mhurhangee/patent-ind-claim-en huggingface dataset:
A method of a terminal in a communication system, the method comprising: transmitting , to a wireless local area network, WLAN, an authentication request message including information for multiple connection mode; receiving , from the WLAN, an authentication response message including information that the multiple connection mode is supported, and information indicating that a non-seamless wireless offloading, NSWO, connection has been generated based on the authentication request message; transmitting , to the WLAN, a request message for a packet data network, PDN, connection including information for an access point name, APN, information for a PDN type and information for a request type, wherein the information for the request type includes information indicating whether the terminal requests a new PDN connection; and receiving , from the WLAN, an accept message for the PDN connection including an APN, a PDN type, an IP address of the PDN connection, and an identity, ID, of a bearer corresponding to the PDN connection. transmitting , to a wireless local area network, WLAN, an authentication request message including information for multiple connection mode; receiving , from the WLAN, an authentication response message including information that the multiple connection mode is supported, and information indicating that a non-seamless wireless offloading, NSWO, connection has been generated based on the authentication request message; transmitting , to the WLAN, a request message for a packet data network, PDN, connection including information for an access point name, APN, information for a PDN type and information for a request type, wherein the information for the request type includes information indicating whether the terminal requests a new PDN connection; and receiving , from the WLAN, an accept message for the PDN connection including an APN, a PDN type, an IP address of the PDN connection, and an identity, ID, of a bearer corresponding to the PDN connection.
A booth comprising: an ejecting unit that ejects air into an opening portion leading to an internal space (S) partitioned from an external space, wherein the ejecting unit is configured to eject the air so as to form a first airflow and a second airflow characterized in that the second airflow is weaker and wind speed than the first airflow, the first airflow is formed between the external space and the second airflow to suppress introduction of a disturbance from the external space into the internal space (S), and the second airflow is formed between the internal space (S) and the first airflow to suppress introduction of the first airflow into the internal space (S). an ejecting unit that ejects air into an opening portion leading to an internal space (S) partitioned from an external space, wherein the ejecting unit is configured to eject the air so as to form a first airflow and a second airflow characterized in that the second airflow is weaker and wind speed than the first airflow, the first airflow is formed between the external space and the second airflow to suppress introduction of a disturbance from the external space into the internal space (S), and the second airflow is formed between the internal space (S) and the first airflow to suppress introduction of the first airflow into the internal space (S).
A fluorescent dye according to the general formula II: with p = is an integer ranging from 10 to 200 Z = F or R, with R same or different residue comprising a reactive group capable of forming a covalent bond with a biomolecule; F same or different fluorophores covalently coupled to the CH 2 CH 2 O- residues with the provision that general formula (II) comprises at least two F and at least one group R wherein the fluorophore F is selected from the group consisting of xanthene dyes, rhodamine dyes, coumarine dyes, cyanine dyes, pyrene dyes, oxazine dyes, pyridyl oxazole dyes and pyrromethene dyes and wherein R comprises a reactive group selected from the group consisting of N-hydroxysuccinimid ester, tetrafluorophenyl ester, pentafluorophenyl ester, sulfodichlorophenyl ester, imido ester, isothiocyanate, isocyanate, sulfonyl halides, acyl halides, acyl azide, monochlorotriazine, dichlorotriazine, aldehyde, glyoxal, maleimide, iodoacetamide, hydrazine, azidonitrophenyl, phosphoramidite, alkyne, alkyl azide, dienes or allyl groups. p = is an integer ranging from 10 to 200 Z = F or R, with R same or different residue comprising a reactive group capable of forming a covalent bond with a biomolecule; F same or different fluorophores covalently coupled to the CH 2 CH 2 O- residues with the provision that general formula (II) comprises at least two F and at least one group R wherein the fluorophore F is selected from the group consisting of xanthene dyes, rhodamine dyes, coumarine dyes, cyanine dyes, pyrene dyes, oxazine dyes, pyridyl oxazole dyes and pyrromethene dyes and wherein R comprises a reactive group selected from the group consisting of N-hydroxysuccinimid ester, tetrafluorophenyl ester, pentafluorophenyl ester, sulfodichlorophenyl ester, imido ester, isothiocyanate, isocyanate, sulfonyl halides, acyl halides, acyl azide, monochlorotriazine, dichlorotriazine, aldehyde, glyoxal, maleimide, iodoacetamide, hydrazine, azidonitrophenyl, phosphoramidite, alkyne, alkyl azide, dienes or allyl groups.
