mhurhangee/ep-ind-claims huggingface dataset:
A method comprising the steps of: obtaining a packet; determining a hostname associated with the packet; utilizing a main rule to extract a domain from the hostname, analyzing the domain and the hostname with a plurality of secondary rules based on the domain to deduce an application therefrom, wherein the hostname is a Fully Qualified Domain Name (FQDN) and the domain is a Content Delivery Network, the main rule includes a regular expression to obtain the domain, the plurality of secondary rules include one or more rules that are matched based on the domain and each of the one or more rules includes a pattern that is matched in the hostname to a corresponding application based on such a match, and the main rule identifies the domain, and the plurality of secondary rules are used with the hostname to yield the application from matching expressions in the hostname. obtaining a packet; determining a hostname associated with the packet; utilizing a main rule to extract a domain from the hostname, analyzing the domain and the hostname with a plurality of secondary rules based on the domain to deduce an application therefrom, wherein the hostname is a Fully Qualified Domain Name (FQDN) and the domain is a Content Delivery Network, the main rule includes a regular expression to obtain the domain, the plurality of secondary rules include one or more rules that are matched based on the domain and each of the one or more rules includes a pattern that is matched in the hostname to a corresponding application based on such a match, and the main rule identifies the domain, and the plurality of secondary rules are used with the hostname to yield the application from matching expressions in the hostname.
Boat transfer system (10;110) on a floating vessel, comprising: at least one deployment frame (14;114) for deployment of a cradle, a cradle, first upright guides (18, 118) and second upright guides (20, 120), a guide system (22;130,132,134) for controlled movement of the cradle in the first and second upright guides (18;118; 20;120), wherein said deployment frame (14;114) is movable in a mainly horizontal direction between an inner position being a parked position and an outer position being an operational position, the deployment frame (14;114) is equipped with said first upright guides (18;118) for vertical movement of the cradle, wherein said cradle is connected to said guide system (22; 130,132,134) for controlled movement of the cradle in the first and second upright guides (18;118; 20; 120), characterized in that the second upright guides (20;120) are mounted, in use, on a side of the vessel, and said second upright guides (20;120) are aligned and below the first upright guides (18;118) when the deployment frame (14;114) is in an outer position in an operational launch position, and wherein the cradle is driven from the first upright guides (18;118) to the second upright guides (20;120), or vice versa. at least one deployment frame (14;114) for deployment of a cradle, a cradle, first upright guides (18, 118) and second upright guides (20, 120), a guide system (22;130,132,134) for controlled movement of the cradle in the first and second upright guides (18;118; 20;120), wherein said deployment frame (14;114) is movable in a mainly horizontal direction between an inner position being a parked position and an outer position being an operational position, the deployment frame (14;114) is equipped with said first upright guides (18;118) for vertical movement of the cradle, wherein said cradle is connected to said guide system (22; 130,132,134) for controlled movement of the cradle in the first and second upright guides (18;118; 20; 120), characterized in that
A method for reporting channel state information, CSI, by a user equipment, UE, configured with a plurality of CSI-reference signal, RS, configurations in a wireless communication system, the method comprising: receiving information for a Quasi Co-located, QC, assumption indicating a physical cell ID of a QC assumable cell with respect to a CSI-RS configuration having a QC assumable cell among the plurality of the CSI-RS configurations; measuring a channel state using a CSI-RS; calculating a number of resource elements, REs, constituting a CSI reference resource based on a number of a cell-specific reference signal, CRS, ports corresponding to the physical cell ID, wherein the CRS ports are QC assumed with a port of the CSI-RS, wherein the number of the REs constituting a CSI reference resource is calculated excluding REs corresponding to the QC assumed CRS ports; deriving a modulation and coding scheme, MCS, based on the measured channel state, the calculated number of REs and the information for the QC assumption; and reporting the CSI containing a CQI index related to the MCS. receiving information for a Quasi Co-located, QC, assumption indicating a physical cell ID of a QC assumable cell with respect to a CSI-RS configuration having a QC assumable cell among the plurality of the CSI-RS configurations; measuring a channel state using a CSI-RS; calculating a number of resource elements, REs, constituting a CSI reference resource based on a number of a cell-specific reference signal, CRS, ports corresponding to the physical cell ID, wherein the CRS ports are QC assumed with a port of the CSI-RS, wherein the number of the REs constituting a CSI reference resource is calculated excluding REs corresponding to the QC assumed CRS ports; deriving a modulation and coding scheme, MCS, based on the measured channel state, the calculated number of REs and the information for the QC assumption; and reporting the CSI containing a CQI index related to the MCS.
