mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining complex weight vectors, the method being performed by a radio transceiver device constituting a network node, the method comprising: obtaining (S104) measurements (ĉ b 1 , ĉ b 2 , ..., ĉ bM ) of reference signals, the reference signals being transmitted by another radio transceiver device constituting a terminal device by applying precoding weight vectors ( w 1 , w 2 , ..., w M ) in a sequential order at an analog antenna array of said another radio transceiver device with analog beamforming, the precoding weight vectors corresponding to directional beams in which the reference signals are transmitted, the precoding weight vectors as well as the sequential order being known to the radio transceiver device ; determining (S106) channel estimates (ĉ el 1 , ĉ el 2 , ..., ĉ elN ) for each individual antenna element of the antenna array by using the measurements in combination with knowledge of the precoding weight vectors and the sequential order; characterized in that the method further comprises: determining (S108) complex weight vectors to be used for subsequent data transmission from said another radio transceiver device by evaluating suitable phase and/or amplitude settings of the analog antenna array based on the channel estimates; and providing (S110) an indication of the complex weight vectors to said another radio transceiver device , wherein the indication is represented by the complex weight vectors themselves. obtaining (S104) measurements (ĉ b 1 , ĉ b 2 , ..., ĉ bM ) of reference signals, the reference signals being transmitted by another radio transceiver device constituting a terminal device by applying precoding weight vectors ( w 1 , w 2 , ..., w M ) in a sequential order at an analog antenna array of said another radio transceiver device with analog beamforming, the precoding weight vectors corresponding to directional beams in which the reference signals are transmitted, the precoding weight vectors as well as the sequential order being known to the radio transceiver device ; determining (S106) channel estimates (ĉ el 1 , ĉ el 2 , ..., ĉ elN ) for each individual antenna element of the antenna array by using the measurements in combination with knowledge of the precoding weight vectors and the sequential order; characterized in that the method further comprises: determining (S108) complex weight vectors to be used for subsequent data transmission from said another radio transceiver device by evaluating suitable phase and/or amplitude settings of the analog antenna array based on the channel estimates; and providing (S110) an indication of the complex weight vectors to said another radio transceiver device , wherein the indication is represented by the complex weight vectors themselves.
A combustion heater for providing controlled heat (H) to an endothermic reaction process, said combustion heater comprising a combustion chamber including: - a primary combustion zone including a burner for burning a first fuel from a first fuel inlet with an oxidant from an oxidant inlet to yield a hot burner exhaust gas ; - a flue gas outlet ; and a flue gas flow path (FGP) from said burner to said flue gas outlet ; - a secondary fuel conduit having a second fuel inlet and provided with a plurality of fuel nozzles for transferring a second fuel from the secondary fuel conduit into the combustion chamber , said nozzles distributed along the length of the secondary fuel conduit and opening into the combustion chamber at a location along said flue gas flow path (FGP), to define a secondary combustion zone, separate from the primary combustion zone, for generating heat from combustion of the secondary fuel in a secondary combustion, wherein the secondary fuel conduit is located outside a direct reach of flames from the burner, when in use, and wherein the secondary fuel conduit has an integrated cooling circuit with a coolant inlet for a coolant routed; and - a reaction conduit for a reactant and a product of said endothermic reaction process, said reaction conduit comprising a reactant feed inlet and a process effluent outlet , the reaction conduit providing a process flow path (PFP) between said reactant feed inlet and said process effluent outlet , wherein the reaction conduit along at least part of the process flow path (PFP) is in thermal heat exchange with the combustion chamber at a location along the secondary fuel conduit . - a primary combustion zone including a burner for burning a first fuel from a first fuel inlet with an oxidant from an oxidant inlet to yield a hot burner exhaust gas ; - a flue gas outlet ; and a flue gas flow path (FGP) from said burner to said flue gas outlet ; - a secondary fuel conduit having a second fuel inlet and provided with a plurality of fuel nozzles for transferring a second fuel from the secondary fuel conduit into the combustion chamber , said nozzles distributed along the length of the secondary fuel conduit and opening into the combustion chamber at a location along said flue gas flow path (FGP), to define a secondary combustion zone, separate from the primary combustion zone, for generating heat from combustion of the secondary fuel in a secondary combustion, wherein the secondary fuel conduit is located outside a direct reach of flames from the burner, when in use, and wherein the secondary fuel conduit has an integrated cooling circuit with a coolant inlet for a coolant routed; and - a reaction conduit for a reactant and a product of said endothermic reaction process, said reaction conduit comprising a reactant feed inlet and a process effluent outlet , the reaction conduit providing a process flow path (PFP) between said reactant feed inlet and said process effluent outlet , wherein the reaction conduit along at least part of the process flow path (PFP) is in thermal heat exchange with the combustion chamber at a location along the secondary fuel conduit .
