mhurhangee/patent-ind-claim-en huggingface dataset:
A passenger accommodation system , comprising: a fixed wall forming a fixed part of a seating compartment; a moveable door forming a moveable part of the seating compartment; a slide track mounted to the fixed wall and defining a slide axis ; a carriage assembly slidably mountable to the slide track via one or more slide carriages to enable slidable movement of the carriage assembly along the slide axis , the carriage assembly comprising a latching spigot ; and a door assembly configured to mount to the moveable door and mate with the carriage assembly to enable slidable movement of the moveable door with respect to the fixed wall , the door assembly comprising a latching block aligned with the slide axis ; characterized in that the latching spigot of the carriage assembly is aligned with the slide axis ; wherein the latching block of the door assembly is configured to selectively receive the latching spigot by at least: responsive to a first opening force applied at the moveable door , retaining the latching spigot to enable the moveable door , the carriage assembly , and the door assembly to slide along the slide track ; and responsive to a second opening force applied at the moveable door , releasing the latching block to enable the latching block and the moveable door to slide with respect to the fixed wall independent of the carriage assembly . a fixed wall forming a fixed part of a seating compartment; a moveable door forming a moveable part of the seating compartment; a slide track mounted to the fixed wall and defining a slide axis ; a carriage assembly slidably mountable to the slide track via one or more slide carriages to enable slidable movement of the carriage assembly along the slide axis , the carriage assembly comprising a latching spigot ; and a door assembly configured to mount to the moveable door and mate with the carriage assembly to enable slidable movement of the moveable door with respect to the fixed wall , the door assembly comprising a latching block aligned with the slide axis ; characterized in that the latching spigot of the carriage assembly is aligned with the slide axis ; wherein the latching block of the door assembly is configured to selectively receive the latching spigot by at least: responsive to a first opening force applied at the moveable door , retaining the latching spigot to enable the moveable door , the carriage assembly , and the door assembly to slide along the slide track ; and responsive to a second opening force applied at the moveable door , releasing the latching block to enable the latching block and the moveable door to slide with respect to the fixed wall independent of the carriage assembly . responsive to a first opening force applied at the moveable door , retaining the latching spigot to enable the moveable door , the carriage assembly , and the door assembly to slide along the slide track ; and responsive to a second opening force applied at the moveable door , releasing the latching block to enable the latching block and the moveable door to slide with respect to the fixed wall independent of the carriage assembly .
A plasticizer composition, comprising: two or more kinds of terephthalates of the same carbon number type, wherein the carbon number of alkyl groups bonded to two ester groups is the same, and the same carbon number type comprises one kind of a higher alkyl terephthalate and one or more kinds of lower alkyl terephthalates; and one or more kinds of terephthalates of a different carbon number type, wherein: the carbon number of alkyl groups bonded to two ester groups is different, the different carbon number type comprises a higher alkyl and a lower alkyl, the higher alkyl is selected from alkyl groups having 6 to 8 carbon atoms, and the lower alkyl is selected from alkyl groups having 5 to 7 carbon atoms. two or more kinds of terephthalates of the same carbon number type, wherein the carbon number of alkyl groups bonded to two ester groups is the same, and the same carbon number type comprises one kind of a higher alkyl terephthalate and one or more kinds of lower alkyl terephthalates; and one or more kinds of terephthalates of a different carbon number type, wherein: the carbon number of alkyl groups bonded to two ester groups is different, the different carbon number type comprises a higher alkyl and a lower alkyl, the higher alkyl is selected from alkyl groups having 6 to 8 carbon atoms, and the lower alkyl is selected from alkyl groups having 5 to 7 carbon atoms. the carbon number of alkyl groups bonded to two ester groups is different, the different carbon number type comprises a higher alkyl and a lower alkyl, the higher alkyl is selected from alkyl groups having 6 to 8 carbon atoms, and the lower alkyl is selected from alkyl groups having 5 to 7 carbon atoms.
