mhurhangee/ep-ind-claims huggingface dataset:
A method for annealing a grain-oriented electrical steel sheet, comprising the steps of: applying an annealing separator to a steel sheet; and annealing the steel sheet coated with the annealing separator, wherein the annealing separator comprises: an Al compound, which is at least one of a basic Al acetate, a basic Al formate, a basic Al chloride, a basic Al nitrate, a basic Al oxalate, a basic Al sulfamate, a basic Al lactate, and a basic Al citrate or a mixture containing at least two of the above compounds, wherein the Al compound has at least one of a hydroxyl group and an organic acid group and a dehydrated product of an Al compound having a hydroxyl group and an organic acid group, which Al compound is in the form of a solution or a colloidal solution; and at least one stable compound selected from SiO 2, SrO, TiO 2, BaO, CaO and ZrO 2 in the form of a solution or a colloidal solution, and the viscosity of the annealing separator is 25 mPa•s or less at a liquid temperature of 25°C measured by Oswald viscometer. an Al compound, which is at least one of a basic Al acetate, a basic Al formate, a basic Al chloride, a basic Al nitrate, a basic Al oxalate, a basic Al sulfamate, a basic Al lactate, and a basic Al citrate or a mixture containing at least two of the above compounds, wherein the Al compound has at least one of a hydroxyl group and an organic acid group and a dehydrated product of an Al compound having a hydroxyl group and an organic acid group, which Al compound is in the form of a solution or a colloidal solution; and at least one stable compound selected from SiO 2, SrO, TiO 2, BaO, CaO and ZrO 2 in the form of a solution or a colloidal solution, and the viscosity of the annealing separator is 25 mPa•s or less at a liquid temperature of 25°C measured by Oswald viscometer.
A method of protecting data items in an organizational computer network, comprising: a) defining multiple information profiles for classifying data items; b) defining rules for protecting a data item belonging to a specific information profile; c) responsive to an event, the event being an operation that is associated with the existence of said data item and initiated by a user or an application, and before said user or application has control on said data item, performing the following steps: c.1) intercepting and interrupting access to said data item by said user or application; c.2) analyzing the source that created said event and the content and/or the metadata of said data item, or both; c.3) classifying the data item according to the analysis results and the defined information profiles; c.4) protecting said data item by transforming the content and the form of said data item, based on said classification and the defined rules; c.5) replacing said data item by its transformed form; c.6) returning control on said data item to said user or application by allowing access of said user or application to said data item only in its transformed form, wherein said transformed form includes protection policy rules set for said data item, which are automatically enforced in response to said event. a) defining multiple information profiles for classifying data items; b) defining rules for protecting a data item belonging to a specific information profile; c) responsive to an event, the event being an operation that is associated with the existence of said data item and initiated by a user or an application, and before said user or application has control on said data item, performing the following steps: c.1) intercepting and interrupting access to said data item by said user or application; c.2) analyzing the source that created said event and the content and/or the metadata of said data item, or both; c.3) classifying the data item according to the analysis results and the defined information profiles; c.4) protecting said data item by transforming the content and the form of said data item, based on said classification and the defined rules; c.5) replacing said data item by its transformed form; c.6) returning control on said data item to said user or application by allowing access of said user or application to said data item only in its transformed form, c.1) intercepting and interrupting access to said data item by said user or application; c.2) analyzing the source that created said event and the content and/or the metadata of said data item, or both; c.3) classifying the data item according to the analysis results and the defined information profiles; c.4) protecting said data item by transforming the content and the form of said data item, based on said classification and the defined rules; c.5) replacing said data item by its transformed form; c.6) returning control on said data item to said user or application by allowing access of said user or application to said data item only in its transformed form,
A method of controlling operation of a transporter, the transporter being a portable organ perfusion apparatus configured to transition between operation states in response to manual actions and automatic operations, the method comprising: - using a set of controls provided on a control panel of the transporter to select an operation of the transporter from among priming, washing an organ, perfusing an organ and idle; and - displaying the operation selected on the control panel; wherein the control panel is configured to display each of priming, washing an organ, error handling, perfusing an organ and idle operation indicators; wherein the organ is ex vivo and not returned to the donor. - using a set of controls provided on a control panel of the transporter to select an operation of the transporter from among priming, washing an organ, perfusing an organ and idle; and - displaying the operation selected on the control panel; wherein the control panel is configured to display each of priming, washing an organ, error handling, perfusing an organ and idle operation indicators;
A pharmaceutically acceptable solution comprising icodextrin and hydroxyalkyl starch, wherein said icodextrin is present at a concentration of from 1 to 7.5 % (w/v) and wherein said HAS is present at a concentration of from 1 to 15 % (w/v) for use in preventing metastasis formation and/or relapse by administration to a body cavity of a subject afflicted with cancer.
