mhurhangee/ep-ind-claims huggingface dataset:
A vessel comprising a lifting system (2, 3, 4) for taking up an elongate object from a deck of the vessel, comprising a crane arm which is connected to the deck and from which is suspended a take-up frame to which the elongate object can be attached, and further a winch setup and control lines connected thereto and configured to control the movement of the elongate object when this object is lifted off the deck, characterized in that the control lines run from the take-up frame to a pulley setup and from there to the winch setup, which pulley setup and winch setup are provided on a support structure, which differs from the crane arm, extends from the deck of the vessel to a height and is strong enough to be able to absorb the forces acting on the object while it is being lifted off the deck, wherein the pulley setup is movable relative to the support structure in a height direction.
A resin composition comprising 55 to 70 mass% of a styrene-based copolymer and 30 to 45 mass% of a methacrylic resin, wherein the styrene-based copolymer comprises 45 to 85 mass% of an aromatic vinyl monomer unit, 5 to 45 mass% of a (meth)acrylic ester monomer unit, and 10 to 30 mass% of an unsaturated dicarboxylic anhydride monomer unit, and has a weight average molecular weight (Mw) of 100,000 to 300,000, and a total light transmittance of 89% or more for a thickness of 2 mm.
A fluid application system for automatically applying a fluid to the teats of an animal subsequent to the milking of said animal by milking equipment, said system comprising: - a fluid delivery arrangement comprising a plurality of applicators, wherein - each one of the applicators is arranged in connection with a respective teat cup of said milking equipment and is provided for applying said fluid to a teat of the animal, to which the respective teat cup is attached during the milking of said animal, in connection with a detachment of the teat cup from the respective teat, characterized in that: - said fluid delivery arrangement contains two valves connected in series in order to prevent applying said fluid if one of the two valves fails, wherein said two valves are spring loaded solenoid type valves that default to a closed position and must be energized to open. - a fluid delivery arrangement comprising a plurality of applicators, wherein - each one of the applicators is arranged in connection with a respective teat cup of said milking equipment and is provided for applying said fluid to a teat of the animal, to which the respective teat cup is attached during the milking of said animal, in connection with a detachment of the teat cup from the respective teat, characterized in that: - said fluid delivery arrangement contains two valves connected in series in order to prevent applying said fluid if one of the two valves fails, wherein said two valves are spring loaded solenoid type valves that default to a closed position and must be energized to open. - said fluid delivery arrangement contains two valves connected in series in order to prevent applying said fluid if one of the two valves fails, wherein said two valves are spring loaded solenoid type valves that default to a closed position and must be energized to open.
A fabric treatment apparatus comprising: a fabric receiving unit having a fabric receiving space formed therein; a steam spray device for spraying steam into the fabric receiving unit; and an additive supply device for supplying an additive to water to be supplied to the steam spray device, characterized in that the additive supply device comprises: - a housing having an inlet, through which water is introduced, and an outlet, through which the water introduced through the inlet is discharged to the steam spray device; - a cartridge having an additive receiving space formed therein, the cartridge being disposed in the housing such that the cartridge can be moved by a stream of water flowing from the inlet to the outlet, and - an elastic member disposed in the housing for applying elastic force to the cartridge such that the cartridge is moved to the inlet, wherein the cartridge is provided with an exchange hole, through which the additive receiving space communicates with a space defined between the housing and the cartridge, the exchange hole being closed by the housing when the cartridge is located at a predetermined position and is spaced apart from the housing and thus opened when the cartridge is moved by the stream of water. a fabric receiving unit having a fabric receiving space formed therein; a steam spray device for spraying steam into the fabric receiving unit; and an additive supply device for supplying an additive to water to be supplied to the steam spray device, characterized in that the additive supply device comprises: - a housing having an inlet, through which water is introduced, and an outlet, through which the water introduced through the inlet is discharged to the steam spray device; - a cartridge having an additive receiving space formed therein, the cartridge being disposed in the housing such that the cartridge can be moved by a stream of water flowing from the inlet to the outlet, and - an elastic member disposed in the housing for applying elastic force to the cartridge such that the cartridge is moved to the inlet, - a housing having an inlet, through which water is introduced, and an outlet, through which the water introduced through the inlet is discharged to the steam spray device; - a cartridge having an additive receiving space formed therein, the cartridge being disposed in the housing such that the cartridge can be moved by a stream of water flowing from the inlet to the outlet, and - an elastic member disposed in the housing for applying elastic force to the cartridge such that the cartridge is moved to the inlet, wherein the cartridge is provided with an exchange hole, through which the additive receiving space communicates with a space defined between the housing and the cartridge, the exchange hole being closed by the housing when the cartridge is located at a predetermined position and is spaced apart from the housing and thus opened when the cartridge is moved by the stream of water.
