mhurhangee/ep-ind-claims huggingface dataset:
A first radio station configured to operate a first cell, comprising: communication control means for supporting Dual Connectivity using the first cell and a second cell served by a second radio station, wherein the communication control means is adapted to perform, with a radio terminal, radio resource control for the first and second cells (10, 20) in order to perform the Dual Connectivity with the radio terminal, and the communication control means is adapted to receive, from the second radio station, information about a radio link problem occurring in a radio link in the second cell between the second radio station and the radio terminal while the Dual Connectivity is being performed. communication control means for supporting Dual Connectivity using the first cell and a second cell served by a second radio station, wherein the communication control means is adapted to perform, with a radio terminal, radio resource control for the first and second cells (10, 20) in order to perform the Dual Connectivity with the radio terminal, and the communication control means is adapted to receive, from the second radio station, information about a radio link problem occurring in a radio link in the second cell between the second radio station and the radio terminal while the Dual Connectivity is being performed.
A method of assessing remineralization and/or demineralization in a tooth model comprising the steps of: (a) exposing a tooth model to calcium and a calcium-binding fluorophore either sequentially or simultaneously to deposit calcium or a calcium salt and to associate the calcium-binding fluorophore with the calcium/calcium salt; (b) exposing the remineralized/demineralized tooth model of step (a) to a non-calcium binding fluorophore to produce an enhanced tooth model; wherein the non-calcium binding fluorophore labels demineralized regions of the tooth model and has fluorescence excitation and emission spectra that are at least partially distinct from that of the calcium-binding fluorophore; and (c) assessing remineralization, demineralization, or both on the enhanced tooth model by determining the existence and/or extent of calcium binding fluorophore and non-calcium binding fluorophore on the enhanced test tooth model wherein the tooth model is (i) a tooth or teeth sample obtained from an animal; or (ii) a material sample that models the remineralization and/or demineralization properties of a tooth selected from a hydroxyapatite disk and a calcium phosphate disc; and wherein said assessing step (c) comprises visualizing and quantifying the remineralization, demineralization, or both by measuring fluorescence light emitted from the calcium binding fluorophore and the non-calcium binding fluorophore and creating an image based thereon. (a) exposing a tooth model to calcium and a calcium-binding fluorophore either sequentially or simultaneously to deposit calcium or a calcium salt and to associate the calcium-binding fluorophore with the calcium/calcium salt; (b) exposing the remineralized/demineralized tooth model of step (a) to a non-calcium binding fluorophore to produce an enhanced tooth model; wherein the non-calcium binding fluorophore labels demineralized regions of the tooth model and has fluorescence excitation and emission spectra that are at least partially distinct from that of the calcium-binding fluorophore; and (c) assessing remineralization, demineralization, or both on the enhanced tooth model by determining the existence and/or extent of calcium binding fluorophore and non-calcium binding fluorophore on the enhanced test tooth model wherein the tooth model is (i) a tooth or teeth sample obtained from an animal; or (ii) a material sample that models the remineralization and/or demineralization properties of a tooth selected from a hydroxyapatite disk and a calcium phosphate disc; and wherein said assessing step (c) comprises visualizing and quantifying the remineralization, demineralization, or both by measuring fluorescence light emitted from the calcium binding fluorophore and the non-calcium binding fluorophore and creating an image based thereon.
A method of pairing a smart device (104A-C) with a peripheral device, the method comprising: executing a pairing application (502, 1402) on a smart device (104A-C) to place the smart device in pairing mode; detecting at least one pairing motion event with a dual use piezo circuit (900, 1100, 1300) within the peripheral device, the dual use piezo circuit (900, 1100, 1300) having a first input to control functioning as a vibration/impact sensor and having a second input to control functioning as a sound generator; transmitting an indication of the occurrence of the at least one pairing motion event to the smart device (104A-C); receiving in the smart device (104A-C) the indication of the occurrence of the at least one pairing motion event in satisfaction of at least one pairing condition; and pairing the smart device (104A-C) with the peripheral device in response to satisfaction of the at least one pairing condition. executing a pairing application (502, 1402) on a smart device (104A-C) to place the smart device in pairing mode; detecting at least one pairing motion event with a dual use piezo circuit (900, 1100, 1300) within the peripheral device, the dual use piezo circuit (900, 1100, 1300) having a first input to control functioning as a vibration/impact sensor and having a second input to control functioning as a sound generator; transmitting an indication of the occurrence of the at least one pairing motion event to the smart device (104A-C); receiving in the smart device (104A-C) the indication of the occurrence of the at least one pairing motion event in satisfaction of at least one pairing condition; and pairing the smart device (104A-C) with the peripheral device in response to satisfaction of the at least one pairing condition.
