mhurhangee/ep-ind-claims huggingface dataset:
A quartz glass burner, comprising: a relatively large diameter outer tube formed of quartz glass; a plurality of relatively small diameter inner tubes formed of quartz glass enclosed in the outer tube, each of the plurality of inner tubes defining a flow path of combustion assisting gas and having a tip opening defining an ejecting port ejecting combustion assisting gas, the plurality of inner tubes being arranged along a circumference of a circle with a center at a center axis of the outer tube so as to form an inner tube row, outer circumferences of the plurality of inner tubes defining a combustion gas flow path of combustion gas together with an inner circumference of the outer tube together; and a port defining member disposed at a tip of the outer tube and defining an outer shape of a combustion gas ejecting port ejecting combustion gas, the port defining member protruding from the inner circumference side of the outer tube towards the center axis side so as to block the outermost area of the combustion gas flow path including areas between the outer circumferences of the plurality of inner tubes forming the inner tube row and the inner circumference of the outer tube, characterized in that a front edge surface of the port defining member is arranged on the same plane as each tip of the plurality of inner tubes. a relatively large diameter outer tube formed of quartz glass; a plurality of relatively small diameter inner tubes formed of quartz glass enclosed in the outer tube, each of the plurality of inner tubes defining a flow path of combustion assisting gas and having a tip opening defining an ejecting port ejecting combustion assisting gas, the plurality of inner tubes being arranged along a circumference of a circle with a center at a center axis of the outer tube so as to form an inner tube row, outer circumferences of the plurality of inner tubes defining a combustion gas flow path of combustion gas together with an inner circumference of the outer tube together; and a port defining member disposed at a tip of the outer tube and defining an outer shape of a combustion gas ejecting port ejecting combustion gas, the port defining member protruding from the inner circumference side of the outer tube towards the center axis side so as to block the outermost area of the combustion gas flow path including areas between the outer circumferences of the plurality of inner tubes forming the inner tube row and the inner circumference of the outer tube, characterized in that a front edge surface of the port defining member is arranged on the same plane as each tip of the plurality of inner tubes.
Use of additive compositions for improving the lacquering resistance of diesel and biodiesel fuels comprising at least 50 ppm w/w of deposit reducer(s)/dispersant(s), said compositions comprising at least one antioxidant of the hindered phenol type (alkylphenol) a/ selected from di-t-butyl-2,6-methyl-4-phenol, t-butyl hydroquinone (TBHQ), 2,6- and 2,4-di-t-butyl phenol, 2,4-dimethyl-6-t-butyl phenol, pyrogallol, tocopherol, 4,4'- methylene bis(2,6-di-t-butyl phenol) (CAS No. 118-82-1), alone or in a mixture and at least one metal passivator b/ selected from amines substituted with triazole groups, benzimidazoles, 2-alkyldithiobenzimidazoles; 2-alkyldithiobenzothiazoles; 2-(N,N-dialkyldithiocarbamoyl)benzothiazoles; 2,5-bis(N,N-dialkyldithiocarbamoyl)-1,3,4-thiadiazoles, alone or in a mixture, said amines substituted with triazole groups being selected from N,N-bis(2-ethylhexyl)-1,2,4-triazol-1-ylmethanamine (CAS 91273-04-0), N,N'-bis(2 ethylhexyl)-4-methyl-1H-benzotriazol-1-methyl-amine (CAS 80584-90-3), N,N-bis(heptyl)-ar-methyl-1 H-benzotriazole-1-methanamine, N,N-bis(nonyl)-ar-methyl-1H-benzotriazole-1-methanamine, N,N-bis(decyl)-ar-methyl-1 H-benzotriazole-1-methanamine, N,N-bis(undecyl)-ar-methyl-1 H-benzotriazole-1-methanamine, N,N-bis(dodecyl)-ar-methyl-1 H-benzotriazole-1-methanamine, N,N-bis(2-ethylhexyl)-ar-methyl-1H-benzotriazole-1-methanamine.
A method for functionalising a layer comprising radiation curable components by depositing a top layer on top of said layer, characterized in that, said method comprises the following steps: i) the provision of a fluid layer comprising radiation curable components yet to be cured, said layer being present on a substrate, ii) the application of said top layer on top of said fluid layer comprising radiation curable components by means of an aerosol comprising active component. iii) the application of radiation in a radiation unit viz, a UV unit or an EB (electron beam) unit, on the components, assembly obtained after step ii), wherein polymerization of said fluid layer comprising radiation curable components takes place, and as a result of the exothermic reaction heat that is released during said polymerization evaporation of the liquid components present in said top layer takes place resulting in a said active components containing top layer having a thickness of 1-200 nm. i) the provision of a fluid layer comprising radiation curable components yet to be cured, said layer being present on a substrate, ii) the application of said top layer on top of said fluid layer comprising radiation curable components by means of an aerosol comprising active component. iii) the application of radiation in a radiation unit viz, a UV unit or an EB (electron beam) unit, on the components, assembly obtained after step ii), wherein polymerization of said fluid layer comprising radiation curable components takes place, and as a result of the exothermic reaction heat that is released during said polymerization evaporation of the liquid components present in said top layer takes place resulting in a said active components containing top layer having a thickness of 1-200 nm.
