mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner selection system for selecting an air conditioner from a plurality of air conditioners each including an air conditioning unit , the air conditioner selection system comprising: a floor area acquisition section configured to acquire a floor area of a target space where the air conditioning unit is to be installed, characterized by : an allowable refrigerant amount acquisition section configured to acquire an allowable refrigerant amount which is amount of a refrigerant allowed to remain in the target space in a case where the refrigerant leaks out of the air conditioning unit into the target space at least based on the floor area acquired by the floor area acquisition section; an air conditioner selection section configured to select the air conditioner that includes the air conditioning unit installable in the target space at least based on the allowable refrigerant amount acquired by the allowable refrigerant amount acquisition section; and an air conditioner output section configured to output information relating to the air conditioner selected by the air conditioner selection section. a floor area acquisition section configured to acquire a floor area of a target space where the air conditioning unit is to be installed, characterized by : an allowable refrigerant amount acquisition section configured to acquire an allowable refrigerant amount which is amount of a refrigerant allowed to remain in the target space in a case where the refrigerant leaks out of the air conditioning unit into the target space at least based on the floor area acquired by the floor area acquisition section; an air conditioner selection section configured to select the air conditioner that includes the air conditioning unit installable in the target space at least based on the allowable refrigerant amount acquired by the allowable refrigerant amount acquisition section; and an air conditioner output section configured to output information relating to the air conditioner selected by the air conditioner selection section. an allowable refrigerant amount acquisition section configured to acquire an allowable refrigerant amount which is amount of a refrigerant allowed to remain in the target space in a case where the refrigerant leaks out of the air conditioning unit into the target space at least based on the floor area acquired by the floor area acquisition section; an air conditioner selection section configured to select the air conditioner that includes the air conditioning unit installable in the target space at least based on the allowable refrigerant amount acquired by the allowable refrigerant amount acquisition section; and an air conditioner output section configured to output information relating to the air conditioner selected by the air conditioner selection section.
A CO shift catalyst that reforms carbon monoxide (CO) in a gasification gas, comprising: an active component including either molybdenum (Mo) or iron (Fe), and either nickel (Ni) or ruthenium (Ru); a promoter component including phosphorus (P) to suppress precipitation of carbon in a case where a supply amount of water vapor relative to carbon oxide decreases from (H 2 O)/CO = 3 to (H 2 O)/CO = 1; and a carrier which carries the active component and the promoter component, and includes one or more kinds of oxides of titanium (Ti), zirconium (Zr), and cerium (Ce). an active component including either molybdenum (Mo) or iron (Fe), and either nickel (Ni) or ruthenium (Ru); a promoter component including phosphorus (P) to suppress precipitation of carbon in a case where a supply amount of water vapor relative to carbon oxide decreases from (H 2 O)/CO = 3 to (H 2 O)/CO = 1; and a carrier which carries the active component and the promoter component, and includes one or more kinds of oxides of titanium (Ti), zirconium (Zr), and cerium (Ce).
A method for establishing a connection of a first network entity in a communication system, the method comprising: establishing, based on a single group access point name, APN, one connection for a plurality of packet data networks, PDNs, for a plurality of groups with respect to a plurality of user equipments, UEs, connected to a base station; receiving a first request message transmitted from a first UE through the one connection in response to a first application being executed at the first UE, the first request message including a packet filter; obtaining a first group identifier for a first group based on the first application and the packet filter; identifying whether a first group bearer corresponding to the first group identifier exists; establishing the first group bearer within the one connection in case that the first group bearer corresponding to the first group identifier does not exist, and characterized by : receiving a second request message transmitted from a second UE through the one connection; assigning the second UE to the first group bearer when the second request message is associated with the first application; and establishing a second group bearer within the one connection when the second request message is associated with a second application different from the first application, wherein the single APN is configured for the plurality of the PDNs. establishing, based on a single group access point name, APN, one connection for a plurality of packet data networks, PDNs, for a plurality of groups with respect to a plurality of user equipments, UEs, connected to a base station; receiving a first request message transmitted from a first UE through the one connection in response to a first application being executed at the first UE, the first request message including a packet filter; obtaining a first group identifier for a first group based on the first application and the packet filter; identifying whether a first group bearer corresponding to the first group identifier exists; establishing the first group bearer within the one connection in case that the first group bearer corresponding to the first group identifier does not exist, and characterized by : receiving a second request message transmitted from a second UE through the one connection; assigning the second UE to the first group bearer when the second request message is associated with the first application; and establishing a second group bearer within the one connection when the second request message is associated with a second application different from the first application, wherein the single APN is configured for the plurality of the PDNs. receiving a second request message transmitted from a second UE through the one connection; assigning the second UE to the first group bearer when the second request message is associated with the first application; and establishing a second group bearer within the one connection when the second request message is associated with a second application different from the first application, wherein the single APN is configured for the plurality of the PDNs.
