mhurhangee/ep-ind-claims huggingface dataset:
A process for coating a surface, comprising the following steps: (a) sequentially depositing on a surface at least one layer of alternate adsorbed polyelectrolytes to provide a coated surface presenting complementary amino and carboxylic reactive groups, wherein a first, or conversely second, polyelectrolyte is a cationic polymer comprising said amino groups and a second, or conversely first, polyelectrolyte is an anionic polymer comprising said carboxylic groups, (b) reacting said complementary reactive groups of the coated surface in the presence of a coupling agent, so as to form amide bonds between said complementary reactive groups giving rise to a cross-linked polyelectrolyte multilayer film, and (c) treating said cross-linked polyelectrolyte multilayer film with a protein containing solution, as to incorporate said protein on and inside said cross-linked polyelectrolyte multilayer film. (a) sequentially depositing on a surface at least one layer of alternate adsorbed polyelectrolytes to provide a coated surface presenting complementary amino and carboxylic reactive groups, wherein a first, or conversely second, polyelectrolyte is a cationic polymer comprising said amino groups and a second, or conversely first, polyelectrolyte is an anionic polymer comprising said carboxylic groups, (b) reacting said complementary reactive groups of the coated surface in the presence of a coupling agent, so as to form amide bonds between said complementary reactive groups giving rise to a cross-linked polyelectrolyte multilayer film, and (c) treating said cross-linked polyelectrolyte multilayer film with a protein containing solution, as to incorporate said protein on and inside said cross-linked polyelectrolyte multilayer film.
A mobile communication device comprising: a processor positioned on a first printed circuit board; a radio frequency integrated circuit, RFIC; and an antenna module, wherein the antenna module includes: a second printed circuit board, the second printed circuit board has a first rigid printed circuit portion, a second rigid printed circuit board portion, and a flexible printed circuit board portion connecting the first rigid printed circuit board portion and the second printed circuit board portion; a first antenna and a second antenna positioned on the second printed circuit board; and a plurality of front-end chips positioned on the second printed circuit board, and wherein the plurality of front-end chips includes: a first front-end chip configured to electrically connect the RFIC and the first antenna; and a second front-end chip configured to electrically connect the RFIC and the second antenna, wherein the first antenna and the first front-end chip are positioned on the first rigid printed circuit board portion of the second printed circuit board, and wherein the second antenna and the second front-end chip are positioned on the second rigid printed circuit board portion of the second printed circuit board. a processor positioned on a first printed circuit board; a radio frequency integrated circuit, RFIC; and an antenna module, wherein the antenna module includes: a second printed circuit board, the second printed circuit board has a first rigid printed circuit portion, a second rigid printed circuit board portion, and a flexible printed circuit board portion connecting the first rigid printed circuit board portion and the second printed circuit board portion; a first antenna and a second antenna positioned on the second printed circuit board; and a plurality of front-end chips positioned on the second printed circuit board, and a second printed circuit board, the second printed circuit board has a first rigid printed circuit portion, a second rigid printed circuit board portion, and a flexible printed circuit board portion connecting the first rigid printed circuit board portion and the second printed circuit board portion; a first antenna and a second antenna positioned on the second printed circuit board; and a plurality of front-end chips positioned on the second printed circuit board, and wherein the plurality of front-end chips includes: a first front-end chip configured to electrically connect the RFIC and the first antenna; and a second front-end chip configured to electrically connect the RFIC and the second antenna, a first front-end chip configured to electrically connect the RFIC and the first antenna; and a second front-end chip configured to electrically connect the RFIC and the second antenna, wherein the first antenna and the first front-end chip are positioned on the first rigid printed circuit board portion of the second printed circuit board, and wherein the second antenna and the second front-end chip are positioned on the second rigid printed circuit board portion of the second printed circuit board.
