mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method comprising: transmitting, by a base station, a first request message to a core network, CN, device, to setup a first interface between the base station and the CN, wherein the first request message includes a base station type information of the base station, wherein the base station type information indicates that the base station is an enhanced long-term evolution, eLTE, base station or a new radio, NR, base station; and receiving, by the base station, a first response message transmitted by the CN device, wherein the first response message indicates that the first interface has been successfully setup, and wherein the first response message includes a configuration information of the CN. transmitting, by a base station, a first request message to a core network, CN, device, to setup a first interface between the base station and the CN, wherein the first request message includes a base station type information of the base station, wherein the base station type information indicates that the base station is an enhanced long-term evolution, eLTE, base station or a new radio, NR, base station; and receiving, by the base station, a first response message transmitted by the CN device, wherein the first response message indicates that the first interface has been successfully setup, and wherein the first response message includes a configuration information of the CN.
A homoleptic, tris-iridium complex including deuterated alkyl groups, the complex being selected from the group consisting of: and
A steering system having an electric linear actuator wherein the actuator comprises: - a casing , - a stem associated in a sliding way with the casing with respect to a sliding axis (X) and having an extremity which protrudes outwardly from said casing , - an electric motor , housed in the casing , which has a stator and a rotor axially hollow and coaxial with the stem , wherein the rotor can be operated in rotation with respect to an axis of rotation parallel to the sliding axis (X), - a first cylindrical body axially hollow, which is integral in rotation with the rotor and has an inner thread , - a second cylindrical body axially hollow, fitted on the stem and integrally connected to it, wherein the second cylindrical body is inserted in the first cylindrical body and has an outer helical groove coaxial with the inner thread of the first cylindrical body , - a plurality of balls interposed between the outer helical groove of the second cylindrical body and the inner thread of the first cylindrical body for the coupling of the inner thread to the outer helical groove , and - recirculating means for the recirculation of the balls , characterized in that the recirculating means is obtained in the second cylindrical body and the second cylindrical body comprises a radial slit , which lies on a median plane containing the axis of the second cylindrical body and extends axially along the entire length of the second cylindrical body and radially for the entire radial thickness of the second cylindrical body . - a casing , - a stem associated in a sliding way with the casing with respect to a sliding axis (X) and having an extremity which protrudes outwardly from said casing , - an electric motor , housed in the casing , which has a stator and a rotor axially hollow and coaxial with the stem , wherein the rotor can be operated in rotation with respect to an axis of rotation parallel to the sliding axis (X), - a first cylindrical body axially hollow, which is integral in rotation with the rotor and has an inner thread , - a second cylindrical body axially hollow, fitted on the stem and integrally connected to it, wherein the second cylindrical body is inserted in the first cylindrical body and has an outer helical groove coaxial with the inner thread of the first cylindrical body , - a plurality of balls interposed between the outer helical groove of the second cylindrical body and the inner thread of the first cylindrical body for the coupling of the inner thread to the outer helical groove , and - recirculating means for the recirculation of the balls , characterized in that the recirculating means is obtained in the second cylindrical body and the second cylindrical body comprises a radial slit , which lies on a median plane containing the axis of the second cylindrical body and extends axially along the entire length of the second cylindrical body and radially for the entire radial thickness of the second cylindrical body .
