mhurhangee/patent-ind-claim-en huggingface dataset:
A partially separated fiber bundle having a surface of a reinforcing fiber coated with a primary sizing agent and a secondary sizing agent containing a water-soluble polyamide-based resin, in which a separated fiber section consisting of a plurality of separated fiber bundles and an unseparated fiber section are provided alternately along a longitudinal direction of the reinforcing fiber bundle consisting of a plurality of single yarns, the partially separated fiber bundle further comprising an interlaced section, wherein the reinforcing fiber bundle contains 600 fibers/mm or more and less than 1,600 fibers/mm of fibers per unit width while the reinforcing fiber bundle has a drape level of 120 mm or more and 240 mm or less, wherein the drape level is determined as follows: the partially separated fiber bundle cut into 30cm length is fixed to an end of a rectangular solid stand so that 25cm of the partially separated fiber bundle projects from the end of the stand at 23±5°C, wherein a part of 5cm from a tip of the partially separated fiber bundle is placed on the end of the stand, then 5 minutes later, drape level D1 is determined by measuring the shortest distance between a side face of the stand and a tip of the partially separated fiber bundle which is not fixed to the stand, wherein the measurement results of five samples n=5 are averaged.
An anti-resonant hollow-core optical fiber comprising a first tubular cladding element which defines an internal cladding surface , a plurality of second tubular elements which are attached to the internal cladding surface and together define a core with an effective radius (R), and a plurality of third tubular elements , each nested within a respective one of the second tubular elements to provide nested tubular arrangements (11a-f); characterized in that : the second tubular elements are arranged in spaced relation and adjacent ones of the second tubular elements have a spacing (d) therebetween; a ratio (d/t) of the spacing (d) of the adjacent second tubular elements and a wall thickness (t) of the second tubular elements is greater than 0.5 and less than 12; and a ratio (z/R) of a radial spacing (z) between radially-inner walls of the second and third tubular elements to the core radius (R) is between 0.35 and 0.95. the second tubular elements are arranged in spaced relation and adjacent ones of the second tubular elements have a spacing (d) therebetween; a ratio (d/t) of the spacing (d) of the adjacent second tubular elements and a wall thickness (t) of the second tubular elements is greater than 0.5 and less than 12; and a ratio (z/R) of a radial spacing (z) between radially-inner walls of the second and third tubular elements to the core radius (R) is between 0.35 and 0.95.
Reactor for the synthesis of melamine from urea, according to the high-pressure non-catalytic process, comprising: a vertical reactor body , at least one inlet for the urea melt, a set of heating elements , and a central duct , characterized in that : said central duct delimits an inner reaction zone inside said duct, and a peripheral reaction zone around said duct, and said set of heating elements is arranged in the inner reaction zone inside said central duct.
An isolated antibody or antigen-binding fragment thereof that specifically binds to human protease activated receptor 2 (PAR-2) and comprises the heavy chain variable region (VH) complementarity determining region (CDR) 1, VH CDR2, VH CDR3 and light chain variable region (VL) CDR1, VL CDR2, and VL CDR3 sequences of SEQ ID NOs: 10, 11, 12, 16, 17, and 18, respectively.
A system, comprising: a processor configured to: select data to access via a user device ; identify a user profile associated with the user device ; retrieve at least one user policy associated with the user profile; determine policies and rights as certain degrees of access ; match the at least one user policy to a data policy associated with the data , wherein the user policy must be matched to the data policy in order for the user device to receive access to the data, wherein if the user profile does not contain a sufficient privilege policy level that is at least as comparable as the data policy, the user device will not receive access to the data; receive an encryption key at the user device if the user profile contains a sufficient privilege policy level that is at least as comparable as the data policy; apply the encryption key to the data ; and unwrap the data from a wrapped data format to access the data ; and a receiver configured to receive the unwrapped data at the user device . a processor configured to: select data to access via a user device ; identify a user profile associated with the user device ; retrieve at least one user policy associated with the user profile; determine policies and rights as certain degrees of access ; match the at least one user policy to a data policy associated with the data , wherein the user policy must be matched to the data policy in order for the user device to receive access to the data, wherein if the user profile does not contain a sufficient privilege policy level that is at least as comparable as the data policy, the user device will not receive access to the data; receive an encryption key at the user device if the user profile contains a sufficient privilege policy level that is at least as comparable as the data policy; apply the encryption key to the data ; and unwrap the data from a wrapped data format to access the data ; and select data to access via a user device ; identify a user profile associated with the user device ; retrieve at least one user policy associated with the user profile; determine policies and rights as certain degrees of access ; match the at least one user policy to a data policy associated with the data , wherein the user policy must be matched to the data policy in order for the user device to receive access to the data, wherein if the user profile does not contain a sufficient privilege policy level that is at least as comparable as the data policy, the user device will not receive access to the data; receive an encryption key at the user device if the user profile contains a sufficient privilege policy level that is at least as comparable as the data policy; apply the encryption key to the data ; and unwrap the data from a wrapped data format to access the data ; and a receiver configured to receive the unwrapped data at the user device .
