mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid fuel injection body comprising: an annular fuel passage (PF) extending in an axial direction and provided inside the liquid fuel injection body , wherein the fuel passage (PF) is defined by a fuel passage outer wall (PFE) located outward in a radial direction and a fuel passage inner wall (PFI) located inward in the radial direction, and a plurality of throttle passages (PFo) disposed discretely in a circumferential direction are provided at a portion of the fuel passage (PF) on an upstream side with respect to a downstream end of the fuel passage (PF), each of the throttle passages (PFo) is defined by a throttle passage outer wall (PFoE) located outward in the radial direction and formed as a cylindrical surface, a throttle passage inner wall (PFoI) located inward in the radial direction, and two throttle passage side walls (PFoS) connecting end portions of the throttle passage outer wall (PFoE) and the throttle passage inner wall (PFoI) in the circumferential direction, and the throttle passage outer wall (PFoE) and the fuel passage outer wall (PFE) are flush whereas the throttle passage inner wall (PFoI) and the fuel passage inner wall (PFI) are not flush, characterized in that a region with high surface roughness (Ar) is provided at least at a portion of the fuel passage outer wall (PFE) on a downstream side with respect to the throttle passage (PFo) for improving wettability with respect to the liquid fuel. an annular fuel passage (PF) extending in an axial direction and provided inside the liquid fuel injection body , wherein the fuel passage (PF) is defined by a fuel passage outer wall (PFE) located outward in a radial direction and a fuel passage inner wall (PFI) located inward in the radial direction, and a plurality of throttle passages (PFo) disposed discretely in a circumferential direction are provided at a portion of the fuel passage (PF) on an upstream side with respect to a downstream end of the fuel passage (PF), each of the throttle passages (PFo) is defined by a throttle passage outer wall (PFoE) located outward in the radial direction and formed as a cylindrical surface, a throttle passage inner wall (PFoI) located inward in the radial direction, and two throttle passage side walls (PFoS) connecting end portions of the throttle passage outer wall (PFoE) and the throttle passage inner wall (PFoI) in the circumferential direction, and the throttle passage outer wall (PFoE) and the fuel passage outer wall (PFE) are flush whereas the throttle passage inner wall (PFoI) and the fuel passage inner wall (PFI) are not flush, characterized in that a region with high surface roughness (Ar) is provided at least at a portion of the fuel passage outer wall (PFE) on a downstream side with respect to the throttle passage (PFo) for improving wettability with respect to the liquid fuel.
A cell culture apparatus comprising: a container table on which a culture container formed of a soft packing material is placed; a movable partition member which is placed on the upper surface of said culture container, make a culture part for enclosing a culture medium and cells, wherein said partition member is a roller; and a driving means which moves said partition member and/or said culture container with partitioning said culture container by said partition member, thereby to change the volume of said culture part divided by said partition member. a container table on which a culture container formed of a soft packing material is placed; a movable partition member which is placed on the upper surface of said culture container, make a culture part for enclosing a culture medium and cells, wherein said partition member is a roller; and a driving means which moves said partition member and/or said culture container with partitioning said culture container by said partition member, thereby to change the volume of said culture part divided by said partition member.
A protective braided sleeve , comprising: a seamless, circumferentially continuous, tubular braided wall having a cavity extending lengthwise along a central longitudinal axis between opposite ends , said wall having a plurality of ends of yarn braided with one another, wherein at least one or more of said yarns includes a bicomponent yarn including a core and an outer sheath , characterised in that said outer sheath is adapted to be selectively melted, without melting the core, to bond the wall to an elongate member extending through the cavity, wherein the outer sheath has a thickness between about 0.3-0.8mm. a seamless, circumferentially continuous, tubular braided wall having a cavity extending lengthwise along a central longitudinal axis between opposite ends , said wall having a plurality of ends of yarn braided with one another, wherein at least one or more of said yarns includes a bicomponent yarn including a core and an outer sheath , characterised in that said outer sheath is adapted to be selectively melted, without melting the core, to bond the wall to an elongate member extending through the cavity, wherein the outer sheath has a thickness between about 0.3-0.8mm.