A dynamoelectric machine, comprising the following components or features: 1.1 a rotor body; 1.2 an annular winding head which is arranged axially next to the rotor body and coaxially in relation thereto; 1.3 a support ring which is arranged radially inside the winding head and coaxially in relation thereto; 1.4 the winding head and the support ring are torsion-proof with the rotor body; 1.5 the winding head and the support ring are clamped together in the radial direction by tension rods which are guided through radial boreholes (30.2) in the winding heads and in the support ring; characterized by the following features: 1.6 the tension rods engage with their radially inner ends on the support ring and with their radially outer ends on the bearing blocks which rest on the winding head; 1.7 the clearances of the radial boreholes (30.2) in the support body are provided with an overdimension in relation to the diameters of the tension rods; 1.8 the bearing of the radially inner ends of the tension rods on the support ring and the radially outer ends of the tension rods on the winding head allow a limited tilting movement of the tension rods against the radial direction. 1.1 a rotor body; 1.2 an annular winding head which is arranged axially next to the rotor body and coaxially in relation thereto; 1.3 a support ring which is arranged radially inside the winding head and coaxially in relation thereto; 1.4 the winding head and the support ring are torsion-proof with the rotor body; 1.5 the winding head and the support ring are clamped together in the radial direction by tension rods which are guided through radial boreholes (30.2) in the winding heads and in the support ring; characterized by the following features: 1.6 the tension rods engage with their radially inner ends on the support ring and with their radially outer ends on the bearing blocks which rest on the winding head; 1.7 the clearances of the radial boreholes (30.2) in the support body are provided with an overdimension in relation to the diameters of the tension rods; 1.8 the bearing of the radially inner ends of the tension rods on the support ring and the radially outer ends of the tension rods on the winding head allow a limited tilting movement of the tension rods against the radial direction.
A device, comprising: a first amplifier circuit having outputs coupled to inputs of a first transformer and a second transformer, the first transformer selectively coupled to a first shared power distribution network through a first switch configured to selectively couple the first shared power distribution network to the first transformer, the second transformer selectively coupled to a second shared power distribution network through a second switch configured to selectively couple the second shared power distribution network to the second transformer, wherein the first and second shared power distribution network (542, 545) comprises a respective first and second low dropout voltage regulator; a second amplifier circuit having outputs coupled to inputs of a third transformer and a fourth transformer, the third transformer selectively coupled to the first shared power distribution network through a third switch, the fourth transformer selectively coupled to the second shared power distribution network through a fourth switch; the first and third switches (517, 527) are configured to selectively couple one of the first transformer or the third transformer having a first carrier-aggregation, CA, signal to the first shared power distribution network; and the second and fourth switches (518, 528) are configured to selectively couple one of the second transformer or the fourth transformer having a second carrier-aggregation, CA, signal to the second shared power distribution network. a first amplifier circuit having outputs coupled to inputs of a first transformer and a second transformer, the first transformer selectively coupled to a first shared power distribution network through a first switch configured to selectively couple the first shared power distribution network to the first transformer, the second transformer selectively coupled to a second shared power distribution network through a second switch configured to selectively couple the second shared power distribution network to the second transformer, wherein the first and second shared power distribution network (542, 545) comprises a respective first and second low dropout voltage regulator; a second amplifier circuit having outputs coupled to inputs of a third transformer and a fourth transformer, the third transformer selectively coupled to the first shared power distribution network through a third switch, the fourth transformer selectively coupled to the second shared power distribution network through a fourth switch; the first and third switches (517, 527) are configured to selectively couple one of the first transformer or the third transformer having a first carrier-aggregation, CA, signal to the first shared power distribution network; and the second and fourth switches (518, 528) are configured to selectively couple one of the second transformer or the fourth transformer having a second carrier-aggregation, CA, signal to the second shared power distribution network.