A method of determining amino acid sequences of peptides that bind to an MHC-I or HLA-I complex or an MHC-II or HLA-II complex, comprising: providing an obtained sample comprising an MHC-I or HLA-I complex or an MHC-II or HLA-II complex and isolating unlabeled peptides from the MHC-I or HLA-I complex or the MHC-II or HLA-II complex to produce a sample comprising unlabeled isolated peptides; adding one or more labeled peptides to the sample to form a single mixed sample comprising the labeled peptides and the unlabeled isolated peptides; analyzing the single mixed sample with an LC-MS/MS system to produce survey mass spectrometry scans of the sample; integrating into the LC-MS/MS system a target label filter based on the survey mass spectrometry scans to monitor a list of the one or more labeled peptides, wherein the filter comprises an algorithm that increases scan duration when the labeled peptides are detected, thereby creating an integrated LC-MS/MS system; analyzing the single mixed sample continuously with the integrated LC-MS/MS system, wherein detection of the one or more labeled peptides triggers the LC-MS/MS system to scan unlabeled isolated peptides until the integrated LC-MS/MS no longer detects the one or more labeled peptides; wherein the integrated LC-MS/MS system alternates between obtaining survey scans and scans of the one or more labeled peptides for the detection of endogenous peptides having the identical amino acid sequence of the one or more labeled peptides, respectively, and determining the amino acid sequence of the unlabeled isolated peptides scanned by the integrated LC-MS/MS system. providing an obtained sample comprising an MHC-I or HLA-I complex or an MHC-II or HLA-II complex and isolating unlabeled peptides from the MHC-I or HLA-I complex or the MHC-II or HLA-II complex to produce a sample comprising unlabeled isolated peptides; adding one or more labeled peptides to the sample to form a single mixed sample comprising the labeled peptides and the unlabeled isolated peptides; analyzing the single mixed sample with an LC-MS/MS system to produce survey mass spectrometry scans of the sample; integrating into the LC-MS/MS system a target label filter based on the survey mass spectrometry scans to monitor a list of the one or more labeled peptides, wherein the filter comprises an algorithm that increases scan duration when the labeled peptides are detected, thereby creating an integrated LC-MS/MS system; analyzing the single mixed sample continuously with the integrated LC-MS/MS system, wherein detection of the one or more labeled peptides triggers the LC-MS/MS system to scan unlabeled isolated peptides until the integrated LC-MS/MS no longer detects the one or more labeled peptides; wherein the integrated LC-MS/MS system alternates between obtaining survey scans and scans of the one or more labeled peptides for the detection of endogenous peptides having the identical amino acid sequence of the one or more labeled peptides, respectively, and determining the amino acid sequence of the unlabeled isolated peptides scanned by the integrated LC-MS/MS system.
A backdrive braking element for preventing backdrive of a shaft , the backdrive braking element comprising: a poly-lobed locking mechanism including an unlock shaft couplable to the shaft , wherein the poly-lobed locking mechanism is contained in a fixed housing having an interior cavity surrounded by interior walls , wherein the unlock shaft is coupled to a poly lock drive and brake assembly , and wherein the poly lock drive and brake assembly includes a plurality of poly lock drive and brake segments and is contained within the interior cavity of the fixed housing , characterized in that : the unlock shaft has a polygonal shape inside profile . a poly-lobed locking mechanism including an unlock shaft couplable to the shaft , wherein the poly-lobed locking mechanism is contained in a fixed housing having an interior cavity surrounded by interior walls , wherein the unlock shaft is coupled to a poly lock drive and brake assembly , and wherein the poly lock drive and brake assembly includes a plurality of poly lock drive and brake segments and is contained within the interior cavity of the fixed housing , characterized in that : the unlock shaft has a polygonal shape inside profile .
A scanning device , comprising: a first sensor , a second sensor , a first channel corresponding to the first sensor, a second channel corresponding to the second sensor, and a selector ; the first sensor, being configured to collect first image data of a to-be-scanned document; the second sensor, being configured to collect second image data of the to-be-scanned document; and the selector is configured to acquire the image data collected by the first sensor and the image data collected by the second sensor in an uninterrupted, continuous and cross-flow manner; the selector, being configured to acquire image data alternately from the first channel and the second channel to acquire a first image data from the first channel and a second image data from the second channel by using a pixel-by-pixel acquisition mode in one acquisition cycle; and characterized in that a selection frequency of the selector to select the first channel or the second channel is greater than or equal to twice of an output frequency of the first sensor; and/or, the selection frequency of the selector to select the first channel or the second channel is greater than or equal to twice of an output frequency of the second sensor. the first sensor, being configured to collect first image data of a to-be-scanned document; the second sensor, being configured to collect second image data of the to-be-scanned document; and the selector is configured to acquire the image data collected by the first sensor and the image data collected by the second sensor in an uninterrupted, continuous and cross-flow manner; the selector, being configured to acquire image data alternately from the first channel and the second channel to acquire a first image data from the first channel and a second image data from the second channel by using a pixel-by-pixel acquisition mode in one acquisition cycle; and characterized in that a selection frequency of the selector to select the first channel or the second channel is greater than or equal to twice of an output frequency of the first sensor; and/or, the selection frequency of the selector to select the first channel or the second channel is greater than or equal to twice of an output frequency of the second sensor.