A method of fabricating a composite material casing of varying thickness for a gas turbine, the method comprising: - using three-dimensional or multilayer weaving to make a fiber texture in the form of a strip; - winding the fiber texture as a plurality of superposed layers onto a mandrel of profile corresponding to the profile of the casing to be fabricated, so as to obtain a fiber preform of shape corresponding to the shape of the casing to be fabricated; and - densifying the fiber preform with a matrix; wherein during winding of the fiber texture on the mandrel , a textile strip or an aerated material is interposed between the adjacent turns of the fiber texture, the fiber texture and the textile strip or the aerated material being wound simultaneously, the textile strip or the aerated material presenting a width that is less than the width of the fiber texture and defining a retention zone of the casing. - using three-dimensional or multilayer weaving to make a fiber texture in the form of a strip; - winding the fiber texture as a plurality of superposed layers onto a mandrel of profile corresponding to the profile of the casing to be fabricated, so as to obtain a fiber preform of shape corresponding to the shape of the casing to be fabricated; and - densifying the fiber preform with a matrix;
Device for the steel industry, comprising: a pyrometallurgical treatment vessel with a superposed hood for treatment of a metal melt under atmospheric pressure; a waste gas line for conducting process gases out of the pyrometallurgical treatment vessel ; a suction blower for suction of the process gases from the pyrometallurgical treatment vessel under atmospheric pressure; and a waste gas diverter , which is incorporated in the waste gas line, for deflection of the process gases from the pyrometallurgical treatment vessel through the suction blower ; characterised in that the hood is constructed as a vacuum hood and is gas-tightly placed on the treatment vessel; the waste gas line departs from the vacuum hood ; a vacuum pump for generation of the vacuum under the vacuum hood in the pyrometallurgical treatment vessel is provided in the waste gas line ; the waste gas diverter is installed in the waste gas line in front of the vacuum pump as seen in flow direction of the waste gas; and the waste gas diverter is constructed for deflecting the process gases selectably through the vacuum pump under vacuum or through the suction blower for treatment of the metal melt in the pyrometallurgical treatment vessel under atmospheric pressure. a pyrometallurgical treatment vessel with a superposed hood for treatment of a metal melt under atmospheric pressure; a waste gas line for conducting process gases out of the pyrometallurgical treatment vessel ; a suction blower for suction of the process gases from the pyrometallurgical treatment vessel under atmospheric pressure; and a waste gas diverter , which is incorporated in the waste gas line, for deflection of the process gases from the pyrometallurgical treatment vessel through the suction blower ; characterised in that the hood is constructed as a vacuum hood and is gas-tightly placed on the treatment vessel; the waste gas line departs from the vacuum hood ; a vacuum pump for generation of the vacuum under the vacuum hood in the pyrometallurgical treatment vessel is provided in the waste gas line ; the waste gas diverter is installed in the waste gas line in front of the vacuum pump as seen in flow direction of the waste gas; and the waste gas diverter is constructed for deflecting the process gases selectably through the vacuum pump under vacuum or through the suction blower for treatment of the metal melt in the pyrometallurgical treatment vessel under atmospheric pressure.
A single-phase emulsifiable concentrate composition, comprising (i) the pesticide tefluthrin; (ii) a solvent for dissolving tefluthrin; (iii) a water-soluble emulsifying surfactant system enabling an oil in water emulsion to be formed when the emulsifiable concentrate composition is diluted with an aqueous solution; (iv) a non-aqueous polar solvent for diluting the water-soluble emulsifying surfactant system; (v) a C 2 -C 10 -monohydric alcohol to provide physical compatibility between (a) hydrophobic component (ii) and (b) hydrophilic components (iii) and (iv), wherein the C 2 -C 10 -monohydric alcohol is selected from ethanol, 1-hexanol, 1-octanol and 1-decanol, in particular 1-octanol. (i) the pesticide tefluthrin; (ii) a solvent for dissolving tefluthrin; (iii) a water-soluble emulsifying surfactant system enabling an oil in water emulsion to be formed when the emulsifiable concentrate composition is diluted with an aqueous solution; (iv) a non-aqueous polar solvent for diluting the water-soluble emulsifying surfactant system; (v) a C 2 -C 10 -monohydric alcohol to provide physical compatibility between (a) hydrophobic component (ii) and (b) hydrophilic components (iii) and (iv), wherein the C 2 -C 10 -monohydric alcohol is selected from ethanol, 1-hexanol, 1-octanol and 1-decanol, in particular 1-octanol.