A method of decoding video data, the method comprising: receive a phase shift value signalled in a picture header; selecting a filter from a filter set for upsampling the first layer video data based on a sum of the phase shift value and a phase calculated based on a spatial aspect ratio between the first layer video data and the second layer video data; upsampling the first layer video data using the selected filter, the upsampled first layer video data having the same spatial resolution as the second layer video data; and decoding the second layer video data based at least on the upsampled first layer video data. receive a phase shift value signalled in a picture header; selecting a filter from a filter set for upsampling the first layer video data based on a sum of the phase shift value and a phase calculated based on a spatial aspect ratio between the first layer video data and the second layer video data; upsampling the first layer video data using the selected filter, the upsampled first layer video data having the same spatial resolution as the second layer video data; and decoding the second layer video data based at least on the upsampled first layer video data.
Electrical plug-in connection , comprising a connecting element for connecting a first electrical assembly to a second electrical assembly with a first electrical plug-in connector (9.1) arranged at a first end (4.1) and comprising a first electrical counterpart plug-in connector (10.1), wherein the first counterpart plug-in connector (10.1) comprises contact springs and the first plug-in connector (9.1) comprises an electrically conductive outer housing with a first contact region which runs at least in ring-segment-shaped circumferential fashion, and wherein the contact springs act via the first contact region on the outer housing in order to produce electrical contact and a mechanical connection between the first plug-in connector (9.1) and the first counterpart plug-in connector (10.1), characterized in that the outer housing of the first plug-in connector (9.1) is formed in one piece with an outer housing of the connecting element , wherein a) the contact springs act on the first contact region such that the outer housing is acted on with an axial force (F A ) which acts along a longitudinal axis (L G ) of the first counterpart plug-in connector (10.1) and which pushes the outer housing against an axial end stop of the first counterpart plug-in connector (10.1), and/or b) the contact springs are designed such that they exert on the first contact region and on a second contact region of the outer housing , which second contact region runs at least in ring-segment-shaped circumferential fashion and is axially offset with respect to the first contact region along a longitudinal axis (L) of the connecting element , a respective radial force (F R ), which acts orthogonally with respect to the longitudinal axis (L G ) of the first counterpart plug-in connector (10.1), on the outer housing . a) the contact springs act on the first contact region such that the outer housing is acted on with an axial force (F A ) which acts along a longitudinal axis (L G ) of the first counterpart plug-in connector (10.1) and which pushes the outer housing against an axial end stop of the first counterpart plug-in connector (10.1), and/or b) the contact springs are designed such that they exert on the first contact region and on a second contact region of the outer housing , which second contact region runs at least in ring-segment-shaped circumferential fashion and is axially offset with respect to the first contact region along a longitudinal axis (L) of the connecting element , a respective radial force (F R ), which acts orthogonally with respect to the longitudinal axis (L G ) of the first counterpart plug-in connector (10.1), on the outer housing .
