mhurhangee/patent-ind-claim-en huggingface dataset:
Hair styling appliance for curling and straightening hair, comprising: - a first and a second elongate jaw that are pivotable with respect to one another, - the first jaw having a first housing bearing a first flat internal treatment surface , and - the second jaw having a second housing bearing a second flat internal treatment surface , - the internal surfaces being intended to pinch a lock of hair, - at least one heating element intended to heat at least one internal treatment surface , at least one of the first housing or the second housing being asymmetric with respect to the median plane (P1, P2) in longitudinal section of said first housing or said second housing , respectively, - the second jaw comprising means for outputting vapour oriented towards the first housing and adjacent to the second internal treatment surface , - the first housing having a deflector formed in its inner contour and arranged in an essentially closed position facing the means for outputting vapour of the second housing , characterised in that : in cross-section, the line defined by the exterior contour of the first and second housings is a rounded curve that does not have any point of inflection, and in that the greatest width (l1) of the first housing is lower than or equal to 90% of the greatest width of the second housing . - a first and a second elongate jaw that are pivotable with respect to one another, - the first jaw having a first housing bearing a first flat internal treatment surface , and - the second jaw having a second housing bearing a second flat internal treatment surface , - the internal surfaces being intended to pinch a lock of hair, - at least one heating element intended to heat at least one internal treatment surface , at least one of the first housing or the second housing being asymmetric with respect to the median plane (P1, P2) in longitudinal section of said first housing or said second housing , respectively, - the second jaw comprising means for outputting vapour oriented towards the first housing and adjacent to the second internal treatment surface , - the first housing having a deflector formed in its inner contour and arranged in an essentially closed position facing the means for outputting vapour of the second housing ,
A stable, synthetic capture agent that specifically binds CD8, wherein the capture agent comprises a first ligand having affinity for a first epitope on CD8, a second ligand having affinity for a second epitope on CD8, and a linker covalently connecting the first ligand to the second ligand, wherein the first epitope is 5 to 30 amino acids long, wherein the second epitope is 5 to 30 amino acids long, wherein the first epitope comprises the sequence SQFRVSPLD or the sequence FLLYLSQNKP, wherein the second epitope comprises the sequence FLLYLSQNKP or the sequence AAEGLDTQR, wherein the first ligand and the second ligand comprise 5-9 amino acids, wherein the first ligand and the second ligand comprise a 1,4-substituted-1,2,3-triazole residue (Tz4) or a 1,5-substituted-1,2,3-triazole residue (Tz5), wherein the linker comprises one or more repeat units of ethylene glycol, preferably the linker comprises PEG 1 , PEG 2, PEG 3 , PEG 4 , PEG 5 , PEG 6 , PEG 7 or PEG 8 , an amino acid, or a peptide, wherein the length of the linker corresponds to the distance between the first epitope and the second epitope, and wherein the K D of the capture agent is less than 10 -6 M, wherein the capture agent has a binding affinity that is at least 50% of the binding affinity of a full cooperative binder, wherein the binding affinity of a full cooperative binder is the product of the binding affinity of the first ligand and the second ligand. wherein the first epitope is 5 to 30 amino acids long, wherein the second epitope is 5 to 30 amino acids long, wherein the first epitope comprises the sequence SQFRVSPLD or the sequence FLLYLSQNKP, wherein the second epitope comprises the sequence FLLYLSQNKP or the sequence AAEGLDTQR, wherein the first ligand and the second ligand comprise 5-9 amino acids, wherein the first ligand and the second ligand comprise a 1,4-substituted-1,2,3-triazole residue (Tz4) or a 1,5-substituted-1,2,3-triazole residue (Tz5), wherein the linker comprises one or more repeat units of ethylene glycol, preferably the linker comprises PEG 1 , PEG 2, PEG 3 , PEG 4 , PEG 5 , PEG 6 , PEG 7 or PEG 8 , an amino acid, or a peptide, wherein the length of the linker corresponds to the distance between the first epitope and the second epitope, and wherein the K D of the capture agent is less than 10 -6 M, wherein the capture agent has a binding affinity that is at least 50% of the binding affinity of a full cooperative binder, wherein the binding affinity of a full cooperative binder is the product of the binding affinity of the first ligand and the second ligand.
