mhurhangee/patent-ind-claim-en huggingface dataset:
A method for assembling a tank comprising: providing a first shell and a second shell ; putting edges of said first and second shells into contact with each other and mutually connecting said edges such that said shells together form a container delimiting an internal volume; providing said first shell with a first connecting member extending inwardly from an inner surface of said first shell, said first connecting member being provided with a hole ; characterized in that it comprises a step consisting in after said edges of said first and second shells are put into contact with each other, connecting said first connecting member to said second shell by inserting a pin shaped element through a hole in said second shell and said hole in said first connecting member, such that relative mutual movement between said first connecting member and said second shell is prevented and that the pin shaped element and the connecting member form an angle. providing a first shell and a second shell ; putting edges of said first and second shells into contact with each other and mutually connecting said edges such that said shells together form a container delimiting an internal volume; providing said first shell with a first connecting member extending inwardly from an inner surface of said first shell, said first connecting member being provided with a hole ; characterized in that it comprises a step consisting in after said edges of said first and second shells are put into contact with each other, connecting said first connecting member to said second shell by inserting a pin shaped element through a hole in said second shell and said hole in said first connecting member, such that relative mutual movement between said first connecting member and said second shell is prevented and that the pin shaped element and the connecting member form an angle.
An electrical contact for electrical cables , which comprises a base and cutting and connection elements , each cutting and connection element defining an initial cutting edge and a cutting and connection portion , wherein said initial cutting edge is closer to the base than said cutting and connection portion , characterized in that the electrical contact comprises two arms extending from the base defining a U shape, one of the cutting and connection elements extending from each arm towards the interior of the electrical contact.
A delivery apparatus for implanting a radially compressible and expandable prosthetic heart valve in a native heart valve of the heart, the delivery apparatus comprising: an elongated shaft comprising a proximal end portion and a distal end portion; an inflatable balloon mounted on the distal end portion of the shaft ; a valve mounting member (124; 140) disposed on the distal end portion of the shaft within the balloon and configured to facilitate frictional engagement between the prosthetic heart valve and the balloon when the prosthetic heart valve is mounted in a radially compressed state on the balloon and surrounding the mounting member (124; 140), the mounting member (124; 140) comprising at least one longitudinally extending fluid passageway through which an inflation fluid in the balloon can flow; and a tapered member mounted on the shaft inside the balloon between the valve mounting member (124; 140) and the distal end of the shaft , the tapered member configured to shield a distal end of the prosthetic heart valve from contacting leaflets of the native heart valve when the prosthetic heart valve is in the radially compressed state; characterized in that the tapered member has one or more slots configured to allow inflation fluid to flow therethrough. an elongated shaft comprising a proximal end portion and a distal end portion; an inflatable balloon mounted on the distal end portion of the shaft ; a valve mounting member (124; 140) disposed on the distal end portion of the shaft within the balloon and configured to facilitate frictional engagement between the prosthetic heart valve and the balloon when the prosthetic heart valve is mounted in a radially compressed state on the balloon and surrounding the mounting member (124; 140), the mounting member (124; 140) comprising at least one longitudinally extending fluid passageway through which an inflation fluid in the balloon can flow; and a tapered member mounted on the shaft inside the balloon between the valve mounting member (124; 140) and the distal end of the shaft , the tapered member configured to shield a distal end of the prosthetic heart valve from contacting leaflets of the native heart valve when the prosthetic heart valve is in the radially compressed state; characterized in that the tapered member has one or more slots configured to allow inflation fluid to flow therethrough.
A pneumatic tire, comprising a tread formed from a rubber composition, the rubber composition comprising: a rubber component including a butadiene polymer having a trans content of 45% by mass or higher and a vinyl content of 20% by mass or lower; silica; a silane coupling agent having two or more sulfur-containing functional groups capable of binding to diene rubbers; and a crosslinking agent having a C3 or higher alkylene group, a polysulfide group bonded to the alkylene group, and a functional group containing a benzene ring. a rubber component including a butadiene polymer having a trans content of 45% by mass or higher and a vinyl content of 20% by mass or lower; silica; a silane coupling agent having two or more sulfur-containing functional groups capable of binding to diene rubbers; and a crosslinking agent having a C3 or higher alkylene group, a polysulfide group bonded to the alkylene group, and a functional group containing a benzene ring.