A method, comprising: determining to operate in a high insertion loss mode to reduce power from a transmitter to an antenna; setting a transmit/receive, T/R, switch to disconnect the transmitter from the antenna when the transmitter is actively transmitting in the high insertion loss mode, wherein the T/R switch is configured with an antenna port coupled to the antenna, a transmitter port coupled to the transmitter and a receiver port coupled to a receiver, and wherein the T/R switch selectively connects the transmitter port to the antenna port or the receiver port to the antenna port; port; and further comprising determining a transmit, TX, to receiver, RX, loopback signal to measure T/R switch attenuation during the high insertion loss mode. determining to operate in a high insertion loss mode to reduce power from a transmitter to an antenna; setting a transmit/receive, T/R, switch to disconnect the transmitter from the antenna when the transmitter is actively transmitting in the high insertion loss mode, wherein the T/R switch is configured with an antenna port coupled to the antenna, a transmitter port coupled to the transmitter and a receiver port coupled to a receiver, and wherein the T/R switch selectively connects the transmitter port to the antenna port or the receiver port to the antenna port; port; and further comprising determining a transmit, TX, to receiver, RX, loopback signal to measure T/R switch attenuation during the high insertion loss mode.
Method for preparing chocolate with agglomerate structure which comprises the following steps: a) adding at least 30% by weight of a liquid phase to starting chocolate, wherein the liquid phase is selected from the group consisting of water and hydroethanolic mixtures and wherein the starting chocolate has a fat content between 18% and 53% by weight, b) heating and homogenizing the mixture obtained in step a) at a temperature between 30°C and 80°C, and c) drying the mixture obtained in step b) by conduction at a temperature between 30°C and 200°C and at pressures between 1000 mbar and 5 mbar, until obtaining a residual moisture less than or equal to 5%. a) adding at least 30% by weight of a liquid phase to starting chocolate, wherein the liquid phase is selected from the group consisting of water and hydroethanolic mixtures and wherein the starting chocolate has a fat content between 18% and 53% by weight, b) heating and homogenizing the mixture obtained in step a) at a temperature between 30°C and 80°C, and c) drying the mixture obtained in step b) by conduction at a temperature between 30°C and 200°C and at pressures between 1000 mbar and 5 mbar, until obtaining a residual moisture less than or equal to 5%.
A composition for an anti-glare film comprising: a binder resin; and an organic particle which is included in an amount of 1 to 30 parts by weight based on 100 parts by weight of the binder resin and in which concave and convex patterns are formed on a surface thereof, wherein an average diameter of the organic particle is in the range of 1 to 10 μ m, wherein a height of concave and convex of the organic particle is in the range of 0.01 to 2 μ m, a width of concave and convex of the organic particle is in the range of 0.01 to 4 μ m, and a total distribution ratio of concave and convex of the organic particle is in the range of 10 to 100% of a total surface area of the organic particle, wherein the organic particle is a single material or a copolymer of two or more materials selected from polystyrene, polymethyl methacrylate, polymethyl acrylate, polyacrylate, polyacrylate-co-styrene, polymethylacrylate-co-styrene, polymethylmethacrylate-co-styrene, polycarbonate, polyvinyl chloride, polybutyleneterephthalate, polyethyleneterephthalate, polyamides, polyimides, polysulfone, polyphenylene oxide, polyacetal, epoxy resin, phenol resin, silicon resin, melamine resin, benzoguanamine, polydivinylbenzene, polydivinylbenzene-co-styrene, polydivinylbenzene-co-acrylate, polydiallyl phthalate, and triallylisocyanurate polymer. a binder resin; and an organic particle which is included in an amount of 1 to 30 parts by weight based on 100 parts by weight of the binder resin and in which concave and convex patterns are formed on a surface thereof, wherein an average diameter of the organic particle is in the range of 1 to 10 μ m, wherein a height of concave and convex of the organic particle is in the range of 0.01 to 2 μ m, a width of concave and convex of the organic particle is in the range of 0.01 to 4 μ m, and a total distribution ratio of concave and convex of the organic particle is in the range of 10 to 100% of a total surface area of the organic particle, wherein the organic particle is a single material or a copolymer of two or more materials selected from polystyrene, polymethyl methacrylate, polymethyl acrylate, polyacrylate, polyacrylate-co-styrene, polymethylacrylate-co-styrene, polymethylmethacrylate-co-styrene, polycarbonate, polyvinyl chloride, polybutyleneterephthalate, polyethyleneterephthalate, polyamides, polyimides, polysulfone, polyphenylene oxide, polyacetal, epoxy resin, phenol resin, silicon resin, melamine resin, benzoguanamine, polydivinylbenzene, polydivinylbenzene-co-styrene, polydivinylbenzene-co-acrylate, polydiallyl phthalate, and triallylisocyanurate polymer.
