mhurhangee/patent-ind-claim-en huggingface dataset:
Infrared detection module comprising: - a detection part comprising an infrared detector and a detector housing for accommodating the infrared detector , - a cold-production part comprising a cooling machine for cooling the detector and a cooling machine housing for accommodating the cooling machine , - a fastening device for fixing the detector housing on the cooling machine housing , the fastening device comprising a nut for being screwed onto the detector housing and/or onto the cooling machine housing so as to secure the housings together, and - an indexing pin fixed to one of the housings and an indexing orifice arranged in the other housing , the indexing orifice being provided to receive the indexing pin so as to keep the housings in position relative to each other during screwing of the nut . - a detection part comprising an infrared detector and a detector housing for accommodating the infrared detector , - a cold-production part comprising a cooling machine for cooling the detector and a cooling machine housing for accommodating the cooling machine , - a fastening device for fixing the detector housing on the cooling machine housing , the fastening device comprising a nut for being screwed onto the detector housing and/or onto the cooling machine housing so as to secure the housings together, and - an indexing pin fixed to one of the housings and an indexing orifice arranged in the other housing , the indexing orifice being provided to receive the indexing pin so as to keep the housings in position relative to each other during screwing of the nut .
Adjustment drive for a steering column that is adjustable by motor for a motor vehicle, comprising a threaded spindle with an axis (G), said threaded spindle engaging in a spindle nut , a drive unit and a gearwheel which is connected to the spindle nut or the threaded spindle for rotation therewith, which is driveable to rotate about the axis (G) by the drive unit and which is rotatably mounted about the axis (G) in a bearing housing in a bearing arrangement between two outer bearing rings that are axially supported at the bearing housing , wherein the outer bearing rings each have, on their sides facing one another, a circumferential outer bearing face that is coaxial to the axis (G), said outer bearing face in each case lying opposite a bearing face embodied on the end side at the gear wheel , wherein that at least one outer bearing ring is supported in an axially resilient manner at the bearing housing by way of an elastic preloading element , which exerts a preloading force (F) that axially braces the two outer bearing rings against one another, characterized in that the preloading element is embodied as an integral securing element . wherein the outer bearing rings each have, on their sides facing one another, a circumferential outer bearing face that is coaxial to the axis (G), said outer bearing face in each case lying opposite a bearing face embodied on the end side at the gear wheel , wherein that at least one outer bearing ring is supported in an axially resilient manner at the bearing housing by way of an elastic preloading element , which exerts a preloading force (F) that axially braces the two outer bearing rings against one another,
One or more computer-readable storage devices comprising computer-readable instructions that, responsive to execution by one or more processors, perform operations comprising: receiving , at a computing device with which a user has not been known to have previously interacted, an identifier associated with the user; determining , based on the identifier, multiple applications associated with the user; receiving metadata of one or more uninstalled applications of the multiple applications, the metadata having an indicator for at least one of - identifying an application of the one or more uninstalled applications, - a link to new or all content for the application, - a universal resource locator, URL, to retrieve content for the application, - a frequency at which to retrieve content for the application, or - a format in which to present content for the application; based on the information included in the indicator, retrieving content associated with the one or more uninstalled applications of the multiple applications, the one or more uninstalled applications not installed on the computing device; and presenting , within live tiles associated with the one or more uninstalled applications through a user interface associated with the user, the content retrieved, selecting a live tile to be presented from the live tiles and configuring a layout of the live tile matching user preferences. receiving , at a computing device with which a user has not been known to have previously interacted, an identifier associated with the user; determining , based on the identifier, multiple applications associated with the user; receiving metadata of one or more uninstalled applications of the multiple applications, the metadata having an indicator for at least one of - identifying an application of the one or more uninstalled applications, - a link to new or all content for the application, - a universal resource locator, URL, to retrieve content for the application, - a frequency at which to retrieve content for the application, or - a format in which to present content for the application; - identifying an application of the one or more uninstalled applications, - a link to new or all content for the application, - a universal resource locator, URL, to retrieve content for the application, - a frequency at which to retrieve content for the application, or - a format in which to present content for the application; based on the information included in the indicator, retrieving content associated with the one or more uninstalled applications of the multiple applications, the one or more uninstalled applications not installed on the computing device; and presenting , within live tiles associated with the one or more uninstalled applications through a user interface associated with the user, the content retrieved, selecting a live tile to be presented from the live tiles and configuring a layout of the live tile matching user preferences.
