mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a User Equipment, UE, having a reduced UE bandwidth as compared with regular UEs, the method comprising: receiving, from a network node, a low-complexity system information block, LC-SIB, which is configured for UEs having said reduced UE bandwidth, the LC-SIB comprising information related to a configuration of a low-complexity physical downlink control channel, LC-PDCCH, common search space for UEs having said reduced UE bandwidth; receiving, within the LC-PDCCH common search space, a first unicast LC-PDCCH, the received LC-PDCCH being associated with a unicast physical downlink shared channel, PDSCH, carrying a dedicated Radio Resource Control, RRC, message, the dedicated RRC message including information related to the LC-PDCCH configuration comprising a UE-specific LC-PDCCH region; and receiving, within the UE-specific LC-PDCCH region, a second unicast LC-PDCCH. receiving, from a network node, a low-complexity system information block, LC-SIB, which is configured for UEs having said reduced UE bandwidth, the LC-SIB comprising information related to a configuration of a low-complexity physical downlink control channel, LC-PDCCH, common search space for UEs having said reduced UE bandwidth; receiving, within the LC-PDCCH common search space, a first unicast LC-PDCCH, the received LC-PDCCH being associated with a unicast physical downlink shared channel, PDSCH, carrying a dedicated Radio Resource Control, RRC, message, the dedicated RRC message including information related to the LC-PDCCH configuration comprising a UE-specific LC-PDCCH region; and receiving, within the UE-specific LC-PDCCH region, a second unicast LC-PDCCH.
A composite material characterized in that it comprises: - 1-2% by weight of a thermosetting resin; - 45-90% by weight of a mix of natural, synthetic and mineral fibers; - 5-45% by weight of vermiculite; and - 4-9% by weight of halloysite. - 1-2% by weight of a thermosetting resin; - 45-90% by weight of a mix of natural, synthetic and mineral fibers; - 5-45% by weight of vermiculite; and - 4-9% by weight of halloysite.
A method of controlling the deposition of a plurality of semifinished elements for tyre production, said method comprising: - sending a first radiation onto at least one component of a tyre being processed, said component being at least partly formed with said plurality of semifinished elements defining a radially external layer of said tyre being processed; - receiving a corresponding first reflected radiation (R1') from a radially external surface of said tyre being processed; - determining, as a function of at least said first reflected radiation (R1'), one or more parameters representative of a thickness of said radially external layer; - comparing said one or more parameters with corresponding reference values (REF1, REF2); - generating an alarm signal as a function of said comparison; wherein said semifinished elements are strip-like elements suitably disposed in side by side or partially overlapped relationship, and said one or more parameters comprise a first parameter representative of mutual overlapping of said semifinished elements and/or a second parameter representative of a lack of mutual overlapping of said semifinished elements. - sending a first radiation onto at least one component of a tyre being processed, said component being at least partly formed with said plurality of semifinished elements defining a radially external layer of said tyre being processed; - receiving a corresponding first reflected radiation (R1') from a radially external surface of said tyre being processed; - determining, as a function of at least said first reflected radiation (R1'), one or more parameters representative of a thickness of said radially external layer; - comparing said one or more parameters with corresponding reference values (REF1, REF2); - generating an alarm signal as a function of said comparison; wherein said semifinished elements are strip-like elements suitably disposed in side by side or partially overlapped relationship, and said one or more parameters comprise a first parameter representative of mutual overlapping of said semifinished elements and/or a second parameter representative of a lack of mutual overlapping of said semifinished elements.
A mounting screw comprising a carbon steel basic body part, the mounting screw being at least partly painted, the mounting screw further comprising a cathodic protective layer arranged on the basic body part, characterized in that the mounting screw comprises also two or more paint coat layers (5, 6), of which a first paint coat layer is a ground coat layer comprising a component that increases corrosion resistance, and a pretreatment layer arranged under the ground coat layer, wherein the pretreatment layer is a passivation layer comprising silane as an adhesion promoter.
An aqueous binder solution comprising a) water, b) polyamideimide or polyether imide, c) an amine, and d) one or more solvent; wherein the one or more solvent comprises dimethylacetoacetamide, acetoacetamide, tetramethylguanidine, or mixtures thereof; wherein the term "polyamideimide" also includes polyamic acid and salts of polyamic acid from which polyamideimide may be derived; and wherein the amine (c) and solvent (d) can be the same or different.