A method of mechanically securing a first object to a second object , the method comprising the steps of: • Providing the first object , wherein the first object comprises thermoplastic material in a solid state, • Providing the second object with a generally flat sheet portion having an edge , • Positioning the first object relative to the second object to provide an assembly comprising the first and second object, in which assembly the edge is in contact with the thermoplastic material, • While the edge is in contact with the thermoplastic material, bringing the first object and the second object to a relative movement to each other such that a melting zone comprising flowable thermoplastic material is formed due to friction heat generated between the edge and the thermoplastic material and such that thermoplastic material of the melting zone flows around the edge to at least partially embed the edge in the thermoplastic material, • stopping the relative movement and letting the thermoplastic material resolidify to yield a positive-fit connection between the first and the second object, wherein the relative movement comprises a rotational movement, characterized in that the rotational movement comprises a rotational movement around a rotation axis , the rotational movement being a back and forth oscillating rotation around the rotation axis , and/or in that the rotational movement comprises an orbital movement. • Providing the first object , wherein the first object comprises thermoplastic material in a solid state, • Providing the second object with a generally flat sheet portion having an edge , • Positioning the first object relative to the second object to provide an assembly comprising the first and second object, in which assembly the edge is in contact with the thermoplastic material, • While the edge is in contact with the thermoplastic material, bringing the first object and the second object to a relative movement to each other such that a melting zone comprising flowable thermoplastic material is formed due to friction heat generated between the edge and the thermoplastic material and such that thermoplastic material of the melting zone flows around the edge to at least partially embed the edge in the thermoplastic material, • stopping the relative movement and letting the thermoplastic material resolidify to yield a positive-fit connection between the first and the second object, wherein the relative movement comprises a rotational movement, characterized in that the rotational movement comprises a rotational movement around a rotation axis , the rotational movement being a back and forth oscillating rotation around the rotation axis , and/or in that the rotational movement comprises an orbital movement.
A reel for winding a cable segment of optical fiber cable type, the reel comprising: - a winding support for supporting the cable segment; - holder means adapted to hold the cable segment wound around the winding support; - first fastener means arranged to fasten the reel to an edge of an electrical circuit card so that the reel is positioned on one side of the circuit card; - second fastener means arranged to fasten the reel flat against a face of the circuit card. - a winding support for supporting the cable segment; - holder means adapted to hold the cable segment wound around the winding support; - first fastener means arranged to fasten the reel to an edge of an electrical circuit card so that the reel is positioned on one side of the circuit card; - second fastener means arranged to fasten the reel flat against a face of the circuit card.
A vehicle control method comprising: detecting a position of a stationary object on a road on which a host vehicle is traveling; detecting a velocity (V1) of the host vehicle ; detecting a position and a velocity (V2) of an oncoming vehicle traveling in a direction opposite to a traveling direction of the host vehicle in an oncoming lane adjacent to a traveling lane in which the host vehicle is traveling; setting a region including the stationary object on the road defined within a predetermined distance from the stationary object along an extending direction of the road; calculating a passing position (P) at which the host vehicle and the oncoming vehicle pass each other in accordance with the velocity (V1) of the host vehicle and the position and the velocity (V2) of the oncoming vehicle ; calculating a first score (s 1 ) that is a larger value as the velocity (V2) of the oncoming vehicle is greater; calculating a second score (s 2 ) that is a larger value as an acceleration rate of the oncoming vehicle is greater; integrating the first score (s 1 ) with the second score (s 2 ) so as to calculate an integration score (s); and causing the host vehicle to decelerate when the integration score (s) is greater than or equal to a predetermined value or causing the host vehicle to keep the velocity or accelerate when the integration score (s) is smaller than the predetermined value in a case in which the passing position (P) is present within the region. detecting a position of a stationary object on a road on which a host vehicle is traveling; detecting a velocity (V1) of the host vehicle ; detecting a position and a velocity (V2) of an oncoming vehicle traveling in a direction opposite to a traveling direction of the host vehicle in an oncoming lane adjacent to a traveling lane in which the host vehicle is traveling; setting a region including the stationary object on the road defined within a predetermined distance from the stationary object along an extending direction of the road; calculating a passing position (P) at which the host vehicle and the oncoming vehicle pass each other in accordance with the velocity (V1) of the host vehicle and the position and the velocity (V2) of the oncoming vehicle ; calculating a first score (s 1 ) that is a larger value as the velocity (V2) of the oncoming vehicle is greater; calculating a second score (s 2 ) that is a larger value as an acceleration rate of the oncoming vehicle is greater; integrating the first score (s 1 ) with the second score (s 2 ) so as to calculate an integration score (s); and causing the host vehicle to decelerate when the integration score (s) is greater than or equal to a predetermined value or causing the host vehicle to keep the velocity or accelerate when the integration score (s) is smaller than the predetermined value in a case in which the passing position (P) is present within the region.
