mhurhangee/patent-ind-claim-en huggingface dataset:
Household appliance, particularly a refrigeration appliance , having a body with an inner container and appliance external walls , as well as a layer of insulation therebetween, with at least one inlaid vacuum insulation panel , characterised in that the at least one vacuum insulation panel is glued by means of a two-component adhesive in a planar manner only to an inner side of an appliance external wall and the vacuum insulation panel , due to the layer of insulation , is arranged at a distance from an outer side of a wall of the inner container that lies opposite said inner side or the at least one vacuum insulation panel is glued by means of a two-component adhesive in a planar manner at least only to an outer side of a wall of the inner container and the vacuum insulation panel , due to the layer of insulation , is arranged at a distance from an inner side of an appliance external wall , and that the two-component adhesive , after it has hardened, has a Shore-D hardness of between 55 and 75.
A process for producing an isocyanate-group terminated polyoxazolidinone comprising the copolymerization of a polyisocyanate compound (A) with two or more isocyanate groups with a polyepoxide compound (B) with two or more epoxy groups in the presence of a catalyst (C) and in a solvent (D); wherein the molar ratio of the isocyanate groups of the polyisocyanate compound (A) to the epoxy groups of the polyepoxide compound (B) is larger than 2: 1 and less than 25: 1; wherein the catalyst (C) is at least one compound selected from the group consisting of LiCl, LiBr, LiI, MgCl 2 , MgBr 2 , MgI 2 , SmI 3 , Ph 4 PBr, Ph 4 PCl, Ph 3 (C 6 H 4 -OCH 3 )PBr, Ph 3 (C 6 H 4 -OCH 3 )PCl, Ph 3 (C 6 H 4 F)PCl, and Ph 3 (C6H 4 F)PBr; wherein the catalyst (C) is used in a molar amount of 0.001 to 2.0 mol-% based on the polyepoxide compound (B). wherein the molar ratio of the isocyanate groups of the polyisocyanate compound (A) to the epoxy groups of the polyepoxide compound (B) is larger than 2: 1 and less than 25: 1; wherein the catalyst (C) is at least one compound selected from the group consisting of LiCl, LiBr, LiI, MgCl 2 , MgBr 2 , MgI 2 , SmI 3 , Ph 4 PBr, Ph 4 PCl, Ph 3 (C 6 H 4 -OCH 3 )PBr, Ph 3 (C 6 H 4 -OCH 3 )PCl, Ph 3 (C 6 H 4 F)PCl, and Ph 3 (C6H 4 F)PBr; wherein the catalyst (C) is used in a molar amount of 0.001 to 2.0 mol-% based on the polyepoxide compound (B).
Sliding door or sliding window comprising a fixed frame and a sliding sash that can move relative to said frame, the fixed frame comprising, at the top thereof, a guide element for a guide part of the sliding sash , the guide element being movably retained on the fixed frame in order to attach the sliding sash to the fixed frame , characterised in that the guide element is immovably secured to the fixed frame by a fastening means after the sliding sash has been attached.
A pharmaceutical composition comprising ticagrelor and pharmaceutically acceptable excipients manufactured by using wet granulation method wherein; the composition comprises - Microcrystalline cellulose used in extragranular phase is between 20-30%w/w by total weight of the formulation, - Silicon dioxide, wherein the quantitative composition in w/w % is as stated below: Ticagrelor 20 - 30 Mannitol 30 - 40 Microcrystalline cellulose 30 - 40 Hydroxypropyl cellulose 0.1 - 5 Sodium starch glycolate 0.1 - 5 Silicon dioxide 0.1 - 2 Magnesium stearate 0.1 - 2 Deionised water Quantity sufficient Coating agent 1 - 5 wherein together in the extragranular phase in weight ratio of Microcrystalline cellulose : Silicon dioxide is between 35:1 to 45:1. - Microcrystalline cellulose used in extragranular phase is between 20-30%w/w by total weight of the formulation, - Silicon dioxide, wherein the quantitative composition in w/w % is as stated below: Ticagrelor 20 - 30 Mannitol 30 - 40 Microcrystalline cellulose 30 - 40 Hydroxypropyl cellulose 0.1 - 5 Sodium starch glycolate 0.1 - 5 Silicon dioxide 0.1 - 2 Magnesium stearate 0.1 - 2 Deionised water Quantity sufficient Coating agent 1 - 5 wherein together in the extragranular phase in weight ratio of Microcrystalline cellulose : Silicon dioxide is between 35:1 to 45:1. wherein the quantitative composition in w/w % is as stated below: Ticagrelor 20 - 30 Mannitol 30 - 40 Microcrystalline cellulose 30 - 40 Hydroxypropyl cellulose 0.1 - 5 Sodium starch glycolate 0.1 - 5 Silicon dioxide 0.1 - 2 Magnesium stearate 0.1 - 2 Deionised water Quantity sufficient Coating agent 1 - 5 wherein together in the extragranular phase in weight ratio of Microcrystalline cellulose : Silicon dioxide is between 35:1 to 45:1.