An assembly for performing in-vitro biocompatibility tests with a receiving element and a cover element , in which at least one sample is arranged on a surface of a base plate or in which the at least one sample forms a surface or a surface area of the base plate and the receiving element having at least one through-hole (2.1) can be placed on the at least one sample such that a first opening, which is disposed pointing in the direction of the base plate , of the at least one through-hole (2.1) is arranged in the region of the at least one sample , wherein the at least one through-hole (2.1) with its hollow area and the sample form a cavity, and the receiving element is made from or with an elastically deformable material; and the cover element can be placed and fixed onto the receiving element such that a pressure force acts on the receiving element , which leads to an at least partial deformation of the receiving element and the fluid-tight closure of the first opening, which is disposed pointing in the direction of the base plate , of the at least one through-hole (2.1); and closure elements (1.4, 4.4) are formed on the base plate and on the cover element in order to achieve a positive connection between the base plate and the cover element and to exert a compressive force on the receiving element , wherein the closure elements (1.4, 4.4) and a connection between the base plate and the cover element are connected to one another and are arranged on opposite sides of the arrangement. the at least one through-hole (2.1) with its hollow area and the sample form a cavity, and the receiving element is made from or with an elastically deformable material; and the cover element can be placed and fixed onto the receiving element such that a pressure force acts on the receiving element , which leads to an at least partial deformation of the receiving element and the fluid-tight closure of the first opening, which is disposed pointing in the direction of the base plate , of the at least one through-hole (2.1); and closure elements (1.4, 4.4) are formed on the base plate and on the cover element in order to achieve a positive connection between the base plate and the cover element and to exert a compressive force on the receiving element , wherein the closure elements (1.4, 4.4) and a connection between the base plate and the cover element are connected to one another and are arranged on opposite sides of the arrangement.
A guide robot comprising: a lower section having a plurality of wheels; a body section provided above the lower section and having a movable guide adapted to slidably move; a case covering the body section and having an opening , wherein the movable guide inside of the body section is accessible through the opening and allows the movable guide to move into or out of the body section ; and a door unit connected to the moveable guide to open or close the opening , the case includes a top cover , first and second middle cover and a bottom cover , a front lidar and a rear lidar in the body section being vertically spaced apart from each other. a lower section having a plurality of wheels; a body section provided above the lower section and having a movable guide adapted to slidably move; a case covering the body section and having an opening , wherein the movable guide inside of the body section is accessible through the opening and allows the movable guide to move into or out of the body section ; and a door unit connected to the moveable guide to open or close the opening , the case includes a top cover , first and second middle cover and a bottom cover , a front lidar and a rear lidar in the body section being vertically spaced apart from each other.
A method performed by a deduplicated storage system for seeding replication to a replica system, the method comprising: selecting one or more files stored on the deduplicated storage system as a first plurality of segments, wherein the deduplicated storage system contains a second plurality of segments that at least include the first plurality of segments; determining a set of segment references that refer to the segments of the first plurality of segments that are for reconstructing the one or more files from the first plurality of segments; replicating the metadata of the selected files and all segment references from the set of segment references to the replica system; characterised by creating a data structure that contains the replicated segment references that are used to indicate that the first plurality of segments are to be replicated; iteratively performing, until all segments of the second plurality of segments have been selected: selecting one segment from the second plurality of segments; determining whether a replicated segment reference from the data structure indicates that the selected segment stored on the deduplicating storage system is to be replicated; and in the event that the replicated segment reference indicates that the selected segment is to be replicated, replicating the selected segment to the replica system. selecting one or more files stored on the deduplicated storage system as a first plurality of segments, wherein the deduplicated storage system contains a second plurality of segments that at least include the first plurality of segments; determining a set of segment references that refer to the segments of the first plurality of segments that are for reconstructing the one or more files from the first plurality of segments; replicating the metadata of the selected files and all segment references from the set of segment references to the replica system; characterised by creating a data structure that contains the replicated segment references that are used to indicate that the first plurality of segments are to be replicated; iteratively performing, until all segments of the second plurality of segments have been selected: selecting one segment from the second plurality of segments; determining whether a replicated segment reference from the data structure indicates that the selected segment stored on the deduplicating storage system is to be replicated; and in the event that the replicated segment reference indicates that the selected segment is to be replicated, replicating the selected segment to the replica system. determining whether a replicated segment reference from the data structure indicates that the selected segment stored on the deduplicating storage system is to be replicated; and in the event that the replicated segment reference indicates that the selected segment is to be replicated, replicating the selected segment to the replica system.
