mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting module comprising an elongated carrier and a flexible circuit ; wherein the flexible circuit comprises a first section accommodating a plurality of LED light sources , a second section and a connector ; wherein the connector is accommodated in the second section for receiving power to power said plurality of LED light sources and extends at least partly in the first section; wherein the elongated carrier comprises first end-face and a second end-face , and extending therebetween comprises a first elongated main surface and a second elongated main surface , the second elongated main surface being opposite to said first elongated main surface ; wherein the first section of the flexible circuit is connected to said first elongated main surface , and wherein the second section of the flexible circuit is connected to said second elongated main surface ; wherein the elongated carrier comprises at least one rim arranged on the first elongated main surface, wherein the at least one rim extends continuously between the first end-face and the second end-face; characterized in that the at least one rim is a lightguide. wherein the flexible circuit comprises a first section accommodating a plurality of LED light sources , a second section and a connector ; wherein the connector is accommodated in the second section for receiving power to power said plurality of LED light sources and extends at least partly in the first section; wherein the elongated carrier comprises first end-face and a second end-face , and extending therebetween comprises a first elongated main surface and a second elongated main surface , the second elongated main surface being opposite to said first elongated main surface ; wherein the first section of the flexible circuit is connected to said first elongated main surface , and wherein the second section of the flexible circuit is connected to said second elongated main surface ; wherein the elongated carrier comprises at least one rim arranged on the first elongated main surface, wherein the at least one rim extends continuously between the first end-face and the second end-face; characterized in that the at least one rim is a lightguide.
A bidirectional Direct Current, DC, -DC conversion system , comprising a phase element and a controller , wherein the phase element comprises N+1 bridge arms, each of the bridge arms comprises a variable voltage source (u 11 , u 21 , u 31 , u N1 ) and an output terminal , the variable voltage sources (u 11 , u 21 , u 31 , u N1 ) of the N+1 bridge arms are in star connection and form a common terminal , characterized in that the output terminal of the ith bridge arm and the output terminal of the (N+1)th bridge arm form an ith-side port of the system; and a sum of DC voltage components output by the variable voltage sources of the ith bridge arm and the (N+1)th bridge arm is a DC voltage of the ith-side port; and the controller is connected to each of the variable voltage sources, (u 11 , u 21 , u 31 , u N1 ) and is configured to control a voltage of each of the variable voltage sources. the phase element comprises N+1 bridge arms, each of the bridge arms comprises a variable voltage source (u 11 , u 21 , u 31 , u N1 ) and an output terminal , the variable voltage sources (u 11 , u 21 , u 31 , u N1 ) of the N+1 bridge arms are in star connection and form a common terminal , characterized in that the output terminal of the ith bridge arm and the output terminal of the (N+1)th bridge arm form an ith-side port of the system; and a sum of DC voltage components output by the variable voltage sources of the ith bridge arm and the (N+1)th bridge arm is a DC voltage of the ith-side port; and the controller is connected to each of the variable voltage sources, (u 11 , u 21 , u 31 , u N1 ) and is configured to control a voltage of each of the variable voltage sources.
A nerve stimulation earpiece comprising: an ear canal insert adapted to fit into an ear canal of a human subject, the ear canal insert including at least one first electrode configured to electrically contact skin within the ear canal of the subject; a concha insert adapted to fit within a concha of the subject, the concha insert including a base portion configured to fit within a cavum of the concha of the subject; a wing portion configured to fit within a cymba of the concha of the subject; and at least one second electrode configured to electrically contact at least a portion of the concha of the subject; at least one first electrical connector for connecting the at least one first electrode on the ear canal insert to a first electrical current source; and at least one second electrical connector for connecting the at least one second electrode on the concha insert to a second electrical current source. an ear canal insert adapted to fit into an ear canal of a human subject, the ear canal insert including at least one first electrode configured to electrically contact skin within the ear canal of the subject; a concha insert adapted to fit within a concha of the subject, the concha insert including a base portion configured to fit within a cavum of the concha of the subject; a wing portion configured to fit within a cymba of the concha of the subject; and at least one second electrode configured to electrically contact at least a portion of the concha of the subject; a base portion configured to fit within a cavum of the concha of the subject; a wing portion configured to fit within a cymba of the concha of the subject; and at least one second electrode configured to electrically contact at least a portion of the concha of the subject; at least one first electrical connector for connecting the at least one first electrode on the ear canal insert to a first electrical current source; and at least one second electrical connector for connecting the at least one second electrode on the concha insert to a second electrical current source.