Adapter for the connection of a wiper blade to a terminal portion of a wiper arm which is a hook having a curved part and a free end , comprising two vertical flanks arranged so that the hook is received between the two said flanks , at least one shaft which is extending between the two vertical flanks , a front portion and a rear portion of the adapter which are delimited by a central axis (A) of the shaft , the rear portion comprising two guiding portions , each guiding portion having a U shape section, a first guiding portion comprising an abutment configured to contact an internal face of the hook , a second guiding portion comprising a stop element configured to contact the free end of the hook , characterized in that the first guiding portion and the second guiding portion are adapted to contact each other in order to avoid contact between the shaft and the curved part of the hook .
A weft knitted fabric having a heat generating function, the knitted fabric being characterized by comprising first, second, third and fourth fabric layers sequentially arranged from top to bottom, wherein: the first and second fabric layers are knitted to form uniformly distributed protrusions, the second fabric layer being fully covered under the first fabric layer; the third fabric layer is tuck stitched such that one stitch is made to the third fabric layer per a preset number of stitches made to each of the first and second fabric layers, whereby the protrusions are spatially distributed as a centered rectangular lattice; the second fabric layer is electrically conductive such that when the second fabric layer is electrically energized, air trapped inside the protrusions is heated up, causing the knitted fabric to generate heat and to form a heat generating zone, and wherein the fourth fabric layer is only joined to the third fabric layer and indirectly connected to the first and second fabric layers via the third fabric layer. the first and second fabric layers are knitted to form uniformly distributed protrusions, the second fabric layer being fully covered under the first fabric layer; the third fabric layer is tuck stitched such that one stitch is made to the third fabric layer per a preset number of stitches made to each of the first and second fabric layers, whereby the protrusions are spatially distributed as a centered rectangular lattice; the second fabric layer is electrically conductive such that when the second fabric layer is electrically energized, air trapped inside the protrusions is heated up, causing the knitted fabric to generate heat and to form a heat generating zone,
A remote maintenance method for a smart television , the method comprising: starting a remote access session between the smart television and a remote server connected to the smart television; submitting, to the server , an issue relating to the smart television ; assigning a category to the submitted issue , the assigned category indicating whether an instant maintenance or a deferred maintenance is to be performed on the smart television ; if the assigned category indicates a deferred maintenance , creating, at the server , at least one deferred maintenance routine by setting parameters for the routine; sending said parameters from the server to the smart television ; triggering the at least one deferred maintenance routine on the smart television according to received parameters; notifying user of the smart television about the results ; and reporting log files obtained during the routine to the server when the routine is complete; wherein a deferred maintenance category is assigned to the issue if the issue requires monitoring the smart television for an extended time. starting a remote access session between the smart television and a remote server connected to the smart television; submitting, to the server , an issue relating to the smart television ; assigning a category to the submitted issue , the assigned category indicating whether an instant maintenance or a deferred maintenance is to be performed on the smart television ; if the assigned category indicates a deferred maintenance , creating, at the server , at least one deferred maintenance routine by setting parameters for the routine; sending said parameters from the server to the smart television ; triggering the at least one deferred maintenance routine on the smart television according to received parameters; notifying user of the smart television about the results ; and reporting log files obtained during the routine to the server when the routine is complete; wherein a deferred maintenance category is assigned to the issue if the issue requires monitoring the smart television for an extended time.