A device for use in a domestic appliance , in particular in a washing machine and/or a dishwasher, the device comprising: - at least one housing , - wherein the housing is configured to be positioned in a treatment chamber of a domestic appliance ; - wherein the housing comprises: - at least one output module which is configured to dispense at least one preparation into the treatment chamber of the domestic appliance and/or to release an output; and/or - at least one sensor module which is configured to determine sensor information that is characteristic of the state of the treatment chamber of the domestic appliance and/or the device ; - comprising at least one electrochemical energy store for supplying the output module and/or the sensor module with electrical energy, - wherein the energy store is arranged within the housing , - wherein the energy store has a pulse stability and temperature resistance with respect to electrical discharges, wherein the pulse stability is provided by the fact that, in the case of a pulse discharge in the temperature range provided for the treatment chamber of the domestic appliance during a treatment and in the case of incomplete discharge of the energy store , the energy store is configured to provide a deviation of the discharge voltage on the basis of the discharge depth of less than 30% of the rated voltage, in particular in the case of a constant 300 mA or 700 mA pulse discharge with a pulse length of 1 s. - at least one housing , - wherein the housing is configured to be positioned in a treatment chamber of a domestic appliance ; - wherein the housing comprises: - at least one output module which is configured to dispense at least one preparation into the treatment chamber of the domestic appliance and/or to release an output; and/or - at least one sensor module which is configured to determine sensor information that is characteristic of the state of the treatment chamber of the domestic appliance and/or the device ; - comprising at least one electrochemical energy store for supplying the output module and/or the sensor module with electrical energy, - wherein the energy store is arranged within the housing , - wherein the energy store has a pulse stability and temperature resistance with respect to electrical discharges, - at least one output module which is configured to dispense at least one preparation into the treatment chamber of the domestic appliance and/or to release an output; and/or - at least one sensor module which is configured to determine sensor information that is characteristic of the state of the treatment chamber of the domestic appliance and/or the device ; - comprising at least one electrochemical energy store for supplying the output module and/or the sensor module with electrical energy, - wherein the energy store is arranged within the housing , - wherein the energy store has a pulse stability and temperature resistance with respect to electrical discharges,
An oil extended ethylene alpha-olefin copolymer composition, comprising: extender oil consisting of a portion of an olefin oligomer; and ethylene copolymer, wherein the ethylene copolymer incorporates another portion of the olefin oligomer; wherein the olefin oligomer is a propylene homo-oligomer or propylene co-oligomer, wherein the olefin oligomer has a Mn of 200 g/mole to 75,000 g/mole, and wherein the oligomer is amorphous with no detectable melting peak from DSC measurement and a heat of fusion 5 J/g or less; wherein the composition comprises 10 to 120 phr of the extender oil; and wherein the composition has a Shear Thinning Ratio of greater than 100, a Phase Angle of less than 45 degrees in a complex shear modulus range of from 50,000 Pa to 1,000,000 Pa, a Mooney Large Viscosity (1+4@125°C) of greater than 40 Mooney units, and a Mooney Large Relaxation Area of greater than 500 Mooney unit·seconds. extender oil consisting of a portion of an olefin oligomer; and ethylene copolymer, wherein the ethylene copolymer incorporates another portion of the olefin oligomer; wherein the olefin oligomer is a propylene homo-oligomer or propylene co-oligomer, wherein the olefin oligomer has a Mn of 200 g/mole to 75,000 g/mole, and wherein the oligomer is amorphous with no detectable melting peak from DSC measurement and a heat of fusion 5 J/g or less; wherein the composition comprises 10 to 120 phr of the extender oil; and wherein the composition has a Shear Thinning Ratio of greater than 100, a Phase Angle of less than 45 degrees in a complex shear modulus range of from 50,000 Pa to 1,000,000 Pa, a Mooney Large Viscosity (1+4@125°C) of greater than 40 Mooney units, and a Mooney Large Relaxation Area of greater than 500 Mooney unit·seconds.