A machine tool accessory comprising: a monolithic flexure travel guide comprising a base and a moveable portion, the base and the moveable portion being connected by flexible sections; an accessory tool spindle configured to rotate a tool, the accessory tool spindle being disposed within the moveable portion of the monolithic flexure travel guide; a motor configured to move the moveable portion of the monolithic flexure travel guide with respect to the base; and a position feedback sensor configured to measure position of the moveable portion of the monolithic flexure travel guide with respect to the base. a monolithic flexure travel guide comprising a base and a moveable portion, the base and the moveable portion being connected by flexible sections; an accessory tool spindle configured to rotate a tool, the accessory tool spindle being disposed within the moveable portion of the monolithic flexure travel guide; a motor configured to move the moveable portion of the monolithic flexure travel guide with respect to the base; and a position feedback sensor configured to measure position of the moveable portion of the monolithic flexure travel guide with respect to the base.
A two-dimensional photonic-crystal surface-emitting laser comprising: a) an active layer; b) a two-dimensional photonic crystal containing a base material having a plate shape and arranged on one side of the active layer and different refractive index portions arranged at lattice points of a predetermined lattice in the base material and having a refractive index different from that of the base material, a band edge frequency for each position in an electric current supply region, which is at least a part of the two-dimensional photonic crystal, is monotonically increased in one direction parallel to the base material by monotonically increasing or decreasing a filling factor, which is a ratio of a volume occupied by a different refractive index portion in a unit lattice constituting the lattice, in the one direction in the electric current supply region and/or by monotonically decreasing a period length of the lattice in the one direction in the electric current supply region; and c) an electrode (191; 192) configured to continuously supply an electric current into the active layer and the electric current supply region, wherein said monotonically increased band edge frequency is configured such that a pulsed laser beam having a pulse width shorter than 1 nanosecond is emitted from the two-dimensional photonic-crystal surface-emitting laser while the electric current is continuously supplied. a) an active layer; b) a two-dimensional photonic crystal containing a base material having a plate shape and arranged on one side of the active layer and different refractive index portions arranged at lattice points of a predetermined lattice in the base material and having a refractive index different from that of the base material, a band edge frequency for each position in an electric current supply region, which is at least a part of the two-dimensional photonic crystal, is monotonically increased in one direction parallel to the base material by monotonically increasing or decreasing a filling factor, which is a ratio of a volume occupied by a different refractive index portion in a unit lattice constituting the lattice, in the one direction in the electric current supply region and/or by monotonically decreasing a period length of the lattice in the one direction in the electric current supply region; and c) an electrode (191; 192) configured to continuously supply an electric current into the active layer and the electric current supply region,
Method for inhibiting communication of a communication network with an equipment comprising at least one subscriber identifier able to be transmitted to the network for the purpose of verifying a right to communicate on the network, characterized in that it comprises the following steps: - obtaining a first item of information, called positioning information, from the equipment, representative of its geographical location, of its temporal location, or membership to a group authorized on this network; - comparing the first item of positioning information with at least one second item of positioning information; - modifying all or some of the subscriber identifiers (MSI, MSI') to be transmitted for the verification, based on the results of the comparison. - obtaining a first item of information, called positioning information, from the equipment, representative of its geographical location, of its temporal location, or membership to a group authorized on this network; - comparing the first item of positioning information with at least one second item of positioning information; - modifying all or some of the subscriber identifiers (MSI, MSI') to be transmitted for the verification, based on the results of the comparison.
A traffic control system TCS for controlling traffic participants including vehicles, pedestrians and traffic infrastructure, said traffic control system TCS comprising at least one traffic control unit TCU equipped with a proximity enabled traffic user equipment PETUE and adapted to control traffic of mobile entities, wherein the proximity enabled traffic user equipment PETUE of said traffic control unit TCU comprises a transmitter adapted to transmit traffic information by broadcasting at least one discovery message DM directly via a user equipment to user equipment link to at least one other proximity enabled traffic user equipment PETUE of a mobile entity in the vicinity of the proximity enabled traffic user equipment PETUE of said traffic control unit TCU to discover the other proximity enabled traffic user equipment PETUE, wherein said discovery message DM contains a proximity service, ProSe, application code supplied by a receiver of the proximity enabled traffic user equipment PETUE of said traffic control unit TCU to a discovery filter unit of the proximity enabled traffic user equipment PETUE of said traffic control unit TCU, wherein said discovery filter unit is adapted to retrieve a matching proximity service application identifier comprising a string of traffic labels TLs carrying traffic information attributes, wherein the traffic control unit TCU comprises a processing unit adapted to process the retrieved proximity service, ProSe, application identifier output by said discovery filter unit of said proximity enabled traffic user equipment PETUE to generate control data adapted to control an actuator connected to said traffic control unit TCU.