A method for investigating a target comprising the steps of: directing a first beam of radiation from a laser at the target to thereby produce a second beam of laser radiation by interaction of the first beam with the target and returning the second beam to the laser wherein self-mixing of the first and second beams occurs within the laser;j varying a parameter affecting the interaction of the first beam with the target; detecting a signal arising from the self-mixing; and processing the signal to thereby determine phase and amplitude changes associated with material properties of the target to derive a refractive index, n, and an extinction coefficient, k, of the target. directing a first beam of radiation from a laser at the target to thereby produce a second beam of laser radiation by interaction of the first beam with the target and returning the second beam to the laser wherein self-mixing of the first and second beams occurs within the laser;j varying a parameter affecting the interaction of the first beam with the target; detecting a signal arising from the self-mixing; and processing the signal to thereby determine phase and amplitude changes associated with material properties of the target to derive a refractive index, n, and an extinction coefficient, k, of the target.
A composition for applying treatment to a cornea of an eye, comprising: a cross-linking agent including riboflavin, the cross-linking agent generating cross-linking activity in the cornea in response to exposure to a photo-activating light; an iron additive; and citrate buffer. a cross-linking agent including riboflavin, the cross-linking agent generating cross-linking activity in the cornea in response to exposure to a photo-activating light; an iron additive; and citrate buffer.
A microelectromechanical systems, MEMS, device, comprising: at least one frame gyroscope configured to sense a first component of angular velocity associated with the MEMS device around a first axis; at least two drive shuttles comprising respective guided masses and coupled to the at least one frame gyroscope; and at least two proof masses coupled with respective ones of the at least two drive shuttles and configured to sense a second component of angular velocity associated with the MEMS device around a second axis that is orthogonal to the first axis, wherein the at least two drive shuttles are constrained to not respond to angular velocity associated with the MEMS device around the first axis and the second axis; at least one paddle gyroscope coupled to respective ones of the at least one frame gyroscope and configured to sense a third component of angular velocity associated with the MEMS device around a third axis that is orthogonal to the first axis and the second axis; and wherein the at least one frame gyroscope comprises two frame gyroscopes, wherein the at least two drive shuttles comprise four drive shuttles comprising at least the respective guided masses and coupled to associated ones of the two frame gyroscopes, and wherein the at least two proof masses comprise four proof masses coupled with respective ones of the four drive shuttles: characterized in that the two frame gyroscopes are further configured to couple two paddle gyroscopes of the at least one paddle gyroscope to the four drive shuttles. at least one frame gyroscope configured to sense a first component of angular velocity associated with the MEMS device around a first axis; at least two drive shuttles comprising respective guided masses and coupled to the at least one frame gyroscope; and at least two proof masses coupled with respective ones of the at least two drive shuttles and configured to sense a second component of angular velocity associated with the MEMS device around a second axis that is orthogonal to the first axis, wherein the at least two drive shuttles are constrained to not respond to angular velocity associated with the MEMS device around the first axis and the second axis; at least one paddle gyroscope coupled to respective ones of the at least one frame gyroscope and configured to sense a third component of angular velocity associated with the MEMS device around a third axis that is orthogonal to the first axis and the second axis; and wherein the at least one frame gyroscope comprises two frame gyroscopes, wherein the at least two drive shuttles comprise four drive shuttles comprising at least the respective guided masses and coupled to associated ones of the two frame gyroscopes, and wherein the at least two proof masses comprise four proof masses coupled with respective ones of the four drive shuttles: characterized in that the two frame gyroscopes are further configured to couple two paddle gyroscopes of the at least one paddle gyroscope to the four drive shuttles.