A wind turbine controller configured to be communicatively coupled to a wind turbine (100, 202) and at least one sensor configured to detect at least one environmental condition associated with the wind turbine (100, 202), said wind turbine controller comprising at least one processor in communication with at least one memory device, said at least one processor configured to: retrieve at least one wind condition variable associated with the wind turbine (100, 202); retrieve a power curve, the power curve generated based on the at least one wind condition variable, a probability distribution corresponding to the at least one wind condition variable, and one or more operation variables of the wind turbine (100, 202), wherein the power curve is generated by computing, for each of a plurality of wind speed values, a power value; receive, from the at least one sensor, sensor data; and control the wind turbine (100, 202) using the generated power curve based on the received sensor data. retrieve at least one wind condition variable associated with the wind turbine (100, 202); retrieve a power curve, the power curve generated based on the at least one wind condition variable, a probability distribution corresponding to the at least one wind condition variable, and one or more operation variables of the wind turbine (100, 202), wherein the power curve is generated by computing, for each of a plurality of wind speed values, a power value; receive, from the at least one sensor, sensor data; and control the wind turbine (100, 202) using the generated power curve based on the received sensor data.
A method for transmitting, via a wave-based transmission infrastructure (CN, RA), comprising a core network coupled to a radio access network comprising base stations (Ni) controlled by nodes, content arranged in a base data layer and at least one augmentation data layer, said method comprising the following steps initiated by the core network, when it receives one or more encoded content flows from the central controller: - sending to nodes that control chosen base stations (Ni) forming a first set, a first request to establish a transmission session for a first flow related to a first group of one or more layers of said content comprising at least the base data layer (Bi), - determining a second set of base stations from among the base stations (Ni) of said first set after having defined said first set, and sending to the notes that control said base stations (Ni) of said second set, a second request to establish a transmission session for a second flow related to a second group of one or more layers of said content, distinct from said first group and comprising only augmentation data layers (Cij). - sending to nodes that control chosen base stations (Ni) forming a first set, a first request to establish a transmission session for a first flow related to a first group of one or more layers of said content comprising at least the base data layer (Bi), - determining a second set of base stations from among the base stations (Ni) of said first set after having defined said first set, and sending to the notes that control said base stations (Ni) of said second set, a second request to establish a transmission session for a second flow related to a second group of one or more layers of said content, distinct from said first group and comprising only augmentation data layers (Cij).
Heated laminated windscreen formed of two glass sheets joined by a thermoplastic interlayer sheet, comprising on the one hand a conductive system of layers covering most of the surface of one glass sheet of the windscreen, which system is electrically powered by busbars (3, 4) positioned on the top and bottom edges of the glass sheet, and on the other hand a network of heating wires formed of a set of loops located in the windscreen wiper park area, characterized in that said network in contact with the system of layers, not electrically insulated therefrom, the two heating means, system of layers and network of wires, being located on the same side of the interlayer sheet, lines that locally break the electrical continuity of the conductive system of layers being applied at the location corresponding to the windscreen wiper park area, these lines and the network of heating wires being positioned respectively so that the current powering the heating wires passes over the entire length of these wires, while electrically insulating the heating wires from the busbar located on the bottom edge of the glass sheet, and the loops of wires from one another.
An equipment line for manufacturing heavy-walled steel, having; a heating device for heating a steel, and a hot working device capable for hot working the heated steel into a heavy-walled steel product having a wall thickness exceeding 15 mm and not more than 60 mm, wherein a cooling system is arranged between the heating device and the hot working device, and the cooling system has a cooling power capable for cooling the surface of the steel at an average cooling rate of 1.0°C/s or more.
A construct comprising a cas gene and a regulatory sequence, wherein said cas gene is as set forth in SEQ ID NO:505 or has a nucleotide sequence which is at least 75% identical to SEQ ID NO:505, wherein the construct comprises one or more cas gene(s) and one or more CRISPR repeat(s) which naturally co-occur within the same CRISPR locus of a genome.
