mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device (101'; 200; 300; 400) comprising: a resin film having a through hole; and a semiconductor element comprising a gate electrode disposed on the inner wall of the through hole, an insulating layer covering the gate electrode within the through hole, an organic semiconductor section disposed on the insulating layer within the through hole, and a source electrode and a drain electrode electrically connected to the organic semiconductor section, wherein the gate electrode covers the wall surface of the through hole and the organic semiconductor section is hollow in the inside thereof, characterized in that the hollow space of the organic semiconductor section is filled with an insulating material. a resin film having a through hole; and a semiconductor element comprising a gate electrode disposed on the inner wall of the through hole, an insulating layer covering the gate electrode within the through hole, an organic semiconductor section disposed on the insulating layer within the through hole, and a source electrode and a drain electrode electrically connected to the organic semiconductor section, wherein the gate electrode covers the wall surface of the through hole and the organic semiconductor section is hollow in the inside thereof, characterized in that the hollow space of the organic semiconductor section is filled with an insulating material.
A two-component adhesive composition, comprising an isocyanate component comprising one or more compounds having at least two isocyanate groups; and an isocyanate-reactive component comprising one or more compounds having at least two isocyanate-reactive groups, wherein the two-component adhesive composition further comprises an epoxy-aromatic diisocyanate adduct derived from the reaction between at least one epoxy compound and at least one aromatic diisocyanate compound and the epoxy-aromatic diisocyanate adduct comprises at least one oxazolidinone ring; and wherein the two-component adhesive composition further comprises a phosphate ester polyol. an isocyanate component comprising one or more compounds having at least two isocyanate groups; and an isocyanate-reactive component comprising one or more compounds having at least two isocyanate-reactive groups, wherein the two-component adhesive composition further comprises an epoxy-aromatic diisocyanate adduct derived from the reaction between at least one epoxy compound and at least one aromatic diisocyanate compound and the epoxy-aromatic diisocyanate adduct comprises at least one oxazolidinone ring; and wherein the two-component adhesive composition further comprises a phosphate ester polyol. wherein the two-component adhesive composition further comprises an epoxy-aromatic diisocyanate adduct derived from the reaction between at least one epoxy compound and at least one aromatic diisocyanate compound and the epoxy-aromatic diisocyanate adduct comprises at least one oxazolidinone ring; and wherein the two-component adhesive composition further comprises a phosphate ester polyol.
A compressor comprising: a cylindrical hermetic container; a compression mechanism unit that is housed in the hermetic container to compress a refrigerant; an electric motor unit that is housed in the hermetic container so as to be aligned with the compression mechanism unit in an axial direction of the hermetic container, and drives the compression mechanism unit; a first leg that is fixed to the hermetic container at a position near the electric motor unit to support the hermetic container in a horizontal attitude on an installation surface; a second leg that is fixed to an end of the hermetic container located on the side of the compression mechanism unit to support the hermetic container in a horizontal attitude on the installation surface; an accumulator that is attached to the hermetic container, between the first leg and the second leg; and a joint port that is provided in the hermetic container to join a refrigerant return pipe, the refrigerant return pipe guiding a refrigerant in the accumulator to the compression mechanism unit, characterized in that the second leg includes a first support portion of plate shape that faces the installation surface and is able to support the hermetic container in a horizontal attitude, and a second support portion of plate shape that is able to support the hermetic container standing in a vertical attitude, and the first support portion extends from a peripheral edge of the second support portion in a direction away from the joint port. a cylindrical hermetic container; a compression mechanism unit that is housed in the hermetic container to compress a refrigerant; an electric motor unit that is housed in the hermetic container so as to be aligned with the compression mechanism unit in an axial direction of the hermetic container, and drives the compression mechanism unit; a first leg that is fixed to the hermetic container at a position near the electric motor unit to support the hermetic container in a horizontal attitude on an installation surface; a second leg that is fixed to an end of the hermetic container located on the side of the compression mechanism unit to support the hermetic container in a horizontal attitude on the installation surface; an accumulator that is attached to the hermetic container, between the first leg and the second leg; and a joint port that is provided in the hermetic container to join a refrigerant return pipe, the refrigerant return pipe guiding a refrigerant in the accumulator to the compression mechanism unit, characterized in that the second leg includes a first support portion of plate shape that faces the installation surface and is able to support the hermetic container in a horizontal attitude, and a second support portion of plate shape that is able to support the hermetic container standing in a vertical attitude, and the first support portion extends from a peripheral edge of the second support portion in a direction away from the joint port.