An electronic inner mirror device comprising: a camera installed at a rear portion of a vehicle to acquire an image behind the vehicle; an electronic inner mirror that has two operation modes of an electronic mirror mode in which it displays the image and an optical mirror mode in which it reflects an area behind the vehicle by optical reflection, and is configured such that the operation modes can be switched by operating a switching device ; and a raindrop removing device (26, 28 or 74) that is configured to remove raindrops existing on a rear side of the vehicle with respect to the camera, the electronic inner mirror device being characterised in that it further comprises an electronic control unit configured to notify an occupant or occupants that raindrops can be removed by the raindrop removing device (26, 28 or 74) when the operation modes are switched from the electronic mirror mode to the optical mirror mode in a situation where it is estimated that raindrops exist at a position other than the rear portion of the vehicle.
A cosmetic composition for application to hair and scalp comprising aloe vera ( Aloe barbadensis ) and coconut fruit ( Cocos nucifera ) extracts, characterised in that it is in the form of a foaming emulsion comprising, in a cosmetically acceptable medium: - an aloe vera extract chosen from water, juice and/or powder of aloe vera; - more than 0.5% by weight of the total weight of the composition (w/w) of coconut oil; - at least one non-sulfurised and non-ethoxylated surfactant; and - at least one cationic conditioning agent derived from guar gum ( Cyamopsis tetragonoloba ) . - an aloe vera extract chosen from water, juice and/or powder of aloe vera; - more than 0.5% by weight of the total weight of the composition (w/w) of coconut oil; - at least one non-sulfurised and non-ethoxylated surfactant; and - at least one cationic conditioning agent derived from guar gum ( Cyamopsis tetragonoloba ) .
A luminaire comprising: a driver assembly vertically integrated with a light emitting diode (LED) assembly , the driver assembly comprising a driver heatsink having an interior in which a circuit board assembly is positioned, and the LED assembly comprising an array of light emitting diodes and LED heatsink , the LED heat sink encircling a portion of the driver heat sink characterized in that an endplate of the driver assembly includes one or more structures which engage with the LED assembly and a barrier is positioned between the driver heat sink and the LED heat sink separating convective cooling of the driver assembly from convective cooling of the LED assembly . a driver assembly vertically integrated with a light emitting diode (LED) assembly , the driver assembly comprising a driver heatsink having an interior in which a circuit board assembly is positioned, and the LED assembly comprising an array of light emitting diodes and LED heatsink , the LED heat sink encircling a portion of the driver heat sink characterized in that an endplate of the driver assembly includes one or more structures which engage with the LED assembly and a barrier is positioned between the driver heat sink and the LED heat sink separating convective cooling of the driver assembly from convective cooling of the LED assembly .
Method of operation for a conveyor device for conveying bar-shaped products , - wherein the bar-shaped products are conveyed by an conveyor element in a conveying direction (y) orthogonal to a longitudinal direction (x) of the bar-shaped products , - wherein images (B) are acquired by a camera , said images (B) showing front ends of the products in a respective section of the conveyor element , - wherein based upon the acquired images (B) the number of bar-shaped products conveyed by the conveyor element is determined, characterised in that - a respective trigger signal (S) is provided by a trigger device each time the conveyor element has travelled a predetermined interval, - based upon the respective trigger signal (S), an image (B) is acquired by said camera , said section of the conveyor element corresponds at least to said predetermined interval, - separators separating groups of products from each other are positioned on the conveyor element or on an auxiliary structure which moves together with the conveyor element in equidistant intervals, and - the issuing of the trigger signals (S) is matched to the locations of the separators such that the section of the conveyor element , seen in conveying direction (y), is terminated on both sides by each a separator . - wherein the bar-shaped products are conveyed by an conveyor element in a conveying direction (y) orthogonal to a longitudinal direction (x) of the bar-shaped products , - wherein images (B) are acquired by a camera , said images (B) showing front ends of the products in a respective section of the conveyor element , - wherein based upon the acquired images (B) the number of bar-shaped products conveyed by the conveyor element is determined, - a respective trigger signal (S) is provided by a trigger device each time the conveyor element has travelled a predetermined interval, - based upon the respective trigger signal (S), an image (B) is acquired by said camera , said section of the conveyor element corresponds at least to said predetermined interval, - separators separating groups of products from each other are positioned on the conveyor element or on an auxiliary structure which moves together with the conveyor element in equidistant intervals, and - the issuing of the trigger signals (S) is matched to the locations of the separators such that the section of the conveyor element , seen in conveying direction (y), is terminated on both sides by each a separator .