Method for preparing reference samples for the determination of residual Austenite by X-Ray diffraction characterized in that it comprises the following steps: a. Characterizing the phase purity of iron powders having average particle size between 1 μm and 5 μm and greater than 95% purity and austenitic steel powder with average particle size between 1 μm and 5 μm and purity greater than 99% by x-ray diffraction; b. Mixing for a suitable mixing time said powders and an amorphous binder by preparing a sample, wherein the mixing time is proportional to the sum of the amounts of powders and amorphous binder which make up the sample; c. Verifying that the sample is homogeneous by performing 6 measurements of the austenitic phase by X-ray diffraction in such a way that, on both sides of the sample, three measurements are taken along three different directions chosen at random, with the sample being homogeneous if a standard deviation of the measurements is less than 1 vol% so that the sample has, between weighted Austenite content and content observed by X-ray diffraction, a linear and direct correlation with an angular coefficient substantially equal to 1; and d. Checking the content of residual Austenite in said sample by X-ray diffraction. a. Characterizing the phase purity of iron powders having average particle size between 1 μm and 5 μm and greater than 95% purity and austenitic steel powder with average particle size between 1 μm and 5 μm and purity greater than 99% by x-ray diffraction; b. Mixing for a suitable mixing time said powders and an amorphous binder by preparing a sample, wherein the mixing time is proportional to the sum of the amounts of powders and amorphous binder which make up the sample; c. Verifying that the sample is homogeneous by performing 6 measurements of the austenitic phase by X-ray diffraction in such a way that, on both sides of the sample, three measurements are taken along three different directions chosen at random, with the sample being homogeneous if a standard deviation of the measurements is less than 1 vol% so that the sample has, between weighted Austenite content and content observed by X-ray diffraction, a linear and direct correlation with an angular coefficient substantially equal to 1; and d. Checking the content of residual Austenite in said sample by X-ray diffraction.
A method of detecting death of a cell type or tissue in a subject comprising determining whether cell-free DNA comprised in a fluid sample of the subject is derived from the cell type or tissue, wherein said determining is effected by ascertaining the methylation status of at least four methylation sites on a continuous sequence of the cell-free DNA, said continuous sequence comprising no more than 300 nucleotides, wherein a methylation status of each of said at least four methylation sites on said continuous sequence of the DNA is characteristic of said cell type or tissue and is indicative of death of the cell type or tissue, wherein said ascertaining is effected by: (a) contacting the cell-free DNA in the fluid sample with bisulfite to convert demethylated cytosines of the DNA to uracils; (b) amplifying the continuous sequence of DNA using oligonucleotides that hybridize to a nucleic acid sequence adjacent to the first and last of the at least four methylation sites on the continuous sequence of the DNA; and (c) deep sequencing the continuous sequence of DNA. (a) contacting the cell-free DNA in the fluid sample with bisulfite to convert demethylated cytosines of the DNA to uracils; (b) amplifying the continuous sequence of DNA using oligonucleotides that hybridize to a nucleic acid sequence adjacent to the first and last of the at least four methylation sites on the continuous sequence of the DNA; and (c) deep sequencing the continuous sequence of DNA.
