mhurhangee/ep-ind-claims huggingface dataset:
Headlamp for vehicles, in which the laser beam of at least one laser light source is directed toward at least one light-converting means in a scanning manner by means of a beam-deflecting means, said at least one light-converting means having a phosphor for converting light, and comprising a projection system for projecting the illuminated image produced at the light-converting means as light image onto the roadway, and comprising a control unit which acts on a laser controller and the beam-deflecting means, wherein the control unit is provided for controlling the beam-deflecting means, in order to reduce the intensity in a particular region of the illuminated image or light image during a time interval, characterized in that at least one electro-optical modulator, which is located before the light-converting means in the beam path and affects the polarization of the light, is arranged in the beam path of the at least one laser light source, and a polarization element (3, 5, 17) is arranged in the beam path at least after the modulator, and the control unit emits a laser control signal (s L) and a control signal (s M) to the at least one electro-optical modulator, in order to bring the latter in a particular region of the illuminated image or light image into a disabled state or attenuating state during a time interval, so that the control of the laser light source and the control of the optical modulator are synchronized.
A combined power generation system comprising: a gas turbine combusting a fuel in a combustor to generate rotational force and discharging exhaust gas; a vaporizer vaporizing liquefied ammonia and supplying vaporized ammonia; an ammonia decomposer section decomposing the vaporized ammonia supplied from the vaporizer using the exhaust gas discharged from the gas turbine and generating decomposed gases; a heat recovery steam generator, HRSG, generating steam using the exhaust gas discharged from the gas turbine; a first exhaust gas line through which the exhaust gas discharged from the gas turbine is transferred to the HRSG; a steam turbine generating a rotational force with the steam transferred from the HRSG; a decomposed gas supply line through which the decomposed gases generated in the ammonia decomposer section are supplied to the combustor; a cold heat transfer line transferring a refrigerant that absorbed cold heat generated during vaporization of the liquefied ammonia in the vaporizer, and a condenser section, connected to the cold heat transfer line, condensing the steam discharged from the steam turbine using the cold heat supplied from the cold heat transfer line and discharging condensed water. a gas turbine combusting a fuel in a combustor to generate rotational force and discharging exhaust gas; a vaporizer vaporizing liquefied ammonia and supplying vaporized ammonia; an ammonia decomposer section decomposing the vaporized ammonia supplied from the vaporizer using the exhaust gas discharged from the gas turbine and generating decomposed gases; a heat recovery steam generator, HRSG, generating steam using the exhaust gas discharged from the gas turbine; a first exhaust gas line through which the exhaust gas discharged from the gas turbine is transferred to the HRSG; a steam turbine generating a rotational force with the steam transferred from the HRSG; a decomposed gas supply line through which the decomposed gases generated in the ammonia decomposer section are supplied to the combustor; a cold heat transfer line transferring a refrigerant that absorbed cold heat generated during vaporization of the liquefied ammonia in the vaporizer, and a condenser section, connected to the cold heat transfer line, condensing the steam discharged from the steam turbine using the cold heat supplied from the cold heat transfer line and discharging condensed water.
A cosmetic brush, consisting of a handling means with the longitudinal axis and a brush applicator adjacent to the handling means, wherein the brush applicator consists of a bending member with a longitudinal axis, which is flexible in at least one plane and which has on its distal end a bristle covering of a plurality of integrally molded-on bristles whose longitudinal axis extends parallel to the longitudinal axis, wherein the bending member is configured as a flat spatula having two planar main spatula surfaces on both sides of the longitudinal spatula axis opposing each other and two narrow surfaces also opposing each other, wherein the two main spatula surfaces and the narrow surfaces end in a peripherally extending hilt which, with its edge surfaces that, adjacent to the main spatula surfaces, rise by more than 1.25 mm in a direction perpendicular to the longitudinal axis, serves for preventing the cosmetic load of the main spatula surfaces being pushed away towards the stem in the direction of the longitudinal axis, wherein the two main spatula surfaces constitute more than 70 % of the surface of the spatula, wherein the bristle surface is not included in the surface of the spatula and the thickness of the spatula perpendicular to a main spatula surface continuously decreases towards the distal end between the hilt and the bristle covering, wherein the length of said bending member in the shape of a flat spatula in the direction of the longitudinal axis is longer by a factor of at least 4 than the length of the bristles.
A wavelength conversion sheet comprising a lamination of a barrier film and a phosphor layer comprising quantum dots, wherein: the barrier film comprises a barrier layer laminated on one surface of a polyethylene terephthalate film having an acid number smaller than 25 inclusive.
