mhurhangee/patent-ind-claim-en huggingface dataset:
A clothes treatment apparatus comprising: a chamber forming a space for treating clothes; a circulatory flow path for guiding air for circulation through the chamber ; a drying fan placed on the circulatory flow path to blow air for circulation; a cooling water pipe forming a pipeline for cooling water to flow in the circulatory flow path ; a water jacket placed on the outer side of the circulatory flow path and connected to an outlet of the cooling water pipe , into which, after exchanging heat with the air in the circulatory flow path , the cooling water is introduced; and a thermoelectric pump mechanism for absorbing heat from the cooling water in the water jacket and transferring the heat to the air downstream of the cooling water pipe . a chamber forming a space for treating clothes; a circulatory flow path for guiding air for circulation through the chamber ; a drying fan placed on the circulatory flow path to blow air for circulation; a cooling water pipe forming a pipeline for cooling water to flow in the circulatory flow path ; a water jacket placed on the outer side of the circulatory flow path and connected to an outlet of the cooling water pipe , into which, after exchanging heat with the air in the circulatory flow path , the cooling water is introduced; and a thermoelectric pump mechanism for absorbing heat from the cooling water in the water jacket and transferring the heat to the air downstream of the cooling water pipe .
A method for producing an enzymatic conjugation product of two polypeptides comprising the following steps - incubating i) a first polypeptide comprising the amino acid sequence LPXTG of SEQ ID NO: 20, wherein X can be any amino acid residue, ii) a second polypeptide that comprises i) an alaninyl compound at its N-terminus, or ii) an oligo-alanine A m with m = 2 of SEQ ID NO: 26, or 3 of SEQ ID NO: 27, or 4 of SEQ ID NO: 28, or 5 of SEQ ID NO: 29, or iii) a cysteine amino acid residue followed by one to three alanine amino acid residues at its N-terminus, iii) a third polypeptide with sortase activity which is derived from Staphylococcus aureus Sortase A, and - recovering the conjugate from the reaction mixture and thereby producing the enzymatic conjugation product of two polypeptides. - incubating i) a first polypeptide comprising the amino acid sequence LPXTG of SEQ ID NO: 20, wherein X can be any amino acid residue, ii) a second polypeptide that comprises i) an alaninyl compound at its N-terminus, or ii) an oligo-alanine A m with m = 2 of SEQ ID NO: 26, or 3 of SEQ ID NO: 27, or 4 of SEQ ID NO: 28, or 5 of SEQ ID NO: 29, or iii) a cysteine amino acid residue followed by one to three alanine amino acid residues at its N-terminus, iii) a third polypeptide with sortase activity which is derived from Staphylococcus aureus Sortase A, and i) a first polypeptide comprising the amino acid sequence LPXTG of SEQ ID NO: 20, wherein X can be any amino acid residue, ii) a second polypeptide that comprises i) an alaninyl compound at its N-terminus, or ii) an oligo-alanine A m with m = 2 of SEQ ID NO: 26, or 3 of SEQ ID NO: 27, or 4 of SEQ ID NO: 28, or 5 of SEQ ID NO: 29, or iii) a cysteine amino acid residue followed by one to three alanine amino acid residues at its N-terminus, iii) a third polypeptide with sortase activity which is derived from Staphylococcus aureus Sortase A, and - recovering the conjugate from the reaction mixture and thereby producing the enzymatic conjugation product of two polypeptides.
A system for service implementation in a network function virtualization, NFV, system, comprising a NFV orchestrator, NFVO, and a virtualized infrastructure manager, VIM, wherein: the NFVO is configured to receive, from an operation support system/business support system, OSS/BSS, information about a service chain template through which a service route passes, wherein the service chain template information is used to indicate a correspondence between a service chain identifier and information about a service chain, the service route includes the service chain and interfaces of multiple virtualized network functions, VNFs, of the service chain; and send a route and resource configuration request message to the VIM in response to the information about the service chain, wherein the route and resource configuration request message carries the service chain template information received by the NFVO, to request the VIM to perform, according to the service chain template information, route and resource configuration for a VNF comprised in the service chain in the service chain template; and the VIM is configured to receive the route and resource configuration request message from the NFVO; and determine, according to the information about the service chain and information about physical resource of a network function virtualization infrastructure, NFVI, a routing device of the NFVI that corresponds to the VNF comprised in the service chain in the service chain template; and send a service route information table to the routing device of the NFVI. the NFVO is configured to receive, from an operation support system/business support system, OSS/BSS, information about a service chain template through which a service route passes, wherein the service chain template information is used to indicate a correspondence between a service chain identifier and information about a service chain, the service route includes the service chain and interfaces of multiple virtualized network functions, VNFs, of the service chain; and send a route and resource configuration request message to the VIM in response to the information about the service chain, wherein the route and resource configuration request message carries the service chain template information received by the NFVO, to request the VIM to perform, according to the service chain template information, route and resource configuration for a VNF comprised in the service chain in the service chain template; and the VIM is configured to receive the route and resource configuration request message from the NFVO; and determine, according to the information about the service chain and information about physical resource of a network function virtualization infrastructure, NFVI, a routing device of the NFVI that corresponds to the VNF comprised in the service chain in the service chain template; and send a service route information table to the routing device of the NFVI.