A method of operating an opposed-piston engine with one or more cylinders, in which each cylinder has a piston-controlled exhaust port coupled to an exhaust subsystem and a piston-controlled intake port coupled to a charge air subsystem, a pair of pistons (60, 62) disposed for opposing movement in a bore of the cylinder, and one or more fuel injectors disposed for injecting fuel into the cylinder, characterized by: receiving a signal to start the engine; detecting a cold-start condition, followed by: before fuel is injected, limiting charge air flow through the engine, and heating air retained in the cylinder by cranking the engine; and then, injecting fuel into a combustion space between opposing end surfaces (61, 63) of pistons in the cylinder according to a cold-start schedule; providing a progressively increasing flow of charge air through the cylinder until an engine idling state is reached; and, injecting fuel into the combustion space according to an idling schedule. receiving a signal to start the engine; detecting a cold-start condition, followed by: before fuel is injected, limiting charge air flow through the engine, and heating air retained in the cylinder by cranking the engine; and then, injecting fuel into a combustion space between opposing end surfaces (61, 63) of pistons in the cylinder according to a cold-start schedule; providing a progressively increasing flow of charge air through the cylinder until an engine idling state is reached; and, injecting fuel into the combustion space according to an idling schedule. before fuel is injected, limiting charge air flow through the engine, and heating air retained in the cylinder by cranking the engine; and then, injecting fuel into a combustion space between opposing end surfaces (61, 63) of pistons in the cylinder according to a cold-start schedule; providing a progressively increasing flow of charge air through the cylinder until an engine idling state is reached; and, injecting fuel into the combustion space according to an idling schedule.
A vehicle body structure comprising: a main floor panel which has a backbone portion bulging toward a vehicle interior in a tunnel shape; a rear floor panel which forms a floor continuous with a vehicle rear of the main floor panel; a tank which is provided below the rear floor panel and stores an additive to be supplied to exhaust; and a muffler which is connected to an exhaust pipe and disposed in parallel with the tank in a vehicle width direction, wherein a passage portion between the tank and the muffler is disposed at a position displaced from a position opposite to the backbone portion to a left or right direction with respect to a center in the vehicle width direction so that the passage portion is not positioned directly rearward of the backbone portion, and wherein one of the tank and the muffler which is positioned at a side opposite to a displacement direction of the passage portion includes a notched portion having an expanded shape from the passage portion toward a backbone portion side. a main floor panel which has a backbone portion bulging toward a vehicle interior in a tunnel shape; a rear floor panel which forms a floor continuous with a vehicle rear of the main floor panel; a tank which is provided below the rear floor panel and stores an additive to be supplied to exhaust; and a muffler which is connected to an exhaust pipe and disposed in parallel with the tank in a vehicle width direction, wherein a passage portion between the tank and the muffler is disposed at a position displaced from a position opposite to the backbone portion to a left or right direction with respect to a center in the vehicle width direction so that the passage portion is not positioned directly rearward of the backbone portion, and wherein one of the tank and the muffler which is positioned at a side opposite to a displacement direction of the passage portion includes a notched portion having an expanded shape from the passage portion toward a backbone portion side.