A radiation polymerizable aqueous coating composition consisting essentially of: (i) an aqueous polyurethane dispersion having radiation polymerizable ethylenic unsaturation and which is substantially free of groups reactive with hydroxyl functionality under conditions of radiation polymerization; and (ii) an aqueous polyurethane polyol dispersion which is substantially free of polymerizable ethylenic unsaturation and which is unreactive with the aqueous polyurethane dispersion (i) under conditions of radiation polymerization; (iii) a photoinitiator; and (iv) water; and wherein the coating composition is substantially free of external crosslinkers reactive with active hydrogen. (i) an aqueous polyurethane dispersion having radiation polymerizable ethylenic unsaturation and which is substantially free of groups reactive with hydroxyl functionality under conditions of radiation polymerization; and (ii) an aqueous polyurethane polyol dispersion which is substantially free of polymerizable ethylenic unsaturation and which is unreactive with the aqueous polyurethane dispersion (i) under conditions of radiation polymerization; (iii) a photoinitiator; and (iv) water;
Sealing sleeve for a pipe assembly (9, 9a, 9b) with at least two inner pipes for receiving electrical conductors, such as cables, and a flexible sheath, surrounding the at least two inner pipes, comprising at least two sleeve shells, more particularly sleeve half-shells (3a, 3b) which surround the pipe assembly and delimit an insertion opening and a pipe outlet opening, a sealing mat separated in the longitudinal direction of the sealing sleeve, a sealing washer for sealing the pipe outlet opening with at least two passages, each one of which can receive an inner pipe forming a circumferential, closed inner pipe sealing surface, and a clamping device that can be applied externally on the sleeve shells for mutually clamping the sleeve shells, wherein the sealing mat forms several circumferential annular protrusions (51 a, b, c, d) extending radially inwards to the sheath for sealing the inlet opening and between two annular protrusions (51a, b, c, d) a circumferential annular groove (61a, b, c), characterised in that the clamping device presses the sealing mat against the sheath of the pipe assembly (9, 9a, 9b), during clamping the respective elastically deformed annual protrusions (51a, b, c, d) move out of the way so that at least one circumferentially closed sheath sealing surface (53a, b, c, d) is formed between at least one annular protrusion (51a, b, c, d) and the sheath, wherein the several annular protrusions (51a, b, c, d) are at different radial distances from each other with regard to the middle axis.
An apparatus for tightening or loosening a fastener including:- a device for effecting an intermittent turning force which oscillates in a forward and a backward direction and, wherein device includes a device housing; a device piston assembly; a device drive pawl assembly operatively connected with piston assembly; a device drive plate assembly operatively connected with drive pawl assembly; a device ratchet assembly operatively connected with drive plate assembly; a device drive output assembly; and a device reaction support assembly; a drive extension operatively connectable with device and link attachment, and a link attachment operatively connectable to device providing intermittent turning force to turn the fastener, characterized in that the drive extension includes an extension outer reaction assembly operatively connectable with device reaction support assembly, extension outer reaction assembly having an extension base plate with extension reaction pins and; an extension drive input assembly operatively connectable with device drive output assembly; an extension inner drive assembly operatively connected with extension drive input assembly; and an extension drive output assembly.
Lighting device for a motor vehicle with a light conductor arrangement 12, comprising a front side and opposite of it a rear side comprising light deflectors, as well as side areas (20, 22) connecting the front and the rear side 18, said arrangement being adapted to direct light, which experiences a total internal reflection on the side areas (20, 22) and on the front side, into a longitudinal direction of the light conductor arrangement, and to let light, which was reflected at its light deflectors, emit through the front side, characterized in that the light conductor arrangement features at least one first light conductor (12.1) and a second light conductor (12.2), wherein each one of the two light conductors (12.1, 12.2) comprises one coupling arm (32, 34) having a first cross section (q), a light conductor area with a second cross section, and a transition area (40, 44), which is located between the coupling arm and the light conductor area, and in which the cross section is continually and monotonously enlarging from the first cross section until the second cross section, wherein the coupling arm (32, 34) of each of the two light conductors (12.1, 12.2) comprises a first contact surface and the transition area (40, 44) of each of the two light conductors (12.1, 12.2) comprises a second contact surface, and wherein the first contact surfaces (50 and the second contact surfaces are formed in such a way that the coupling arm (32, 34) of the one light conductor inserts into the transition area of the respective other light conductor, wherein the second contact surface of the transition area of the one light conductor (12.2), contacts the first contact surface of the coupling arm of the other light conductor, and that each of the two coupling areas comprises, in a section that contacts the transition area of the respective other coupling arm deflector elements on a rear side of the coupling arm (32, 34) which deflect towards the front side of the coupling arm (32, 34).
A venturi member for use in a burner tube for a gas grill, the burner tube having a length, a top with gas ports and a bottom, the venturi member having a front face having a top and a bottom, the front face including an opening to accommodate a neck of a gas valve, a top flange extending rearwardly from the top of the front face and a substantially parallel bottom flange extending rearwardly from the bottom of the front face, and a downwardly sloping top constricting flange extending rearwardly from the top flange and an upwardly sloping bottom constricting flange extending rearwardly from the bottom flange, the top constricting flange and bottom constricting flange converging to form a throat area, characterised in that the venturi member further comprises: an upper arcuate portion extending rearwardly from the top constricting flange; and, a lower arcuate portion extending rearwardly from the bottom constricting flange. an upper arcuate portion extending rearwardly from the top constricting flange; and, a lower arcuate portion extending rearwardly from the bottom constricting flange.