Use of a lighting device for disinfection comprising at least one light emitting diode structure comprised of a substrate ; a light emitting area defined on the substrate as a cavity ; a first type of light emitting semiconductor source with bactericidal and germicidal characteristics mounted in the cavity ; a second type of light emitting semiconductor source mounted in the cavity with ability to excite a wavelength conversion material to generate white light; and the wavelength conversion material formed as a layer on top of the light emitting semiconductor sources , wherein - in the presence of humans, the first type of light emitting semiconductor source is adjusted to provide white light illumination with a bactericidal and germicidal low-intensity emission in the background of the white light emission, non-perceptible to human eye; and - in a situation with no humans present, the white light illumination generated by the second type of light emitting semiconductor source exciting the wavelength conversion material is turned off, while the bactericidal and germicidal emission is maximized. a substrate ; a light emitting area defined on the substrate as a cavity ; a first type of light emitting semiconductor source with bactericidal and germicidal characteristics mounted in the cavity ; a second type of light emitting semiconductor source mounted in the cavity with ability to excite a wavelength conversion material to generate white light; and the wavelength conversion material formed as a layer on top of the light emitting semiconductor sources , - in the presence of humans, the first type of light emitting semiconductor source is adjusted to provide white light illumination with a bactericidal and germicidal low-intensity emission in the background of the white light emission, non-perceptible to human eye; and - in a situation with no humans present, the white light illumination generated by the second type of light emitting semiconductor source exciting the wavelength conversion material is turned off, while the bactericidal and germicidal emission is maximized.
Beam for self-supporting structures, comprising a base plate surmounted by a plurality of reinforcement trellises and by at least one lightening element positioned between a pair of said trellises and provided with an empty chamber which extends substantially for the entire length of said lightening element , characterised in that said beam also comprises another trellis , which surmounts said lightening element and connects said pair of trellises , and at least one spacer positioned between said lightening element and said other trellis .
A blade for a gas turbine engine , comprising: an airfoil including an internal passage ; a shroud is arranged at an end of the airfoil and has a shroud perimeter ; axially spaced knife edges extend radially from the shroud , and an area is provided between the knife edges ; a pocket is recessed into the area and is circumscribed by a perimeter edge that is arranged interiorly of the shroud perimeter ; and an outlet fluidly connects the internal passage to the pocket ; characterised in that the pocket has first and second bottom surfaces joined at a peak , and the outlet is arranged on at least one side of the peak . an airfoil including an internal passage ; a shroud is arranged at an end of the airfoil and has a shroud perimeter ; axially spaced knife edges extend radially from the shroud , and an area is provided between the knife edges ; a pocket is recessed into the area and is circumscribed by a perimeter edge that is arranged interiorly of the shroud perimeter ; and an outlet fluidly connects the internal passage to the pocket ;
A coffee machine , having a housing with a housing bottom and a housing opening and a coffee bean container that is removable therefrom through the housing opening , along a movement path, having a grinder for coffee beans, having a discharge opening of the coffee bean container for supplying the beans to the grinder and having a door for closing the discharge opening which can be moved by manual movement of the coffee bean container along the movement path between an opened position and a closed position, having a stop on the housing , which stands substantially transversely to the movement path and, when the coffee bean container is being inserted in to the housing through the housing opening along the movement path, the stop is in a touching contact with the door , characterized by a locking member comprising: - a locking portion which when the coffee bean container is inserted in to the housing engages the door in a locking manner in the opened position of the door , and - an actuating portion , which comes in a touching contact with the coffee bean container which when the coffee bean container is inserted in to the housing , keeps the locking portion engaged with the door in the opened position of it, wherein the locking member is pivotally connected to the housing bottom and can be rotated about an axis of rotation (R), and the axis of rotation (R) is arranged between the locking portion and the actuating portion , wherein the axis of rotation (R) is perpendicular to the housing bottom , therefore substantially horizontal rotation of the locking member is provided. - a locking portion which when the coffee bean container is inserted in to the housing engages the door in a locking manner in the opened position of the door , and - an actuating portion , which comes in a touching contact with the coffee bean container which when the coffee bean container is inserted in to the housing , keeps the locking portion engaged with the door in the opened position of it,
Truck-mountable detection system for detection of a first coupling device of a container , the first coupling device being configured for coupling with a second coupling device of a truck-mounted loading equipment , in particular a hook of a hookloader, characterized in that the detection system has a data processor and a capturing device, the data of which can be sent to the data processor , whereby the data capturing device is a stereographic sensor system and the data processor is configured to automatically recognize the shape of the first coupling device of the container based on the data provided by the stereographic sensor system .