A method for synthesizing boron nitride nanotubes, the method comprising: positioning an initial boron feedstock on a target holder in a chamber; flowing nitrogen gas through the chamber at an elevated pressure; heating the initial boron feedstock, to form a boron melt; and introducing a boron nitride interface layer between the boron melt and the target holder; wherein the boron nitride interface layer is formed by cooling the target holder to create a temperature gradient between the boron melt and the target holder. positioning an initial boron feedstock on a target holder in a chamber; flowing nitrogen gas through the chamber at an elevated pressure; heating the initial boron feedstock, to form a boron melt; and introducing a boron nitride interface layer between the boron melt and the target holder; wherein the boron nitride interface layer is formed by cooling the target holder to create a temperature gradient between the boron melt and the target holder.
A saponified ethylene-vinyl ester copolymer composition pellet comprising: (A) a saponified ethylene-vinyl ester copolymer; and (B) an inorganic compound; wherein the saponified ethylene-vinyl ester copolymer composition pellet has a water content of lower than 5 weight %, characterized in that the saponified ethylene-vinyl ester copolymer composition pellet has a crystallinity of not lower than 36 %. (A) a saponified ethylene-vinyl ester copolymer; and (B) an inorganic compound;
A method comprising: acquiring , by one or more processors, noise-calibration data for a logging tool, wherein the noise-calibration data comprises data obtained by operating the logging tool operating under one or more calibration conditions; generating , by the one or more processors, a noise-signature waveform for the logging tool based at least in part on the noise-calibration data; acquiring , by the one or more processors, logging data from the logging tool, wherein the logging data comprises data obtained by the logging tool operating in a wellbore under one or more operating conditions; generating , by the one or more processors and based at least in part on the logging data, an uncorrected logging waveform for the logging tool operating in the wellbore under the one or more operating conditions; and modifying , by the one or more processors, the uncorrected logging waveform based at least in part on the noise-signature waveform to generate a corrected logging waveform for the wellbore characterized in that the one or more calibration conditions comprise at least one of a gain that is greater than an operating gain for the logging tool and, an emission voltage that is less than an operating emission voltage for the logging tool. acquiring , by one or more processors, noise-calibration data for a logging tool, wherein the noise-calibration data comprises data obtained by operating the logging tool operating under one or more calibration conditions; generating , by the one or more processors, a noise-signature waveform for the logging tool based at least in part on the noise-calibration data; acquiring , by the one or more processors, logging data from the logging tool, wherein the logging data comprises data obtained by the logging tool operating in a wellbore under one or more operating conditions; generating , by the one or more processors and based at least in part on the logging data, an uncorrected logging waveform for the logging tool operating in the wellbore under the one or more operating conditions; and modifying , by the one or more processors, the uncorrected logging waveform based at least in part on the noise-signature waveform to generate a corrected logging waveform for the wellbore characterized in that the one or more calibration conditions comprise at least one of a gain that is greater than an operating gain for the logging tool and, an emission voltage that is less than an operating emission voltage for the logging tool.
A host connector comprising: a connector hole (COH) configured to accommodate a memory connector (MCN) in which a connection terminal of a memory device is disposed; and a connector pin disposed in the connector hole (COH), for electrically connecting to the connection terminal of the memory connector (MCN) when the memory connector (MCN) is accommodated into the connector hole (COH), wherein the connector pin includes: a first conductor part (220_1) comprising a conducting material; a second conductor part (220_2) comprising the conducting material, the second conductor part (220_2) being bent from the first conductor part (220_1) in a direction towards the connection terminal of the memory connector (MCN) when accommodated in the connector hole (COH); and a stub (220_3) characterized in that the stub (220_3) includes an insulator, the stub (220_3) being bent from the second conductor part (220_2) in a direction away from the connection terminal of the memory connector (MCN) when accommodated in the connector hole (COH). a connector hole (COH) configured to accommodate a memory connector (MCN) in which a connection terminal of a memory device is disposed; and a connector pin disposed in the connector hole (COH), for electrically connecting to the connection terminal of the memory connector (MCN) when the memory connector (MCN) is accommodated into the connector hole (COH), wherein the connector pin includes: a first conductor part (220_1) comprising a conducting material; a second conductor part (220_2) comprising the conducting material, the second conductor part (220_2) being bent from the first conductor part (220_1) in a direction towards the connection terminal of the memory connector (MCN) when accommodated in the connector hole (COH); and a stub (220_3) characterized in that the stub (220_3) includes an insulator, the stub (220_3) being bent from the second conductor part (220_2) in a direction away from the connection terminal of the memory connector (MCN) when accommodated in the connector hole (COH). a first conductor part (220_1) comprising a conducting material; a second conductor part (220_2) comprising the conducting material, the second conductor part (220_2) being bent from the first conductor part (220_1) in a direction towards the connection terminal of the memory connector (MCN) when accommodated in the connector hole (COH); and a stub (220_3) characterized in that the stub (220_3) includes an insulator, the stub (220_3) being bent from the second conductor part (220_2) in a direction away from the connection terminal of the memory connector (MCN) when accommodated in the connector hole (COH).