A method of separately sequencing each strand of a target nucleic acid comprising the steps of: a) in a reaction mixture, joining both ends of a double stranded target nucleic acid to adaptors to form a doubly-adapted target nucleic acid wherein the adaptor is a single strand forming a double stranded stem and a single-stranded loop and the stem comprises one strand cleavage site near the 3' end; b) contacting the reaction mixture with an exonuclease thereby enriching for the doubly-adapted target nucleic acid; c) contacting the reaction mixture with a cleavage agent to cleave the doubly-adapted target nucleic acid at the cleavage sites forming extendable termini on each strand; d) extending the extendable termini thereby separately sequencing each strand of the target nucleic acid, wherein extension is terminated at the cleavage site and does not proceed onto the complementary strand. a) in a reaction mixture, joining both ends of a double stranded target nucleic acid to adaptors to form a doubly-adapted target nucleic acid wherein the adaptor is a single strand forming a double stranded stem and a single-stranded loop and the stem comprises one strand cleavage site near the 3' end; b) contacting the reaction mixture with an exonuclease thereby enriching for the doubly-adapted target nucleic acid; c) contacting the reaction mixture with a cleavage agent to cleave the doubly-adapted target nucleic acid at the cleavage sites forming extendable termini on each strand; d) extending the extendable termini thereby separately sequencing each strand of the target nucleic acid, wherein extension is terminated at the cleavage site and does not proceed onto the complementary strand.
Apparatus for coupling two vertical components, comprising a support made of wood, particularly glued laminated timber, and for each face side of the support a connector for connecting the face side with a respective one of the vertical components , wherein each connector has two fittings , of which one is mounted with its one side on a face side of the support and the other one can be mounted with its one side on the respective vertical component , wherein the fittings can be brought into abutment with their respective other sides , as well as two clamping jaws which grasp the fittings on diametrical ends and can be clamped against one another by means of at least one tensioning element running approximately parallel to said other sides , characterised in that the support has a lower chord made of steel, which lower chord is anchored on each face side of the support on the fitting mounted thereon, wherein at least one tensioning member is provided for tensioning the lower chord .
A method for monitoring a redundancy status of a connection established between a User Equipment, UE, and a cellular network, the connection being established using redundant communication paths between the UE and the cellular network, the method being performed by a first node of the cellular network and comprising: triggering (S502) determining a current redundancy status of the connection, the current redundancy status indicating whether or not the redundant communication paths are fully disjoint on at least a portion of the redundant communication paths; and triggering (S504) sending a redundancy notification to a second node of the cellular network, the redundancy notification including an indication of the determined current redundancy status. triggering (S502) determining a current redundancy status of the connection, the current redundancy status indicating whether or not the redundant communication paths are fully disjoint on at least a portion of the redundant communication paths; and triggering (S504) sending a redundancy notification to a second node of the cellular network, the redundancy notification including an indication of the determined current redundancy status.
An electric current transmission cable comprising a non-anodized bare conductor based on aluminum or an aluminum alloy, having a hydrophilic external specific surface (S) intended to be in contact with the atmospheric environment, and an inside volume (V) intended to conduct an electric current, characterized in that : - the external specific surface (S) of the bare conductor has a first roughness parameter (R), defined as the arithmetic mean deviation, measurable by profilometry, of peaks and valleys in comparison to a predetermined average profile over a reference length or surface, equal to or greater than 1.9 μm, and - the inside volume (V) of the bare conductor has oxygen doping of its aluminum-based or aluminum alloy-based components at a ratio equal to or greater than 20%, to a depth (P) of at least 300 nm with respect to the external specific surface. - the external specific surface (S) of the bare conductor has a first roughness parameter (R), defined as the arithmetic mean deviation, measurable by profilometry, of peaks and valleys in comparison to a predetermined average profile over a reference length or surface, equal to or greater than 1.9 μm, and - the inside volume (V) of the bare conductor has oxygen doping of its aluminum-based or aluminum alloy-based components at a ratio equal to or greater than 20%, to a depth (P) of at least 300 nm with respect to the external specific surface.