A method of producing a bent, coated, laminated glazing comprising the steps of: - providing a coating on a surface of each of first and second plies of glazing material (10a; 41, 42); - heating and bending each of the coated plies; - pairing the bent, coated plies about a ply of interlayer material (44, 45, 46) to form a composite such that the coated surface of the first bent ply and the uncoated surface of the second bent ply are adjacent to the interlayer ply; and - subjecting the composite to heat and pressure to laminate the glazing plies together, characterised by the coatings on each of the first and second plies of glazing material (10a; 41, 42) being identical; during bending, causing each of the coated plies to bend in one or more directions such that complementary shapes are achieved to enable subsequent pairing of the plies to form a laminate; and cooling each of the bent, coated plies so as to fix their bent shapes. - providing a coating on a surface of each of first and second plies of glazing material (10a; 41, 42); - heating and bending each of the coated plies; - pairing the bent, coated plies about a ply of interlayer material (44, 45, 46) to form a composite such that the coated surface of the first bent ply and the uncoated surface of the second bent ply are adjacent to the interlayer ply; and - subjecting the composite to heat and pressure to laminate the glazing plies together,
A ventilator apparatus comprising: a ventilator body; a case to house therein the ventilator body; a first unit housed in the case; a second unit housed in the case; and a lead interconnecting the first unit and the second unit, wherein the first unit includes a unit case defining a housing (31, 33), a functional unit (31, 32) housed in the unit case to perform a function of the first unit, and a protection wall to protect the lead drawn from the functional unit to an outside of the one lateral face, the ventilator apparatus being characterized by the protection wall being disposed outside one lateral face of the unit case in a spaced relationship with the one lateral face, a first upper lead-holding fastener part to press and secure the lead from a first direction, the first upper lead-holding fastener part being disposed between the one lateral face and the protection wall, and a second lower lead-holding fastener part to press and secure the lead from a second direction opposite to the first direction, the second lower lead-holding fastener part being disposed between the one lateral face and the protection wall. a ventilator body; a case to house therein the ventilator body; a first unit housed in the case; a second unit housed in the case; and a lead interconnecting the first unit and the second unit, wherein the first unit includes a unit case defining a housing (31, 33), a functional unit (31, 32) housed in the unit case to perform a function of the first unit, and a protection wall to protect the lead drawn from the functional unit to an outside of the one lateral face, a unit case defining a housing (31, 33), a functional unit (31, 32) housed in the unit case to perform a function of the first unit, and a protection wall to protect the lead drawn from the functional unit to an outside of the one lateral face, the ventilator apparatus being characterized by the protection wall being disposed outside one lateral face of the unit case in a spaced relationship with the one lateral face, a first upper lead-holding fastener part to press and secure the lead from a first direction, the first upper lead-holding fastener part being disposed between the one lateral face and the protection wall, and a second lower lead-holding fastener part to press and secure the lead from a second direction opposite to the first direction, the second lower lead-holding fastener part being disposed between the one lateral face and the protection wall.
A control device to perform control of an endoscope device, comprising: an operation unit configured to receive an input with respect to a selection of one reference camera from two or more cameras of the endoscope device, a selection unit configured to select one reference camera from the two or more cameras; a motion detection unit configured to detect a motion of the reference camera; a first correction information acquisition unit configured to acquire first correction information that lessens the motion of the reference camera; and a second correction information acquisition unit configured to acquire second correction information that lessens a motion of a camera other than the reference camera included in the two or more cameras using a method different from a method of the first correction information acquisition unit. an operation unit configured to receive an input with respect to a selection of one reference camera from two or more cameras of the endoscope device, a selection unit configured to select one reference camera from the two or more cameras; a motion detection unit configured to detect a motion of the reference camera; a first correction information acquisition unit configured to acquire first correction information that lessens the motion of the reference camera; and a second correction information acquisition unit configured to acquire second correction information that lessens a motion of a camera other than the reference camera included in the two or more cameras using a method different from a method of the first correction information acquisition unit.
A sulfonyl-structure-containing triazinone derivative, which is a compound represented by formula (Ia): wherein R 1 is C1-C12 alkyl, C3-C6 cycloalkyl, substituted or unsubstituted phenyl, substituted or unsubstituted naphthyl, substituted or unsubstituted benzyl, substituted or unsubstituted phenethyl, substituted or unsubstituted phenylpropyl, substituted or unsubstituted phenylbutyl, nitrogen-containing heterocycle containing 1-10 carbon atoms, oxygen-containing heterocycle containing 1-10 carbon atoms, or sulfur-containing heterocycle containing 1-10 carbon atoms; the substituents of the substituted phenyl, the substituted naphthyl, the substituted benzyl, the substituted phenethyl, substituted phenylpropyl, and the substituted phenylbutyl are one or more substituents respectively and independently selected from the group consisted of hydroxyl, halogen, cyano, nitro, ester, trifluoromethyl, trifluoromethoxy, amido, C1-C6 alkyl, C1-C6 alkoxy, carbonyloxy substituted by C1-C4 alkyl, andcarbonyloxy substituted by C1-C4 alkoxy.
A printer provided with a paper cutter apparatus having a fixed blade and a drivable movable blade, comprising: a body and a swing door openably attached to the body, the fixed blade being provided in the body and the movable blade being provided in the swing door; a driving source provided in the body; and characterized by a driving link provided in the swing door and coupled to the movable blade; and a slider provided in the body; wherein driving force of the driving source is conveyed to the driving link via the slider and the movable blade is moved toward the fixed blade by the driving link. a body and a swing door openably attached to the body, the fixed blade being provided in the body and the movable blade being provided in the swing door; a driving source provided in the body; and characterized by a driving link provided in the swing door and coupled to the movable blade; and a slider provided in the body; wherein driving force of the driving source is conveyed to the driving link via the slider and the movable blade is moved toward the fixed blade by the driving link.