A method for producing a compound represented by formula, comprising a step of hydroformylating a compound represented by formula with carbon monoxide and hydrogen, wherein a molar ratio of the carbon monoxide to the hydrogen during reaction is 55/45 or more and 95/5 or less in the hydroformylating step: wherein R 1 represents COOCH 3, COOC 2 H 5, COOC 3 H 7, COOC 4 H 9, OCOCH 3 or OH; R 2 represents H, CH 3 or C 2 H 5; and n is 0 or 1: wherein R 1, R 2 and n are the same as defined in the formula. wherein a molar ratio of the carbon monoxide to the hydrogen during reaction is 55/45 or more and 95/5 or less in the hydroformylating step: wherein R 1 represents COOCH 3, COOC 2 H 5, COOC 3 H 7, COOC 4 H 9, OCOCH 3 or OH; R 2 represents H, CH 3 or C 2 H 5; and n is 0 or 1: wherein R 1, R 2 and n are the same as defined in the formula.
Use of a coating composition comprising: a) a base composition comprising a polyetheraspartic ester having the formula below wherein each R represents a linear or branched C 1 -C 10 alkyl residue, such as a linear or branched C 1 -C 6 alkyl residue, preferably a methyl, ethyl, propyl or butyl residue; and wherein X is a polyether; and b) a curing agent; for coating of a wind turbine blade, wherein said coating use is for use as a leading edge protective coating of said wind turbine blade. a) a base composition comprising a polyetheraspartic ester having the formula below wherein each R represents a linear or branched C 1 -C 10 alkyl residue, such as a linear or branched C 1 -C 6 alkyl residue, preferably a methyl, ethyl, propyl or butyl residue; and wherein X is a polyether; and wherein each R represents a linear or branched C 1 -C 10 alkyl residue, such as a linear or branched C 1 -C 6 alkyl residue, preferably a methyl, ethyl, propyl or butyl residue; and wherein X is a polyether; b) a curing agent; for coating of a wind turbine blade, wherein said coating use is for use as a leading edge protective coating of said wind turbine blade.
A fire protection glazing comprising at least two transparent support elements and an fire protection layer (3, 3.1, 3.2, 6) arranged between the support elements, at least one of the support elements is a glass plate (2, 2.1, 2.2, 2.3, 2.4) provided with at least one defined local weakening (20; 25-29) designed as predetermined breaking point characterized in that at least two support elements joined by the intermediate layer or one of the intermediate layers are glass plates which are each provided with at least one local weakening (20; 25-29) designed as predetermined breaking point, wherein the fire protection layer is designed as intumescent and/or expanding fire protection layer and,wherein the defined local weakening is defined as a positionally defined and delimited removal of material carried out on the glass plate and is designed as in the form of a furrow, notch, recess, groove and/or an indentation.
A network congestion control method, comprising: when network congestion is detected, obtaining a 5-tuple of a packet that causes the network congestion; generating a congestion control message, wherein the congestion control message carries the 5-tuple of the packet, wherein the 5-tuple of the packet is encapsulated in a payload field of the congestion control message; and sending the congestion control message to a source node of the packet or an access forwarding device connected to a source node of the packet. when network congestion is detected, obtaining a 5-tuple of a packet that causes the network congestion; generating a congestion control message, wherein the congestion control message carries the 5-tuple of the packet, wherein the 5-tuple of the packet is encapsulated in a payload field of the congestion control message; and sending the congestion control message to a source node of the packet or an access forwarding device connected to a source node of the packet.
A half-spur for use with equestrian footwear comprising: a spur having a neck portion and tip portion that extends in a downward direction toward the ground when worn by the user; a curved body for supporting the spur having a distal end and a proximal end wherein the curved body is configured to be held in position when inserted into a pocket within the footwear, characterized in that: the spur is attached to the proximal end of the curved body and the distal end of the curved body is expanded in diameter and configured with a rounded end; wherein the curved body is configured to extend around only one side of the footwear and includes a camber so the curved body approximates the shape of the footwear. a spur having a neck portion and tip portion that extends in a downward direction toward the ground when worn by the user; a curved body for supporting the spur having a distal end and a proximal end wherein the curved body is configured to be held in position when inserted into a pocket within the footwear, characterized in that: the spur is attached to the proximal end of the curved body and the distal end of the curved body is expanded in diameter and configured with a rounded end; wherein the curved body is configured to extend around only one side of the footwear and includes a camber so the curved body approximates the shape of the footwear.
