mhurhangee/ep-ind-claims huggingface dataset:
A road wheel comprising: a mounting disc; a dish-shaped transitional wall; a rim with an annular cylindrical wall attached along a first rim edge to an edge of the transitional wall; and a stiffening flange attached to the rim along a second rim edge opposite the first rim edge wherein the flange is tapered to be thicker at an end attached to the rim and thinner at an unattached end and provides radial support to the second edge of the cylindrical wall to resist deflection. a mounting disc; a dish-shaped transitional wall; a rim with an annular cylindrical wall attached along a first rim edge to an edge of the transitional wall; and a stiffening flange attached to the rim along a second rim edge opposite the first rim edge wherein the flange is tapered to be thicker at an end attached to the rim and thinner at an unattached end and provides radial support to the second edge of the cylindrical wall to resist deflection.
A float bath comprising a metal melt and a spout lip, and the float bath allowing a glass melt poured onto the metal melt through the spout lip to float and move from upstream to downstream, the float bath comprising: a guiding unit provided at a part where the glass melt is poured, coming into contact with the sides of the poured glass melt to guide a sidewise spreading path of the glass melt to expand sidewise spreading of the poured glass melt, wherein the guiding unit comprises an expanding part to expand the sidewise spreading of the glass melt, and a leaving part to allow the glass melt to leave, and an inner side of the expanding part coming into contact with the side of the glass melt is formed in a curved shape as a whole from a part where an end of the spout lip is located, characterized in that the expanding part is constructed such that a tangent direction of the part the poured glass melt initially comes into contact forms an angle between 10° and 30° with a line extending from an inner side of the spout lip where the glass melt is poured into the float bath. a guiding unit provided at a part where the glass melt is poured, coming into contact with the sides of the poured glass melt to guide a sidewise spreading path of the glass melt to expand sidewise spreading of the poured glass melt, wherein the guiding unit comprises an expanding part to expand the sidewise spreading of the glass melt, and a leaving part to allow the glass melt to leave, and an inner side of the expanding part coming into contact with the side of the glass melt is formed in a curved shape as a whole from a part where an end of the spout lip is located, characterized in that the expanding part is constructed such that a tangent direction of the part the poured glass melt initially comes into contact forms an angle between 10° and 30° with a line extending from an inner side of the spout lip where the glass melt is poured into the float bath.
Device for coating a continuous web, comprising a roller pair whose driven rollers (3a, 3b) form an adjustable metering gap, between and through which the web can be guided, at least one first guide roller, which is arranged before the roller pair, and means for the direct application of free flowing coating materials on to the web, characterised in that, in addition, a second guide roller, displaceable in a vertical plane, is arranged between the first guide roller and the roller pair, that the means for the application comprise a trough, into which the web is dipped by the second guide roller, wherein the second guide roller can be moved from a position above the lower roller, and that the rollers (3a, 3b) of the roller pair are arranged vertically one above the other such that the web can be guided substantially horizontally between and through them.
A cutting tool, comprising: a substrate, wherein the substrate comprises aluminium oxide and zirconium oxide; and a diffusion bonding enhanced layer, wherein the diffusion bonding enhanced layer comprises reaction products between the zirconium oxide and a gaseous mixture of nitrogen and aluminium chloride. a substrate, wherein the substrate comprises aluminium oxide and zirconium oxide; and a diffusion bonding enhanced layer, wherein the diffusion bonding enhanced layer comprises reaction products between the zirconium oxide and a gaseous mixture of nitrogen and aluminium chloride.
A polishing head for the zonal machining of optical spectacle surfaces (8.1), comprising a base body, which has an axis of rotation D, for attachment to a polishing spindle, and comprising an elastic carrier part which is arranged on the base body and on which a polishing film is arranged, wherein the carrier part has a cavity (3.1) of depth t and the polishing film has at least one hole (4.1) arranged coaxial to the axis of rotation D, wherein the hole (4.1) forms an access to the cavity (3.1), characterized in that the polishing film has, in addition to the hole (4.1), at least one further hole (4.4) which is arranged in the region of an edge (3.3) of the cavity (3.1) and which is at a radial distance a from the hole (4.1), wherein the further hole (4.4) forms an outflow channel for polishing agent from the cavity (3.1).