An aircraft fuselage apparatus, comprising: a fuselage including a wall , the wall having an outer surface and an inner surface , and a structural battery embedded in the wall between the outer surface and the inner surface; wherein the structural battery includes a casing having an outer structural surface (104; 410) and an inner structural surface (106; 604), and a voltaic pile positioned between the outer structural surface and the inner structural surface and configured to store electrical energy; wherein the wall includes a recess formed inwardly relative to the outer surface of the wall, the recess being configured to receive the structural battery; and wherein the outer structural surface of the structural battery is flush with the outer surface of the wall when the structural battery is received in the recess. a fuselage including a wall , the wall having an outer surface and an inner surface , and a structural battery embedded in the wall between the outer surface and the inner surface; wherein the structural battery includes a casing having an outer structural surface (104; 410) and an inner structural surface (106; 604), and a voltaic pile positioned between the outer structural surface and the inner structural surface and configured to store electrical energy; a casing having an outer structural surface (104; 410) and an inner structural surface (106; 604), and a voltaic pile positioned between the outer structural surface and the inner structural surface and configured to store electrical energy; wherein the wall includes a recess formed inwardly relative to the outer surface of the wall, the recess being configured to receive the structural battery; and wherein the outer structural surface of the structural battery is flush with the outer surface of the wall when the structural battery is received in the recess.
A sole structure for an article of footwear having a heel region , a midfoot region , and a forefoot region , the sole structure comprising: a midsole ; a ground contacting outsole surface ; and a cushioning system disposed between the midsole and the ground contacting outsole surface, the cushioning system including: a plate defining an upper plate and a lower plate provided in a spaced relationship, the upper plate and lower plate being integrally connected at an posterior portion of the sole structure; a midfoot fluid-filled chamber provided between the upper plate and the lower plate within the midfoot region; a forefoot fluid-filled chamber provided between the upper plate and the lower plate within the forefoot region. a midsole ; a ground contacting outsole surface ; and a cushioning system disposed between the midsole and the ground contacting outsole surface, the cushioning system including: a plate defining an upper plate and a lower plate provided in a spaced relationship, the upper plate and lower plate being integrally connected at an posterior portion of the sole structure; a midfoot fluid-filled chamber provided between the upper plate and the lower plate within the midfoot region; a forefoot fluid-filled chamber provided between the upper plate and the lower plate within the forefoot region. a plate defining an upper plate and a lower plate provided in a spaced relationship, the upper plate and lower plate being integrally connected at an posterior portion of the sole structure; a midfoot fluid-filled chamber provided between the upper plate and the lower plate within the midfoot region; a forefoot fluid-filled chamber provided between the upper plate and the lower plate within the forefoot region.
An amputation dressing , comprising: a wound contact layer comprising: a central panel ; and three or more petals extending radially from the central panel ; a tube of elastic material twisted to form a point , the point located substantially centrally along a length of the tube , the tube of elastic material coupled to the central panel proximate the point ; wherein the tube is rolled from a first end of the tube to the point to form a first roll and from a second end of the tube to the point to form a second roll . a wound contact layer comprising: a central panel ; and three or more petals extending radially from the central panel ; a central panel ; and three or more petals extending radially from the central panel ; a tube of elastic material twisted to form a point , the point located substantially centrally along a length of the tube , the tube of elastic material coupled to the central panel proximate the point ; wherein the tube is rolled from a first end of the tube to the point to form a first roll and from a second end of the tube to the point to form a second roll .