Distribution box for a single-seeder with a disc provided with radial grooves that are regularly spaced apart and open on the periphery of the said disc, the said disc being rotatably mounted on a horizontal axis and separating a seed reservoir from a suction device such that the seeds are picked up from the reservoir by the said disc via the air flow by negative pressure and are held over at least part of their angular travel until they are expelled from a discharge opening, each groove having a suction hole with a size smaller than that of the seeds to be distributed, characterized in that the said suction hole emerges on a channel with a width smaller than the diameter of the suction hole, the said channel is open up to the periphery of the disc.
A base station, comprising: a transmitting unit configured to transmit, when cell IDs correspond one-to-one to hopping sequences, and when hopping is not required, broad cast information to turn off the hopping; and a receiving unit configured to receive a reference signal; wherein a hopping pattern is defined with a combination of any integers within a range of the number of available CAZAC sequence types based on a cell-specific number, and the hopping sequence includes a combination of remainders, each of which is derived by adding an offset value to each integer included in the hopping pattern and then dividing by the number of available CAZAC sequence types, and the reference signal is generated using a CAZAC sequence corresponding to a remainder, by selecting each of the remainders included in the hopping sequence in order, in which an identification number is added in advance to each CAZAC sequence, and identifying the CAZAC sequence using the selected remainder as the identification number. a transmitting unit configured to transmit, when cell IDs correspond one-to-one to hopping sequences, and when hopping is not required, broad cast information to turn off the hopping; and a receiving unit configured to receive a reference signal; wherein a hopping pattern is defined with a combination of any integers within a range of the number of available CAZAC sequence types based on a cell-specific number, and the hopping sequence includes a combination of remainders, each of which is derived by adding an offset value to each integer included in the hopping pattern and then dividing by the number of available CAZAC sequence types, and the reference signal is generated using a CAZAC sequence corresponding to a remainder, by selecting each of the remainders included in the hopping sequence in order, in which an identification number is added in advance to each CAZAC sequence, and identifying the CAZAC sequence using the selected remainder as the identification number. a hopping pattern is defined with a combination of any integers within a range of the number of available CAZAC sequence types based on a cell-specific number, and the hopping sequence includes a combination of remainders, each of which is derived by adding an offset value to each integer included in the hopping pattern and then dividing by the number of available CAZAC sequence types, and the reference signal is generated using a CAZAC sequence corresponding to a remainder, by selecting each of the remainders included in the hopping sequence in order, in which an identification number is added in advance to each CAZAC sequence, and identifying the CAZAC sequence using the selected remainder as the identification number.
A process for hydroformylation of an α-olefin having three or more carbon atoms in its main carbon chain, the process comprising reacting the α-olefin with carbon monoxide, hydrogen and optionally a reducing agent in the presence of a catalyst complex which is obtainable from at least one rhodium precursor and a ligand mixture; characterised in that the ligand mixture comprises at least 1% by weight of triphenylphosphine and at least 5% by weight of tris-( o -tolyl)phosphine or tris-( p- tolyl)phosphine.
Control method for an electric seatbelt retractor comprising - a spindle and a seatbelt wound thereon, and - an electric motor driving the spindle via a rotor in pull-in or in pull-out direction when activated, and - a sensor device detecting the movement of the spindle, - a spring is provided, which is arranged between the spindle and the rotor enabling a relative movement of the spindle to the rotor or to a retractor-fixed part, wherein - the electric motor is controlled by a signal of the sensor device generated by the relative movement of the spindle to the rotor or a retractor-fixed part with tensioning or expanding the spring,wherein - the spring is tensioned by a first relative movement of the spindle to the rotor or to the retractor-fixed part in a first direction, and - the tensioned spring drives the spindle subsequently to a second relative movement in a second direction, which is oriented opposite to the first direction, characterized in that - the sensor device generates a signal when detecting the second movement of the spindle, by which the electric motor is activated to drive the spindle in the second direction. - a spindle and a seatbelt wound thereon, and - an electric motor driving the spindle via a rotor in pull-in or in pull-out direction when activated, and - a sensor device detecting the movement of the spindle, - a spring is provided, which is arranged between the spindle and the rotor enabling a relative movement of the spindle to the rotor or to a retractor-fixed part, wherein - the electric motor is controlled by a signal of the sensor device generated by the relative movement of the spindle to the rotor or a retractor-fixed part with tensioning or expanding the spring,wherein - the spring is tensioned by a first relative movement of the spindle to the rotor or to the retractor-fixed part in a first direction, and - the tensioned spring drives the spindle subsequently to a second relative movement in a second direction, which is oriented opposite to the first direction, characterized in that - the sensor device generates a signal when detecting the second movement of the spindle, by which the electric motor is activated to drive the spindle in the second direction.