A mobile communication method comprising: a step of transmitting, by a relay node having a secure channel established between the relay node and a subscriber identification module (USIM-RN) for a relay node, an attach request signal for requesting an attach process executed as the relay node to a radio base station (DeNB); a step of transmitting, by the radio base station (DeNB), an initial signal indicating the attach process executed as the relay node to a mobile management node in response to the attach request signal; a step of starting, by the mobile management node, an authentication and key agreement procedure with the relay node and the subscriber identification module (USIM-RN) for a relay node in response to the initial signal; a step of determining, by the mobile management node, whether the subscriber identification module (USIM-RN) for a relay node can be used for the attach process executed as the relay node on the basis of subscriber data acquired from a subscriber management server; said method characterized by a step of setting NAS security between the mobile management node and the relay node when it is determined that the subscriber identification module (USIM-RN) for a relay node can be used for the attach process executed as the relay node; and a step of failing in the authentication and key agreement procedure when it is determined that the subscriber identification module (USIM-RN) for a relay node cannot be used for the attach process executed as the relay node. a step of transmitting, by a relay node having a secure channel established between the relay node and a subscriber identification module (USIM-RN) for a relay node, an attach request signal for requesting an attach process executed as the relay node to a radio base station (DeNB); a step of transmitting, by the radio base station (DeNB), an initial signal indicating the attach process executed as the relay node to a mobile management node in response to the attach request signal; a step of starting, by the mobile management node, an authentication and key agreement procedure with the relay node and the subscriber identification module (USIM-RN) for a relay node in response to the initial signal; a step of determining, by the mobile management node, whether the subscriber identification module (USIM-RN) for a relay node can be used for the attach process executed as the relay node on the basis of subscriber data acquired from a subscriber management server; said method characterized by a step of setting NAS security between the mobile management node and the relay node when it is determined that the subscriber identification module (USIM-RN) for a relay node can be used for the attach process executed as the relay node; and a step of failing in the authentication and key agreement procedure when it is determined that the subscriber identification module (USIM-RN) for a relay node cannot be used for the attach process executed as the relay node.
A solid or liquid nanoparticle generation apparatus comprising: a gas flow amplifier comprising: an inlet cone connected to, and in fluid communication with, the inlet of a cylindrical housing; a diffuser connected to, and in fluid communication with, the outlet of said cylindrical housing; wherein said cylindrical housing comprises at least two rings of ports (1, 2) to inject compressed gas into the cylindrical housing in such a way as to induce flow into the inlet of the cylindrical housing; a means for connecting a compressed gas supply to the housing; and comprising a nozzle, to create a first particle size from a bulk liquid flow, that is in fluid communication with said gas flow amplifier, wherein a means is provided for fluid communication with ambient gas between the nozzle and the gas flow amplifier; wherein said at least two rings of ports (1, 2) are disposed along a circumference of the cylindrical housing. a gas flow amplifier comprising: an inlet cone connected to, and in fluid communication with, the inlet of a cylindrical housing; a diffuser connected to, and in fluid communication with, the outlet of said cylindrical housing; wherein said cylindrical housing comprises at least two rings of ports (1, 2) to inject compressed gas into the cylindrical housing in such a way as to induce flow into the inlet of the cylindrical housing; a means for connecting a compressed gas supply to the housing; and comprising a nozzle, to create a first particle size from a bulk liquid flow, that is in fluid communication with said gas flow amplifier, wherein a means is provided for fluid communication with ambient gas between the nozzle and the gas flow amplifier; an inlet cone connected to, and in fluid communication with, the inlet of a cylindrical housing; a diffuser connected to, and in fluid communication with, the outlet of said cylindrical housing; wherein said cylindrical housing comprises at least two rings of ports (1, 2) to inject compressed gas into the cylindrical housing in such a way as to induce flow into the inlet of the cylindrical housing; a means for connecting a compressed gas supply to the housing; and comprising a nozzle, to create a first particle size from a bulk liquid flow, that is in fluid communication with said gas flow amplifier, wherein a means is provided for fluid communication with ambient gas between the nozzle and the gas flow amplifier; wherein said at least two rings of ports (1, 2) are disposed along a circumference of the cylindrical housing.