A method of monitoring a throughput of a crop, the method comprising: cutting organic material using a combine harvester; conveying the organic material through the combine harvester to a threshing mechanism located within a main body of the combine harvester; sensing, prior to the organic material being conveyed through the threshing mechanism and using an organic material throughput sensor, organic material throughput data, wherein the organic material throughput data comprises at least one of: a volume of the organic material, and a weight of the organic material; transmitting the organic material throughput data to a data management system; and outputting, by the data management system, an organic material throughput map based on the organic material throughput data; wherein the combine harvester includes a feeder box configured to convey the organic material from a header of the combine harvester to the main body of the combine harvester, and wherein the organic material throughput sensor is provided in the feeder box. cutting organic material using a combine harvester; conveying the organic material through the combine harvester to a threshing mechanism located within a main body of the combine harvester; sensing, prior to the organic material being conveyed through the threshing mechanism and using an organic material throughput sensor, organic material throughput data, wherein the organic material throughput data comprises at least one of: a volume of the organic material, and a weight of the organic material; transmitting the organic material throughput data to a data management system; and outputting, by the data management system, an organic material throughput map based on the organic material throughput data; wherein the combine harvester includes a feeder box configured to convey the organic material from a header of the combine harvester to the main body of the combine harvester, and wherein the organic material throughput sensor is provided in the feeder box.
A catalyst for methane reformation, comprising: a porous metal support; perovskite-based catalyst particles supported on the porous metal support; and a perovskite-based binder supported on the porous metal support, wherein the perovskite-based catalyst particles and the perovskite-based binder each independently comprise a compound represented by the following Chemical Formula 1: [Chemical Formula 1] Sr 1-x A x Ti 1-y B y O 3-δ in Chemical Formula 1, A is Y, La or Ba, B is Ni, Co, Fe, Mn, Cr, Mo, Ru or Rh, x is a real number of 0 or more and less than 1, y is a real number of 0 or more and less than 0.5, δ is a real number of more than 0 and less than 1, and x + y > 0 is satisfied. a porous metal support; perovskite-based catalyst particles supported on the porous metal support; and a perovskite-based binder supported on the porous metal support, wherein the perovskite-based catalyst particles and the perovskite-based binder each independently comprise a compound represented by the following Chemical Formula 1: [Chemical Formula 1] Sr 1-x A x Ti 1-y B y O 3-δ in Chemical Formula 1, A is Y, La or Ba, B is Ni, Co, Fe, Mn, Cr, Mo, Ru or Rh, x is a real number of 0 or more and less than 1, y is a real number of 0 or more and less than 0.5, δ is a real number of more than 0 and less than 1, and x + y > 0 is satisfied.
A molecular analysis device for a biological material comprises: - a laser , optionally assisted with an optical parametric oscillator (OPO), configured for emitting a wavelength comprised between 2.5 μm and 12 μm, said thereby configured laser being intended to ablate said biological material by ejecting charged and/or non-charged particles; - a mass spectrometer ; and - a probe (S, 10) including: ∘ at least one first analysis fiber (A, 14), and ∘ a transfer tube (T, 21), said at least one first analysis fiber (A, 14) being connected to the laser and said transfer tube being connected to the mass spectrometer . - a laser , optionally assisted with an optical parametric oscillator (OPO), configured for emitting a wavelength comprised between 2.5 μm and 12 μm, said thereby configured laser being intended to ablate said biological material by ejecting charged and/or non-charged particles; - a mass spectrometer ; and - a probe (S, 10) including: ∘ at least one first analysis fiber (A, 14), and ∘ a transfer tube (T, 21), ∘ at least one first analysis fiber (A, 14), and ∘ a transfer tube (T, 21),
A lighting device comprising: a substrate ; a plurality of light sources disposed on the substrate ; a resin layer covering the light sources on the substrate ; a light blocking layer having at least one opening portion on the resin layer ; and a lens plate disposed on the light blocking layer , wherein the lens plate includes a light transmitting portion and a plurality of convex portions arranged on one or the other surface of the light transmitting portion , wherein the emission surface (Sc2) is an upper surface of the resin layer , wherein the light blocking layer is disposed between the resin layer and the lens plate , and wherein an interval (G1) between the lens plate and the light blocking layer is provided as a first air layer , characterized in that the interval (G1) between the lens plate and the light blocking layer is greater than a length of the opening portion , and that a total area of the opening portion is 50% or less of an area of an emission surface (Sc2) through which light is emitted through the resin layer . a substrate ; a plurality of light sources disposed on the substrate ; a resin layer covering the light sources on the substrate ; a light blocking layer having at least one opening portion on the resin layer ; and a lens plate disposed on the light blocking layer , wherein the lens plate includes a light transmitting portion and a plurality of convex portions arranged on one or the other surface of the light transmitting portion , wherein the emission surface (Sc2) is an upper surface of the resin layer , wherein the light blocking layer is disposed between the resin layer and the lens plate , and wherein an interval (G1) between the lens plate and the light blocking layer is provided as a first air layer , characterized in that the interval (G1) between the lens plate and the light blocking layer is greater than a length of the opening portion , and that a total area of the opening portion is 50% or less of an area of an emission surface (Sc2) through which light is emitted through the resin layer .