A liquid washing or cleaning agent comprising at least one lipase, at least 0.05 wt.%, preferably at least 0.15 wt.%, particularly preferably at least 0.25 wt.%, and very particularly preferably at least 0.35 wt.%, of a monovalent cation, wherein the cation source is selected from potassium chloride, potassium sulfate, potassium acetate, potassium formate and mixtures thereof, and at least 5 wt.% of an anionic surfactant, wherein the pH of the liquid washing and cleaning agent is 9 or less.
A method, comprising: at a mobile station, transmitting a pilot message to a base station in response to determining that no signal has been received at the mobile station within a predetermined time period or that a received signal has been below a predetermined intensity within a predetermined time period, said pilot message comprising a pilot tone sent at reduced bandwidth compared to signals sent by other mobile stations; and receiving a response from the base station, said response beamsteered towards a receive direction and/or power of the pilot message; wherein the pilot tone is transmitted at a bandwidth smaller than for subsequent transmission of data. at a mobile station, transmitting a pilot message to a base station in response to determining that no signal has been received at the mobile station within a predetermined time period or that a received signal has been below a predetermined intensity within a predetermined time period, said pilot message comprising a pilot tone sent at reduced bandwidth compared to signals sent by other mobile stations; and receiving a response from the base station, said response beamsteered towards a receive direction and/or power of the pilot message; wherein the pilot tone is transmitted at a bandwidth smaller than for subsequent transmission of data.
Coating composition for a multicoat paint system comprising (a.1) at least one binder with functional groups (Gr), (a.2) at least one pigment, and (a.3) at least one corrosion-inhibiting component which comprises a parent structure, at least one functional group (Gr') which is attached covalently to and which, when the multicoat paint system is thermally cured, reacts with the functional groups (Gr) of the binder (a.1), and at least one uni- and/or multidentate, potentially anionic ligand which is different from the functional group (Gr'), is attached covalently to, and, when the multicoat paint system is thermally cured, does not lose its capacity as a chelating agent and which is selected from the group consisting of - organophosphorus compounds, - organosulphur compounds, - acylated ureas and thioureas, - diamines and/or polyamines, - quinolines, cholines and/or benzimidazoles, - hydroxy compounds which contain further imino groups, - carbonyl compounds which contain further carbonyl, carboxylic acid, thiocarbonyl and/or imino groups, - carbenes and/or acetylene compounds, characterized in that the parent structure contains uretdione and/or isocyanurate groups and/or allophanate groups. (a.1) at least one binder with functional groups (Gr), (a.2) at least one pigment, and (a.3) at least one corrosion-inhibiting component which comprises a parent structure, at least one functional group (Gr') which is attached covalently to and which, when the multicoat paint system is thermally cured, reacts with the functional groups (Gr) of the binder (a.1), and at least one uni- and/or multidentate, potentially anionic ligand which is different from the functional group (Gr'), is attached covalently to, and, when the multicoat paint system is thermally cured, does not lose its capacity as a chelating agent and which is selected from the group consisting of - organophosphorus compounds, - organosulphur compounds, - acylated ureas and thioureas, - diamines and/or polyamines, - quinolines, cholines and/or benzimidazoles, - hydroxy compounds which contain further imino groups, - carbonyl compounds which contain further carbonyl, carboxylic acid, thiocarbonyl and/or imino groups, - carbenes and/or acetylene compounds, characterized in that the parent structure contains uretdione and/or isocyanurate groups and/or allophanate groups. - organophosphorus compounds, - organosulphur compounds, - acylated ureas and thioureas, - diamines and/or polyamines, - quinolines, cholines and/or benzimidazoles, - hydroxy compounds which contain further imino groups, - carbonyl compounds which contain further carbonyl, carboxylic acid, thiocarbonyl and/or imino groups, - carbenes and/or acetylene compounds,