A magnetic tunnel junction comprising: a conductive first magnetic electrode comprising a magnetic recording material; a conductive second magnetic electrode spaced from the first electrode and comprising a magnetic reference material; a non-magnetic tunnel insulator material comprising MgO between the first and second magnetic electrodes, the non-magnetic tunnel insulator material having from 0.0 atomic percent to no more than 0.1 atomic percent B and having a maximum thickness that is no greater than 20 Angstroms; and the magnetic recording material or the magnetic reference material of at least one of the first and second magnetic electrodes comprising a crystalline magnetic region that comprises Co and Fe and that has from 0.0 atomic percent to no more than 0.1 atomic percent B, the at least one of the first and second magnetic electrodes comprising a non-magnetic MgO-comprising region and an amorphous metal region, the amorphous metal region comprising an alloy of at least one of W, Mo, and Cr, and at least one of Fe, Co, and Ni; and the Co and Fe-comprising crystalline magnetic region that has from 0.0 atomic percent to no more than 0.1 atomic percent B being between the non-magnetic tunnel insulator material and the MgO-comprising region, the amorphous metal region being between the MgO-comprising region and the Co and Fe-comprising crystalline magnetic region that has from 0.0 atomic percent to no more than 0.1 atomic percent B. a conductive first magnetic electrode comprising a magnetic recording material; a conductive second magnetic electrode spaced from the first electrode and comprising a magnetic reference material; a non-magnetic tunnel insulator material comprising MgO between the first and second magnetic electrodes, the non-magnetic tunnel insulator material having from 0.0 atomic percent to no more than 0.1 atomic percent B and having a maximum thickness that is no greater than 20 Angstroms; and the magnetic recording material or the magnetic reference material of at least one of the first and second magnetic electrodes comprising a crystalline magnetic region that comprises Co and Fe and that has from 0.0 atomic percent to no more than 0.1 atomic percent B, the at least one of the first and second magnetic electrodes comprising a non-magnetic MgO-comprising region and an amorphous metal region, the amorphous metal region comprising an alloy of at least one of W, Mo, and Cr, and at least one of Fe, Co, and Ni; and the Co and Fe-comprising crystalline magnetic region that has from 0.0 atomic percent to no more than 0.1 atomic percent B being between the non-magnetic tunnel insulator material and the MgO-comprising region, the amorphous metal region being between the MgO-comprising region and the Co and Fe-comprising crystalline magnetic region that has from 0.0 atomic percent to no more than 0.1 atomic percent B.
A cooking apparatus, in particular a cooktop, comprising at least one hot plate in a cooking surface, peripheral walls (5a, 5b, 5c, 5d) surrounding said cooking surface, and at least one display module mounted at the location of a peripheral wall (5a, 5b, 5c, 5d), characterized in that the center of symmetry of said at least one hot plate is aligned with the center of symmetry of a display module disposed opposite said hot plate, the straight line meeting said centers of symmetry being parallel to a peripheral wall (5a, 5b, 5c, 5d).
An electronic device (100, 200, 300, 300', 400 or 500), comprising: a substrate; a light emitting unit disposed on the substrate and comprising a first semiconductor layer, a light emitting layer disposed on the first semiconductor layer and a second semiconductor layer disposed on the light emitting layer, wherein the light emitting unit comprises a light output surface, the light output surface comprises a top surface (130s1), a side surface (130s2) and a bottom surface (130s3), and the second semiconductor layer is an uppermost layer of the light emitting unit; and a light adjusting layer disposed on the second semiconductor layer, the light adjusting layer comprising a first portion and a second portion connected to the first portion; wherein the first portion covers only a part of the light output surface, the second portion does not cover the light output surface, the first portion covers only a part of the top surface (130s1) and the first portion covers only a part of the side surface (130s2); wherein the light adjusting layer has an irregular edge. a substrate; a light emitting unit disposed on the substrate and comprising a first semiconductor layer, a light emitting layer disposed on the first semiconductor layer and a second semiconductor layer disposed on the light emitting layer, wherein the light emitting unit comprises a light output surface, the light output surface comprises a top surface (130s1), a side surface (130s2) and a bottom surface (130s3), and the second semiconductor layer is an uppermost layer of the light emitting unit; and a light adjusting layer disposed on the second semiconductor layer, the light adjusting layer comprising a first portion and a second portion connected to the first portion; wherein the first portion covers only a part of the light output surface, the second portion does not cover the light output surface, the first portion covers only a part of the top surface (130s1) and the first portion covers only a part of the side surface (130s2); wherein the light adjusting layer has an irregular edge.
An intermediate link for a tool arm assembly comprising: a body having a first rotation axis and a second rotation axis, the body forming a through hole that extends from a top surface of the body to a bottom surface of the body; a first connector coupled to the body, the first connector being at least partially rotatable about the first rotation axis; a second connector coupled to the body, the second connector being at least partially rotatable about the second rotation axis; and a first rotation lock mechanism comprising a first pin that is slidably coupled to the body and is positioned in the through hole, the first pin slidable along a first pin axis, the first pin having a length greater than a height of the body defined by a distance between the top surface and the bottom surface; wherein the first connector further comprises a first bracket forming at least one opening that intersects the first pin axis at a particular rotation orientation of the first connector with respect to the body; the first pin is configured to engage the at least one opening of the first bracket to prevent rotation of the first connector with respect to the body; and the first pin comprises a first end having a curved head section and a second end that is straight, the body forms a first hole in the top surface having a first depth sufficient to allow a portion of the curved head section to be positioned in the hole and the second end to engage the at least one opening of the first bracket. a body having a first rotation axis and a second rotation axis, the body forming a through hole that extends from a top surface of the body to a bottom surface of the body; a first connector coupled to the body, the first connector being at least partially rotatable about the first rotation axis; a second connector coupled to the body, the second connector being at least partially rotatable about the second rotation axis; and a first rotation lock mechanism comprising a first pin that is slidably coupled to the body and is positioned in the through hole, the first pin slidable along a first pin axis, the first pin having a length greater than a height of the body defined by a distance between the top surface and the bottom surface; wherein the first connector further comprises a first bracket forming at least one opening that intersects the first pin axis at a particular rotation orientation of the first connector with respect to the body; the first pin is configured to engage the at least one opening of the first bracket to prevent rotation of the first connector with respect to the body; and the first pin comprises a first end having a curved head section and a second end that is straight, the body forms a first hole in the top surface having a first depth sufficient to allow a portion of the curved head section to be positioned in the hole and the second end to engage the at least one opening of the first bracket.