Air-conditioning device having at least one heat pipe, especially a thermosiphon, which contains at least one working medium, having at least one electrocaloric or magnetocaloric material integrated into the heat pipe, especially arranged inside the latter, at least temporarily under the influence of an electric and/or magnetic field, and having transfer of heat directed from a first heat transfer region between the electrocaloric or magnetocaloric material and the working medium, to a second heat transfer region of the working medium.
A thermostatic head for valves, comprising: - a thermostatic actuator assembly - a nipple for housing the actuator assembly provided with at least a threaded end - a handle integral with the nipple both in rotation and axially - a tail threaded at a first end and screw engaged with the threaded end of the nipple at said first end, comprising coupling means for fastening to a valve - a synchronizer ring coupled in rotation to the tail and axially to the handle, the synchronizer ring being axially movable relative to the tail due to the rotation of the handle, wherein said handle further comprises an opening mouth and an external wall and an internal wall ending at said opening mouth, which define a housing channel, characterized in that in said housing channel there are provided: - first abutment surfaces (85a,85a') radially extending in said housing channel from said external wall - second abutment surfaces (86a,87a) radially extending in said housing channel from said internal wall, said synchronizer ring being provided with at least one synchronizer tooth (52,53) intended to abut at least with said second abutment surfaces (86a,87a) to define stroke end angular positions of the handle and in that the head further comprises a limiter ring couplable in rotation to said synchronizer ring through selective connection of the former on the latter, said limiter ring being provided with at least two limiter teeth (62,63) that, when the limiter ring is connected on said synchronizer ring, are housed in said housing channel and are intended to abut with said first abutment surfaces (85a,85a') to alternatively determine either intermediate stroke end positions of the handle or a lockout condition in rotation of the handle. - a thermostatic actuator assembly - a nipple for housing the actuator assembly provided with at least a threaded end - a handle integral with the nipple both in rotation and axially - a tail threaded at a first end and screw engaged with the threaded end of the nipple at said first end, comprising coupling means for fastening to a valve - a synchronizer ring coupled in rotation to the tail and axially to the handle, the synchronizer ring being axially movable relative to the tail due to the rotation of the handle, - first abutment surfaces (85a,85a') radially extending in said housing channel from said external wall - second abutment surfaces (86a,87a) radially extending in said housing channel from said internal wall,
A low profile mobile asymmetric-aperture antenna configured to communicate with a target geosynchronous satellite comprising: a radiating surface comprising a planar array of radiating elements (930a-933b, 1030-1035, 1130-1133), the radiating surface being configured to radiate a beam pattern, wherein the beam pattern has a narrow-beamwidth axis and a wide-beamwidth axis, wherein the antenna is configured to radiate the beam pattern from the radiating surface as an offset radiated beam at an offset from a perpendicular of the radiating surface in a narrow-beamwidth axis direction; and a mechanical gimbal coupled to the radiating surface, the mechanical gimbal comprising a mechanical azimuth adjustment and a mechanical elevation adjustment configured to adjust a position of the radiating surface, wherein the planar array of radiating elements and the mechanical gimbal are configured to direct the offset radiated beam to the target satellite from a first global location, the offset radiated beam thereby forming a greater skew angle relative to a geosynchronous arc compared to a skew angle that would be formed relative to the geosynchronous arc if the antenna were to direct a non-offset radiated beam to the target satellite from the first global location. a radiating surface comprising a planar array of radiating elements (930a-933b, 1030-1035, 1130-1133), the radiating surface being configured to radiate a beam pattern, wherein the beam pattern has a narrow-beamwidth axis and a wide-beamwidth axis, wherein the antenna is configured to radiate the beam pattern from the radiating surface as an offset radiated beam at an offset from a perpendicular of the radiating surface in a narrow-beamwidth axis direction; and a mechanical gimbal coupled to the radiating surface, the mechanical gimbal comprising a mechanical azimuth adjustment and a mechanical elevation adjustment configured to adjust a position of the radiating surface, wherein the planar array of radiating elements and the mechanical gimbal are configured to direct the offset radiated beam to the target satellite from a first global location, the offset radiated beam thereby forming a greater skew angle relative to a geosynchronous arc compared to a skew angle that would be formed relative to the geosynchronous arc if the antenna were to direct a non-offset radiated beam to the target satellite from the first global location.