A watch comprising an exterior part, wherein a portion or the entirety of the exterior part comprises a decorative member comprising a base and a coating layer laminated on or above the base, wherein the coating layer consists of a reaction compound of (i) raw metal, in which a metal M1 and a metal M2 and optionally a metal M3 are combined, and (ii) a non-metallic element selected from one or two of nitrogen and carbon wherein the reaction compound is a carbide, a nitride or a carbonitride of an alloy derived from the raw metal and the alloy is an alloy of the metal M1 and the metal M2 and optionally the metal M3, or the coating layer consists of an alloy consisting of a metal M1 and a metal M2 and optionally a metal M3; the metal M1 is selected from one or two of Mo and W; the metal M2 is selected from one or two of Nb and Ta; and the metal M3 is selected from one or two or more of Cr, Ti, Hf, and Zr; the coating layer has a thickness of 0.5 to 4 μm. the coating layer consists of a reaction compound of (i) raw metal, in which a metal M1 and a metal M2 and optionally a metal M3 are combined, and (ii) a non-metallic element selected from one or two of nitrogen and carbon wherein the reaction compound is a carbide, a nitride or a carbonitride of an alloy derived from the raw metal and the alloy is an alloy of the metal M1 and the metal M2 and optionally the metal M3, or the coating layer consists of an alloy consisting of a metal M1 and a metal M2 and optionally a metal M3; the metal M1 is selected from one or two of Mo and W; the metal M2 is selected from one or two of Nb and Ta; and the metal M3 is selected from one or two or more of Cr, Ti, Hf, and Zr; the coating layer has a thickness of 0.5 to 4 μm.
A non-transitory processor readable medium having instructions thereon that when executed cause an additive manufacturing machine to: expose build material to a light source emitting monochromatic light within a band of wavelengths that includes a peak light absorption of a liquid coalescing agent to be dispensed on to the build material, wherein the monochromatic light comprises a band of wavelengths of 30 nm or narrower; wherein the coalescing agent contains a light absorbing component that absorbs at least 60% of light in a band of wavelengths, and the coalescing agent comprises a yellow ink, a magenta ink, a cyan ink or a black ink and characterized in that exposing said coalescing agent to said band of wavelengths where its absorbs at least 60% of light consists in: for yellow ink, exposing the patterned build material to monochromatic light in the band of 380nm to 500nm; for magenta ink, exposing the patterned build material to monochromatic light in the band of 420nm to 600nm; for cyan ink, exposing the patterned build material to monochromatic light in the band of 520nm to 700nm; and for black ink, exposing the patterned build material to monochromatic light in the band of 380nm to 700nm. expose build material to a light source emitting monochromatic light within a band of wavelengths that includes a peak light absorption of a liquid coalescing agent to be dispensed on to the build material, wherein the monochromatic light comprises a band of wavelengths of 30 nm or narrower; wherein the coalescing agent contains a light absorbing component that absorbs at least 60% of light in a band of wavelengths, and the coalescing agent comprises a yellow ink, a magenta ink, a cyan ink or a black ink and characterized in that exposing said coalescing agent to said band of wavelengths where its absorbs at least 60% of light consists in: for yellow ink, exposing the patterned build material to monochromatic light in the band of 380nm to 500nm; for magenta ink, exposing the patterned build material to monochromatic light in the band of 420nm to 600nm; for cyan ink, exposing the patterned build material to monochromatic light in the band of 520nm to 700nm; and for black ink, exposing the patterned build material to monochromatic light in the band of 380nm to 700nm. for yellow ink, exposing the patterned build material to monochromatic light in the band of 380nm to 500nm; for magenta ink, exposing the patterned build material to monochromatic light in the band of 420nm to 600nm; for cyan ink, exposing the patterned build material to monochromatic light in the band of 520nm to 700nm; and for black ink, exposing the patterned build material to monochromatic light in the band of 380nm to 700nm.
A pump assembly with at least one impeller , which for its rotation is connected to an electrical drive motor which can be driven in two rotation directions (A, B), as well as with at least one valve which is situated in an inlet of the pump assembly and which comprises a valve element which is movable between at least two switch positions and for its movement is connected to a drive element which is subjected to the flow produced by the impeller , wherein the pump assembly comprises two inlet channels , and the valve is designed as a switch- over valve between the two inlet channels , wherein the drive element comprises an onflow surface which is situated in an outlet channel of a pump casing surrounding the impeller and wherein the onflow surface is formed by a flap (34; 60) which is pivotable about a pivot axis (S, C), and the flap (34; 60) is coupled to the valve element for its movement, characterised in that the valve element is movable between the two switching positions, the valve element in at least a first of the two switch positions closes an inlet channel of the pump assembly and is arranged in a manner such that the movement direction into this first switch position corresponds to the flow direction (S 1 , S 2 ) through this inlet channel .