A vehicle control method, the method being executed by a roadside device comprising: filtering road perception information acquired in a coverage area of the roadside device to obtain target road perception information; and determining effective area information of an area to which the target road perception information belongs; and sending a roadside perception message to the vehicle, wherein the roadside perception message comprises the target road perception information, the effective area information and area information of the coverage area of the roadside device, and the roadside perception message is used to indicate that the vehicle is controlled to travel based on the target road perception information, the effective area information and the area information; wherein the effective area information is used to indicate which area, within the area to which the target road perception information belongs, is an effective area, and the effective area refers to an area to which the target road perception information belongs and in which the roadside device is capable of working normally. filtering road perception information acquired in a coverage area of the roadside device to obtain target road perception information; and determining effective area information of an area to which the target road perception information belongs; and sending a roadside perception message to the vehicle, wherein the roadside perception message comprises the target road perception information, the effective area information and area information of the coverage area of the roadside device, and the roadside perception message is used to indicate that the vehicle is controlled to travel based on the target road perception information, the effective area information and the area information; wherein the effective area information is used to indicate which area, within the area to which the target road perception information belongs, is an effective area, and the effective area refers to an area to which the target road perception information belongs and in which the roadside device is capable of working normally.
A method of fabricating an article, the method comprising: forming a first section (68, 70; 74) of a body (62; 64) of an article from a powder of a first material using additive fabrication, the first section having a first microstructure; and bonding the first section (68, 70; 74) with a second section (66; 72) to form the body (62; 64) of the article, the second section (66; 72) being formed of a second material and having a second, different microstructure, wherein the bonding is conducted prior to fully forming the first section (68, 70; 74), characterised in that the first section (68, 70; 74) includes a platform and the second section (66; 72) includes an airfoil; and in that the body (62; 64) is an airfoil cluster including at least two airfoils. forming a first section (68, 70; 74) of a body (62; 64) of an article from a powder of a first material using additive fabrication, the first section having a first microstructure; and bonding the first section (68, 70; 74) with a second section (66; 72) to form the body (62; 64) of the article, the second section (66; 72) being formed of a second material and having a second, different microstructure, wherein the bonding is conducted prior to fully forming the first section (68, 70; 74), characterised in that the first section (68, 70; 74) includes a platform and the second section (66; 72) includes an airfoil; and in that the body (62; 64) is an airfoil cluster including at least two airfoils.
Tilt segment bearing comprising: a tilting segment, which has a pin element, a sleeve, the sleeve having at least one pin element receptacle with a cut-out in the circumferential direction, where the pin element can be received in the cut-out, characterized in that the pin element can be moved in the circumferential direction along the cut-out in order to adjust at least one gap (16, 17) of the tilting segment. a tilting segment, which has a pin element, a sleeve, the sleeve having at least one pin element receptacle with a cut-out in the circumferential direction, where the pin element can be received in the cut-out, characterized in that the pin element can be moved in the circumferential direction along the cut-out in order to adjust at least one gap (16, 17) of the tilting segment.