An apparatus comprising: - means for detecting polarization dependent loss, PDL, induced quality of transmission, QoT, variations, of a polarization multiplexed optical signal, wherein detecting PDL induced QoT variations includes at least one of detecting a difference between QoT measures obtained for two polarization tributaries of electrical field of the polarization multiplexed optical signal and detecting a temporal correlation between QoT variations and state of polarization, SOP, variations of the polarization multiplexed optical signal; - means for performing a SOP adjustment during a tracking phase using an iterative process carried out by the means to maintain the QoT in a vicinity of an optimum QoT found during a training phase, wherein an iteration of the iterative process includes determining transmitter SOP settings (SOP Tx ) based on QoT measures, sending the transmitter SOP settings to an optical transmitter and updating the QoT measures. - means for detecting polarization dependent loss, PDL, induced quality of transmission, QoT, variations, of a polarization multiplexed optical signal, wherein detecting PDL induced QoT variations includes at least one of detecting a difference between QoT measures obtained for two polarization tributaries of electrical field of the polarization multiplexed optical signal and detecting a temporal correlation between QoT variations and state of polarization, SOP, variations of the polarization multiplexed optical signal; - means for performing a SOP adjustment during a tracking phase using an iterative process carried out by the means to maintain the QoT in a vicinity of an optimum QoT found during a training phase, wherein an iteration of the iterative process includes determining transmitter SOP settings (SOP Tx ) based on QoT measures, sending the transmitter SOP settings to an optical transmitter and updating the QoT measures.
A gear carrier , comprising: a first end plate (202;502;602); a connector plate (208;508;608) connected to the first end plate (202;502;602); a second end plate (204;504;604); and characterised by a bushing configured to extend through the second end plate (204;504;604) and into the connector plate (208;508;608) to connect the second end plate (204;504;604) to the connector plate (208;508;608). a first end plate (202;502;602); a connector plate (208;508;608) connected to the first end plate (202;502;602); a second end plate (204;504;604); and characterised by a bushing configured to extend through the second end plate (204;504;604) and into the connector plate (208;508;608) to connect the second end plate (204;504;604) to the connector plate (208;508;608).
1. A system for computer-aided diagnosis report preparation based on medical image data provided by medical imaging , comprising: an image processing unit adapted to read out at least image content from the provided image data , an image analyzing unit adapted to analyze the read-out image content based on pre-defined characteristics and to derive an analysis result, a display device having at least one text field for displaying written text to a user, an input unit for interacting with the user to at least activate the text field , characterized in that it comprises; a text generating unit adapted to provide text prediction, e.g. visual display of text suggestions that are individually selectable, to a user on the display device , at least when the user activates the text field via the input unit , wherein the text prediction is selected from a pre-defined set of text modules that are associated to the analysis result. an image processing unit adapted to read out at least image content from the provided image data , an image analyzing unit adapted to analyze the read-out image content based on pre-defined characteristics and to derive an analysis result, a display device having at least one text field for displaying written text to a user, an input unit for interacting with the user to at least activate the text field , characterized in that it comprises; a text generating unit adapted to provide text prediction, e.g. visual display of text suggestions that are individually selectable, to a user on the display device , at least when the user activates the text field via the input unit , wherein the text prediction is selected from a pre-defined set of text modules that are associated to the analysis result.
A centrifugal electric pump assembly comprising a pump body , which has a wet section, constituted by a volute and by intake and delivery ducts, a casing containing an electric motor, which faces said pump body , and an electrical box , at the end of said casing that is opposite with respect to said pump body , wherein said centrifugal electric pump assembly comprises a connector for electric power supply, which is shaped so as to be complementary to a tab of said electrical box , said tab having the shape of a parallelepiped, and wherein said centrifugal electric pump assembly has at least one element for fixing said connector to said electrical box , wherein the said tab of said box has at least one first element for monolithic anchoring with said tab and said connector has a corresponding second anchoring element , which is complementary to said first element and monolithic with said connector and characterized in that said first anchoring element is provided with a first hole , which is not necessarily a through hole, and said second anchoring element has a second through hole , said holes being adapted to match up, facing each other, after the assembly of said electric pump , generating a single hole for the insertion of the at least one fixing element . a pump body , which has a wet section, constituted by a volute and by intake and delivery ducts, a casing containing an electric motor, which faces said pump body , and an electrical box , at the end of said casing that is opposite with respect to said pump body , wherein said centrifugal electric pump assembly comprises a connector for electric power supply, which is shaped so as to be complementary to a tab of said electrical box , said tab having the shape of a parallelepiped, and wherein said centrifugal electric pump assembly has at least one element for fixing said connector to said electrical box , wherein the said tab of said box has at least one first element for monolithic anchoring with said tab and said connector has a corresponding second anchoring element , which is complementary to said first element and monolithic with said connector and characterized in that said first anchoring element is provided with a first hole , which is not necessarily a through hole, and said second anchoring element has a second through hole , said holes being adapted to match up, facing each other, after the assembly of said electric pump , generating a single hole for the insertion of the at least one fixing element .