System for effective training heart rate zone determination, the system comprising: - a training module adapted to determine target a training heart rate zone (TTHR) based on at least one stored parameter; - at least one sensor for measuring core temperature (Tc) of a user's body during training; - at least one sensor for measuring a user's heart rate during training; characterized in that the system further comprises: - a compensation module, which is arranged for compensating the target training heart rate zone (TTHR) based on said core temperature, wherein an effective training heart rate zone (ETHR) is composed of the target training heart rate zone (TTHR) and a temperature compensation value, wherein the compensation module is adapted to use the following function to determine the temperature compensation value: C = P × Tc - Tb, wherein C is the temperature compensation value, P is a personal compensation value, Tc is the core temperature and Tb represents average body temperature at rest; - an indicating module adapted to compare the users heart rate to the effective training heart rate zone (ETHR) and to inform the user during training when the heart rate exceeds or drops under the effective training heart rate zone (ETHR). - a training module adapted to determine target a training heart rate zone (TTHR) based on at least one stored parameter; - at least one sensor for measuring core temperature (Tc) of a user's body during training; - at least one sensor for measuring a user's heart rate during training; characterized in that the system further comprises: - a compensation module, which is arranged for compensating the target training heart rate zone (TTHR) based on said core temperature, wherein an effective training heart rate zone (ETHR) is composed of the target training heart rate zone (TTHR) and a temperature compensation value, wherein the compensation module is adapted to use the following function to determine the temperature compensation value: C = P × Tc - Tb, wherein C is the temperature compensation value, P is a personal compensation value, Tc is the core temperature and Tb represents average body temperature at rest; - an indicating module adapted to compare the users heart rate to the effective training heart rate zone (ETHR) and to inform the user during training when the heart rate exceeds or drops under the effective training heart rate zone (ETHR).
Computer-implemented method for identifying a short axis in an image of a lesion region comprising the steps of - 1) Inputting a set of voxels defining a 3D lesion and defining the long axis of said lesion and the direction of a plane comprising said long and short axes, - 2) Dividing said long axis into ranges, each having a preset range width range_width, - 3) Projecting each point of the input set of voxels onto said long axis according to a direction substantially perpendicular to the direction of said long axis, - 4) Forming clusters of points projected onto the same range and, within each of the formed clusters, defining the most distant point pair, - 5) Selecting the most distant pair among clusters as intra_candidate, - 6) For each range, finding inter_candidates by evaluating pairs of points with one point belonging to one range and another point to an adjacent range and selecting the most distant of such pairs for each range, - 7) Selecting in inter_candidates the most distant pair pair_inter fulfilling the condition that through its voxels an axis can be drawn that is substantially perpendicular to said long axis with an angle of deviation from the perpendicular direction to the long axis which is smaller than a pre-defined value max_deviation, - 8) Assigning the short axis either to said intra_candidate or to pair_inter if the axis through its points is longer than the axis assigned to said inter_candidate, - 9) If no pair is found for which inside the voxels of said pair an axis can be drawn that is substantially perpendicular to said long axis, increasing range_width and repeating from the second step. - 1) Inputting a set of voxels defining a 3D lesion and defining the long axis of said lesion and the direction of a plane comprising said long and short axes, - 2) Dividing said long axis into ranges, each having a preset range width range_width, - 3) Projecting each point of the input set of voxels onto said long axis according to a direction substantially perpendicular to the direction of said long axis, - 4) Forming clusters of points projected onto the same range and, within each of the formed clusters, defining the most distant point pair, - 5) Selecting the most distant pair among clusters as intra_candidate, - 6) For each range, finding inter_candidates by evaluating pairs of points with one point belonging to one range and another point to an adjacent range and selecting the most distant of such pairs for each range, - 7) Selecting in inter_candidates the most distant pair pair_inter fulfilling the condition that through its voxels an axis can be drawn that is substantially perpendicular to said long axis with an angle of deviation from the perpendicular direction to the long axis which is smaller than a pre-defined value max_deviation, - 8) Assigning the short axis either to said intra_candidate or to pair_inter if the axis through its points is longer than the axis assigned to said inter_candidate, - 9) If no pair is found for which inside the voxels of said pair an axis can be drawn that is substantially perpendicular to said long axis, increasing range_width and repeating from the second step.