A luminous signaling slab of integral construction having a structure made up of a plurality of superposed layers that are fastened to one another, said structure comprising: - A transparent or translucent first layer forming a front face of said slab; - A luminous assembly comprising a plurality of light-emitting diodes (Ds) that are electrically connected to one another; - An encapsulating assembly encapsulating said plurality of light-emitting diodes; characterized in that said structure further comprises: - A second layer forming a rear face of said slab and composed of a polymer or a polymer/glass-fiber composite material; - Said encapsulating assembly being positioned between said first layer and said second layer . - A transparent or translucent first layer forming a front face of said slab; - A luminous assembly comprising a plurality of light-emitting diodes (Ds) that are electrically connected to one another; - An encapsulating assembly encapsulating said plurality of light-emitting diodes; characterized in that said structure further comprises: - A second layer forming a rear face of said slab and composed of a polymer or a polymer/glass-fiber composite material; - Said encapsulating assembly being positioned between said first layer and said second layer .
A bicycle with removable battery for supplying power to electric components , comprising a frame composed of an upper tube connected with a front oblique tube and with a rear vertical tube , which in turn are connected in a lower region so as to form a seat for a bottom bracket and with which a pair of horizontal rear chainstays and a pair of oblique rear chainstays are coupled, said front oblique tube having an axial seat for a removable battery and for accommodating connection and/or electric power supply cables , said axial seat having an axis that passes above said bottom bracket and a lower end that is open and located at an interspace between said pair of horizontal rear chainstays , characterized in that a slider is fixed inside said axial seat and has, in a transverse cross-section, a substantially H-like shape so as to form a flat base from which two first L-shaped and opposite wings extend upward and form a linear guide for a plate that has a rectangular shape.
A composition comprising a triblock copolymer represented by formula (I), a polyanionic polymer and a physiologically active peptide: CNR-PEG-CNR (I) in the formula, CNR moieties are each independently a polymer segment containing a repeating unit that contains, as a part of a pendant group, a cyclic nitroxide radical bonded to a main polymer chain via a linking group that contains at least one amino group (-NH-), unbonded terminals of the CNR moieties can each independently have, as a terminal group, an atom or group selected from the group consisting of hydrogen atoms, arylthiocarbonylthio groups, alkylthiocarbonylthio groups, alkoxythiocarbonylthio groups and sulfanyl groups, and PEG is a segment that contains poly(ethylene glycol). CNR moieties are each independently a polymer segment containing a repeating unit that contains, as a part of a pendant group, a cyclic nitroxide radical bonded to a main polymer chain via a linking group that contains at least one amino group (-NH-), unbonded terminals of the CNR moieties can each independently have, as a terminal group, an atom or group selected from the group consisting of hydrogen atoms, arylthiocarbonylthio groups, alkylthiocarbonylthio groups, alkoxythiocarbonylthio groups and sulfanyl groups, and PEG is a segment that contains poly(ethylene glycol).
A battery box for a vehicle, comprising an upper box body and a lower box body , and the lower box body comprising a base body , a first protecting assembly , and a mounting hole (T); the base body comprising a bottom plate portion , a side plate portion , and eave portions , the side plate portion protruding from the bottom plate portion in an up-down direction (Z), and each eave portion being connected to one end of the side plate portion away from the bottom plate portion and extending toward an outside of the side plate portion ; the first protecting assembly being provided at an outside of the base body in the up-down direction (Z) and being fixed to the base body , and the first protecting assembly being attached to the eave portion ; the mounting hole (T) penetrating the eave portion and the first protecting assembly attached to the eave portion in the up-down direction (Z); characterized in that the lower box body further comprises a second protecting assembly provided at an outside of the first protecting assembly in the up-down direction (Z), and the second protecting assembly is attached to the first protecting assembly and a corresponding portion of the base body ; the mounting hole (T) penetrates the eave portion , the first protecting assembly and the second protecting assembly in the up-down direction (Z).