A computer-implemented method for a content-centric network, CCN, comprising: receiving , by a forwarder, a packet that corresponds to an interest, wherein the interest includes a name; in response to determining that the interest is destined for a stack component of a transport stack including multiple stack components, sending the interest to the destined stack component based on the name for the interest, wherein a CCN transport framework enables an API to dynamically instantiate the transport stack within the CCN transport framework via an API portal instance associated with the transport stack, wherein the transport stack does not require a respective stack component to communicate only with a layer above or below thereof; and in response to determining that the interest is not destined for a stack component of the transport stack, sending the interest to a network element based on the name for the interest, thereby facilitating directly addressing individual components of the transport stack. receiving , by a forwarder, a packet that corresponds to an interest, wherein the interest includes a name; in response to determining that the interest is destined for a stack component of a transport stack including multiple stack components, sending the interest to the destined stack component based on the name for the interest, wherein a CCN transport framework enables an API to dynamically instantiate the transport stack within the CCN transport framework via an API portal instance associated with the transport stack, wherein the transport stack does not require a respective stack component to communicate only with a layer above or below thereof; and in response to determining that the interest is not destined for a stack component of the transport stack, sending the interest to a network element based on the name for the interest, thereby facilitating directly addressing individual components of the transport stack.
A heterogeneous catalyst article for the selective catalytic reduction of oxides of nitrogen present in exhaust gas emitted from a mobile source in the presence of a nitrogenous reductant, which heterogeneous catalyst article comprises: a catalytic component comprising at least one combination of: a first molecular sieve having a large pore crystal structure, and a second molecular sieve having a small pore crystal structure, wherein said first molecular sieve has a BEA framework structure and contains 0.5 to 5 weight percent iron and said second molecular sieve has an alumino-silicate zeolite CHA crystal structure and contains 0.5 to 5 weight percent copper; and a monolith substrate onto which said catalytic component is coated, wherein said combination of the first and second molecular sieves is selected from the group consisting of a blend, a plurality of layers, and a plurality of zones and wherein said combination comprises said first molecular sieve and said second molecular sieve in a first molecular sieve to second molecular sieve weight ratio of 0.1 to 1 a catalytic component comprising at least one combination of: a first molecular sieve having a large pore crystal structure, and a second molecular sieve having a small pore crystal structure, a first molecular sieve having a large pore crystal structure, and a second molecular sieve having a small pore crystal structure, wherein said first molecular sieve has a BEA framework structure and contains 0.5 to 5 weight percent iron and said second molecular sieve has an alumino-silicate zeolite CHA crystal structure and contains 0.5 to 5 weight percent copper; and a monolith substrate onto which said catalytic component is coated, wherein said combination of the first and second molecular sieves is selected from the group consisting of a blend, a plurality of layers, and a plurality of zones and wherein said combination comprises said first molecular sieve and said second molecular sieve in a first molecular sieve to second molecular sieve weight ratio of 0.1 to 1
A pumpable aqueous concrete mixture having an air pore volume of 10-85 volume-%, comprising a hydrophobic resin at least partially soluble in the concrete mixture, and optionally an aggregate material, wherein the hydrophobic resin comprises dispersible particles of the resin having a mean particle size in the range of 0.4-0.6 μm; the mean particle size refers to the average size of the resin particles before addition to the concrete mixture; and the concrete mixture comprises more than 210 g of the hydrophobic resin per m 3 and up to 840 g of the hydrophobic resin per m 3 concrete mixture.
A high-concentration mixer for producing a homogeneous suspension of cellulose in an aqueous solution of a tertiary amine oxide, comprising a stationary container and an agitator arranged in a container axis , which agitator is connected to a motor via a flange provided in the region of the container bottom , which motor is designed for rotationally driving the agitator for mixing the suspension provided in the container , wherein the agitator has at least one helical coil which brings about a vertical downward flow of the suspension in the centre of the container and a vertical upward flow of the suspension in the region of the container wall, wherein the flange comprises at least one blade provided on its circumference, which is designed for wiping the suspension from the container and for supporting the vertical upward flow of the suspension in the region of the container wall, and wherein a spacer is provided between the container bottom and the flange , which ensures a gap of a substantially consistent width between the container bottom and the flange .
