mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method applied to an integrated access and backhaul, IAB, system, wherein the method comprises: receiving (S603), by a first node, a first radio resource control, RRC, reconfiguration message from a first donor node through a source parent node and a second node; receiving (S607), by the first node, first indication information from the second node, wherein the first indication information is used to determine that the first RRC reconfiguration message becomes effective; and when the first node determines (S609), based on the first indication information, that the first RRC reconfiguration message becomes effective, establishing (S610), by the first node, an RRC connection to a second donor node based on the first RRC reconfiguration message, wherein the first node and the second node are nodes in a group that performs group handover, the group handover comprises handover of a head node in the group from the source parent node to a target parent node, the source parent node is connected to the first donor node, the target parent node is connected to the second donor node, the second node is the head node or the second node is connected to the head node, the second node is a parent node of the first node, the second node is an IAB node, and the first node is a terminal, wherein the first node receives the first indication information after the first node receives the first RRC reconfiguration message or wherein the first RRC reconfiguration message comprises the first indication information. receiving (S603), by a first node, a first radio resource control, RRC, reconfiguration message from a first donor node through a source parent node and a second node; receiving (S607), by the first node, first indication information from the second node, wherein the first indication information is used to determine that the first RRC reconfiguration message becomes effective; and when the first node determines (S609), based on the first indication information, that the first RRC reconfiguration message becomes effective, establishing (S610), by the first node, an RRC connection to a second donor node based on the first RRC reconfiguration message, wherein the first node and the second node are nodes in a group that performs group handover, the group handover comprises handover of a head node in the group from the source parent node to a target parent node, the source parent node is connected to the first donor node, the target parent node is connected to the second donor node, the second node is the head node or the second node is connected to the head node, the second node is a parent node of the first node, the second node is an IAB node, and the first node is a terminal, wherein the first node receives the first indication information after the first node receives the first RRC reconfiguration message or wherein the first RRC reconfiguration message comprises the first indication information.
A computer-implemented method of training an autonomous vehicle motion planning model, the method comprising: receiving a data log comprising data representing one or more objects detected by an autonomous vehicle (AV) over a time period; the method comprising:: identifying a group of sample times in the data log, in which each of the sample times represents a time at which a motion planning system of the AV made a choice in response to a state of one or more of the objects; for each of the sample times, generating a plurality of candidate trajectories for the AV ; outputting the plurality of candidate trajectories on a display device ; receiving , via a user interface, a label for each of the candidate trajectories, wherein the label for each candidate trajectory includes a rating for that candidate trajectory; saving , to a data set, each of the candidate trajectories in association with its label and the data from the log for its corresponding sample time; and applying the data set to an AV motion planning model to train the AV motion planning model . receiving a data log comprising data representing one or more objects detected by an autonomous vehicle (AV) over a time period; the method comprising:: identifying a group of sample times in the data log, in which each of the sample times represents a time at which a motion planning system of the AV made a choice in response to a state of one or more of the objects; for each of the sample times, generating a plurality of candidate trajectories for the AV ; outputting the plurality of candidate trajectories on a display device ; receiving , via a user interface, a label for each of the candidate trajectories, wherein the label for each candidate trajectory includes a rating for that candidate trajectory; saving , to a data set, each of the candidate trajectories in association with its label and the data from the log for its corresponding sample time; and applying the data set to an AV motion planning model to train the AV motion planning model . identifying a group of sample times in the data log, in which each of the sample times represents a time at which a motion planning system of the AV made a choice in response to a state of one or more of the objects; for each of the sample times, generating a plurality of candidate trajectories for the AV ; outputting the plurality of candidate trajectories on a display device ; receiving , via a user interface, a label for each of the candidate trajectories, wherein the label for each candidate trajectory includes a rating for that candidate trajectory; saving , to a data set, each of the candidate trajectories in association with its label and the data from the log for its corresponding sample time; and applying the data set to an AV motion planning model to train the AV motion planning model .