Method for monitoring an electrical switching arrangement having at least two channels (K 1, K 2), which each electrically conductively connect an electrical source (V cc) supplying the respective channel (K 1, K 2), forming an electrical supply quantity (V 1, V 2), to an output (A 1, A 2) of the respective channel (K 1, K 2), wherein an external safety signal (s ext) is fed to the switching arrangement, from which external safety signal an internal safety signal (s int,1, s int,2) is respectively generated for the at least two channels (K 1, K 2) in order to therewith control a voltage interrupter (S 1, S 2) connected in series in the respective channel (K 1, K 2), characterized in that the internal safety signals (s int,1, s int,2) are superimposed with a pulsed diagnostic signal (d), in which a first diagnostic signal level (L d) and a second diagnostic signal level (H d) alternate, in order to form two safety signal levels (H s, L s) which alternate in the internal safety signals (s int,1, s int,2), in order to open the voltage interrupters (S 1, S 2) connected in the respective channels (K 1, K 2) by controlling with the first safety signal level (L s) and to close them by controlling with the second safety signal level (H s) and to thus respectively alternately interrupt the supply quantities (V 1, V 2) appearing in the respective channels (K 1, K 2), in that the alternately interrupted supply quantities (V 1, V 2) are measured as measurement quantities (V m1, V m2), and in that the detected measurement quantities (V m1, V m2) of the alternately interrupted supply quantities (V 1, V 2) are compared to one another in order to determine a deviation between the detected measurement quantities (V m1, V m2) for monitoring the electrical switching arrangement.
A substrate for epitaxial growth, containing a biaxially crystal-oriented copper layer, having a full width at half maximum Δφ of a peak based on the pole figure of the copper layer is within 5°, wherein the pole figure is obtained by X-ray diffraction of the copper layer, and characterised in that the tail width Δβ of the peak based on the pole figure is within 15°, wherein the tail width Δβ refers to the peak width (°) corresponding to 1/50 of the peak height.
A method for controlling the amplitude modulation of noise generated by a wind turbine, the method comprising: determining an angle of attack of a rotor blade of a wind turbine; and maintaining the angle of attack at a substantially constant value during rotation of the rotor blade in order to reduce the amplitude modulation of the noise generated by the wind turbine, wherein maintaining the angle of attack at a substantially constant value during rotation of the rotor blade in order to reduce the amplitude modulation of the noise generated by the wind turbine comprises maintaining the angle of attack at a substantially constant value at radial locations on the rotor blade greater than 75% of a span of the rotor blade. determining an angle of attack of a rotor blade of a wind turbine; and maintaining the angle of attack at a substantially constant value during rotation of the rotor blade in order to reduce the amplitude modulation of the noise generated by the wind turbine, wherein maintaining the angle of attack at a substantially constant value during rotation of the rotor blade in order to reduce the amplitude modulation of the noise generated by the wind turbine comprises maintaining the angle of attack at a substantially constant value at radial locations on the rotor blade greater than 75% of a span of the rotor blade.
Lightweight construction panel having a profile strip, wherein the lightweight construction panel has a core and two cover layers, which cover the core at least in part, wherein the core consists of a cellulose-containing material and the cover layers consist of wood, wherein the profile strip is formed from plastics material, wherein the profile strip can be arranged so that, in an installed state, it extends, at least in part, between the cover layers of the lightweight construction panel, wherein the profile strip has two supporting portions (11, 12), in order for an element which is to be arranged adjacent to the lightweight construction panel to be supported in two directions (R1, R2), characterized in that the profile strip is arranged in a groove which passes through a cover layer of the lightweight construction panel, in that the profile strip closes in a moisture-tight manner an opening in the lightweight construction panel which exposes the core of the lightweight construction panel, wherein the profile strip has an accommodating portion for accommodating a peripheral portion of the element which is to be arranged adjacent to the lightweight construction panel, wherein the accommodating portion is of essentially U-shaped design in cross section and defines a groove.