An apparatus comprising: at least one memory comprising computer program code; at least one processor ; wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus at least to: shift a frequency of a downlink 3GPP technology channel by a pre-determined amount, wherein the shift causes a duplex distance between the downlink 3GPP technology channel and an uplink 3GPP technology channel to change; blank at least one overlapping radio resource in at least one of the uplink 3GPP technology channel or a uplink narrowband internet of things channel, wherein the uplink narrowband internet of things channel and the uplink 3GPP technology channel at least partially overlap; and receive data on the uplink narrowband internet of things channel and an additional uplink narrowband internet of things channel at a network entity from a user equipment. at least one memory comprising computer program code; at least one processor ; wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus at least to: shift a frequency of a downlink 3GPP technology channel by a pre-determined amount, wherein the shift causes a duplex distance between the downlink 3GPP technology channel and an uplink 3GPP technology channel to change; blank at least one overlapping radio resource in at least one of the uplink 3GPP technology channel or a uplink narrowband internet of things channel, wherein the uplink narrowband internet of things channel and the uplink 3GPP technology channel at least partially overlap; and receive data on the uplink narrowband internet of things channel and an additional uplink narrowband internet of things channel at a network entity from a user equipment. shift a frequency of a downlink 3GPP technology channel by a pre-determined amount, wherein the shift causes a duplex distance between the downlink 3GPP technology channel and an uplink 3GPP technology channel to change; blank at least one overlapping radio resource in at least one of the uplink 3GPP technology channel or a uplink narrowband internet of things channel, wherein the uplink narrowband internet of things channel and the uplink 3GPP technology channel at least partially overlap; and receive data on the uplink narrowband internet of things channel and an additional uplink narrowband internet of things channel at a network entity from a user equipment.
A method for preparing an isohexide ester, comprising: reacting an isohexide and an organic acid, in the presence of a reducing Bronsted acid catalyst at a temperature from 150°C up to 250°C, for a time sufficient to produce the isohexide ester while limiting formation of color bodies in a product mixture to an APHA value of ≤ 185, wherein said reducing Bronsted acid catalyst is phosphonic acid (H 3 PO 3 ).
A method performed by a first Information Centric Networking, ICN, network node for generating a number of data contents to a number of respective communication devices , which first ICN network node operates in an ICN network , the method comprising: aggregating a number of requests received from a second ICN network node , wherein the number of requests are aggregated based on that each request according to a common part of the request is associated with the same theme of the data content being requested by each respective communication device out of the number of communication devices , and wherein each aggregated request further comprises a respective customized part associated with the data content, which customized part is different in at least some of the number of requests, and which customized part is requesting the data content to be customized for being consumed in the respective communication device , locating and obtaining a set of components corresponding to the requested data content according to the common part, generating a number of transformed data contents based on the aggregated number of requests and the obtained set of components, where each respective transformed data content fulfils the requested common part and the requested customized part of each respective request, and wherein each respective transformed data content is customized for being consumed in the respective communication device . aggregating a number of requests received from a second ICN network node , wherein the number of requests are aggregated based on that each request according to a common part of the request is associated with the same theme of the data content being requested by each respective communication device out of the number of communication devices , and wherein each aggregated request further comprises a respective customized part associated with the data content, which customized part is different in at least some of the number of requests, and which customized part is requesting the data content to be customized for being consumed in the respective communication device , locating and obtaining a set of components corresponding to the requested data content according to the common part, generating a number of transformed data contents based on the aggregated number of requests and the obtained set of components, where each respective transformed data content fulfils the requested common part and the requested customized part of each respective request, and wherein each respective transformed data content is customized for being consumed in the respective communication device .