A server providing a unified application framework for call control and media control for building application components to execute on a Java virtual machine on the server, the server comprising: means for providing a call control API for providing a standardized Java interface for call control, said call control API defining a set of class object primitives for call control; means for providing a media control API for providing a standardized Java interface for media server control, said media control API defining a set of class object primitives for media control; means for constructing a unified call control and media control API defining a set of unified class objects constructed from the class object primitives of the call control API and the media control API, wherein said unified class objects include: a unified event source object for generating unified events from both call control events and media control events; an observer object specifying a type of event and a state of the application; and said unified event source object only dispatching a unified event having an event type to said observer object when the event type and the state of the application match those specified by said observer object; means for deploying an application having components built from the unified class objects; and means for executing the application on a Java virtual machine on the server. means for providing a call control API for providing a standardized Java interface for call control, said call control API defining a set of class object primitives for call control; means for providing a media control API for providing a standardized Java interface for media server control, said media control API defining a set of class object primitives for media control; means for constructing a unified call control and media control API defining a set of unified class objects constructed from the class object primitives of the call control API and the media control API, wherein said unified class objects include: a unified event source object for generating unified events from both call control events and media control events; an observer object specifying a type of event and a state of the application; and said unified event source object only dispatching a unified event having an event type to said observer object when the event type and the state of the application match those specified by said observer object; a unified event source object for generating unified events from both call control events and media control events; an observer object specifying a type of event and a state of the application; and said unified event source object only dispatching a unified event having an event type to said observer object when the event type and the state of the application match those specified by said observer object; means for deploying an application having components built from the unified class objects; and means for executing the application on a Java virtual machine on the server.
A continuous fibrous tape , comprising a substantially planar sheet of natural fibres of length Li, said sheet having a longitudinal dimension L, a transverse dimension w; said sheet comprising substantially planar units positioned in n longitudinal lines , with n being an integer of at least 4, said longitudinal lines being positioned next to each other, each planar unit comprising individual natural fibres having substantially the same length Li; each planar unit having a longitudinal dimension L i and a transverse dimension w/n, each planar unit having a first and a second transverse peripheral edge, opposite to each other and a first and a second longitudinal peripheral edge, opposite to each other; said first and said second transverse peripheral edge having a dimension w/n and said first and said second longitudinal peripheral edge having a dimension Li, each longitudinal line comprising a plurality of planar units (200, 300; 201, 301) positioned in such a way that the first transverse peripheral edge of a first planar unit is adjoining the second transverse peripheral edge of a second planar unit adjoining said first planar unit , wherein the transverse peripheral edges of planar units in a longitudinal line are misaligned in longitudinal direction with the transverse peripheral edges of planar units in an adjoining longitudinal line by a misalignment distance Lv, wherein the misalignment distance Lv is at least 3w/n; and wherein, if the misalignment distance Lv between the transverse peripheral edge of planar units in a first longitudinal line and the transverse peripheral edges of planar units in a second longitudinal line is less than 3w/n, then there are at least two longitudinal lines positioned between the first longitudinal line and the second longitudinal line.
An optical system, comprising: a light-transmitting waveguide substrate configured for receiving input light indicative of an image being projected, guiding said input light by total internal reflection, and coupling the light out of the substrate to propagate along an output path in a predetermined direction; at least one transparent optical element accommodated in said output path and interfacing with at least a portion of a surface of said light-transmitting waveguide substrate, an interface region between at least a portion of the surface of said light-transmitting waveguide substrate and a surface of the optical element being a patterned interface configured to provide optical coupling between the light-transmitting waveguide substrate and said optical element while maintaining the total internal reflection condition of light propagation within said light-transmitting waveguide substrate, wherein a pattern in said patterned interface is a hyperfine structure / subwavelength structure comprising an array of protrusions forming air pockets between the protrusions and the surface of optical element or the waveguide substrate facing said protrusions, each of the protrusions is configured such that a cross section of the protrusion gradually changes from a base portion of the protrusion towards a distal end thereof as a function of a distance from the base portion, and wherein light-transmitting waveguide substrate and said optical element are monolithically embedded together. a light-transmitting waveguide substrate configured for receiving input light indicative of an image being projected, guiding said input light by total internal reflection, and coupling the light out of the substrate to propagate along an output path in a predetermined direction; at least one transparent optical element accommodated in said output path and interfacing with at least a portion of a surface of said light-transmitting waveguide substrate, an interface region between at least a portion of the surface of said light-transmitting waveguide substrate and a surface of the optical element being a patterned interface configured to provide optical coupling between the light-transmitting waveguide substrate and said optical element while maintaining the total internal reflection condition of light propagation within said light-transmitting waveguide substrate, wherein a pattern in said patterned interface is a hyperfine structure / subwavelength structure comprising an array of protrusions forming air pockets between the protrusions and the surface of optical element or the waveguide substrate facing said protrusions, each of the protrusions is configured such that a cross section of the protrusion gradually changes from a base portion of the protrusion towards a distal end thereof as a function of a distance from the base portion, and wherein light-transmitting waveguide substrate and said optical element are monolithically embedded together.
