first information presentation device.
A system for laser welding a component, comprising a thrust device, a processing optics, and at least one guiding device, wherein the processing optics is provided connected to the thrust device, wherein the processing optics is designed to be rotatable in relation to the thrust device and linearly displaceable in at least one beam axis to set a focal position as a weld seam guide, wherein the at least one guiding device is provided rigidly connected to the processing optics, wherein the thrust device is a self-propelled device, characterized in that the thrust device pulls and/or pushes the processing optics and the guiding device ensures self-guiding of the thrust device on the component. the processing optics is provided connected to the thrust device, wherein the processing optics is designed to be rotatable in relation to the thrust device and linearly displaceable in at least one beam axis to set a focal position as a weld seam guide, wherein the at least one guiding device is provided rigidly connected to the processing optics, wherein the thrust device is a self-propelled device, characterized in that the thrust device pulls and/or pushes the processing optics and the guiding device ensures self-guiding of the thrust device on the component.
A Hall effect thruster having a discharge channel with an open downstream end, a cathode situated outside said discharge channel, an injector system suitable for injecting atoms of gas into said discharge channel, the injector system being situated at the upstream end of said discharge channel and also forming an anode, and a heater device suitable for heating said cathode, said thruster being characterized in that it further comprises measurement means for measuring the temperature T d of said heater device, and a regulator circuit for regulating said temperature T d in such a manner that said heater device heats so long as its temperature T d is less than a threshold temperature T s from which said thruster is capable of starting, and ceases to heat once the magnitude of the discharge current emitted by the cathode reaches a critical magnitude for the discharge current I cd corresponding to the thruster starting, after said threshold temperature T s has been reached, said threshold temperature T s being function of said critical magnitude for the discharge current I cd.