A system for predicting an unintentional leak in a respiratory system during a current sleep session, the system including a respiratory system , a control system having one or more processors and sensors , the control system being configured to: cause, during the current sleep session, pressurized air to be delivered from a respiratory device via a conduit coupled to a user interface , the user interface configured to being worn about a portion of a face of a user to aid in the user receiving at least a portion of the pressurized air; receive historical first data associated with pressurized air delivered from the respiratory device during one or more prior sleep sessions; receive, via one or more first sensors , current first data associated with the pressurized air being delivered from the respiratory device during the current sleep session; receive historical second data associated with one or more orientations of the user during one or more prior sleep sessions; receive, via one or more second sensors , current second data associated with one or more orientations of the user during the current sleep session; and determine,based at least in part on the (i) historical first data, (ii) the current first data, (iii) the historical second data, and (iv) the current second data, a likelihood that an unintentional leak in the respiratory system will occur within a predetermined amount of time. cause, during the current sleep session, pressurized air to be delivered from a respiratory device via a conduit coupled to a user interface , the user interface configured to being worn about a portion of a face of a user to aid in the user receiving at least a portion of the pressurized air; receive historical first data associated with pressurized air delivered from the respiratory device during one or more prior sleep sessions; receive, via one or more first sensors , current first data associated with the pressurized air being delivered from the respiratory device during the current sleep session; receive historical second data associated with one or more orientations of the user during one or more prior sleep sessions; receive, via one or more second sensors , current second data associated with one or more orientations of the user during the current sleep session; and determine,based at least in part on the (i) historical first data, (ii) the current first data, (iii) the historical second data, and (iv) the current second data, a likelihood that an unintentional leak in the respiratory system will occur within a predetermined amount of time.
A method for producing a polyacrylonitrile-based fiber, the method comprising the steps of: (S1) producing a polyacrylonitrile (PAN)-based copolymer by polymerizing a monomer mixture including an acrylonitrile-based monomer, a carboxylic acid-based comonomer, and butyl acrylate such that butyl acrylate is included in an amount of 10 to 20 parts by weight, based on 100 parts by weight of the monomer mixture; (S2) fiberizing the polyacrylonitrile-based copolymer; and (S3) oxidizing and stabilizing the fiberized polyacrylonitrile-based copolymer. (S1) producing a polyacrylonitrile (PAN)-based copolymer by polymerizing a monomer mixture including an acrylonitrile-based monomer, a carboxylic acid-based comonomer, and butyl acrylate such that butyl acrylate is included in an amount of 10 to 20 parts by weight, based on 100 parts by weight of the monomer mixture; (S2) fiberizing the polyacrylonitrile-based copolymer; and (S3) oxidizing and stabilizing the fiberized polyacrylonitrile-based copolymer.
Flowmeter having at least one control and evaluation unit and having a sensor unit for capturing a primary variable, wherein the control and evaluation unit has at least one computing unit for determining the flow rate and/or for operating the sensor unit , wherein the sensor unit is connected to the computing unit , and wherein the computing unit is designed in such a way that, during operation, it determines the flow rate from the primary variable having at least one memory associated with the flowmeter for storing a plurality of data sets (7.1, 7.2, 7.3, 7.4) characterized in that , during operation, the computing unit controls the sensor unit based on at least one data set (7.1, 7.2, 7.3, 7.4) of a plurality of data sets, wherein the at least one data set (7.1, 7.2, 7.3, 7.4) comprises at least one set of calibration values and/or at least one parameter for the operation of the sensor unit , in detail for the control of the sensor unit , and wherein the at least one data set (7.1, 7.2, 7.3, 7.4) is assigned to at least one value of a state variable, wherein the at least one state variable is a medium parameter and/or a process parameter, and wherein the computing unit is designed in such a way that it exchanges the data set (7.1, 7.2, 7.3, 7.4) during operation depending on a change in the state variable. having at least one memory associated with the flowmeter for storing a plurality of data sets (7.1, 7.2, 7.3, 7.4) characterized in that , during operation, the computing unit controls the sensor unit based on at least one data set (7.1, 7.2, 7.3, 7.4) of a plurality of data sets, wherein the at least one data set (7.1, 7.2, 7.3, 7.4) comprises at least one set of calibration values and/or at least one parameter for the operation of the sensor unit , in detail for the control of the sensor unit , and wherein the at least one data set (7.1, 7.2, 7.3, 7.4) is assigned to at least one value of a state variable, wherein the at least one state variable is a medium parameter and/or a process parameter, and wherein the computing unit is designed in such a way that it exchanges the data set (7.1, 7.2, 7.3, 7.4) during operation depending on a change in the state variable.