Electronic control unit for controlling and monitoring of a pump , wherein: - the control unit is adapted to be detachably connectable to the pump and to a power supply for providing current to the pump , whereby the control unit would be located along an electrical power supply cable between the power supply and the pump , - the control unit is provided with at least one operating switch (17a-c) for controlling of the pump as well as with indicators (16a-d) for indicating of at least one operating condition of the pump , and - a communications unit (23-25) is arranged in the electronic control unit to receive data from the pump and to transmit control commands to the pump via signals transmitted by one or more wires (13a-d) for the drive current within the electrical power supply cable to the pump , charaterized in that the electronic control unit has an elongated design, and has electrical plug connectors arranged at opposite end areas of the electronic control unit for connecting to the power cable . - the control unit is adapted to be detachably connectable to the pump and to a power supply for providing current to the pump , whereby the control unit would be located along an electrical power supply cable between the power supply and the pump , - the control unit is provided with at least one operating switch (17a-c) for controlling of the pump as well as with indicators (16a-d) for indicating of at least one operating condition of the pump , and - a communications unit (23-25) is arranged in the electronic control unit to receive data from the pump and to transmit control commands to the pump via signals transmitted by one or more wires (13a-d) for the drive current within the electrical power supply cable to the pump , charaterized in that the electronic control unit has an elongated design, and has electrical plug connectors arranged at opposite end areas of the electronic control unit for connecting to the power cable .
A brush head of a vacuum cleaner, comprising a brush head body , a front wiping plate , a rear wiping plate , a wiping plate driving device, and a water spraying assembly, wherein a dust collection pipe is provided in the brush head body; the dust collection pipe has a dust collection port ; the front wiping plate and the rear wiping plate are provided at the bottom of the brush head body , respectively; cleaning cloth is provided on the front wiping plate and the rear wiping plate , respectively; the wiping plate driving device is provided in the brush head body ; a water spraying port of the water spraying assembly is provided on the bottom of the brush head body and located between the front wiping plate and the rear wiping plate ; characterized in that the dust collection port is formed on the front side of the bottom of the brush head body ; the wiping plate driving device is connected to the front wiping plate and the rear wiping plate , and is configured to drive the front wiping plate and the rear wiping plate to move in opposite directions and move in a reciprocating motion; the front wiping plate is provided with a dust passing hole penetrating the upper and lower ends thereof, and the dust passing hole is located below the dust collection port , and the dust passing hole is configured to keep the dust collection port overlapping the dust passing hole when moving reciprocally along with the front wiping plate . the dust collection port is formed on the front side of the bottom of the brush head body ; the wiping plate driving device is connected to the front wiping plate and the rear wiping plate , and is configured to drive the front wiping plate and the rear wiping plate to move in opposite directions and move in a reciprocating motion; the front wiping plate is provided with a dust passing hole penetrating the upper and lower ends thereof, and the dust passing hole is located below the dust collection port , and the dust passing hole is configured to keep the dust collection port overlapping the dust passing hole when moving reciprocally along with the front wiping plate .
A method for restricting the potential of a marrow adherent stromal cell to differentiate into a chondrogenic lineage, the method comprising: (a) transfecting a marrow adherent stromal cell with a nucleic acid comprising sequences encoding a Notch intracellular domain (NICD); (b) placing the cells under selection for the nucleic acid of step (a); (c) withdrawing selection after a predetermined amount of time; and (d) expanding the cells of step (c) (a) transfecting a marrow adherent stromal cell with a nucleic acid comprising sequences encoding a Notch intracellular domain (NICD); (b) placing the cells under selection for the nucleic acid of step (a); (c) withdrawing selection after a predetermined amount of time; and (d) expanding the cells of step (c)
A method of establishing a secure communication channel between a first communication device and a second communication device , the method comprising: receiving , via an input module, a signal representing one or more selections of selectable algorithm options, the respective one or more selections being associated with one of one or more option categories; generating a security association proposal including one or more algorithm options from sorted lists of algorithm options for the option categories, the sorted lists of algorithm options being sorted based in the order of security strength; and transmitting the security association proposal to the second communication device for establishing the secure communication channel. receiving , via an input module, a signal representing one or more selections of selectable algorithm options, the respective one or more selections being associated with one of one or more option categories; generating a security association proposal including one or more algorithm options from sorted lists of algorithm options for the option categories, the sorted lists of algorithm options being sorted based in the order of security strength; and transmitting the security association proposal to the second communication device for establishing the secure communication channel.