A gas turbine comprising a vane assembly, wherein the vane assembly comprises: an outer ring segment surrounding a rotor extending through an inner central portion of a casing provided in a compressor of the gas turbine, the outer ring segment comprising first fitting cavities respectively extending in an axial direction of the rotor and second fitting cavities provided within the outer ring segment to be arranged in a circumferential direction of the outer ring segment ; vanes fitted into the first fitting cavities ; and a fixing portion fitted into the second fixing cavities to fix the vanes to the outer ring segment ; characterized in that the fixing portion comprises: a lug protruding outwards from a leading end of the fixing portion , in a direction in which the fixing portion is inserted into the second fitting cavities of the outer ring segment ; and a receptacle recessed into a rear end of the fixing portion ; wherein the lug of the fixing portion is configured to be fitted into the receptacle provided in an adjacent fixing portion such that a plurality of fixing portions are fixedly coupled together. an outer ring segment surrounding a rotor extending through an inner central portion of a casing provided in a compressor of the gas turbine, the outer ring segment comprising first fitting cavities respectively extending in an axial direction of the rotor and second fitting cavities provided within the outer ring segment to be arranged in a circumferential direction of the outer ring segment ; vanes fitted into the first fitting cavities ; and a fixing portion fitted into the second fixing cavities to fix the vanes to the outer ring segment ; characterized in that the fixing portion comprises: a lug protruding outwards from a leading end of the fixing portion , in a direction in which the fixing portion is inserted into the second fitting cavities of the outer ring segment ; and a receptacle recessed into a rear end of the fixing portion ; wherein the lug of the fixing portion is configured to be fitted into the receptacle provided in an adjacent fixing portion such that a plurality of fixing portions are fixedly coupled together. a lug protruding outwards from a leading end of the fixing portion , in a direction in which the fixing portion is inserted into the second fitting cavities of the outer ring segment ; and a receptacle recessed into a rear end of the fixing portion ; wherein the lug of the fixing portion is configured to be fitted into the receptacle provided in an adjacent fixing portion such that a plurality of fixing portions are fixedly coupled together.
Apparatus for removing an inner sheath of electrical conductors of a cable , comprising a holding arrangement/clamping apparatus for clamping the stripped cable from which a shield has been removed, and a sensor and control device for the apparatus, if applicable as a module of a higher-level system control, wherein a socket-shaped receiving means is provided for the end of the cable to be processed and the cable is insertable into a central opening of the receiving means by relative movement of the holding arrangement/clamping device and the receiving means, and wherein a working head is provided which is movable axially with regards to the axis of the central opening relative to the receiving means , which working head has at least one central compressed air nozzle oriented to the end of the cable, wherein the portion of the central opening facing the working head tapers toward the working head in a cone/funnel shape, wherein the minimum inner diameter is preferably formed by a circumferential bar at the rear end of the opening , and wherein the working head has a rotating milling head for milling away the inner sheath.
A method for purifying a disulfide oxidoreductase A (DsbA) polypeptide from a cell lysate comprising the DsbA polypeptide, the method comprising a) adding polyethyleneimine (PEI) to a final concentration of 0.01% to 1.0%, preferably 0.1%, to a cell lysate comprising the DsbA polypeptide, b) clarifying the cell lysate by centrifugation, c) applying the clarified cell lysate comprising the DsbA polypeptide to an anion exchange chromatography material, d) eluting the DsbA polypeptide from the anion exchange chromatography material to generate an anion exchange eluate comprising the DsbA polypeptide, e) applying the anion exchange eluate comprising the DsbA polypeptide to a cation exchange chromatography material, f) eluting the DsbA polypeptide from the cation exchange chromatography material to generate a cation exchange eluate comprising the purified DsbA, wherein the DsbA comprises at least 95% monomeric DsbA polypeptide. a) adding polyethyleneimine (PEI) to a final concentration of 0.01% to 1.0%, preferably 0.1%, to a cell lysate comprising the DsbA polypeptide, b) clarifying the cell lysate by centrifugation, c) applying the clarified cell lysate comprising the DsbA polypeptide to an anion exchange chromatography material, d) eluting the DsbA polypeptide from the anion exchange chromatography material to generate an anion exchange eluate comprising the DsbA polypeptide, e) applying the anion exchange eluate comprising the DsbA polypeptide to a cation exchange chromatography material, f) eluting the DsbA polypeptide from the cation exchange chromatography material to generate a cation exchange eluate comprising the purified DsbA, wherein the DsbA comprises at least 95% monomeric DsbA polypeptide.