A virtual machine management method for a cloud platform, wherein the method comprises: obtaining, by the cloud platform, a first client image file and a first license, wherein the first client image file carries a first software operating environment, the first license is used to perform activation authentication on a software in the first software operating environment of the first client image file, and the first client image file is uploaded, by a client, to an Object Storage Service,OSS, user bucket provided by the cloud platform; providing, by the cloud platform, a Bring Your Own License BYOL, option; receiving, by the cloud platform, an instruction for triggering the BYOL option; generating, by the cloud platform, a first cloud platform image file according to the first client image file in the OSS user bucket, wherein the first cloud platform image file is used to create a first virtual machine on the cloud platform, the software in the first virtual machine is activated based on the first license, and a license fee of the software running on the first virtual machine is exempted in the cloud platform. obtaining, by the cloud platform, a first client image file and a first license, wherein the first client image file carries a first software operating environment, the first license is used to perform activation authentication on a software in the first software operating environment of the first client image file, and the first client image file is uploaded, by a client, to an Object Storage Service,OSS, user bucket provided by the cloud platform; providing, by the cloud platform, a Bring Your Own License BYOL, option; receiving, by the cloud platform, an instruction for triggering the BYOL option; generating, by the cloud platform, a first cloud platform image file according to the first client image file in the OSS user bucket, wherein the first cloud platform image file is used to create a first virtual machine on the cloud platform, the software in the first virtual machine is activated based on the first license, and a license fee of the software running on the first virtual machine is exempted in the cloud platform.
An additive manufacturing machine defining a vertical direction, the additive manufacturing machine comprising: a turntable rotatable about a central axis and defining a radial direction perpendicular to the central axis; an annular powder bed assembly operably coupled to the turntable, the annular powder bed assembly comprising an annular base plate, an annular build platform and a distribution plenum, which is an annular plenum defined between the annular base plate and the annular build platform along a vertical direction and between an annular inner wall and an annular outer wall along a radial direction, the annular build platform defining a plurality of perforations; a lift mechanism supporting the annular build platform and operatively coupling the annular build platform to the annular base plate, the lift mechanism being configured for moving the annular build platform 2. along the vertical direction relative to the annular base plate; a positioning assembly operably coupling the annular powder bed assembly to the turntable such that the annular powder bed assembly is rotatably fixed to the turntable but is movable along the radial direction relative to the turntable; and a heated gas supply in fluid communication with the plurality of perforations for providing a flow of heated gas through the plurality of perforations, wherein the distribution plenum is fluidly coupled to the heated gas supply. a turntable rotatable about a central axis and defining a radial direction perpendicular to the central axis; an annular powder bed assembly operably coupled to the turntable, the annular powder bed assembly comprising an annular base plate, an annular build platform and a distribution plenum, which is an annular plenum defined between the annular base plate and the annular build platform along a vertical direction and between an annular inner wall and an annular outer wall along a radial direction, the annular build platform defining a plurality of perforations; a lift mechanism supporting the annular build platform and operatively coupling the annular build platform to the annular base plate, the lift mechanism being configured for moving the annular build platform 2. along the vertical direction relative to the annular base plate; a positioning assembly operably coupling the annular powder bed assembly to the turntable such that the annular powder bed assembly is rotatably fixed to the turntable but is movable along the radial direction relative to the turntable; and a heated gas supply in fluid communication with the plurality of perforations for providing a flow of heated gas through the plurality of perforations, wherein the distribution plenum is fluidly coupled to the heated gas supply.