A delamination container comprising: a body configured to contain contents; and an opening through which the contents from the body are discharged, wherein the body and the opening each comprises an outer layer and an inner layer , the inner layer is configured to peel from the outer layer and to shrink with a reduction in the contents, characterized in that the inner layer comprises, as an outermost layer , a layer having a standard peel strength of 7 to 12 g/ 15mm, wherein the standard peel strength is a peel strength measured when the inner layer is peeled from the outer layer for the first time. a body configured to contain contents; and an opening through which the contents from the body are discharged, wherein the body and the opening each comprises an outer layer and an inner layer , the inner layer is configured to peel from the outer layer and to shrink with a reduction in the contents, characterized in that the inner layer comprises, as an outermost layer , a layer having a standard peel strength of 7 to 12 g/ 15mm, wherein the standard peel strength is a peel strength measured when the inner layer is peeled from the outer layer for the first time.
A terminal device comprising: a communication interface configured to receive User Interface, UI, information set in another terminal device ; input circuitry configured to receive selection of a UI setting to be applied to the terminal device from at least one UI set in the other terminal device based on the received UI information; a controller configured to set a UI of the terminal device based on the selected UI setting; and a display configured to display the set UI, wherein the display is configured to display a plurality of UI items set in the other terminal device in sequence, and wherein the input circuitry is configured to receive a selection of whether to apply each of the displayed UI items to the terminal device. a communication interface configured to receive User Interface, UI, information set in another terminal device ; input circuitry configured to receive selection of a UI setting to be applied to the terminal device from at least one UI set in the other terminal device based on the received UI information; a controller configured to set a UI of the terminal device based on the selected UI setting; and a display configured to display the set UI, wherein the display is configured to display a plurality of UI items set in the other terminal device in sequence, and wherein the input circuitry is configured to receive a selection of whether to apply each of the displayed UI items to the terminal device.
An alignment assembly for a power steering system having a hydraulic steering unit and a steering column connected to the power steering unit , the steering column including a steering shaft ; wherein: the alignment assembly forms the connection of the steering shaft to the hydraulic steering unit ; the alignment assembly includes a connector disposed between the steering shaft and the hydraulic steering unit ; a distal end of the connector is connected to the hydraulic steering unit ; and a proximal end of the connector is connected in the steering column by a rolling connection; the assembly being characterized by : a spring biasing an interface of the proximal end in the steering column . the alignment assembly forms the connection of the steering shaft to the hydraulic steering unit ; the alignment assembly includes a connector disposed between the steering shaft and the hydraulic steering unit ; a distal end of the connector is connected to the hydraulic steering unit ; and a proximal end of the connector is connected in the steering column by a rolling connection; the assembly being characterized by : a spring biasing an interface of the proximal end in the steering column .
A visual display assembly useful as a security element on paper and coin currency, product labels, and other objects, comprising: a substrate ; and on a surface of the substrate , an array of micro mirrors operatively receiving ambient light and, in response, displaying an image in a plane spaced a distance apart from the surface of the substrate, wherein the image comprises a plurality of pixels and wherein the array of micro mirrors includes for each of the pixels a different set of pixel-providing micro mirrors, each of the micro mirrors in the same set of pixel-providing micro mirrors having a reflective surface oriented to reflect the ambient light toward a point on the plane corresponding to one of the pixels, wherein the micro mirrors for each set of pixel-providing micro mirrors are selected from a set of available micro mirrors located within an area on the surface of the substrate of the security element surface that corresponds with a base of a cone with an apex coinciding with the pixel being created by those micro mirrors, the micro mirrors in the set of pixel-providing micro mirrors are arranged in a random pattern such that the mirrors do not provide an obvious, regular pattern. a substrate ; and on a surface of the substrate , an array of micro mirrors operatively receiving ambient light and, in response, displaying an image in a plane spaced a distance apart from the surface of the substrate, wherein the image comprises a plurality of pixels and wherein the array of micro mirrors includes for each of the pixels a different set of pixel-providing micro mirrors, each of the micro mirrors in the same set of pixel-providing micro mirrors having a reflective surface oriented to reflect the ambient light toward a point on the plane corresponding to one of the pixels, wherein the micro mirrors for each set of pixel-providing micro mirrors are selected from a set of available micro mirrors located within an area on the surface of the substrate of the security element surface that corresponds with a base of a cone with an apex coinciding with the pixel being created by those micro mirrors, the micro mirrors in the set of pixel-providing micro mirrors are arranged in a random pattern such that the mirrors do not provide an obvious, regular pattern.