Applicator for cold treatment, comprising an applicator housing with an inlet opening and a leak tight tip , the applicator housing enclosing a channel body extending between the inlet opening and the leak tight tip ; the applicator being mounted or mountable in a releasable manner onto a pressurized dispenser comprising a nozzle , such that the inlet opening is in fluid communication with the nozzle , the applicator housing being moveable between a rest position and a pressed position to activate the nozzle ; wherein the applicator housing has one or more release openings which are closed in the pressed position, characterized in that the channel body comprises capillary channels extending between the inlet opening of the applicator housing and the leak tight tip , wherein the channel body has side walls sealed by a liner preventing refrigerant from escaping via the side wall. the applicator being mounted or mountable in a releasable manner onto a pressurized dispenser comprising a nozzle , such that the inlet opening is in fluid communication with the nozzle , the applicator housing being moveable between a rest position and a pressed position to activate the nozzle ; wherein the applicator housing has one or more release openings which are closed in the pressed position, characterized in that the channel body comprises capillary channels extending between the inlet opening of the applicator housing and the leak tight tip , wherein the channel body has side walls sealed by a liner preventing refrigerant from escaping via the side wall.
A polymorph of fumagill-6-yl N -( trans -4-aminocyclohexyl)carbamate benzenesulfonic acid salt, characterized by an X-ray powder diffraction pattern including peaks at 6.0, 9.0, 12.3, 12.5, 16.1, and 18.0 °2θ using Cu Kα radiation.
A computing device comprising: an antenna and heat venting chamber including: an antenna radiating element disposed in at least a first plane; a ground plane element disposed in at least a second plane, the ground plane element being separated from the antenna radiating element such that the ground plane element is disposed a distance away from the antenna radiating element ; a first side wall member defining a plurality of perforations ; a second side wall member defining at least one opening; and a cooling system configured to vent heat generated by electronic circuitry of the computing device through the antenna and heat venting chamber in a first direction that extends through the plurality of perforations and the at least one opening characterized in that the first side wall member is disposed between the first plane and the second plane. an antenna and heat venting chamber including: an antenna radiating element disposed in at least a first plane; a ground plane element disposed in at least a second plane, the ground plane element being separated from the antenna radiating element such that the ground plane element is disposed a distance away from the antenna radiating element ; a first side wall member defining a plurality of perforations ; a second side wall member defining at least one opening; and an antenna radiating element disposed in at least a first plane; a ground plane element disposed in at least a second plane, the ground plane element being separated from the antenna radiating element such that the ground plane element is disposed a distance away from the antenna radiating element ; a first side wall member defining a plurality of perforations ; a second side wall member defining at least one opening; and a cooling system configured to vent heat generated by electronic circuitry of the computing device through the antenna and heat venting chamber in a first direction that extends through the plurality of perforations and the at least one opening
Particle sensor , comprising a ceramic carrier element , a corona discharge electrode which has a tip , an earth electrode and at least one ioncapturing electrode , characterized in that the electrodes rest on the ceramic carrier element in a planar and adhering manner and therefore form planar electrodes, and in that a subregion of the ceramic carrier element , which subregion is delimited by boundary areas of the ceramic carrier element and on which subregion the tip of the planar corona discharge electrode rests, protrudes from the rest of the ceramic carrier element as a tip of the ceramic carrier element , and in that the ceramic carrier element has a recess which is arranged between the planar corona discharge electrode and the earth electrode and is not filled with the ceramic material of the ceramic carrier element and into which the subregion of the ceramic carrier element , on which subregion the tip of the planar corona discharge electrode rests, protrudes.
A ventilation apparatus , comprising a housing , a gas source port provided on the housing , an inhalation branch , an exhalation branch and a control unit ; characterized in that the inhalation branch , the exhalation branch and the control unit are enclosed within the housing , wherein the ventilation apparatus further comprises: a mounting assembly, and a paramagnetic oxygen sensor mounted outsideand on the housing by means of the mounting assembly, the paramagnetic oxygen sensor configured to detect oxygen content in the inhalation branch .
A system for testing a transient voltage suppressor, TVS, configured to be coupled between a bus and a first ground or line to discharge a voltage surge on the bus to the first ground or line, the system comprising: a pulse source configured to generate an electrical pulse; a transformer having a first side coupled to the pulse source and a second side configured to be coupled to the TVS and configured to transfer the electrical pulse to the TVS and to transfer an at least partial reflection of the electrical pulse from the TVS to the first side; and a test point coupled to the first side of the transformer and configured to receive the at least partial reflection of the electrical pulse, characterized in that the first side of the transformer has a first side first terminal coupled to the pulse source and a first side second terminal coupled to the test point, and the second side of the transformer has a second side first terminal configured to be coupled to the TVS and a second side second terminal coupled to a second ground or line. a pulse source configured to generate an electrical pulse; a transformer having a first side coupled to the pulse source and a second side configured to be coupled to the TVS and configured to transfer the electrical pulse to the TVS and to transfer an at least partial reflection of the electrical pulse from the TVS to the first side; and