A method of producing hydrogen peroxide from hydrogen and oxygen using a catalyst which comprises: (i) a carrier which is a resin having a functional group selected from a sulfonic acid group, a carboxylic acid group, a phosphoric acid group and a phosphonic acid group; (ii) a polymer electrolyte multi-layer film formed on the carrier, which includes a cationic polymer electrolyte and an anionic polymer electrolyte, the polymer electrolyte multi-film layer having a layer number of 2 to 30, wherein the cationic polymer electrolyte is at least one selected from the group consisting of poly(allylamine), polydiallyldimethylammonium, poly(ethylenediamine) and poly(acrylamide-co-diallyldimethylammonium), the anionic polymer electrolyte is at least one selected from the group consisting of poly(4-styrenesulfonate), poly(acrylic acid), poly(acrylamide), poly(vinylphosphonic acid), poly(2-acrylamido-2-methyl-11-propanesulfonic acid), poly(anethole sulfonic acid) and poly(vinylsulfonate), and wherein the polymer electrolyte has a molecular weight of 2,000-500,000; and (iii) metal particles dispersed in the polymer electrolyte multi-layer film, said metal particles being palladium, wherein said metal particles are formed by dispersing metal precursors in the polymer electrolytes and then reducing the dispersed metal precursors using a reducing agent, wherein the production of hydrogen peroxide is performed by a liquid phase reaction using methanol, ethanol or water as a solvent (reaction medium). Oxygen and hydrogen serving as reactants are used in the form of a gas mixture diluted with nitrogen in order to prevent the danger of explosion, wherein the reaction of oxygen and hydrogen to form hydrogen peroxide is conducted at a reaction pressure of 30-60 bar, and a reaction temperature of 20-40°C. (i) a carrier which is a resin having a functional group selected from a sulfonic acid group, a carboxylic acid group, a phosphoric acid group and a phosphonic acid group; (ii) a polymer electrolyte multi-layer film formed on the carrier, which includes a cationic polymer electrolyte and an anionic polymer electrolyte, the polymer electrolyte multi-film layer having a layer number of 2 to 30, wherein the cationic polymer electrolyte is at least one selected from the group consisting of poly(allylamine), polydiallyldimethylammonium, poly(ethylenediamine) and poly(acrylamide-co-diallyldimethylammonium), the anionic polymer electrolyte is at least one selected from the group consisting of poly(4-styrenesulfonate), poly(acrylic acid), poly(acrylamide), poly(vinylphosphonic acid), poly(2-acrylamido-2-methyl-11-propanesulfonic acid), poly(anethole sulfonic acid) and poly(vinylsulfonate), and wherein the polymer electrolyte has a molecular weight of 2,000-500,000; and (iii) metal particles dispersed in the polymer electrolyte multi-layer film, said metal particles being palladium, wherein said metal particles are formed by dispersing metal precursors in the polymer electrolytes and then reducing the dispersed metal precursors using a reducing agent,
A prosthetic heart valve comprising: a collapsible and expandable stent extending in an axial direction from an outflow end to an inflow end , comprising: a plurality of first cells , each first cell having an open space defined by a first plurality of struts (324a-d); a second cell , nested in the open space of one of the first cells, the second cell being defined by a second plurality of struts (330a-d, 330a'-d'); and first and second connecting struts connecting the second cell to the one of the first cells; wherein the second cell is configured to pivot about the first and second connecting struts with respect to the one of the first cells, and a collapsible and expandable valve assembly disposed within the stent and having a plurality of leaflets ; characterized by the one of the first cells defining a surface and the second cell including first and second struts that do not lie within the surface when no external force is applied to the stent. a collapsible and expandable stent extending in an axial direction from an outflow end to an inflow end , comprising: a plurality of first cells , each first cell having an open space defined by a first plurality of struts (324a-d); a second cell , nested in the open space of one of the first cells, the second cell being defined by a second plurality of struts (330a-d, 330a'-d'); and first and second connecting struts connecting the second cell to the one of the first cells; wherein the second cell is configured to pivot about the first and second connecting struts with respect to the one of the first cells, and a plurality of first cells , each first cell having an open space defined by a first plurality of struts (324a-d); a second cell , nested in the open space of one of the first cells, the second cell being defined by a second plurality of struts (330a-d, 330a'-d'); and first and second connecting struts connecting the second cell to the one of the first cells; wherein the second cell is configured to pivot about the first and second connecting struts with respect to the one of the first cells, and a collapsible and expandable valve assembly disposed within the stent and having a plurality of leaflets ; characterized by the one of the first cells defining a surface and the second cell including first and second struts that do not lie within the surface when no external force is applied to the stent.
A method of operating an ultrasound diagnostic apparatus, the method comprising: displaying an ultrasound image of a target object; receiving an ultrasound signal obtained from a moving object of interest (OOI) included in the target object; setting a first reference region in the ultrasound image; acquiring first moving path information of the OOI passing through the first reference region based on the received ultrasound signal; and displaying a first moving path of the OOI passing through the first reference region as a first indicator, based on the first moving path information, in the ultrasound image, characterised in that the step of displaying a first moving path of the OOI comprises, when a volume of the OOI that moves in a first direction is less than a predetermined threshold value, displaying a main moving path of the OOI without displaying a moving path of the OOI through which the OOI moves in the first direction. displaying an ultrasound image of a target object; receiving an ultrasound signal obtained from a moving object of interest (OOI) included in the target object; setting a first reference region in the ultrasound image; acquiring first moving path information of the OOI passing through the first reference region based on the received ultrasound signal; and displaying a first moving path of the OOI passing through the first reference region as a first indicator, based on the first moving path information, in the ultrasound image, characterised in that the step of displaying a first moving path of the OOI comprises, when a volume of the OOI that moves in a first direction is less than a predetermined threshold value, displaying a main moving path of the OOI without displaying a moving path of the OOI through which the OOI moves in the first direction.