A pivoting door, which is supported in a pivoting manner in an aluminium hinge, in particular for an exterior building termination, with a thermally separated clamp-free hinge covering profile in conjunction with an adjustable wall connecting profile, characterized in that the hinge covering profile is made from plastic material, and a thermally separated compensating profile is disposed between the hinge covering profile and the wall connecting profile, wherein the compensating profile is adjustable with regard to the wall connecting profile, and wherein at the compensating profile a rubber layer is attached, which with a flexible latching engages in a corresponding latching at the wall connecting profile.
A light dosing system (1a, 1b, 1c) for controlling at least one characteristic of a photosynthetic organism, the light dosing system (1a, 1b, 1c) configured to direct light onto a target area, the light dosing system (1a, 1b, 1c) comprising: a) at least one light emitter providing light positioned above the target area; b) a means for controlling at least one characteristic of light emitted by the at least one light emitter; c) a conveyor configured to alter a relative position of the at least one light emitter and the target area; and d) a lighting controller configured to read a media having a predefined dosage regime stored thereon, wherein the lighting controller is configured to alter the at least one characteristic of light emitted by the at least one light emitter onto the target area in accordance with the predefined dosage regime, characterised in that the light emitted comprising of UV-B light of a specific spectral content between 280 - 320 nm, red light of a specific spectral content between 622 - 780 nm, and blue light of a specific spectral content between 455 - 492 nm, and in that UV-A wavelengths are excluded from the emitted light. a) at least one light emitter providing light positioned above the target area; b) a means for controlling at least one characteristic of light emitted by the at least one light emitter; c) a conveyor configured to alter a relative position of the at least one light emitter and the target area; and d) a lighting controller configured to read a media having a predefined dosage regime stored thereon, wherein the lighting controller is configured to alter the at least one characteristic of light emitted by the at least one light emitter onto the target area in accordance with the predefined dosage regime, characterised in that the light emitted comprising of UV-B light of a specific spectral content between 280 - 320 nm, red light of a specific spectral content between 622 - 780 nm, and blue light of a specific spectral content between 455 - 492 nm, and in that UV-A wavelengths are excluded from the emitted light.
An aerosol delivery device comprising: a mouthpiece comprising an end surface at a longitudinal end of the mouthpiece, and a mouthpiece aperture formed in the end surface; an aerosolisation chamber extending longitudinally into the device from the mouthpiece aperture; a storage chamber for storing an aerosol precursor; and a porous liquid transfer element comprising an aerosol generating portion at least partly received in the aerosolisation chamber and a conveying portion for conveying liquid from the storage chamber to the aerosol generating portion, wherein the aerosol generating portion of the liquid transfer element is a passive aerosol generating portion, characterized in that a transverse cross-sectional area of the aerosolisation chamber is uniform along a longitudinal length of the aerosolisation chamber, and the aerosol generating portion has a larger transverse cross-sectional area than a transverse cross-sectional area of the conveying portion to define a constricted airflow passage between a wall defining the aerosolisation chamber and the liquid transfer element. a mouthpiece comprising an end surface at a longitudinal end of the mouthpiece, and a mouthpiece aperture formed in the end surface; an aerosolisation chamber extending longitudinally into the device from the mouthpiece aperture; a storage chamber for storing an aerosol precursor; and a porous liquid transfer element comprising an aerosol generating portion at least partly received in the aerosolisation chamber and a conveying portion for conveying liquid from the storage chamber to the aerosol generating portion, wherein the aerosol generating portion of the liquid transfer element is a passive aerosol generating portion, characterized in that a transverse cross-sectional area of the aerosolisation chamber is uniform along a longitudinal length of the aerosolisation chamber, and the aerosol generating portion has a larger transverse cross-sectional area than a transverse cross-sectional area of the conveying portion to define a constricted airflow passage between a wall defining the aerosolisation chamber and the liquid transfer element.
A method, comprising: receiving, at a device having an application, a message that includes information associated with an object having an object type, wherein the application is configured to process the message to provide message content including the object to a user interface; performing application-specific operations for the application, on the message, in a sandbox that is separate from the application, wherein the application-specific operations include: determining the object type; and attempting to generate the object from the information associated with the object in the message, based on the determined object type; and in accordance with a completion of the attempt to generate the object in the sandbox, performing, outside of the sandbox and outside of the application, a schema validation of the object based on the object type. receiving, at a device having an application, a message that includes information associated with an object having an object type, wherein the application is configured to process the message to provide message content including the object to a user interface; performing application-specific operations for the application, on the message, in a sandbox that is separate from the application, wherein the application-specific operations include: determining the object type; and attempting to generate the object from the information associated with the object in the message, based on the determined object type; and in accordance with a completion of the attempt to generate the object in the sandbox, performing, outside of the sandbox and outside of the application, a schema validation of the object based on the object type. determining the object type; and attempting to generate the object from the information associated with the object in the message, based on the determined object type; and in accordance with a completion of the attempt to generate the object in the sandbox, performing, outside of the sandbox and outside of the application, a schema validation of the object based on the object type.