An initiating device capable of placing Voice over Internet Protocol, VoIP, calls comprising: a processor ; a memory device containing machine-readable instructions that control the initiating device to detect a request for emergency services; determine whether the initiating device is or is not confirmably present at a known location, wherein determining whether the initiating device is confirmably present at the known location comprises: querying for location information from at least one source; inferring the geographical location of the initiating device from results of the query; and comparing the inferred location to the known location; upon determining that the initiating device is not confirmably present at the known location, confirm a proximity of a paired proxy device , other than the initiating device, to the initiating device, the paired proxy device being capable of placing emergency calls through the Enhanced 911, E911, system; and upon confirming the proximity of the paired proxy device, route the request for emergency services through the paired proxy device . a processor ; a memory device containing machine-readable instructions that control the initiating device to detect a request for emergency services; determine whether the initiating device is or is not confirmably present at a known location, wherein determining whether the initiating device is confirmably present at the known location comprises: querying for location information from at least one source; inferring the geographical location of the initiating device from results of the query; and comparing the inferred location to the known location; upon determining that the initiating device is not confirmably present at the known location, confirm a proximity of a paired proxy device , other than the initiating device, to the initiating device, the paired proxy device being capable of placing emergency calls through the Enhanced 911, E911, system; and upon confirming the proximity of the paired proxy device, route the request for emergency services through the paired proxy device . detect a request for emergency services; determine whether the initiating device is or is not confirmably present at a known location, wherein determining whether the initiating device is confirmably present at the known location comprises: querying for location information from at least one source; inferring the geographical location of the initiating device from results of the query; and comparing the inferred location to the known location; querying for location information from at least one source; inferring the geographical location of the initiating device from results of the query; and comparing the inferred location to the known location; upon determining that the initiating device is not confirmably present at the known location, confirm a proximity of a paired proxy device , other than the initiating device, to the initiating device, the paired proxy device being capable of placing emergency calls through the Enhanced 911, E911, system; and upon confirming the proximity of the paired proxy device, route the request for emergency services through the paired proxy device .
A method for a multitrack provision of web-like interleaved sheet material at a cutting region in which products supplied on multiple tracks are cut into slices and interleaved sheets are introduced which are cut off from the provided interleaved sheet material in the cutting region and for which a normal length is predefined which is dependent on the respective application, in which the material webs are removed from at least two material stores which are each associated with one or more tracks (S), characterized in that the material consumption of at least one material store is impacted during operation, in particular in dependence on the residual quantities in the material stores, by varying the length of the interleaved sheets in the respective track or tracks (S) with respect to the normal length at least for this material store.
A method of processing a periodic data-carrying signal produced by an electromagnetic flowmeter, to reject periodic interference at a first fundamental frequency and a second fundamental frequency, the second fundamental frequency being different from the first fundamental frequency, the periodic data-carrying signal being derived from an excitation signal having an excitation frequency, the excitation frequency being a sub-multiple of the first fundamental frequency, the method being characterized in comprising: subjecting the data-carrying signal to a comb filter operation to reject interference at only the first fundamental frequency and harmonics thereof; wherein the comb filter operation has a comb filter delay period related to the first fundamental frequency; and subjecting the data-carrying signal to an averaging/integrating filter operation to reject interference at only the second fundamental frequency and harmonics thereof; wherein the averaging/integrating filter operation averages or integrates over a period related to the second fundamental frequency. subjecting the data-carrying signal to a comb filter operation to reject interference at only the first fundamental frequency and harmonics thereof; wherein the comb filter operation has a comb filter delay period related to the first fundamental frequency; and subjecting the data-carrying signal to an averaging/integrating filter operation to reject interference at only the second fundamental frequency and harmonics thereof; wherein the averaging/integrating filter operation averages or integrates over a period related to the second fundamental frequency.
A multi-pair wafer bonder apparatus comprising: a wafer bonder chamber extending along a main axis and comprising a plurality of chamber zones , a plurality of heater/isolator plates , a guide rod system extending along said main axis , a pair of parallel track rods extending along said main axis , and first pressure means; wherein said chamber zones are separated from each other; said heater/isolator plates are oriented perpendicular to said main axis , wherein each of said chamber zones is dimensioned to accommodate an aligned wafer pair ; whereby said chamber zones are thermally isolated from each other by said heater/isolator plates ; that said heater/isolator plates are movably supported and guided by said guide rod system and are configured to move along the direction of said main axis ; that said wafer pairs are configured to be supported by said parallel track rods ; and that said first pressure means is configured to apply a first force perpendicular to a first end heater/isolator plate and wherein said applied first force causes the heater/isolator plates to move toward each other along said main axis and thereby causes the collapse of each chamber zone volume and the application of bonding pressure onto said wafer pairs . a wafer bonder chamber extending along a main axis and comprising a plurality of chamber zones , a plurality of heater/isolator plates , a guide rod system extending along said main axis , a pair of parallel track rods extending along said main axis , and first pressure means; wherein said chamber zones are separated from each other; said heater/isolator plates are oriented perpendicular to said main axis , wherein each of said chamber zones is dimensioned to accommodate an aligned wafer pair ; whereby said chamber zones are thermally isolated from each other by said heater/isolator plates ; that said heater/isolator plates are movably supported and guided by said guide rod system and are configured to move along the direction of said main axis ; that said wafer pairs are configured to be supported by said parallel track rods ; and that said first pressure means is configured to apply a first force perpendicular to a first end heater/isolator plate and wherein said applied first force causes the heater/isolator plates to move toward each other along said main axis and thereby causes the collapse of each chamber zone volume and the application of bonding pressure onto said wafer pairs .