A dental prosthesis or a component thereof, wherein the dental prosthesis or the component thereof comprises hydroxyapatite fine particles on a surface of the dental prosthesis or the component thereof, the hydroxyapatite fine particles are sintered bodies, the hydroxyapatite fine particles have an average particle diameter of 10 to 1,000 nm, the hydroxyapatite fine particles are attached to the dental prosthesis or the component thereof via covalent bonding or a binder, and the covalent bonding is formed by reacting a reactive group of the dental prosthesis or the component thereof and a reactive group of sintered hydroxyapatite fine particles, and two or more reactive groups of a linker; the binder is a compound which interacts with both the dental prosthesis or a component thereof and the sintered hydroxyapatite fine particles via hydrogen bonding, or the binder is a compound that forms covalent bonding with either of the dental prosthesis or a component thereof and the sintered hydroxyapatite fine particles, and interacts with the other via hydrogen bonding; wherein the average particle diameter is calculated by measuring the particle diameters of at least 100 or more primary particles by using an electron microscope. the dental prosthesis or the component thereof comprises hydroxyapatite fine particles on a surface of the dental prosthesis or the component thereof, the hydroxyapatite fine particles are sintered bodies, the hydroxyapatite fine particles have an average particle diameter of 10 to 1,000 nm, the hydroxyapatite fine particles are attached to the dental prosthesis or the component thereof via covalent bonding or a binder, and the covalent bonding is formed by reacting a reactive group of the dental prosthesis or the component thereof and a reactive group of sintered hydroxyapatite fine particles, and two or more reactive groups of a linker; the binder is a compound which interacts with both the dental prosthesis or a component thereof and the sintered hydroxyapatite fine particles via hydrogen bonding, or the binder is a compound that forms covalent bonding with either of the dental prosthesis or a component thereof and the sintered hydroxyapatite fine particles, and interacts with the other via hydrogen bonding; wherein the average particle diameter is calculated by measuring the particle diameters of at least 100 or more primary particles by using an electron microscope.
Electric cymbal device for a percussion set , with at least one support comprising a dome-like inner segment , with at least one playable cover that is arranged on the support and covers the support at least to a large extent, and with at least one sensor unit comprising at least one touch-sensitive sensor element which is in a mounted state arranged at the inner segment , characterised in that the touch-sensitive sensor element is realized as an annular segment and the sensor unit comprises at least one further touch-sensitive sensor element , the sensor elements being realized identically, wherein the sensor elements are together arranged at the inner segment and together form a peripheral angle of 360°. with at least one support comprising a dome-like inner segment , with at least one playable cover that is arranged on the support and covers the support at least to a large extent, and with at least one sensor unit comprising at least one touch-sensitive sensor element which is in a mounted state arranged at the inner segment , characterised in that the touch-sensitive sensor element is realized as an annular segment and the sensor unit comprises at least one further touch-sensitive sensor element , the sensor elements being realized identically, wherein the sensor elements are together arranged at the inner segment and together form a peripheral angle of 360°.
A method for controlling a luminance of an image, the method comprising: determining a light source area based on a light signal strength of pixels comprised in the image; determining a surrounding area of the light source area in a predetermined manner; and adjusting a luminance characteristic of the light source area and the surrounding area based on at least one of a characteristic of the image indicated in image-related metadata, a characteristic of a display device indicated in display-related metadata, and a characteristic of a surrounding environment; wherein the luminance characteristic of the light source area and the surrounding area is adjusted by a calibration value for at least one factor related to the luminance characteristic of the light source area and the surrounding area, and the at least one factor and the calibration value are determined to increase a size of the light source area and reduce a luminance of the surrounding area. determining a light source area based on a light signal strength of pixels comprised in the image; determining a surrounding area of the light source area in a predetermined manner; and adjusting a luminance characteristic of the light source area and the surrounding area based on at least one of a characteristic of the image indicated in image-related metadata, a characteristic of a display device indicated in display-related metadata, and a characteristic of a surrounding environment; wherein the luminance characteristic of the light source area and the surrounding area is adjusted by a calibration value for at least one factor related to the luminance characteristic of the light source area and the surrounding area, and the at least one factor and the calibration value are determined to increase a size of the light source area and reduce a luminance of the surrounding area.
Aqueous dispersion comprising particles of water-soluble polymer of average molecular weight greater than or equal to 0.5 million daltons, or of water-swellable polymer, and a mixture of at least one sulfate salt and at least one phosphate salt in weight proportions of between 25:75 and 75:25, the water-soluble or water-swellable polymer is a homopolymer of acrylamide or methacrylamide or a copolymer of acrylamide or methacrylamide and of an anionic monomer selected from among acrylic acid, methacrylic acid, 2-acrylamido-2-methylpropane sulfonic acid and the salts thereof, or is a copolymer of acrylamide or methacrylamide and of a cationic monomer selected from among quaternized dialkylaminoethyl acrylate (DAMEA), quaternized dialkylaminoethyl methacrylate (DAMEMA), diallyldimethylammonium chloride (DADMAC), acrylamido propyltrimethylammonium chloride (APTAC), and methacrylamido propyltrimethylammonium chloride (MAPTAC), the mixture of at least one sulfate salt and at least one phosphate salt being a mixture of ammonium sulfate and diammonium phosphate, the phosphate salt is not a polyphosphate salt. the mixture of at least one sulfate salt and at least one phosphate salt being a mixture of ammonium sulfate and diammonium phosphate, the phosphate salt is not a polyphosphate salt.