A water barrier encapsulating a cable core, wherein the water barrier comprises at least one layer of a laminate structure being wrapped around the cable core with at least some overlap between opposite edges of the laminate structure , characterised in that the laminate structure comprises: - a layer of metal foil having a lower and an upper surface area, - a first layer of thermoplastic polymer laid onto and covering the lower surface of the layer of metal foil except for a first longitudinal uncovered surface area of the layer of metal foil, and - a second layer of thermoplastic polymer laid onto and covering the upper surface of the layer of metal foil except for a second longitudinal uncovered surface area of the layer of metal foil , and wherein - the laminate structure is wrapped around the cable core such that the first longitudinal uncovered surface area of the metal foil faces the cable core and the second longitudinal uncovered surface area of the metal foil faces away from the laminate structure , and - the laminate structure is thermally joined by a heat treatment the water barrier comprises at least one layer of a laminate structure being wrapped around the cable core with at least some overlap between opposite edges of the laminate structure , characterised in that the laminate structure comprises: - a layer of metal foil having a lower and an upper surface area, - a first layer of thermoplastic polymer laid onto and covering the lower surface of the layer of metal foil except for a first longitudinal uncovered surface area of the layer of metal foil, and - a second layer of thermoplastic polymer laid onto and covering the upper surface of the layer of metal foil except for a second longitudinal uncovered surface area of the layer of metal foil , - a layer of metal foil having a lower and an upper surface area, - a first layer of thermoplastic polymer laid onto and covering the lower surface of the layer of metal foil except for a first longitudinal uncovered surface area of the layer of metal foil, and - a second layer of thermoplastic polymer laid onto and covering the upper surface of the layer of metal foil except for a second longitudinal uncovered surface area of the layer of metal foil , - the laminate structure is wrapped around the cable core such that the first longitudinal uncovered surface area of the metal foil faces the cable core and the second longitudinal uncovered surface area of the metal foil faces away from the laminate structure , and - the laminate structure is thermally joined by a heat treatment
A method of controlling an electronic apparatus comprising: receiving input of a first utterance; identifying a first task for the first utterance based on the first utterance; providing a response to the first task based on a predetermined response pattern set for the first task; receiving input of a second utterance after the response to the first task is provided; identifying a second task for the second utterance based on the second utterance; providing a response to the second task based on a predetermined response pattern set for the second task; characterised in that the method additionally comprises: determining a degree of association between the first task and the second task; and setting a response pattern for the first task including the response to the first task and the response to the second task based on the determined degree of association between the first task and the second task satisfying a predetermined condition; receiving input of a third utterance; and in response to the third utterance being related to the first task, providing the response to the first task and the response to the second task based on the set response pattern. receiving input of a first utterance; identifying a first task for the first utterance based on the first utterance; providing a response to the first task based on a predetermined response pattern set for the first task; receiving input of a second utterance after the response to the first task is provided; identifying a second task for the second utterance based on the second utterance; providing a response to the second task based on a predetermined response pattern set for the second task; characterised in that the method additionally comprises: determining a degree of association between the first task and the second task; and setting a response pattern for the first task including the response to the first task and the response to the second task based on the determined degree of association between the first task and the second task satisfying a predetermined condition; receiving input of a third utterance; and in response to the third utterance being related to the first task, providing the response to the first task and the response to the second task based on the set response pattern. determining a degree of association between the first task and the second task; and setting a response pattern for the first task including the response to the first task and the response to the second task based on the determined degree of association between the first task and the second task satisfying a predetermined condition; receiving input of a third utterance; and in response to the third utterance being related to the first task, providing the response to the first task and the response to the second task based on the set response pattern.