A method for obtaining an acoustic coupling quantity of a hearing instrument to a user's ear being a Real-Ear-to-Coupler Difference (RECD), a Microphone Location Effect (MLE), and/or a Coupler Response for Flat Insertion Gain (CORFIG), the method comprising the step of providing a hearing instrument placed in or at a user's ear, the hearing instrument comprising at least one outer microphone operable to obtain an input signal from an acoustic signal incident on the user's ear, and at least one receiver operable to produce an output acoustic signal for impinging on the user's eardrum, characterized in that the method comprises the further steps of obtaining a transfer function representative of an acoustic transfer from the receiver to the outer microphone and of performing a computation of said acoustic coupling quantity, wherein in said computation the transfer function is used as an input quantity.
Powder coating formulation comprising at least one partially crystalline thermoplastic unsaturated polyester (A), at least one thermoplastic allyl prepolymer (B) which can be copolymerised with said polyester, and a thermal initiation system (C) consisting of at least one thermal initiator, wherein the allyl prepolymer (B) has a mass average molar mass (determined by means of gel permeation chromatography in accordance with the method specified in the description) of greater than 5000 g/mol, preferably greater than 10,000 g/mol and particularly preferably greater than 20,000 g/mol, and/or has a viscosity (determined according to ISO 3104) of from 30 mPas to 200 mPas, preferably between 40 mPas and 170 mPas, particularly preferably between 50 mPas and 150 mPas, and wherein the unsaturated polyester (A) has a melting point (determined by means of DSC measurement in accordance with the method specified in the description) of between 90 and 120°C, preferably 90 and 110°C, particularly preferably 90 and 105°C, very particularly preferably 90 and 100°C.
A method of processing at least two input materials which are processed to form a product , wherein a predetermined moisture interval is provided for each input material for the processing method, characterised in that : a. each humidity interval is divided into two or more humidity classes, b. a moisture content is measured for each input material before processing, c. each measured input material with its moisture content is assigned to one of the moisture classes, each of the moisture classes having a range of values for the moisture content of the input material within the moisture interval, and d. each input material in the process is processed according to its process control depending on the moisture classes e. wherein a moisture measurement is carried out on the finished product and the process control dependent on the moisture classes is adapted according to the measurement results for the finished product in order to achieve a homogeneous moisture distribution in the finished product. a. each humidity interval is divided into two or more humidity classes, b. a moisture content is measured for each input material before processing, c. each measured input material with its moisture content is assigned to one of the moisture classes, each of the moisture classes having a range of values for the moisture content of the input material within the moisture interval, and d. each input material in the process is processed according to its process control depending on the moisture classes e. wherein a moisture measurement is carried out on the finished product and the process control dependent on the moisture classes is adapted according to the measurement results for the finished product in order to achieve a homogeneous moisture distribution in the finished product.
An antenna arrangement for the reception of circularly polarized satellite radio signals in which an antenna structure having a loop radiator is arranged in a protective antenna cover composed of plastic, wherein the protective antenna cover is provided at the inner side with grooves which are open toward the opening and which are adapted to the outer contour of the antenna structure such that it is held with shape matching at least in the peripheral direction in the protective antenna cover after an insertion through the opening.
A composition for use in the prophylaxis of candidiasis, wherein the composition comprises: (i) active components: xylitol in an amount of 0.3-20.0 % by weight and sodium alginate, or potassium alginate, or a mixture thereof in an amount of 0.01-2.0 % by weight; and (ii) inert components. (i) active components: xylitol in an amount of 0.3-20.0 % by weight and sodium alginate, or potassium alginate, or a mixture thereof in an amount of 0.01-2.0 % by weight; and xylitol in an amount of 0.3-20.0 % by weight and sodium alginate, or potassium alginate, or a mixture thereof in an amount of 0.01-2.0 % by weight; and (ii) inert components.