A portable device comprising: a storage battery that is charged with power supplied from a power generator ; a power generation scheme identifier receiving unit configured to receive, from the power generator , a power generation scheme identifier for identifying a power generation scheme of power supplied from the power generator ; a power generation scheme identifier identifying unit configured to recognize whether or not power is supplied from the power generator which has a clean power generation identifier; and a presenting unit configured to present the power supplied from the power generator and the power generation scheme identified by the power generation scheme identifier received by the power generation scheme identifier receiving unit , wherein the power and the power generation scheme are presented in association with each other, characterized in that the portable device comprises a power level managing unit that manages a remaining power of the storage battery , wherein the portable device is configured to measure the power level supplied when the power is supplied from the power generator with the clean power generation identifier, and to manage the remaining power level derived from clean energy and other energy remaining power level among the remaining power level of the storage battery , and wherein the portable device is configured to present the remaining power level of the storage battery as a breakdown of power derived from clean energy and other power. a storage battery that is charged with power supplied from a power generator ; a power generation scheme identifier receiving unit configured to receive, from the power generator , a power generation scheme identifier for identifying a power generation scheme of power supplied from the power generator ; a power generation scheme identifier identifying unit configured to recognize whether or not power is supplied from the power generator which has a clean power generation identifier; and a presenting unit configured to present the power supplied from the power generator and the power generation scheme identified by the power generation scheme identifier received by the power generation scheme identifier receiving unit , wherein the power and the power generation scheme are presented in association with each other, characterized in that the portable device comprises a power level managing unit that manages a remaining power of the storage battery , wherein the portable device is configured to measure the power level supplied when the power is supplied from the power generator with the clean power generation identifier, and to manage the remaining power level derived from clean energy and other energy remaining power level among the remaining power level of the storage battery , and wherein the portable device is configured to present the remaining power level of the storage battery as a breakdown of power derived from clean energy and other power.
A food article feed apparatus for conveying food articles in a slicing machine comprising: a first conveyor for moving a first food article toward a cutting plane ; a second conveyor for moving a second food article toward the cutting plane ; characterized in that said first conveyor is driven by a hollow shaft ; said second conveyor is driven by a second shaft ; said second shaft independently operating within said hollow shaft. a first conveyor for moving a first food article toward a cutting plane ; a second conveyor for moving a second food article toward the cutting plane ; characterized in that said first conveyor is driven by a hollow shaft ; said second conveyor is driven by a second shaft ; said second shaft independently operating within said hollow shaft.
Device for the thermal joining of two workpieces , in particular plastic workpieces, at mutually facing, in particular parallel joining surfaces in the butt joint, comprising a first workpiece receptacle for receiving a first workpiece and a second workpiece receptacle , opposite the first, for receiving a second workpiece , wherein the two workpiece receptacles are movable relative to each other for moving the workpieces together and apart while defining a direction of movement (X) and are adapted to apply a compressive force in the direction of movement for heating and/or joining the workpieces , wherein, the apparatus further comprises a thermographic recording device for recording the near-surface workpiece temperature in the vicinity of the joining surfaces , characterized in that the thermographic recording device is equipped with an evaluation unit for determining geometrical parameters of a temperature zone, in particular a melting zone, preferably of the width (B) thereof extending perpendicular to the joining surfaces , on the basis of the recorded temperature data of the recording device . a first workpiece receptacle for receiving a first workpiece and a second workpiece receptacle , opposite the first, for receiving a second workpiece , wherein the two workpiece receptacles are movable relative to each other for moving the workpieces together and apart while defining a direction of movement (X) and are adapted to apply a compressive force in the direction of movement for heating and/or joining the workpieces , wherein, the apparatus further comprises a thermographic recording device for recording the near-surface workpiece temperature in the vicinity of the joining surfaces , characterized in that the thermographic recording device is equipped with an evaluation unit for determining geometrical parameters of a temperature zone, in particular a melting zone, preferably of the width (B) thereof extending perpendicular to the joining surfaces , on the basis of the recorded temperature data of the recording device .