A material deposition head comprising: a body defining a first end and a second end , wherein the body further defines: an exterior surface extending from the first end of the body to the second end of the body ; an interior surface defining an internal passage extending from the first end to the second end and configured to permit passage of an energy beam ; and a material delivery channel extending from proximate to the first end of the body to proximate to the second end of the body , wherein the exterior surface of the body includes fluting that comprises a plurality of peaks connected by a plurality of troughs , wherein the plurality of peaks are oriented in a direction substantially orthogonal to a major axis of the body that extends from the first end to the second end . a body defining a first end and a second end , wherein the body further defines: an exterior surface extending from the first end of the body to the second end of the body ; an interior surface defining an internal passage extending from the first end to the second end and configured to permit passage of an energy beam ; and a material delivery channel extending from proximate to the first end of the body to proximate to the second end of the body , an exterior surface extending from the first end of the body to the second end of the body ; an interior surface defining an internal passage extending from the first end to the second end and configured to permit passage of an energy beam ; and a material delivery channel extending from proximate to the first end of the body to proximate to the second end of the body , wherein the exterior surface of the body includes fluting that comprises a plurality of peaks connected by a plurality of troughs , wherein the plurality of peaks are oriented in a direction substantially orthogonal to a major axis of the body that extends from the first end to the second end .
A method for measurement of an analyte in a microparticle-based analyte-specific binding assay, wherein said microparticles are coated with the first partner of a binding pair, said method comprising a) mixing the coated microparticles, at least two analyte-specific binding agents, wherein each of said analyte-specific binding agents is bound to a second partner of the binding pair, and a sample suspected of comprising or comprising the analyte, wherein said second partner of the binding pair is bound to each of said analyte-specific binding agents via a linker comprising from 12 to 30 ethylene glycol units (PEG 12 to 30), thereby binding the analyte via the said analyte-specific binding agents to the coated microparticles, b) separating the microparticles comprising the analyte bound via the binding pair and the analyte-specific binding agent from the mixture and c) measuring the analyte bound to the microparticles. a) mixing the coated microparticles, at least two analyte-specific binding agents, wherein each of said analyte-specific binding agents is bound to a second partner of the binding pair, and a sample suspected of comprising or comprising the analyte, wherein said second partner of the binding pair is bound to each of said analyte-specific binding agents via a linker comprising from 12 to 30 ethylene glycol units (PEG 12 to 30), thereby binding the analyte via the said analyte-specific binding agents to the coated microparticles, b) separating the microparticles comprising the analyte bound via the binding pair and the analyte-specific binding agent from the mixture and c) measuring the analyte bound to the microparticles.
A hollow body having a coupling device thereon, the coupling device comprising a valve interconnector configured for coupling to a receiver interconnector , wherein the valve interconnector comprises: (i) a neck having an internal surface and an external surface, the internal surface defining a longitudinal passageway through the neck , the neck having an internal end for coupling, and an external end securing the hollow body to valve interconnector ; (ii) a valve assembly inside the longitudinal passageway through the neck , the valve assembly comprising a valve head , a valve stem , and a valve retainer , the valve head being biased away from the valve retainer and toward a valve seat inward of the valve head , the valve head being moveable from a closed position to an open position; (iii) a retention flange extending radially outward from the neck , characterized in that the valve interconnector further comprises a base cap secured to the neck , and wherein the base cap comprises: (a) a radially extending base cap head portion covering the internal end of the neck , (b) an axially extending base cap exterior tube portion covering a portion of the exterior surface of the neck , and (c) an axially extending base cap interior tube portion extending into the primary longitudinal passageway through the neck, the interior tube portion having an end providing the valve seat ; and in that the valve interconnector further comprises a resilient sealing ring inside the interior tube portion of the base cap. (i) a neck having an internal surface and an external surface, the internal surface defining a longitudinal passageway through the neck , the neck having an internal end for coupling, and an external end securing the hollow body to valve interconnector ; (ii) a valve assembly inside the longitudinal passageway through the neck , the valve assembly comprising a valve head , a valve stem , and a valve retainer , the valve head being biased away from the valve retainer and toward a valve seat inward of the valve head , the valve head being moveable from a closed position to an open position; (iii) a retention flange extending radially outward from the neck , (a) a radially extending base cap head portion covering the internal end of the neck , (b) an axially extending base cap exterior tube portion covering a portion of the exterior surface of the neck , and (c) an axially extending base cap interior tube portion extending into the primary longitudinal passageway through the neck, the interior tube portion having an end providing the valve seat ;