A method for igniting a process plasma, the method comprising: flowing an ignition gas into a plasma chamber ; using at least one device to form at least one ignition plasma within the plasma chamber, wherein the at least one device generates the at least one ignition plasma within its corresponding ignition plasma volume all within the plasma chamber , and the at least one ignition plasma causes at least partial ionization of the ignition gas; and using a power transformer to inductively couple power to the plasma chamber, including into the ignition plasma volume in the plasma chamber, to ignite the process plasma, characterised in that the at least one device is a self-resonating device. flowing an ignition gas into a plasma chamber ; using at least one device to form at least one ignition plasma within the plasma chamber, wherein the at least one device generates the at least one ignition plasma within its corresponding ignition plasma volume all within the plasma chamber , and the at least one ignition plasma causes at least partial ionization of the ignition gas; and using a power transformer to inductively couple power to the plasma chamber, including into the ignition plasma volume in the plasma chamber, to ignite the process plasma, characterised in that the at least one device is a self-resonating device.
A microcapsule comprising: (a) an agriculturally active ingredient which includes fenpyrazamine, wherein after irradiation with xenon light of wavelength 290 nm or more at an intensity of 0.68 W/m 2 at 340 nm for 8 hours the amount of agriculturally active ingredient remaining is less than 50% , wherein the agriculturally active ingredient per se is solid at 25°C; and (b) a water-immiscible organic solvent; wherein a weight ratio of the agriculturally active ingredient to the water-immiscible organic solvent is from 30:70 to 70:30, and wherein the microcapsule has an volume median diameter of 10 to 45 μm; wherein the water-immiscible organic solvent(s) is/are one or more water-immiscible organic solvent(s) selected from the group consisting of aromatic ketones and aromatic hydrocarbons. (a) an agriculturally active ingredient which includes fenpyrazamine, wherein after irradiation with xenon light of wavelength 290 nm or more at an intensity of 0.68 W/m 2 at 340 nm for 8 hours the amount of agriculturally active ingredient remaining is less than 50% , wherein the agriculturally active ingredient per se is solid at 25°C; and (b) a water-immiscible organic solvent; wherein a weight ratio of the agriculturally active ingredient to the water-immiscible organic solvent is from 30:70 to 70:30, and wherein the microcapsule has an volume median diameter of 10 to 45 μm; wherein the water-immiscible organic solvent(s) is/are one or more water-immiscible organic solvent(s) selected from the group consisting of aromatic ketones and aromatic hydrocarbons.
A display device configured to display an image, the display device comprising: a display panel ; a cover disposed at a rear of the display panel to provide a structural support of the display panel ; a frame having : an edge unit that substantially surrounds a periphery of the display panel ; an inner portion of the edge unit includes: a first portion and a second portion, such that the first portion covers the edge surface of the side surface of the display panel and the second portion covers the edge surface of the side surface of the rear cover ; and a settling unit that is extended from between the first portion and the second portion of the edge unit to be disposed between the display panel and the cover , the settling unit comprising a flat plate-shaped protrusion extending from the edge unit ; and a driving unit having a printed circuit board that is electrically connected to the display panel and the printed circuit board is positioned between the cover and the display panel . a display panel ; a cover disposed at a rear of the display panel to provide a structural support of the display panel ; a frame having : an edge unit that substantially surrounds a periphery of the display panel ; an inner portion of the edge unit includes: a first portion and a second portion, such that the first portion covers the edge surface of the side surface of the display panel and the second portion covers the edge surface of the side surface of the rear cover ; and a settling unit that is extended from between the first portion and the second portion of the edge unit to be disposed between the display panel and the cover , the settling unit comprising a flat plate-shaped protrusion extending from the edge unit ; and an edge unit that substantially surrounds a periphery of the display panel ; an inner portion of the edge unit includes: a first portion and a second portion, such that the first portion covers the edge surface of the side surface of the display panel and the second portion covers the edge surface of the side surface of the rear cover ; and a settling unit that is extended from between the first portion and the second portion of the edge unit to be disposed between the display panel and the cover , the settling unit comprising a flat plate-shaped protrusion extending from the edge unit ; and a first portion and a second portion, such that the first portion covers the edge surface of the side surface of the display panel and the second portion covers the edge surface of the side surface of the rear cover ; and such that the first portion covers the edge surface of the side surface of the display panel and the second portion covers the edge surface of the side surface of the rear cover ; and a settling unit that is extended from between the first portion and the second portion of the edge unit to be disposed between the display panel and the cover , the settling unit comprising a flat plate-shaped protrusion extending from the edge unit ; and a driving unit having a printed circuit board that is electrically connected to the display panel and the printed circuit board is positioned between the cover and the display panel .