A backlight assembly comprising: a light guide plate , the main surface of which extending in a first (DI1) and in a second (DI2) direction, respectively; a plurality of point light sources that emit light and are aligned along the second direction (DI2), lying within the major plane of the light guide; the light guide plate ("LGP") having a light incident face into which the light is incident, a side surface extending from an edge portion of the light incident face in the first direction (DI1) perpendicular to the second direction (DI2), a printed circuit board ("PCB"; 172) comprising a point light source disposing portion in which the point light sources are disposed, an extending portion extending from the point light source disposing portion along the first direction also lying within the major plane of the light guide, characterised by a protrusion which is fixed at an end portion of the extending portion, a fixing groove which is formed in the side surface toward the inner portion of the LGP, the fixing groove extending along a third direction (DI3) perpendicular to the first and the second directions, wherein the protrusion of the PCB is coupled with the fixing groove of the LGP. a light guide plate , the main surface of which extending in a first (DI1) and in a second (DI2) direction, respectively; a plurality of point light sources that emit light and are aligned along the second direction (DI2), lying within the major plane of the light guide; the light guide plate ("LGP") having a light incident face into which the light is incident, a side surface extending from an edge portion of the light incident face in the first direction (DI1) perpendicular to the second direction (DI2), a printed circuit board ("PCB"; 172) comprising a point light source disposing portion in which the point light sources are disposed, an extending portion extending from the point light source disposing portion along the first direction also lying within the major plane of the light guide, characterised by a protrusion which is fixed at an end portion of the extending portion, a fixing groove which is formed in the side surface toward the inner portion of the LGP, the fixing groove extending along a third direction (DI3) perpendicular to the first and the second directions, wherein the protrusion of the PCB is coupled with the fixing groove of the LGP.
Welding apparatus , comprising at least a current contact nozzle , wherein the current contact nozzle comprises an elongate guide device for guiding a welding wire , a nozzle holder , wherein the current contact nozzle is arranged on or in the nozzle holder , a feed device for transferring the welding wire from a first orientation into a second orientation, wherein the welding wire can be fed to the feed device in the first orientation and can be conducted out of the feed device in the second orientation, in particular can be conducted in the direction of the nozzle holder , wherein the feed device comprises a preferably conical feeding surface , and an elongate line element , characterized in that the line element can receive a plurality of welding wire cores , wherein the welding wire cores can be introduced into the line element via a first line element end and wherein the welding wire guided in the welding wire cores can be guided out of the line element via a second line element end, wherein the welding wire guided out of the line element via the second line element end can be conducted in the direction of the feed device , in particular passes into the feed device in the first orientation.
A method for treating a reforming catalyst in a reformer , the method comprising: reforming a gas stream in the reformer , the gas stream including hydrocarbons using a catalyst metal for conversion of the hydrocarbons to hydrogen in the gas stream; periodically treating, while reforming the gas stream, the catalyst in a reducing gas mixture environment, wherein the reducing gas mixture comprises hydrogen and at least one sulfur-containing compound, wherein the at least one sulfur containing compound includes one or more of hydrogen sulfide, carbonyl sulfide, carbonyl disulfide and organic sulfur-containing compounds, wherein periodically treating the catalyst metal while reforming the gas stream includes treating the catalyst metal with a sulfur dose by periodically adding the sulfur-containing compound to the reformer with the gas stream, wherein the sulfur dose is defined by the product of a sulfur level in the reducing gas mixture and exposure time of the catalyst metal to the reducing gas mixture during treatment; and supplying the generated hydrogen to the fuel side of a solid oxide fuel cell stack while air or other oxidant is fed to the oxidant side of fuel cell stack ; and wherein the sulfur dose is from 100 parts per billion hour (ppb-h) to 5000 ppb-h. reforming a gas stream in the reformer , the gas stream including hydrocarbons using a catalyst metal for conversion of the hydrocarbons to hydrogen in the gas stream; periodically treating, while reforming the gas stream, the catalyst in a reducing gas mixture environment, wherein the reducing gas mixture comprises hydrogen and at least one sulfur-containing compound, wherein the at least one sulfur containing compound includes one or more of hydrogen sulfide, carbonyl sulfide, carbonyl disulfide and organic sulfur-containing compounds, wherein periodically treating the catalyst metal while reforming the gas stream includes treating the catalyst metal with a sulfur dose by periodically adding the sulfur-containing compound to the reformer with the gas stream, wherein the sulfur dose is defined by the product of a sulfur level in the reducing gas mixture and exposure time of the catalyst metal to the reducing gas mixture during treatment; and supplying the generated hydrogen to the fuel side of a solid oxide fuel cell stack while air or other oxidant is fed to the oxidant side of fuel cell stack ; and wherein the sulfur dose is from 100 parts per billion hour (ppb-h) to 5000 ppb-h.