A noninvasive optical sensor having a reusable portion and a disposable portion and being capable of outputting a signal indicative of light attenuated by body tissue usable to determine one or more physiological characteristics of the body tissue, the optical sensor comprising: a reusable component including at least one energy emitter and a detector capable of detecting energy attenuated by body tissue and capable of outputting a signal usable to determine one or more physiological characteristics of the body tissue, the at least one energy emitter being housed in one of a first casing and a second casing and the detector being housed in the other of the first casing and the second casing, wherein the first and second casings (208, 210) are connected by a flexible connector; and a disposable component including a first clip mechanically matable with the first casing and a second clip mechanically matable with the second casing, wherein the second clip includes a front stop such that the second casing is configured to mate with the second clip by vertically aligning a tip of the second casing and guiding the tip of the second casing from a vertical alignment to a horizontal alignment in order to snap the tip of the second casing below the front stop such that the second casing and second clip are substantially immobile when assembled together, and wherein the first clip and first casing mate in a vertically and horizontally open manner. a reusable component including at least one energy emitter and a detector capable of detecting energy attenuated by body tissue and capable of outputting a signal usable to determine one or more physiological characteristics of the body tissue, the at least one energy emitter being housed in one of a first casing and a second casing and the detector being housed in the other of the first casing and the second casing, wherein the first and second casings (208, 210) are connected by a flexible connector; and a disposable component including a first clip mechanically matable with the first casing and a second clip mechanically matable with the second casing, wherein the second clip includes a front stop such that the second casing is configured to mate with the second clip by vertically aligning a tip of the second casing and guiding the tip of the second casing from a vertical alignment to a horizontal alignment in order to snap the tip of the second casing below the front stop such that the second casing and second clip are substantially immobile when assembled together, and wherein the first clip and first casing mate in a vertically and horizontally open manner.
A method of production of an end-modified radial conjugated diene polymer comprising polymerizing a monomer mixture which contains at least a conjugated diene compound by using an alkali metal-reacted aromatic compound which has three or more carbon atoms, each of which is directly bonded to an alkali metal atom and aromatic ring, in one molecule as a polymerization initiator, and causing active ends of the obtained polymer having active ends to react with a modifier which is able to react with the active ends, wherein said alkali metal-reacted aromatic compound is obtained by causing an aromatic compound which has three or more carbon atoms, each of which is directly bonded to an aromatic ring, in one molecule to react with an organic alkali metal compound in the presence of a compound which has a coordinating ability on alkali metal atoms, said compound which has a coordinating ability on alkali metal atoms is at least one compound which is selected from a cyclic ether compound which has two or more oxygen atoms in the molecule, a tertiary amine compound which has two or more nitrogen atoms in the molecule, and a tertiary amide compound which has a nitrogen-hetero atom bond in the molecule, and an amount of presence of said compound which has a coordinating ability on alkali metal atoms is 0.02 to 0.4 mol with respect to 1 mol of an alkali metal atom in said organic alkali metal compound which is made to react with said aromatic compound which has three or more carbon atoms, each of which is directly bonded to an aromatic ring, in one molecule.
Method characterized in that it comprises the steps of: • digitally scanning a mold or cast of a dental arch or oral imprint detectable by a conventional method or by a digital method; • software overlapping said digitally scan with a further virtual image of the arch obtained by CBCT or lateral RX; • obtaining a virtual 3D software image; • programming and positioning miniscrew analogs on said virtual 3D software image corresponding to those to be inserted in a palatal dental arch to which the mold refers; • digitally processing and modeling a virtual positioning guide; • constructing a physical positioning body (guide template) using a 3D molding technique, stereolithography or prototyping technique, or milling; • positioning said physical positioning body, or guide template, on the mold of a dental arch or oral imprint; • inserting and fixing the miniscrew analogs; the analog head is positioned at the same height as that of the miniscrew corresponding to the future positioning in the patient's mouth; the fixing takes place in the plaster mold or in the mold developed by 3D printer. • constructing the orthodontic appliance on the reference analogs and on the mold itself. • digitally scanning a mold or cast of a dental arch or oral imprint detectable by a conventional method or by a digital method; • software overlapping said digitally scan with a further virtual image of the arch obtained by CBCT or lateral RX; • obtaining a virtual 3D software image; • programming and positioning miniscrew analogs on said virtual 3D software image corresponding to those to be inserted in a palatal dental arch to which the mold refers; • digitally processing and modeling a virtual positioning guide; • constructing a physical positioning body (guide template) using a 3D molding technique, stereolithography or prototyping technique, or milling; • positioning said physical positioning body, or guide template, on the mold of a dental arch or oral imprint; • inserting and fixing the miniscrew analogs; the analog head is positioned at the same height as that of the miniscrew corresponding to the future positioning in the patient's mouth; the fixing takes place in the plaster mold or in the mold developed by 3D printer. • constructing the orthodontic appliance on the reference analogs and on the mold itself.