Method for automatic removal of carbon deposits from flow channels of "Non-Recovery" and "Heat-Recovery" coke ovens and the entrance openings of the downcomer cross section thereof which are on the coke chamber side, wherein • a coke oven bank comprised of several coke oven chambers having two lateral coke oven chamber walls each and "downcomer" channels arranged therein is supplied with compressed air via compressed air main, characterized in that • a partial stream of compressed air streaming into the "downcomer" channels and being lockable is branched off into at least one coke oven chamber, and • the compressed air is fed via a pipe end into the downcomer channels, which pipe end is arranged such that the air streams onto the spots where empirically the majority of deposits accumulate, and • this partial stream of compressed air is periodically conducted into at least one "downcomer channel" depending on at least one measuring parameter for pressure or temperature so that carbon deposits contained therein can be removed by a compressed air blow injected into the "downcomer" channel. • a coke oven bank comprised of several coke oven chambers having two lateral coke oven chamber walls each and "downcomer" channels arranged therein is supplied with compressed air via compressed air main, • a partial stream of compressed air streaming into the "downcomer" channels and being lockable is branched off into at least one coke oven chamber, and • the compressed air is fed via a pipe end into the downcomer channels, which pipe end is arranged such that the air streams onto the spots where empirically the majority of deposits accumulate, and • this partial stream of compressed air is periodically conducted into at least one "downcomer channel" depending on at least one measuring parameter for pressure or temperature so that carbon deposits contained therein can be removed by a compressed air blow injected into the "downcomer" channel.
A disposable mask (100, 110, 180), comprising: a non-woven fabric piece (102, 112) operable to filter air to remove particulate matter; and a nose bridge (104, 114, 300, 310, 320, 400, 420, 440, 460) wherein the nose bridge (104, 114, 300, 310, 320, 400, 420, 440, 460) is welded to the fabric piece (102, 112); wherein the non-woven fabric has a usage class, or usage category; and characterized in that: the nose bridge (104, 114, 300, 310, 320, 400, 420, 440, 460) comprises a metal strip (304, 314, 324) enclosed in plastic (302, 312, 322); wherein the plastic (302, 312, 322) of the nose bridge is color coded to correspond to at least one of the usage class or the usage category; and wherein the metal strip 304, 314, 324) has a thickness that is greater in the middle of the nose bridge and thinner near an edge of the nose bridge. a non-woven fabric piece (102, 112) operable to filter air to remove particulate matter; and a nose bridge (104, 114, 300, 310, 320, 400, 420, 440, 460) wherein the nose bridge (104, 114, 300, 310, 320, 400, 420, 440, 460) is welded to the fabric piece (102, 112); wherein the non-woven fabric has a usage class, or usage category; and characterized in that: the nose bridge (104, 114, 300, 310, 320, 400, 420, 440, 460) comprises a metal strip (304, 314, 324) enclosed in plastic (302, 312, 322); wherein the plastic (302, 312, 322) of the nose bridge is color coded to correspond to at least one of the usage class or the usage category; and wherein the metal strip 304, 314, 324) has a thickness that is greater in the middle of the nose bridge and thinner near an edge of the nose bridge. the nose bridge (104, 114, 300, 310, 320, 400, 420, 440, 460) comprises a metal strip (304, 314, 324) enclosed in plastic (302, 312, 322); wherein the plastic (302, 312, 322) of the nose bridge is color coded to correspond to at least one of the usage class or the usage category; and wherein the metal strip 304, 314, 324) has a thickness that is greater in the middle of the nose bridge and thinner near an edge of the nose bridge.
A compound selected from N-[ -2,2,5,7-tetrafluoro-2,3-dihydro-1H-inden-1-yl]sulfamide, (-)-N-(7-chloro-2,2,5-trifluoro-2,3-dihydro-1H-inden-1-yl)sulfamide, N-[ -2,2-difluoro-7-methyl-2,3-dihydro-1H-inden-1-yl]sulfamide, N-[ -2,2,5-trifluoro-7-methyl-2,3-dihydro-1H-inden-1-yl]sulfamide and pharmaceutically acceptable salts thereof, for use in a method of the therapeutic and/or prophylactic treatment of pain.