A valve of the ball-valve type for liquid with a valve housing defining a valve chamber connecting an inlet to an outlet and with a valve obturator movably located in the valve chamber at the inlet end of the valve chamber, which valve includes a valve seat cooperating with the valve obturator and further includes a first throttling plate , which throttling plate has an opening there through, which opening determines the flow capacity and the flow characteristic of the valve, which valve obturator includes a spherically shaped outer surface cooperating with said seat and is rotatable around an axis (C) through the centre defined by radius (R) of the spherical surface of the valve obturator , the throttling plate is a component that retains the valve seat in the valve, where the throttling plate has the dual function of throttling the liquid and to act as cover plate for retaining the valve seat in position, characterized in that the throttling plate includes an outer annular ring retaining the valve seat by means of the annular ring being mounted by screws to the valve housing and that the throttling plate includes at least one flange section extending radially inwardly from the annular ring , which flange section is located-at a distance (d) from the outer spherical surface of the valve obturator , wherein said distance (d) is at least 5 % of the radius (R) of said spherically shaped surface and in the range of 5 - 20 mm.
Cooking appliance comprising a casing comprising a first compartment forming a cooking space, provided with a receiving means , provided for receiving ingredients, a stirring means disposed within the receiving means , the receiving means and the stirring means being designed to be moved by a relative rotation movement against one another, the casing comprises a main heating means , comprising, in a second compartment , ventilation means for generating a heating stream, characterised in that the ventilation means comprise a transverse stream ventilator , the main heating means comprises at least one heating element arranged in the first compartment .
A resin-metal composite , comprising a structure formed by immobilizing a plurality of metal particles on a resin particle , characterized in that the plurality of metal particles includes: first particles , having a portion exposed from the resin particle; and second particles , completely encased in the resin particle ; and among the first particles and the second particles , at least portions of the particles are three-dimensionally distributed in a surface section of the resin particle, and 60wt% to 100wt% of the metal particles exist in the surface section, wherein surface section means a range of 50 % of the particle radius in the depth direction from the surface of the resin particle with the outermost position, i.e. the protruding ends of the first particles , of the resin-metal composite as a datum, the material of the metal particles is selected from a group consisting of silver, nickel, copper, gold, palladium, and alloys thereof, the average particle size of the metal particles is within a range from 1nm to 80nm, the average particle size of the resin-metal composite is within a range from 100nm to 1000nm, and the particle size of the resin-metal composite is a value which is obtained by adding the particle size of the resin particle with the length of the protruding portions of the first particles , and can be determined by a laser diffraction/scattering method, a dynamic light scattering method or a centrifugal precipitation method. first particles , having a portion exposed from the resin particle; and second particles , completely encased in the resin particle ; and among the first particles and the second particles , at least portions of the particles are three-dimensionally distributed in a surface section of the resin particle, and 60wt% to 100wt% of the metal particles exist in the surface section, wherein surface section means a range of 50 % of the particle radius in the depth direction from the surface of the resin particle with the outermost position, i.e. the protruding ends of the first particles , of the resin-metal composite as a datum, the material of the metal particles is selected from a group consisting of silver, nickel, copper, gold, palladium, and alloys thereof, the average particle size of the metal particles is within a range from 1nm to 80nm, the average particle size of the resin-metal composite is within a range from 100nm to 1000nm, and the particle size of the resin-metal composite is a value which is obtained by adding the particle size of the resin particle with the length of the protruding portions of the first particles , and can be determined by a laser diffraction/scattering method, a dynamic light scattering method or a centrifugal precipitation method.
Composition for coating substrates, in particular for coating thermoplastic substrates, containing at least one aqueous optionally hydroxy-functional, anionic or nonionic polyurethane dispersion (PUD) and at least one anionic styrene-polybutadiene copolymer dispersion (SBR), characterized in that the composition comprises the at least one polyurethane dispersion in a range from 33% to 90% by weight, based on the nonvolatile proportion of the composition, determined after evaporation of the solvents or dispersants and treatment of 1 g of the composition for 1 h at 125°C in accordance with DIN EN ISO 32511.
A hygroscopic core-sheath composite multifilament yarn comprising polyamide as the sheath polymer and a polyether ester amide copolymer as the core polymer and characterized by having a strength retention rate of 50% or more after undergoing dry heat treatment at 150°C for 1 hour, the core accounting for 20 wt.% to 80 wt.% of the entire composite multifilament yarn, strength retention rate of 50% or more after undergoing dry heat treatment at 150°C for 1 hour being calculated on a dry heat-treated specimen measured in accordance with JIS L1013, 2010 and as described in the description according to the equation below: strength after dry heat treatment / strength before dry heat treatment × 100 .