A terminal comprising: a transmitting/receiving section configured to perform at least one of reception of a downlink signal and transmission of an uplink signal in a first cell in a first frequency range higher than 52.6 GHz where the number of symbols per slot is a fixed value regardless of a subcarrier spacing, SCS; and a control section configured to control transmission of uplink control information, UCI, corresponding to at least one of the downlink signal and the uplink signal in the first cell. a transmitting/receiving section configured to perform at least one of reception of a downlink signal and transmission of an uplink signal in a first cell in a first frequency range higher than 52.6 GHz where the number of symbols per slot is a fixed value regardless of a subcarrier spacing, SCS; and a control section configured to control transmission of uplink control information, UCI, corresponding to at least one of the downlink signal and the uplink signal in the first cell.
A method to control a laundry washing machine comprising: - an outer casing, - a washing tub placed inside said outer casing, - a rotatable drum housed in axially rotatable manner inside the washing tub and structured for housing the laundry to be washed, - a water softening device provided with ion exchanger agents designed to reduce the hardness degree of fresh water to be supplied to said washing tub, - a brine tank which is designed to contain brine for regenerating said ion exchanger agents contained in said water softening device, said method controls said washing machine according to a washing program comprising: - one or more washing phases, - one or more rinse phases, - one or more spin phases, - a regeneration cycle, in which a prefixed amount of the brine is supplied to said water softening device, - a waste-brine cleaning cycle for washing-out the waste brine solution contained in said water softening device and/or in said brine tank, said method being characterized by performing alternately said regeneration cycle and said waste-brine cleaning cycle during respective first and second phases of said washing program, which are different one to the other, wherein said first phase is a washing phase and said second phase is a rinse phase following said washing phase. - an outer casing, - a washing tub placed inside said outer casing, - a rotatable drum housed in axially rotatable manner inside the washing tub and structured for housing the laundry to be washed, - a water softening device provided with ion exchanger agents designed to reduce the hardness degree of fresh water to be supplied to said washing tub, - a brine tank which is designed to contain brine for regenerating said ion exchanger agents contained in said water softening device, - one or more washing phases, - one or more rinse phases, - one or more spin phases, - a regeneration cycle, in which a prefixed amount of the brine is supplied to said water softening device, - a waste-brine cleaning cycle for washing-out the waste brine solution contained in said water softening device and/or in said brine tank, said method being characterized by performing alternately said regeneration cycle and said waste-brine cleaning cycle during respective first and second phases of said washing program, which are different one to the other, wherein said first phase is a washing phase and said second phase is a rinse phase following said washing phase.
A chromatographic separation process for recovering a polyunsaturated fatty acid (PUFA) product from a feed mixture, which process comprises introducing the feed mixture into one or more simulated or actual moving bed chromatography apparatuses having a plurality of linked chromatography columns containing, as eluent, an aqueous organic solvent, wherein - the temperature of at least one of the plurality of chromatographic columns through which the feed mixture is passed is greater than room temperature, - the plurality of chromatographic columns contain, as adsorbent, polymeric beads or silica gel, and - the feed mixture is a fish oil feedstock or a feedstock derived from fish oil, the PUFA product is EPA or EPA ethyl ester, and the PUFA product is produced in a purity greater than 90% purity; and wherein the process is other than a chromatographic separation process for recovering a polyunsaturated fatty acid (PUFA) product, from a feed mixture, which process comprises introducing the feed mixture to a simulated or actual moving bed chromatography apparatus having a plurality of linked chromatography columns containing, as eluent, an aqueous alcohol, wherein the apparatus has a plurality of zones comprising at least a first zone and second zone, each zone having an extract stream and a raffinate stream from which liquid can be collected from said plurality of linked chromatography columns, and wherein (a) a raffinate stream containing the PUFA product together with more polar components is collected from a column in the first zone and introduced to a nonadjacent column in the second zone, and/or (b) an extract stream containing the PUFA product together with less polar components is collected from a column in the second zone and introduced to a nonadjacent column in the first zone, said PUFA product being separated from different components of the feed mixture in each zone, which chromatographic separation process is conducted at from 15 to 55°C. - the temperature of at least one of the plurality of chromatographic columns through which the feed mixture is passed is greater than room temperature, - the plurality of chromatographic columns contain, as adsorbent, polymeric beads or silica gel, and - the feed mixture is a fish oil feedstock or a feedstock derived from fish oil, the PUFA product is EPA or EPA ethyl ester, and the PUFA product is produced in a purity greater than 90% purity; and