A woven fabric comprising: a plurality of warp and weft fibers, characterized in that said warp fibers comprising at least one fire resistant fiber and said weft fibers comprising at least one expanded polytetrafluoroethylene (ePTFE) fiber twisted with at least one cellulosic fiber, wherein said ePTFE fiber has a weight per length of greater than 20 dtex. a plurality of warp and weft fibers, characterized in that said warp fibers comprising at least one fire resistant fiber and said weft fibers comprising at least one expanded polytetrafluoroethylene (ePTFE) fiber twisted with at least one cellulosic fiber, wherein said ePTFE fiber has a weight per length of greater than 20 dtex.
A fluoropolymer which contains (i) groups selected from sulfonic acid groups, phosphoric acid groups, -SO 2 NR 1 R 2, -SO 3 NR 3 R 4 R 5 R 6, -SO 3 M 1 1/L, -PO 3 (NR 7 R 8 R 9 R 10) 2 and/or -PO 3 M 2 2/L, wherein R 1 is H or M 6 1/L, R 2 is H, M 7 1/L, alkyl or a sulfonyl-containing group, R 3 -R 10 each independently are H or C 1-4 -alkyl, M 1, M 2, M 6 and M 7 each independently are a metal of group 1, 2, 4, 8, 11, 12 or 13 of the long-form periodic table and having a valence of L; and (ii) -CF 2 H groups at polymer chain terminals. (i) groups selected from sulfonic acid groups, phosphoric acid groups, -SO 2 NR 1 R 2, -SO 3 NR 3 R 4 R 5 R 6, -SO 3 M 1 1/L, -PO 3 (NR 7 R 8 R 9 R 10) 2 and/or -PO 3 M 2 2/L, wherein R 1 is H or M 6 1/L, R 2 is H, M 7 1/L, alkyl or a sulfonyl-containing group, R 3 -R 10 each independently are H or C 1-4 -alkyl, M 1, M 2, M 6 and M 7 each independently are a metal of group 1, 2, 4, 8, 11, 12 or 13 of the long-form periodic table and having a valence of L; and (ii) -CF 2 H groups at polymer chain terminals.
A connector adaptor, comprising: a first plate including: a connector channel configured to guide two fluid connectors through the first plate at two opposite positions along the connector channel; and a pair of springing structures each situated at one of two opposite ends of the connector channel, the pair of springing structures being configured to apply an inward force on the two fluid connectors toward each other; and a second plate having a plurality of positioning holes located around a perimeter of the second plate, the first plate being rotatable around a rotation axis with respect to the second plate, when the first plate and the second plate are assembled to allow the two fluid connectors to be mounted into two of the positioning holes on opposite edges of the second plate by the inward force applied by the pair of springing structures. a first plate including: a connector channel configured to guide two fluid connectors through the first plate at two opposite positions along the connector channel; and a pair of springing structures each situated at one of two opposite ends of the connector channel, the pair of springing structures being configured to apply an inward force on the two fluid connectors toward each other; and a connector channel configured to guide two fluid connectors through the first plate at two opposite positions along the connector channel; and a pair of springing structures each situated at one of two opposite ends of the connector channel, the pair of springing structures being configured to apply an inward force on the two fluid connectors toward each other; a second plate having a plurality of positioning holes located around a perimeter of the second plate, the first plate being rotatable around a rotation axis with respect to the second plate, when the first plate and the second plate are assembled to allow the two fluid connectors to be mounted into two of the positioning holes on opposite edges of the second plate by the inward force applied by the pair of springing structures.