Hydrogel comprising: a human plasma-derived element selected from human platelet rich plasma, human platelet lysate, or combinations thereof; wherein the human plasma-derived element is directly linked to at least one polymerizable moiety selected from a methacrylate, acrylate, ethacrylate, thiol, acrylamide, aldehyde, azide, amine reactive group, cyclic oligosaccharides, or combinations thereof, wherein 10-15 % (w human platelet lysate/ V hydrogel ) of the human platelet lysate is directly linked to at least one polymerizable moiety selected from a methacrylate; and wherein the methacrylation degree is between 14-25%. a human plasma-derived element selected from human platelet rich plasma, human platelet lysate, or combinations thereof; wherein the human plasma-derived element is directly linked to at least one polymerizable moiety selected from a methacrylate, acrylate, ethacrylate, thiol, acrylamide, aldehyde, azide, amine reactive group, cyclic oligosaccharides, or combinations thereof, wherein 10-15 % (w human platelet lysate/ V hydrogel ) of the human platelet lysate is directly linked to at least one polymerizable moiety selected from a methacrylate; and wherein the methacrylation degree is between 14-25%.
A method for reporting, by a user equipment, UE , a wireless local area network, WLAN, connection status in a wireless communication system, the method comprising: receiving (S1300) a WLAN measurement configuration from a base station ; when power of a WLAN module of the UE is ON state and the UE is not connected to a preferred access point, AP, performing (S1320) WLAN measurement based on the WLAN measurement configuration; reporting (S1350) a result of the WLAN measurement to the base station ; receiving (S1360/S1510), from the base station , a WLAN mobility set including a plurality of target access points, APs ; attempting (S1370/S1520) to connect with one target AP included in the WLAN mobility set; when the UE fails to connect with the one target AP, attempting (S1370/S1520) to connect with others target AP included in the WLAN mobility set; and when the UE fails to connect with all target APs included in the WLAN mobility set, reporting (S1380/S1530) a WLAN connection status including a failure to the base station .
A method for producing in a plant, or plant tissue, or plant cell a heterooligomeric polypeptide and/or two or more polypeptides, comprising providing to a plant, or plant tissue, or plant cell at least two plus-sense single stranded RNA viral vectors, a) wherein the at least two plus-sense single stranded RNA viral vectors are derived from the same virus, and b) wherein at least two plus-sense single stranded RNA viral vectors comprise different functional heterologous ORFs, and c) wherein the at least two plus-sense single stranded RNA viral vectors are devoid of the functional coat protein ORF of the virus from which the vectors are derived, and d) wherein the at least two plus-sense single stranded RNA viral vectors comprise an RNA replicon which is able to replicate in plant cells. a) wherein the at least two plus-sense single stranded RNA viral vectors are derived from the same virus, and b) wherein at least two plus-sense single stranded RNA viral vectors comprise different functional heterologous ORFs, and c) wherein the at least two plus-sense single stranded RNA viral vectors are devoid of the functional coat protein ORF of the virus from which the vectors are derived, and d) wherein the at least two plus-sense single stranded RNA viral vectors comprise an RNA replicon which is able to replicate in plant cells.
A method for producing acrylamide using a biocatalyst to produce acrylamide continuously from acrylonitrile, wherein continuous reactions are conducted in N number of reaction vessels, "N" being a whole number of 2 or greater, that are connected in series, characterized in that acrylamide is introduced in advance at least into the first, farthest upstream reaction vessel prior to initiating the continuous reactions, and then continuous reactions are initiated by bringing acrylonitrile into contact with the biocatalyst. wherein continuous reactions are conducted in N number of reaction vessels, "N" being a whole number of 2 or greater, that are connected in series, characterized in that acrylamide is introduced in advance at least into the first, farthest upstream reaction vessel prior to initiating the continuous reactions, and then continuous reactions are initiated by bringing acrylonitrile into contact with the biocatalyst.