A method, comprising: receiving a request from a user, the request including a uniform resource locator comprising a first cryptographic key, a signed portion associated with the first cryptographic key, and an unsigned portion; processing the request by at least using the first cryptographic key to perform a cryptographic operation on data specified by the request; and providing a response to the request from the user based, at least in part, on the first cryptographic key and on information in the unsigned portion modified by a third party without affecting validity of the signed portion. receiving a request from a user, the request including a uniform resource locator comprising a first cryptographic key, a signed portion associated with the first cryptographic key, and an unsigned portion; processing the request by at least using the first cryptographic key to perform a cryptographic operation on data specified by the request; and providing a response to the request from the user based, at least in part, on the first cryptographic key and on information in the unsigned portion modified by a third party without affecting validity of the signed portion.
A decorative material comprising a polygonal substrate layer, the substrate layer having a protruded tongue at least on its one side face and a depressed groove at least on one of the other side faces, the groove having a shape fittable to the tongue, the substrate layer having a distance of 2.0 mm or less from its upper face to an upper-side base of the tongue, wherein both the upper face and the opposing lower face of the tongue are inclined, characterized in that the angle of inclination of the upper face is larger than the angle of inclination of the lower face. the substrate layer having a protruded tongue at least on its one side face and a depressed groove at least on one of the other side faces, the groove having a shape fittable to the tongue, the substrate layer having a distance of 2.0 mm or less from its upper face to an upper-side base of the tongue, wherein both the upper face and the opposing lower face of the tongue are inclined, characterized in that the angle of inclination of the upper face is larger than the angle of inclination of the lower face.
A method of making an ablation-type printing member, the method comprising the steps of: (a) providing a substrate having an oleophilic surface; (b) coating, over the substrate, an oleophilic resin composition having a resin phase consisting essentially of a melamine resin free of water and a resole resin, the resole resin being present in an amount ranging from 0% to 28% by weight of dry film, a near-IR absorber dispersed within the resin phase, and a sulfonic acid catalyst dispersed within the resin phase and being present in an amount ranging from 0.7% to 1.6% by weight of dry film; (c) curing the resin composition to produce a dry film; (d) following step (c), coating, over the cured resin composition, an oleophobic polymer composition; and (e) curing the oleophobic polymer composition. (a) providing a substrate having an oleophilic surface; (b) coating, over the substrate, an oleophilic resin composition having a resin phase consisting essentially of a melamine resin free of water and a resole resin, the resole resin being present in an amount ranging from 0% to 28% by weight of dry film, a near-IR absorber dispersed within the resin phase, and a sulfonic acid catalyst dispersed within the resin phase and being present in an amount ranging from 0.7% to 1.6% by weight of dry film; (c) curing the resin composition to produce a dry film; (d) following step (c), coating, over the cured resin composition, an oleophobic polymer composition; and (e) curing the oleophobic polymer composition.
Method for determining and transmitting position information from a movable unit guided along a predetermined fixed linear path, according to which a position signal of the movable unit is acquired with a position sensor integral with the movable unit reading information on an encoder positioned along the predetermined fixed path, characterised in that an energising light signal containing position information of the movable unit, as a function of the position signal of the movable unit, is emitted from a light source associated with the movable unit so as to energise transversely a photoluminescent optical fibre arranged along the path, and in that at least one secondary light signal emitted by the photoluminescent optical fibre in response to the energising light signal, and guided in the photoluminescent optical fibre is received via at least one photosensitive cell.
A method performed by a client device of enrolling biometric data of a user of the client device with a network node over a secure communication channel, the method comprising: capturing the biometric data of the user; transforming the biometric data into a first set of transformed biometric data using a first feature transformation key shared with any other client device at which the user is to be authenticated; generating a second feature transformation key; transforming the biometric data into a second set of transformed biometric data using the second feature transformation key; encrypting the first and second set of transformed biometric data with an encryption key shared with a biometric data verification node at which the user is to be authenticated; encrypting the second feature transformation key with an encryption key shared with the network node at which the first and second sets of transformed biometric data are to be enrolled; and submitting, to the network node, an enrolment request comprising the encrypted first and second sets of transformed biometric data, the encrypted second feature transformation key, and user profile data. capturing the biometric data of the user; transforming the biometric data into a first set of transformed biometric data using a first feature transformation key shared with any other client device at which the user is to be authenticated; generating a second feature transformation key; transforming the biometric data into a second set of transformed biometric data using the second feature transformation key; encrypting the first and second set of transformed biometric data with an encryption key shared with a biometric data verification node at which the user is to be authenticated; encrypting the second feature transformation key with an encryption key shared with the network node at which the first and second sets of transformed biometric data are to be enrolled; and submitting, to the network node, an enrolment request comprising the encrypted first and second sets of transformed biometric data, the encrypted second feature transformation key, and user profile data.