A buffer tube , comprising: a bundle of optical fibers comprising an outer surface area, and a swellable-thread comprising a hydrophilic base material comprising water, wherein a layer of silicone is present between the bundle of optical fibers and the swellable-thread and contacts at least a part of the outer surface area, the layer of silicone is applied as an emulsion lubricant to the bundle of optical fibers, the emulsion lubricant comprising silicone, water, and an emulsifying agent, the layer of silicone remaining on the outer surface area after the water is absorbed by the swellable-thread, and the emulsifying agent comprises dimethicone copolyol, hydroxy terminated dimethicone copolyol, methoxy terminated dimethicone copolyol, nonylphenol, or a combination thereof. a bundle of optical fibers comprising an outer surface area, and a swellable-thread comprising a hydrophilic base material comprising water, wherein a layer of silicone is present between the bundle of optical fibers and the swellable-thread and contacts at least a part of the outer surface area, the layer of silicone is applied as an emulsion lubricant to the bundle of optical fibers, the emulsion lubricant comprising silicone, water, and an emulsifying agent, the layer of silicone remaining on the outer surface area after the water is absorbed by the swellable-thread, and the emulsifying agent comprises dimethicone copolyol, hydroxy terminated dimethicone copolyol, methoxy terminated dimethicone copolyol, nonylphenol, or a combination thereof.
A manufacturing system comprising: a first manufacturing station configured to perform a first manufacturing operation; a first securing member at the first manufacturing station , wherein the first securing member secures a frame at a known location at the first manufacturing station ; a second manufacturing station configured to perform a second manufacturing operation; and a second securing member at the second manufacturing station , wherein the second securing member secures the frame at a known location at the second manufacturing station , wherein the first securing member and the second securing member are configured to engage with an alignment tab on the frame such that a position of a material maintained by the frame is known relative to both the first manufacturing station and the second manufacturing station when the first securing member and the second securing member secure the frame respectively, wherein the material maintained by the frame is reversibly joined to the frame without piercing the material , and wherein the material maintained by the frame is reversibly joined to the frame using a gasket -based securement. wherein the material maintained by the frame is reversibly joined to the frame without piercing the material , and wherein the material maintained by the frame is reversibly joined to the frame using a gasket -based securement.
An image processing apparatus, comprising: a virtual viewpoint image generation section configured to generate a virtual viewpoint image to be imaged at a virtual viewpoint having a virtual viewpoint position and a sight line direction from a plurality of reference images imaged at a plurality of viewpoint positions in a plurality of sight line directions, to apply weights individually to the plurality of reference images in response to similarities between the sight line direction of the virtual viewpoint and the sight line directions of the plurality of reference images, such that a greater weight is set to a reference image having a higher similarity, and to generate the virtual viewpoint image by weighted averaging using the weights applied individually to the plurality of reference images; wherein the plurality of reference images are used to generate a virtual viewpoint image and a micro-parallax virtual viewpoint image by weighted averaging to form a stereo image; and wherein the micro-parallax virtual viewpoint is a viewpoint with a micro parallax with respect to the virtual viewpoint and wherein the reference images are each an omnidirectional image, and the virtual viewpoint image generation section generates, for each of faces that configure the omnidirectional image, a virtual viewpoint image to be imaged at the virtual viewpoint having the virtual view. a virtual viewpoint image generation section configured to generate a virtual viewpoint image to be imaged at a virtual viewpoint having a virtual viewpoint position and a sight line direction from a plurality of reference images imaged at a plurality of viewpoint positions in a plurality of sight line directions, to apply weights individually to the plurality of reference images in response to similarities between the sight line direction of the virtual viewpoint and the sight line directions of the plurality of reference images, such that a greater weight is set to a reference image having a higher similarity, and to generate the virtual viewpoint image by weighted averaging using the weights applied individually to the plurality of reference images; wherein the plurality of reference images are used to generate a virtual viewpoint image and a micro-parallax virtual viewpoint image by weighted averaging to form a stereo image; and wherein the micro-parallax virtual viewpoint is a viewpoint with a micro parallax with respect to the virtual viewpoint and wherein the reference images are each an omnidirectional image, and the virtual viewpoint image generation section generates, for each of faces that configure the omnidirectional image, a virtual viewpoint image to be imaged at the virtual viewpoint having the virtual view.