Ciliary intraocular lens with at least one optic (6, 7) and one haptic, characterized in that the haptic is composed of a plurality of haptic elements, which are preferably connected with the optic (6, 7) in equiangular manner, wherein a) the haptic elements have an essentially trapezoidal portion in a plan view and the bases of two adjacent haptic elements are connected to each other at the transition to the optic (6, 7) and b) the haptic elements each have a partially annular haptic ring segment (11, 23) on the side of the trapezoidal portions facing away from the optic (6, 7), which haptic ring segments (11, 23) form a cylindrical outer contour and are V-shaped in cross-section, so that the ciliary intraocular lens adapts form-fitting to the contour of the ciliary in order to prevent the optics or the intraocular lens from slipping within the ciliary, wherein the haptic ring segments (11, 23) of two adjacent haptic elements being slightly spaced apart from one another in the unloaded state, so that an essentially cake-piece or line-shaped recess is formed between two adjacent haptic elements, whereby in the unloaded state the cumulative width of the recesses on the outer diameter of the haptic ring is less than 25% of the circumference. a) the haptic elements have an essentially trapezoidal portion in a plan view and the bases of two adjacent haptic elements are connected to each other at the transition to the optic (6, 7) and b) the haptic elements each have a partially annular haptic ring segment (11, 23) on the side of the trapezoidal portions facing away from the optic (6, 7), which haptic ring segments (11, 23) form a cylindrical outer contour and are V-shaped in cross-section, so that the ciliary intraocular lens adapts form-fitting to the contour of the ciliary in order to prevent the optics or the intraocular lens from slipping within the ciliary, wherein the haptic ring segments (11, 23) of two adjacent haptic elements being slightly spaced apart from one another in the unloaded state,
An apparatus for an optical in-situ analysis of a measurement gas component of a measurement gas, said apparatus comprising a gas conducting passage, a gas-tight housing, and a gas conveying device, comprising a light transmitter for transmitting a light beam into a measurement path disposed in the gas conducting passage; a light receiver for receiving scattered light and/or transmitted light from the measurement path; and an evaluation unit for determining data of the measurement gas component from the received light intensity, wherein the measurement path is arranged in the gas-tight housing that has at least one opening toward the gas conducting passage, in which opening a filter is arranged; and wherein the pressure in the housing is held by the gas conveying device at a pressure that is slightly lower than the pressure in the gas conducting passage such that the measurement gas in the measurement path is present at almost the same pressure as that in the gas conducting passage, characterized in that the at least one opening has a one-way seal that opens in the direction of the housing interior and the gas-tight housing has an outlet opening that has a one-way seal that opens in the direction of the gas conducting passage; and in that the returned gas exits through the outlet opening and the outlet opening is arranged such that condensate arising in the housing is simultaneously discharged through the outlet opening with the gas; and in that the outlet opening is part of an outlet of the gas conveying device formed as an ejector.
Process for preparing diaminodiphenylalkanes, where an aromatic amine, which may be substituted or unsubstituted, is reacted with a C 1 -C 3 aldehyde in the presence of a heterogeneous catalyst, the catalyst being a mesoporous acidic ion exchanger based on a divinylbenzene/styrene copolymer, and the catalyst having acidic centres, measured in accordance with DIN 54 403, in a concentration of 4 to 6 eq/kg, and the average pore diameter of the catalyst particles, measured in accordance with ASTM D 4222, being 22 to 30 nm, and the polynuclear compound having more than two aromatic nuclei content of the reaction mixture formed being ≤ 10% by weight, and the reaction temperature of the catalytic reaction being situated in the range from 80 to 140°C, with the proviso that the catalyst is selected from the group consisting of Amberlyst R 36Wet and Amberlyst R 15Wet.
Resonating measurement system having at least MEMS and/or NEMS, comprising: - an optomechanical device comprising at least one resonating element at at least one resonance frequency of fr and at least one optical element whose optical index is sensitive to the displacement of the resonating element, - Excitation means for exciting the resonating element at least at one operating frequency of fm, - injection means able to inject a light beam whose intensity is modulated at frequency f1 = fm + Δf in the optomechanical device, - a photodetection device able to measure the intensity of a light beam coming out of the optomechanical device, the intensity of the measurement beam having at least one component at frequency Δf. - an optomechanical device comprising at least one resonating element at at least one resonance frequency of fr and at least one optical element whose optical index is sensitive to the displacement of the resonating element, - Excitation means for exciting the resonating element at least at one operating frequency of fm, - injection means able to inject a light beam whose intensity is modulated at frequency f1 = fm + Δf in the optomechanical device, - a photodetection device able to measure the intensity of a light beam coming out of the optomechanical device, the intensity of the measurement beam having at least one component at frequency Δf.