A luggage piece, comprising: a first shell; a second shell; and a first clamp-type latch configured to releasably secure the first shell to the second shell, characterized in that the luggage piece further comprises: a frame assembly including opposing first and second frame members (146, 148), the first frame member joined to the first shell, the second frame member joined to the second shell, and the first and second frame members (146, 148) pivotably joined together by a hinge; wherein the first clamp-type latch is joined to the frame assembly; the first frame member includes a first recess, the first recess receives therein at least a portion of the first clamp-type latch; proximate the first recess, an exterior surface of a portion of the first shell adjacent to the first frame member is substantially flush with an exterior surface of an adjacent portion of the first frame member; and an exterior surface of the first clamp-type latch is substantially flush with an exterior surface of an adjacent portion of the first frame member when positioned in a latched position. a first shell; a second shell; and a first clamp-type latch configured to releasably secure the first shell to the second shell, a frame assembly including opposing first and second frame members (146, 148), the first frame member joined to the first shell, the second frame member joined to the second shell, and the first and second frame members (146, 148) pivotably joined together by a hinge; wherein the first clamp-type latch is joined to the frame assembly; the first frame member includes a first recess, the first recess receives therein at least a portion of the first clamp-type latch; proximate the first recess, an exterior surface of a portion of the first shell adjacent to the first frame member is substantially flush with an exterior surface of an adjacent portion of the first frame member; and an exterior surface of the first clamp-type latch is substantially flush with an exterior surface of an adjacent portion of the first frame member when positioned in a latched position.
Process for obtaining crude oil products, in which a gaseous stream (d) is formed from a first crude oil stream (b) and the gaseous stream (d) is at least partly subjected to a steamcracking process, wherein the steamcracking process produces a cracking gas stream (e) which is at least partly quenched with a liquid hydrocarbon stream (f) to obtain a quench output stream (g), characterized in that at least a portion of the quench output stream (g) is used to form a separation feed and in that the separation feed is distillatively separated (5, 8) together with a second crude oil stream (c) to obtain distillation output streams (h, i, k, p, r), wherein the separation feed is formed such that it contains hydrocarbons present in the quench output stream (g) that have one, two, three, four or more carbon atoms and/or hydrocarbons formed from such hydrocarbons.
A sound signal analysis apparatus comprising: sound signal input means adapted for inputting a sound signal indicative of a musical piece; and feature value calculation means adapted for calculating a first feature value indicative of a feature relating to existence of a beat in sections of the musical piece and a second feature value indicative of a feature relating to tempo in the sections of the musical piece; characterized in that the sound signal analysis apparatus further comprises estimation means adapted for concurrently estimating a beat position and a change in tempo in the musical piece by selecting, from among a plurality of Hidden Markov Models described as sequences of states (q b, n) classified according to a combination of a physical quantity (n) relating to existence of a beat in the sections of the musical piece and a physical quantity (b) relating to tempo in the sections of the musical piece, a probability model whose sequence of observation likelihoods each indicative of a probability of concurrent observation of the first feature value and the second feature value in corresponding sections of the musical piece satisfies a certain criterion. sound signal input means adapted for inputting a sound signal indicative of a musical piece; and feature value calculation means adapted for calculating a first feature value indicative of a feature relating to existence of a beat in sections of the musical piece and a second feature value indicative of a feature relating to tempo in the sections of the musical piece; characterized in that the sound signal analysis apparatus further comprises estimation means adapted for concurrently estimating a beat position and a change in tempo in the musical piece by selecting, from among a plurality of Hidden Markov Models described as sequences of states (q b, n) classified according to a combination of a physical quantity (n) relating to existence of a beat in the sections of the musical piece and a physical quantity (b) relating to tempo in the sections of the musical piece, a probability model whose sequence of observation likelihoods each indicative of a probability of concurrent observation of the first feature value and the second feature value in corresponding sections of the musical piece satisfies a certain criterion.
A composite comprising a ceramic body, comprising a) a ceramic; b) a first surface; c) a hole, comprising a front face, an end face and a lateral surface, wherein the front face is an opening in the first surface; d) a second surface; e) a first conductor, wherein the first conductor i) electrically connects the second surface to the lateral surface, and ii) comprises a cermet; f) a third surface; and g) at least one further conductor, wherein each further conductor comprises a cermet, characterized in that each further conductor electrically connects the third surface to the lateral surface. a) a ceramic; b) a first surface; c) a hole, comprising a front face, an end face and a lateral surface, wherein the front face is an opening in the first surface; d) a second surface; e) a first conductor, wherein the first conductor i) electrically connects the second surface to the lateral surface, and ii) comprises a cermet; i) electrically connects the second surface to the lateral surface, and ii) comprises a cermet; f) a third surface; and g) at least one further conductor, wherein each further conductor comprises a cermet,
A one pot method for the N -demethylation of an N -methylated heterocycle selected from the group consisting of a morphine alkaloid and a tropane alkaloid comprising mixing the N -methylated heterocycle with a metal catalyst in the presence of an oxidizing agent, wherein the metal catalyst is selected from CuCl, CuI, Cu(OAc) 2, CuCO 3, CuSO 4, CuCl 2, CuO, Pd(OAc) 2, PdCl 2, PdCl 2 (PPh 3) 4, PdBr 2, Pd(acac) 2, Pd 2 (dba) 3, Pd(dba) 2 and Pd(PPh 3) 4.