A cyclonic separation device comprising a plurality of cyclonic separators fluidly arranged in parallel with each other, each cyclonic separator comprising a chamber having a circular-section side wall a fluid inlet and a fluid outlet disposed at one end of the cyclone chamber, and an opening at the second end of the cyclone chamber through which separated matter passes out of the chamber for collection, said cyclonic separators being arranged in a rotatable body such that their respective cyclone axes are outwardly inclined relative to an axis of rotation of the body and such that the second end of each cyclone chamber is disposed radially outwardly of its first end with respect to said axis of rotation, the device further comprising a motor for rotating the body about its axis of rotation.
A method for operating a lid of a fueling port or charging-port of a vehicle, comprising: - detecting one or more conditions indicating an imminent fueling or charging operation; - automatically opening the lid if the one or more conditions are detected; - capturing images with at least one vehicle-mounted camera; - detecting at least one of the one or more conditions by means of image processing of the captured images; - wherein the at least one condition detected by means of image processing is recognizing a symbol or sign with a certain size or dimension in the captured images which indicates an imminent fueling or charging operation. - detecting one or more conditions indicating an imminent fueling or charging operation; - automatically opening the lid if the one or more conditions are detected; - capturing images with at least one vehicle-mounted camera; - detecting at least one of the one or more conditions by means of image processing of the captured images; - wherein the at least one condition detected by means of image processing is recognizing a symbol or sign with a certain size or dimension in the captured images which indicates an imminent fueling or charging operation.
A method of manufacturing an apertured waterproof mesh material comprised of intersecting members, the method comprising the steps of: treating said intersecting members with a nanoparticle hydrophobic or superhydrophobic composition to create a hydrophobic field extending beyond said intersecting members; the method being characterised by determining the extent of said hydrophobic field; interweaving intersecting members to form a mesh material having apertures wider than the width of each of said intersecting members, such that said hydrophobic field extends a sufficient distance into said apertures to preclude passage of water through said apertures. treating said intersecting members with a nanoparticle hydrophobic or superhydrophobic composition to create a hydrophobic field extending beyond said intersecting members; the method being characterised by determining the extent of said hydrophobic field; interweaving intersecting members to form a mesh material having apertures wider than the width of each of said intersecting members, such that said hydrophobic field extends a sufficient distance into said apertures to preclude passage of water through said apertures.
A method for generating a cyclic video sequence, characterized in that it comprises implementing by data-processing means of an equipment, steps of: (a) Reception from video-acquisition means of a video sequence comprising a substantially periodic pattern of a given duration which is shorter than the duration of the video sequence; (b) Determination of a first singular point of the video sequence in a first interval of said sequence and a second singular point of the video sequence in a second interval of said sequence, the second interval corresponding to the first interval offset by a duration approximately equal to a multiple of said duration of said pattern of the video sequence, and said first and second singular points (P1, P2) having a maximum similarity according to a given similarity criterion; (c) Generation of a connecting sequence between the image of the video sequence corresponding to the second singular point and the image of the video sequence corresponding to the first singular point by morphing; (d) Construction of said cyclic video sequence by concatenation of a fragment (S') of said video sequence extending from the first singular point to the second singular point, and of said connecting sequence. (a) Reception from video-acquisition means of a video sequence comprising a substantially periodic pattern of a given duration which is shorter than the duration of the video sequence; (b) Determination of a first singular point of the video sequence in a first interval of said sequence and a second singular point of the video sequence in a second interval of said sequence, the second interval corresponding to the first interval offset by a duration approximately equal to a multiple of said duration of said pattern of the video sequence, and said first and second singular points (P1, P2) having a maximum similarity according to a given similarity criterion; (c) Generation of a connecting sequence between the image of the video sequence corresponding to the second singular point and the image of the video sequence corresponding to the first singular point by morphing; (d) Construction of said cyclic video sequence by concatenation of a fragment (S') of said video sequence extending from the first singular point to the second singular point, and of said connecting sequence.
A device for performing liquid chromatography having at least one wetted surface having a composition of a polysilazane, wherein the wetted surface is part of a frit comprising a plug of particles coated with cured polysilazane, wherein the cured polysilazane is crosslinked but not mineralized or crystallized.