Device comprising an article of manufacture for holding sliced food, the article comprising an outer rim and a base provided therein, wherein the base comprises a number of cutting elements extending radially inward from the outer rim, each cutting element having a cutting edge, and wherein the article further comprises a base plate, characterized in that the outer rim is provided with at least one outwardly extending flange and the base plate is provided with upstanding clip members for grasping behind the flange of the outer rim.
A vented cap having a longitudinal axis, the vented cap comprising: an insert, wherein the insert comprises: a floor pan; a projection extending from a projection proximal end joined to the floor pan to a projection distal end longitudinally remote therefrom; wherein the projection defines a projection aperture extending therethrough; a shell, wherein the shell comprises: an outer skirt joined to and extending longitudinally outwardly from the floor pan; a top joined to the outer skirt; wherein the top and the outer skirt define a headspace between the floor pan and the top; wherein the projection extends into a portion of the headspace; and a vent in fluid communication between the headspace and atmosphere characterized in that the vented cap further comprises an inner retainer wall extending from a wall proximal end joined to the floor pan to a wall distal end longitudinally remote therefrom, wherein the inner retainer wall and the outer skirt define a channel therebetween. an insert, wherein the insert comprises: a floor pan; a projection extending from a projection proximal end joined to the floor pan to a projection distal end longitudinally remote therefrom; wherein the projection defines a projection aperture extending therethrough; a floor pan; a projection extending from a projection proximal end joined to the floor pan to a projection distal end longitudinally remote therefrom; wherein the projection defines a projection aperture extending therethrough; a shell, wherein the shell comprises: an outer skirt joined to and extending longitudinally outwardly from the floor pan; a top joined to the outer skirt; wherein the top and the outer skirt define a headspace between the floor pan and the top; wherein the projection extends into a portion of the headspace; and an outer skirt joined to and extending longitudinally outwardly from the floor pan; a top joined to the outer skirt; wherein the top and the outer skirt define a headspace between the floor pan and the top; wherein the projection extends into a portion of the headspace; and a vent in fluid communication between the headspace and atmosphere characterized in that the vented cap further comprises an inner retainer wall extending from a wall proximal end joined to the floor pan to a wall distal end longitudinally remote therefrom, wherein the inner retainer wall and the outer skirt define a channel therebetween.
A dispenser for liquid to pasty substances, having a pump chamber and a dispensing tube, the dispensing tube being moved between a rest position and a dispensing position during a pumping movement and in the rest position a dispensing opening of the dispensing tube being covered by a covering part connected to the dispenser, characterized in that, in the course of actuating the pump, at least part of the dispensing tube is moved in a direction perpendicular to the pumping movement while traversing the path of movement of the covering part, which at the same time is moved relative to the dispensing tube.
A bristle arrangement for a brushhead for a powered skin cleaning appliance, comprising: a first brush portion which includes a first set of bristles with the first brush portion remaining stationary in operation; a second brush portion which includes a second set of bristles, the second brush portion oscillating through a selected angle when the appliance is in operation, characterised in that the first brush portion comprises an annular arrangement of a plurality of rings of bristle tufts, and the second brush portion is circular and fits within the annular arrangement of the first brush portion, wherein the first and second sets of bristles are within the range of 76 to 127μm (3 to 5 mils) in diameter and 8 to 13mm (0.3 to 0.5 inches) in length, and wherein the first brush portion includes 40 to 100 bristle tufts and the second brush portion includes 40 to 120 bristle tufts, spaced over the area of the brushhead, the bristle arrangement including a space between the first brush portion and the second brush portion, within the range of 1.27 - 3.18mm (0.050-0.125 inches). a first brush portion which includes a first set of bristles with the first brush portion remaining stationary in operation; a second brush portion which includes a second set of bristles, the second brush portion oscillating through a selected angle when the appliance is in operation, characterised in that the first brush portion comprises an annular arrangement of a plurality of rings of bristle tufts, and the second brush portion is circular and fits within the annular arrangement of the first brush portion, wherein the first and second sets of bristles are within the range of 76 to 127μm (3 to 5 mils) in diameter and 8 to 13mm (0.3 to 0.5 inches) in length, and wherein the first brush portion includes 40 to 100 bristle tufts and the second brush portion includes 40 to 120 bristle tufts, spaced over the area of the brushhead, the bristle arrangement including a space between the first brush portion and the second brush portion, within the range of 1.27 - 3.18mm (0.050-0.125 inches).