Method for the application of spray liquid by means of an agricultural spraying device , comprising the steps of: - applying spray liquid onto an agricultural area by means of a plurality of spraying elements (14a-14g, 16a-16g) which are arranged on a sprayer boom of the agricultural spraying device , and - detecting rows of plants on the agricultural area during the application of the spray liquid; characterized in that the spray liquid is applied in row regions (20a-20p) of the agricultural area having rows of plants extending substantially in parallel with the direction of travel of the agricultural spraying device by at least one spraying element (14a-14g, 16a-16g) with a first spray pattern (M1), and the spray liquid is applied in row-free regions (22a-22d) of the agricultural area without rows of plants extending in parallel with the direction of travel of the agricultural spraying device by at least one spraying element (14a-14g, 16a-16g) with a second spray pattern (M2). - applying spray liquid onto an agricultural area by means of a plurality of spraying elements (14a-14g, 16a-16g) which are arranged on a sprayer boom of the agricultural spraying device , and - detecting rows of plants on the agricultural area during the application of the spray liquid;
Arrangement for reducing reflections for a windscreen display device for a motor vehicle , comprising: - a transparent cover pane for protecting a projection device , - a screen grid having a grid element of a grid structure arranged perpendicularly or obliquely with respect to a surface of the cover pane , wherein the grid structure is arranged over the cover pane , and - a movement device , which is configured to set the screen grid into a motion that runs parallel to the surface of the cover pane . - a transparent cover pane for protecting a projection device , - a screen grid having a grid element of a grid structure arranged perpendicularly or obliquely with respect to a surface of the cover pane , wherein the grid structure is arranged over the cover pane , and - a movement device , which is configured to set the screen grid into a motion that runs parallel to the surface of the cover pane .
An anode layer comprising: an anode active material including a Nb element, a W element, and an O element; and a sulfide solid electrolyte, characterized in that a composition of the anode active material is Nb 2 WO 8 or Nb 2 W 15 O 50 . an anode active material including a Nb element, a W element, and an O element; and a sulfide solid electrolyte, characterized in that a composition of the anode active material is Nb 2 WO 8 or Nb 2 W 15 O 50 .
A method, comprising: - determining a first word based on a state of a system and/or based on a physical quantity detected by a sensor (G1), - forming a first word group (BAG1) comprising the first word and a second word, - associating the first word group with a first basic sparse vector, - updating a co-occurrence matrix (EX1) by modifying combination vectors of the co-occurrence matrix, said updating comprising: - using a vocabulary to associate the first word with a first combination vector of the co-occurrence matrix, - using the vocabulary to associate the second word with a second combination vector of the co-occurrence matrix, - modifying the first combination vector of the co-occurrence matrix by forming a linear combination of the first basic sparse vector and the first combination vector of the co-occurrence matrix, - modifying the second combination vector of the co-occurrence matrix by forming a linear combination of the first basic sparse vector and the second combination vector of the co-occurrence matrix, wherein the method further comprises: - determining a query vector by using the vocabulary to associate a query word with a combination vector of the co-occurrence matrix, - calculating differences between the query vector and the combination vectors of the co-occurrence matrix, - determining one or more prediction words by selecting from the vocabulary based on the calculated differences, and - starting and/or stopping one or more applications and/or setting an operating mode based on one or more of the determined prediction words. - determining a first word based on a state of a system and/or based on a physical quantity detected by a sensor (G1), - forming a first word group (BAG1) comprising the first word and a second word, - associating the first word group with a first basic sparse vector, - updating a co-occurrence matrix (EX1) by modifying combination vectors of the co-occurrence matrix, said updating comprising: - using a vocabulary to associate the first word with a first combination vector of the co-occurrence matrix, - using the vocabulary to associate the second word with a second combination vector of the co-occurrence matrix, - modifying the first combination vector of the co-occurrence matrix by forming a linear combination of the first basic sparse vector and the first combination vector of the co-occurrence matrix, - modifying the second combination vector of the co-occurrence matrix by forming a linear combination of the first basic sparse vector and the second combination vector of the co-occurrence matrix, - determining a query vector by using the vocabulary to associate a query word with a combination vector of the co-occurrence matrix, - calculating differences between the query vector and the combination vectors of the co-occurrence matrix, - determining one or more prediction words by selecting from the vocabulary based on the calculated differences, and - starting and/or stopping one or more applications and/or setting an operating mode based on one or more of the determined prediction words.