A chorionic gonadotropin carboxy terminal peptide (CTP)-modified coagulation factor consisting of a coagulation factor and three CTPs attached to the carboxy terminus of said coagulation factor, and wherein said CTP-modified coagulation factor is: a. a CTP-modified Factor IX (FIX) polypeptide consisting of the amino acid sequence of SEQ ID NO: 31 or amino acids 47-545 of SEQ ID NO: 31, b. a CTP-modified Factor VII (FVII) polypeptide consisting of the amino acid sequence of SEQ ID NO: 25 or amino acids 39-528 of SEQ ID NO: 25, or c. a CTP-modified activated Factor VII (FVIIa) polypeptide consisting of the amino acid sequence of amino acids 39-528 of SEQ ID NO: 25; for use in treating hemophilia A in a human subject. a. a CTP-modified Factor IX (FIX) polypeptide consisting of the amino acid sequence of SEQ ID NO: 31 or amino acids 47-545 of SEQ ID NO: 31, b. a CTP-modified Factor VII (FVII) polypeptide consisting of the amino acid sequence of SEQ ID NO: 25 or amino acids 39-528 of SEQ ID NO: 25, or c. a CTP-modified activated Factor VII (FVIIa) polypeptide consisting of the amino acid sequence of amino acids 39-528 of SEQ ID NO: 25;
A method for laser cutting dielectric or semiconductor materials, comprising the following steps: - emitting in single-pulse mode at a repetition frequency (frep) a laser beam at a wavelength comprised in a spectral band of transparency of the material; - spatially splitting the laser beam into a first split beam having a first energy distributed along a first optical axis and, respectively, a second split beam having a second energy distributed along a second optical axis distinct from the first optical axis, the first energy and the second energy being higher than a material modification threshold; - spatially concentrating the energy of the first split beam in a first area of the material and, respectively, that of the second split beam in a second area of the material, the first area and the second area being separated from each other and spaced apart by a distance dx, so as to produce localized modifications in the first area and in the second area ; and - adjusting the distance (dx) between the first area and the second area lower than a distance threshold, comprised between 1 micrometre and about ten micrometres so as to initiate an oriented rectilinear micro-fracture , this micro-fracture being oriented along a predetermined direction extending between the first area and the second area ; characterized in that the laser beam comprises at least one burst of N laser pulses, where N is a natural integer higher than or equal to 2, said laser pulses having a femtosecond duration, the N laser pulses of one burst being temporally separated from each other by a time interval comprised between a few hundreds of nanoseconds and one picosecond, the time interval being defined by a frequency (fosc) of the pulses of the burst, the repetition frequency (frep) being much lower than the frequency (fosc) of the pulses of the burst. - emitting in single-pulse mode at a repetition frequency (frep) a laser beam at a wavelength comprised in a spectral band of transparency of the material; - spatially splitting the laser beam into a first split beam having a first energy distributed along a first optical axis and, respectively, a second split beam having a second energy distributed along a second optical axis distinct from the first optical axis, the first energy and the second energy being higher than a material modification threshold; - spatially concentrating the energy of the first split beam in a first area of the material and, respectively, that of the second split beam in a second area of the material, the first area and the second area being separated from each other and spaced apart by a distance dx, so as to produce localized modifications in the first area and in the second area ; and - adjusting the distance (dx) between the first area and the second area lower than a distance threshold, comprised between 1 micrometre and about ten micrometres so as to initiate an oriented rectilinear micro-fracture , this micro-fracture being oriented along a predetermined direction extending between the first area and the second area ;
A mobile measurement system for use in measuring a physical property of an external system , the mobile measurement system comprising: a handheld device configured to receive measurement data pertaining to a measurement of the external system , wherein the received measurement data comprises at least one measured electrical parameter corresponding to the physical property of the external system ; a measurement device communicatively coupled to the handheld device , wherein the measurement device is configured, in use, to be applied to said external system at a physical interface , to measure the physical property of the external system during a period of time, and to generate the measurement data, wherein the generated measurement data corresponds to said period of time, and wherein the measurement device communicates the generated measurement data to the handheld device ; and an optical sensing device communicatively coupled to the handheld device , wherein the optical sensing device , in use, generates optical data depicting an image of said physical interface of the measurement device and the external system while the measurement device is measuring the physical property of the external system , wherein the generated optical data corresponds to a particular point in time within said period of time, and wherein the mobile measurement system is further configured to associate and store the generated optical data corresponding to the particular point in time with said measurement data corresponding to said period of time. a handheld device configured to receive measurement data pertaining to a measurement of the external system , wherein the received measurement data comprises at least one measured electrical parameter corresponding to the physical property of the external system ; a measurement device communicatively coupled to the handheld device , wherein the measurement device is configured, in use, to be applied to said external system at a physical interface , to measure the physical property of the external system during a period of time, and to generate the measurement data, wherein the generated measurement data corresponds to said period of time, and wherein the measurement device communicates the generated measurement data to the handheld device ; and an optical sensing device communicatively coupled to the handheld device , wherein the optical sensing device , in use, generates optical data depicting an image of said physical interface of the measurement device and the external system while the measurement device is measuring the physical property of the external system , wherein the generated optical data corresponds to a particular point in time within said period of time, and wherein the mobile measurement system is further configured to associate and store the generated optical data corresponding to the particular point in time with said measurement data corresponding to said period of time.