A hybrid automatic repeat request, HARQ, feedback method, applied to a Narrow Band Internet of Things, NB-IoT, device, comprising: determining a plurality of target HARQ results , wherein the plurality of target HARQ results are HARQ results corresponding to a plurality of target physical downlink shared channels , PDSCHs, and the plurality of target PDSCHs are PDSCHs scheduled by a current physical downlink control channel, PDCCH; determining a combined HARQ result based on the plurality of target HARQ results , wherein the combined HARQ result is used for representing the plurality of target HARQ results; determining a target narrowband physical uplink shared channel, NPUSCH, , wherein the target NPUSCH is a NPUSCH with a target resource carrying the combined HARQ result; and carrying the combined HARQ result by the target resource and sending the target NPUSCH to a base station , being characterized in that determining the target NPUSCH comprises: determining a target index value of the target resource (103-11); and determining a NPUSCH indicated by the target index value as the target NPUSCH (103-12). determining a plurality of target HARQ results , wherein the plurality of target HARQ results are HARQ results corresponding to a plurality of target physical downlink shared channels , PDSCHs, and the plurality of target PDSCHs are PDSCHs scheduled by a current physical downlink control channel, PDCCH; determining a combined HARQ result based on the plurality of target HARQ results , wherein the combined HARQ result is used for representing the plurality of target HARQ results; determining a target narrowband physical uplink shared channel, NPUSCH, , wherein the target NPUSCH is a NPUSCH with a target resource carrying the combined HARQ result; and carrying the combined HARQ result by the target resource and sending the target NPUSCH to a base station , being characterized in that determining the target NPUSCH comprises: determining a target index value of the target resource (103-11); and determining a NPUSCH indicated by the target index value as the target NPUSCH (103-12). determining a target index value of the target resource (103-11); and determining a NPUSCH indicated by the target index value as the target NPUSCH (103-12).
A system, comprising: a power plant ; a transmission probe configured to launch a transmission frequency guided surface wave for power transmission over a transmission region , the transmission probe comprising a charge terminal (T 1 ) elevated at a height (H 1 ) over a lossy conducting medium ; a sub-transmission station comprising a sub-transmission receiver configured to receive the transmission frequency guided surface wave , a sub-transmission power converter configured to convert power from the transmission frequency guided surface wave into power for transmission over a sub-transmission region , and a sub-transmission probe configured to launch a sub-transmission frequency guided surface wave for power transmission over at least a portion of the sub-transmission region, wherein a frequency of the transmission frequency guided surface wave is lower than a frequency of the sub-transmission frequency guided surface wave ; a distribution station configured to receive the power from the sub-transmission frequency guided surface wave ; and a distribution network configured to transmit the power over a distribution region. a power plant ; a transmission probe configured to launch a transmission frequency guided surface wave for power transmission over a transmission region , the transmission probe comprising a charge terminal (T 1 ) elevated at a height (H 1 ) over a lossy conducting medium ; a sub-transmission station comprising a sub-transmission receiver configured to receive the transmission frequency guided surface wave , a sub-transmission power converter configured to convert power from the transmission frequency guided surface wave into power for transmission over a sub-transmission region , and a sub-transmission probe configured to launch a sub-transmission frequency guided surface wave for power transmission over at least a portion of the sub-transmission region, wherein a frequency of the transmission frequency guided surface wave is lower than a frequency of the sub-transmission frequency guided surface wave ; a distribution station configured to receive the power from the sub-transmission frequency guided surface wave ; and a distribution network configured to transmit the power over a distribution region.
A display device for a vehicle , the display device comprising: a first display configured to output first light to form first visual information on the first display ; a second display configured to output second light to form second visual information on the second display ; a light synthesizing unit that is located between the first display and the second display , that is configured to tilt in a manner that varies a reference angle between the light synthesizing unit and the first display , and that is configured to cause the first light from the first display and the second light from the second display to have a same path by transmitting light from one of the first and second displays and reflecting light from the other of the first and second displays ; and a driving unit that includes a rotation shaft coupled to the light synthesizing unit , wherein the driving unit is configured to provide, to the light synthesizing unit , power to tilt the light synthesizing unit between the first display and the second display . a first display configured to output first light to form first visual information on the first display ; a second display configured to output second light to form second visual information on the second display ; a light synthesizing unit that is located between the first display and the second display , that is configured to tilt in a manner that varies a reference angle between the light synthesizing unit and the first display , and that is configured to cause the first light from the first display and the second light from the second display to have a same path by transmitting light from one of the first and second displays and reflecting light from the other of the first and second displays ; and a driving unit that includes a rotation shaft coupled to the light synthesizing unit , wherein the driving unit is configured to provide, to the light synthesizing unit , power to tilt the light synthesizing unit between the first display and the second display .