A superelastic alloy containing Au in an amount of 8.0% by mass or more and 20.0% by mass or less, at least one of Cr and Mo as essential additive elements, Ta in an amount of 9% by mass or more and 20% by mass or less, and Ti and inevitable impurities as a balance, wherein a Cr equivalent calculated on a basis of the following formula for a relationship of a Cr content, a Mo content and a Ta content is within the range of more than 0.5 and less than 8.0. Cr equivalent = Cr content % by mass + Mo content % by mass / 1.7 + Ta content % by mass / 15
An electronic control device having multiple system circuits, being divided from each other from a power line via a branch point , characterized in that ; the multiple of system circuits are configured of at least two drive unit system circuits, each of which supplies power from the power line to a load , via a drive unit , , and at least one controller system circuit powered from the power line and configured to control the drive units via a controller , , and the drive unit system circuits and the controller system circuit each include relay means - that independently are able to interrupt a power supply from the power line.
A method for detecting and ranking hotspots in a lithographic mask for printing a pattern on a substrate, the method comprising the steps of : • providing a test substrate comprising a plurality of die areas , • printing said pattern through said mask on said plurality of die areas , with a lithographic tool, wherein a lithographic parameter of the tool is incremented, starting from a set value of the parameter at one of the die areas , and increasing and/or decreasing the parameter stepwise in at least a portion of the other die areas , • examining each of said die areas for defects and recording one or more repeating defects, defined as defects which occur starting from a first value of the parameter and which are repeated for at least one second value of the parameter, • determining for each individual defect in each of the die areas, the actual parameter value at the location of the defect, characterised in that the method further comprises the steps of: • ranking the hotspots, the ranking being determined by • whether a defect detected at the hotspot location is a repeating defect and • the actual parameter values at the locations at which the defect is detected. • providing a test substrate comprising a plurality of die areas , • printing said pattern through said mask on said plurality of die areas , with a lithographic tool, wherein a lithographic parameter of the tool is incremented, starting from a set value of the parameter at one of the die areas , and increasing and/or decreasing the parameter stepwise in at least a portion of the other die areas , • examining each of said die areas for defects and recording one or more repeating defects, defined as defects which occur starting from a first value of the parameter and which are repeated for at least one second value of the parameter, • determining for each individual defect in each of the die areas, the actual parameter value at the location of the defect, • ranking the hotspots, the ranking being determined by • whether a defect detected at the hotspot location is a repeating defect and • the actual parameter values at the locations at which the defect is detected. • whether a defect detected at the hotspot location is a repeating defect and • the actual parameter values at the locations at which the defect is detected.
A combination surgical kit comprising: a plurality of tools for a medical procedure, the plurality of tools comprising a first set of tools and a second set of tools; and a hand/wrist positioning tray device; characterised in that the hand/wrist positioning tray device comprises: a bottom tray configured to hold the first set of tools; a middle tray configured to hold the second set of tools; and a top tray comprising a recess and an elevated portion , wherein the recess is configured to receive a patient's hand for the medical procedure, wherein the elevated portion is configured to support a patient's wrist for the medical procedure. a plurality of tools for a medical procedure, the plurality of tools comprising a first set of tools and a second set of tools; and a hand/wrist positioning tray device; characterised in that the hand/wrist positioning tray device comprises: a bottom tray configured to hold the first set of tools; a middle tray configured to hold the second set of tools; and a top tray comprising a recess and an elevated portion , wherein the recess is configured to receive a patient's hand for the medical procedure, wherein the elevated portion is configured to support a patient's wrist for the medical procedure. a bottom tray configured to hold the first set of tools; a middle tray configured to hold the second set of tools; and a top tray comprising a recess and an elevated portion , wherein the recess is configured to receive a patient's hand for the medical procedure, wherein the elevated portion is configured to support a patient's wrist for the medical procedure.
A chemical contaminant detection system comprising: a portable detector having a probe and detector circuitry for detecting a predetermined contaminant in a fluid sample; and a mobile device configured to: wirelessly receive contaminant detection data from the portable detector and transmit the contaminant detection data from the portable detector to a remotely located processor in real-time; characterised in that the mobile device is further configured to: receive and display on the mobile device real-time contaminant level data processed by the remotely located processor from the contaminant detection data, and in that the portable detector utilizes an interferometric sensor based on a planar optical waveguide. a portable detector having a probe and detector circuitry for detecting a predetermined contaminant in a fluid sample; and a mobile device configured to: wirelessly receive contaminant detection data from the portable detector and transmit the contaminant detection data from the portable detector to a remotely located processor in real-time; characterised in that the mobile device is further configured to: receive and display on the mobile device real-time contaminant level data processed by the remotely located processor from the contaminant detection data, and in that the portable detector utilizes an interferometric sensor based on a planar optical waveguide.