A process for removing dienes from a material stream comprising C 3 to C 5 hydrocarbons by selective hydrogenation, comprising the following steps: (a) vaporizing part of a material stream comprising liquid C 3 to C 5 hydrocarbons, mixing a gaseous material stream comprising C 3 to C 5 hydrocarbons and a liquid one, or condensing part of a material stream comprising gaseous C 3 to C 5 hydrocarbons, with the result that 2 to 50 mol% of the material stream comprising C 3 to C 5 hydrocarbons is present in the gas phase after vaporization, (b) supplying the partially vaporized material stream comprising C 3 to C 5 hydrocarbons to a reaction step comprising a hydrogenation catalyst and adding hydrogen in a proportion of 2 to 20 moles per mole of diene present in the material stream comprising C 3 to C 5 hydrocarbons, where the hydrogen may be added together with the partially vaporized material stream comprising C 3 to C 5 hydrocarbons or via a separate addition point, (c) separating the gas phase and liquid phase and withdrawing the liquid phase as a product stream. (a) vaporizing part of a material stream comprising liquid C 3 to C 5 hydrocarbons, mixing a gaseous material stream comprising C 3 to C 5 hydrocarbons and a liquid one, or condensing part of a material stream comprising gaseous C 3 to C 5 hydrocarbons, with the result that 2 to 50 mol% of the material stream comprising C 3 to C 5 hydrocarbons is present in the gas phase after vaporization, (b) supplying the partially vaporized material stream comprising C 3 to C 5 hydrocarbons to a reaction step comprising a hydrogenation catalyst and adding hydrogen in a proportion of 2 to 20 moles per mole of diene present in the material stream comprising C 3 to C 5 hydrocarbons, where the hydrogen may be added together with the partially vaporized material stream comprising C 3 to C 5 hydrocarbons or via a separate addition point, (c) separating the gas phase and liquid phase and withdrawing the liquid phase as a product stream.
A method of diagnosing kidney cancer based on lipidomic analysis of a body fluid sample selected from plasma, serum, blood or urine, taken from the body of a patient, characterized in that it comprises the steps of: - spiking of the sample with a set of internal standards comprising at least one internal standard for each lipid class present in the sample, - subsequently processing the sample by liquid-liquid lipidomic extraction or by solid phase lipidomic extraction, - measurement of the processed sample by a mass spectrometry method, - determining concentrations for at least 28, more preferably for all lipids present at a level above detection threshold of the mass spectrometry method, using the internal standards for the corresponding lipid classes for the quantitation, or using relative concentrations of lipids, or using ratios of concentrations and/or signal intensities, - statistical evaluation of the determined concentrations of the lipids, said statistical evaluation determining the level of probability of the patient suffering from kidney cancer, based on the determined lipid concentrations compared to a cancerous pattern, and a non-cancerous pattern, wherein the cancerous pattern and the non-cancerous pattern are determined by statistical analysis of the lipid concentrations for a group of known cancer samples and non-cancer samples; and wherein the statistical evaluation is done separately for males and females. - spiking of the sample with a set of internal standards comprising at least one internal standard for each lipid class present in the sample, - subsequently processing the sample by liquid-liquid lipidomic extraction or by solid phase lipidomic extraction, - measurement of the processed sample by a mass spectrometry method, - determining concentrations for at least 28, more preferably for all lipids present at a level above detection threshold of the mass spectrometry method, using the internal standards for the corresponding lipid classes for the quantitation, or using relative concentrations of lipids, or using ratios of concentrations and/or signal intensities, - statistical evaluation of the determined concentrations of the lipids, said statistical evaluation determining the level of probability of the patient suffering from kidney cancer, based on the determined lipid concentrations compared to a cancerous pattern, and a non-cancerous pattern, wherein the cancerous pattern and the non-cancerous pattern are determined by statistical analysis of the lipid concentrations for a group of known cancer samples and non-cancer samples; and wherein the statistical evaluation is done separately for males and females.