A system for determining the air leakage of a space in a building, said system comprising: a processor ; a source of compressed air; a nozzle unit comprising a number of valves and other flow components for metering the supply of a pulse of a specific volume of compressed air from the source in response to a command from a control unit of the system and for directing the pulse into the space , wherein the nozzle unit is configured to gradually reduce the constriction of flow of air as it leaves the source such that the pulse shape is reproducible; one or more pressure sensors configured to measure the pressure of air residing within the space and to provide to the processor : background pressure signals indicative of standard pressure variations within the space before and after supply of the pulse; and internal pressure signals of air within the space during quasi-steady flow conditions created by the pulse; and a source pressure sensor configured to measure a transient pressure within the source of compressed air and/or within the nozzle unit during the pulse, said source pressure sensor configured to provide a transient source pressure signal to the processor , wherein the processor is configured to determine the air leakage based on: a volume of the space; changes in the background pressure signals; the internal pressure signals, the transient source pressure signal and from a volume of the pulse. a processor ; a source of compressed air; a nozzle unit comprising a number of valves and other flow components for metering the supply of a pulse of a specific volume of compressed air from the source in response to a command from a control unit of the system and for directing the pulse into the space , wherein the nozzle unit is configured to gradually reduce the constriction of flow of air as it leaves the source such that the pulse shape is reproducible; one or more pressure sensors configured to measure the pressure of air residing within the space and to provide to the processor : background pressure signals indicative of standard pressure variations within the space before and after supply of the pulse; and internal pressure signals of air within the space during quasi-steady flow conditions created by the pulse; and background pressure signals indicative of standard pressure variations within the space before and after supply of the pulse; and internal pressure signals of air within the space during quasi-steady flow conditions created by the pulse; and a source pressure sensor configured to measure a transient pressure within the source of compressed air and/or within the nozzle unit during the pulse, said source pressure sensor configured to provide a transient source pressure signal to the processor , wherein the processor is configured to determine the air leakage based on: a volume of the space; changes in the background pressure signals; the internal pressure signals, the transient source pressure signal and from a volume of the pulse.
Hydraulic connector intended to assemble onto a wiper blade of a vehicle provided with at least one fluid spray manifold along the wiper blade, the hydraulic connector comprising at least one inlet coupling capable of being connected to an inlet of said fluid and at least one tube capable of being connected to a duct delimited by the manifold, the hydraulic connector comprising at least one outlet coupling and a sealing device with the manifold, the sealing device being a constituent part of the outlet coupling attached onto the tube , characterized in that the outlet coupling attached onto the tube of the hydraulic connector comprises a first upstream cylindrical portion intended to be housed in the tube of the hydraulic connector, a stop and a second downstream cylindrical portion intended to be housed in the duct of the spray manifold and comprising the sealing device consisting of a collar with an outer diameter greater than the outer diameter of the outlet coupling .
Glucocorticoid for use for the treatment and/or the prevention of an epithelial microbial infection of ear in a non human mammal, wherein said epithelial microbial infection is otitis externa and said glucocorticoid is hydrocortisone, a monoester, a diester or a salt thereof wherein said glucocorticoid is administered without any antibiotic agent, antifungal agent, antiviral agent or antimicrobial agent, and wherein said glucocorticoid prevents and/or treats microbial overgrowth or multiplication of pathogenic bacteria, yeast and/or fungi.
A method for making abrasive particles comprising: a) forming a mixture into a body, the body being in the form of a layer with a height of at least 0.1 mm, wherein the mixture comprises a ceramic including alumina; b) deforming at least a portion of the body to create at least one crack initiation point, wherein deforming includes contacting a form to a surface of the body; and c) drying the body under controlled cracking conditions to fracture the body into a plurality of precursor abrasive particles, wherein controlled cracking conditions include controlled crack propagation from the at least one crack initiation point. a) forming a mixture into a body, the body being in the form of a layer with a height of at least 0.1 mm, wherein the mixture comprises a ceramic including alumina; b) deforming at least a portion of the body to create at least one crack initiation point, wherein deforming includes contacting a form to a surface of the body; and c) drying the body under controlled cracking conditions to fracture the body into a plurality of precursor abrasive particles, wherein controlled cracking conditions include controlled crack propagation from the at least one crack initiation point.