A suturing device comprising: a housing defining a guide lumen extending longitudinally therethrough; a rod engaged with the housing and extending distally therefrom; a ferrule assembly disposed at a distal end of the rod, the ferrule assembly configured to releasably retain a ferrule therein, the ferrule adapted to retain a portion of a suture therein; and a needle configured for translation through the guide lumen defined within the housing, a distal end of the needle configured to engage the ferrule within the ferrule assembly for removal of the ferrule from the ferrule assembly; characterized in that the ferrule assembly includes a base portion and tissue stop at least partially separated by one or more compliance features configured to reduce the likelihood of damaging the suturing instrument and/or surrounding tissue, wherein the compliance feature(s) comprise (a) a slot defined within the ferrule assembly, and/or (b) an aperture defined through the base portion. a housing defining a guide lumen extending longitudinally therethrough; a rod engaged with the housing and extending distally therefrom; a ferrule assembly disposed at a distal end of the rod, the ferrule assembly configured to releasably retain a ferrule therein, the ferrule adapted to retain a portion of a suture therein; and a needle configured for translation through the guide lumen defined within the housing, a distal end of the needle configured to engage the ferrule within the ferrule assembly for removal of the ferrule from the ferrule assembly; characterized in that the ferrule assembly includes a base portion and tissue stop at least partially separated by one or more compliance features configured to reduce the likelihood of damaging the suturing instrument and/or surrounding tissue, wherein the compliance feature(s) comprise (a) a slot defined within the ferrule assembly, and/or (b) an aperture defined through the base portion.
A tire comprising: a carcass defining an exterior side and an interior side, the carcass having a generally U-shaped cross section; and a barrier layer associated with the carcass, the barrier layer comprising per hundred parts of elastomer by weight (phr): at least one elastomer selected from the group consisting of an essentially saturated diene elastomer, a highly unsaturated diene elastomer and combinations thereof, wherein the essentially saturated diene elastomer content of units of conjugated dienes is less than 15 mol.% and the highly unsaturated diene elastomer content of units of conjugated dienes is greater than 50 mol.%; between 1 phr and 25 phr of permeability reducing particles dispersed in the elastomer, wherein the permeability reducing particles are silicates; and between 5 phr and 50 phr of a terpene resin having a glass transition temperature measured according to ASTM D3418-82 of greater than 50°C and a softening point measured according to ASTM E-28 of less than 170°C. a carcass defining an exterior side and an interior side, the carcass having a generally U-shaped cross section; and a barrier layer associated with the carcass, the barrier layer comprising per hundred parts of elastomer by weight (phr): at least one elastomer selected from the group consisting of an essentially saturated diene elastomer, a highly unsaturated diene elastomer and combinations thereof, wherein the essentially saturated diene elastomer content of units of conjugated dienes is less than 15 mol.% and the highly unsaturated diene elastomer content of units of conjugated dienes is greater than 50 mol.%; between 1 phr and 25 phr of permeability reducing particles dispersed in the elastomer, wherein the permeability reducing particles are silicates; and between 5 phr and 50 phr of a terpene resin having a glass transition temperature measured according to ASTM D3418-82 of greater than 50°C and a softening point measured according to ASTM E-28 of less than 170°C. at least one elastomer selected from the group consisting of an essentially saturated diene elastomer, a highly unsaturated diene elastomer and combinations thereof, wherein the essentially saturated diene elastomer content of units of conjugated dienes is less than 15 mol.% and the highly unsaturated diene elastomer content of units of conjugated dienes is greater than 50 mol.%; between 1 phr and 25 phr of permeability reducing particles dispersed in the elastomer, wherein the permeability reducing particles are silicates; and between 5 phr and 50 phr of a terpene resin having a glass transition temperature measured according to ASTM D3418-82 of greater than 50°C and a softening point measured according to ASTM E-28 of less than 170°C.