A residential skylight comprising a wing, which has a glass pane and which has at least one frame piece, which is overlapped by a cover plate, wherein the cover plate has an angled side edge area, which has a piece, which runs towards the glass pane and which has an outer edge, which is located at a distance to the glass pane and forms a free end of the cover plate, characterized in that the cover plate, adjacent to its side edge area, has a drain seam, which points in the direction of the glass pane.
An atomizer comprising a casing (70, 70a), wherein the atomizer further comprising: a cap (10, 10a) detachably coupled to the casing (70, 70a), wherein a chamber and an airflow passage (60, 60a) are separately defined in the casing (70, 70a) and arranged separately, an end of the chamber is an open end and another end of the chamber is a closed end, a sensor (42, 42a) is positioned in the chamber, a heating member is positioned in the airflow passage(60, 60a), an air suction port (11, 11a) is defined on the cap (10, 10a), the air suction port (11, 11a) communicates with both of the open end of the chamber and the airflow passage (60, 60a). a cap (10, 10a) detachably coupled to the casing (70, 70a), wherein a chamber and an airflow passage (60, 60a) are separately defined in the casing (70, 70a) and arranged separately, an end of the chamber is an open end and another end of the chamber is a closed end, a sensor (42, 42a) is positioned in the chamber, a heating member is positioned in the airflow passage(60, 60a), an air suction port (11, 11a) is defined on the cap (10, 10a), the air suction port (11, 11a) communicates with both of the open end of the chamber and the airflow passage (60, 60a).
A locking device comprising - a locking cylinder having at least one cylinder core rotatable in a locking cylinder housing, a locking member, and at least one electromechanically operating coupling means connecting in a rotationally fast manner, or disconnecting, the cylinder core and the locking member, - at least one handle, - connecting means for mechanically and electrically connecting the handle to the cylinder core in a detachable manner, and - electronic access control means comprising a read-out unit for reading out access authorization data from an identification medium, an evaluation circuit for determining access authorization as a function of the access authorization data, and a logical unit cooperating with the evaluation circuit for actuating the coupling means, wherein at least one element selected from the read-out unit, evaluation circuit and logical unit is arranged in the handle, and at least one element selected from the read-out unit, evaluation circuit and logical unit is arranged in the locking cylinder, characterized in that the connecting means comprise at least two electrical contacts disposed at different radial distances from the axis of rotation of the cylinder core, and annular counter-contacts located on respective diameters. - a locking cylinder having at least one cylinder core rotatable in a locking cylinder housing, a locking member, and at least one electromechanically operating coupling means connecting in a rotationally fast manner, or disconnecting, the cylinder core and the locking member, - at least one handle, - connecting means for mechanically and electrically connecting the handle to the cylinder core in a detachable manner, and - electronic access control means comprising a read-out unit for reading out access authorization data from an identification medium, an evaluation circuit for determining access authorization as a function of the access authorization data, and a logical unit cooperating with the evaluation circuit for actuating the coupling means, wherein at least one element selected from the read-out unit, evaluation circuit and logical unit is arranged in the handle, and at least one element selected from the read-out unit, evaluation circuit and logical unit is arranged in the locking cylinder,
A method of power control messaging performed at a base station for a wireless communication, comprising: identifying different quality of service classes associated with different traffic flows; obtaining other sector interference information associated with the different traffic flows, wherein the obtained other sector interference information indicates other sector interference caused by the different traffic flows with respect to one or more sectors; generating different indications of interference for the different quality of service classes based on the obtained other sector interference information; and transmitting the different indications of interference associated with the different quality of service classes to a subscriber station. identifying different quality of service classes associated with different traffic flows; obtaining other sector interference information associated with the different traffic flows, wherein the obtained other sector interference information indicates other sector interference caused by the different traffic flows with respect to one or more sectors; generating different indications of interference for the different quality of service classes based on the obtained other sector interference information; and transmitting the different indications of interference associated with the different quality of service classes to a subscriber station.