A method comprising: capturing query audio played on a first user device, by a processing device of a second user device, using a microphone of the second user device located in proximity to the first user device, the query audio comprising at least an audio portion of multichannel video program distributor, MVPD, content received by the first user device from an MVPD, wherein the MVPD content is based on broadcast content provided by a content owner over a network, wherein the first user device is authorized to receive the MVPD content; comparing, by the processing device of the second user device, at least a portion of the query audio to a reference media stream received from the content owner to determine whether the portion of the query audio matches the reference media stream; and responsive to the portion of the query audio matching the reference media stream, determining, by the processing device of the second user device, that the second user device is authenticated for viewing over the top, OTT, content provided by the content owner. capturing query audio played on a first user device, by a processing device of a second user device, using a microphone of the second user device located in proximity to the first user device, the query audio comprising at least an audio portion of multichannel video program distributor, MVPD, content received by the first user device from an MVPD, wherein the MVPD content is based on broadcast content provided by a content owner over a network, wherein the first user device is authorized to receive the MVPD content; comparing, by the processing device of the second user device, at least a portion of the query audio to a reference media stream received from the content owner to determine whether the portion of the query audio matches the reference media stream; and responsive to the portion of the query audio matching the reference media stream, determining, by the processing device of the second user device, that the second user device is authenticated for viewing over the top, OTT, content provided by the content owner.
A medicament dispenser for holding at least one elongate form medicament carrier, the at least one elongate form medicament carrier having a proximal end, a distal end, and a blister elongate sheet and a lid elongate sheet enclosing multiple distinct medicament dose portions (508, 510) therebetween, the medicament dispenser having a dispensing mechanism which is adapted to operate, upon each actuation of the medicament dispenser, to dispense a medicament active from a medicament dose portion of the at least one elongate form medicament carrier, said mechanism comprising: - at least one power spring mechanism for winding the lid elongate sheet, wherein the at least one power spring mechanism comprises: - at least one spring having an inner end about which the at least one spring unwinds, and - at least one shaft at which the inner end of the at least one spring is secured, wherein the at least one power spring mechanism is configured to tension and peel a segment of the lid elongate sheet from a corresponding segment of the blister elongate sheet upon each actuation of the medicament dispenser. the medicament dispenser having a dispensing mechanism which is adapted to operate, upon each actuation of the medicament dispenser, to dispense a medicament active from a medicament dose portion of the at least one elongate form medicament carrier, said mechanism comprising: - at least one power spring mechanism for winding the lid elongate sheet, wherein the at least one power spring mechanism comprises: - at least one spring having an inner end about which the at least one spring unwinds, and - at least one shaft at which the inner end of the at least one spring is secured, - at least one power spring mechanism for winding the lid elongate sheet, wherein the at least one power spring mechanism comprises: - at least one spring having an inner end about which the at least one spring unwinds, and - at least one shaft at which the inner end of the at least one spring is secured, - at least one spring having an inner end about which the at least one spring unwinds, and - at least one shaft at which the inner end of the at least one spring is secured, wherein the at least one power spring mechanism is configured to tension and peel a segment of the lid elongate sheet from a corresponding segment of the blister elongate sheet upon each actuation of the medicament dispenser.
A method comprising: receiving engine data from a sensor associated with the engine; associating a header with the engine data to generate packaged engine data; and transmitting the packaged engine data to an aircraft communication unit, wherein the header provides for the aircraft communication unit to transmit the packaged engine data to a ground station communication unit via a communication protocol; wherein the header comprises a source system identifier, a delivery destination identifier, and a report identifier; the method characterized in that the report identifier defines a type of report to which the engine data relates; wherein the type of report is based on a segment of a flight plan. receiving engine data from a sensor associated with the engine; associating a header with the engine data to generate packaged engine data; and transmitting the packaged engine data to an aircraft communication unit, wherein the header provides for the aircraft communication unit to transmit the packaged engine data to a ground station communication unit via a communication protocol; wherein the header comprises a source system identifier, a delivery destination identifier, and a report identifier; the method characterized in that the report identifier defines a type of report to which the engine data relates; wherein the type of report is based on a segment of a flight plan.