mhurhangee/ep-ind-claims huggingface dataset:
An array antenna, comprising: an antenna body, which is a multi-beam antenna and is configured to transmit or receive a beam set; and planar reflection boards, configured to reflect the beam set transmitted or received by the antenna body; characterized by an adjusting unit, connected to the planar reflection boards, wherein the beam set comprises at least three beams, each beam having a respective direction, and the adjusting unit is configured to adjust angles between the at least three beams and the planar reflection boards so that the beams of the antenna body are transmitted or received in a respective other direction after being reflected by the planar reflection boards, wherein the number of the planar reflection boards is greater than or equal to the number of beams of the antenna body. an antenna body, which is a multi-beam antenna and is configured to transmit or receive a beam set; and planar reflection boards, configured to reflect the beam set transmitted or received by the antenna body; characterized by an adjusting unit, connected to the planar reflection boards, wherein the beam set comprises at least three beams, each beam having a respective direction, and the adjusting unit is configured to adjust angles between the at least three beams and the planar reflection boards so that the beams of the antenna body are transmitted or received in a respective other direction after being reflected by the planar reflection boards, wherein the number of the planar reflection boards is greater than or equal to the number of beams of the antenna body.
Fastening element, namely an expansion anchor, comprising - a bolt and - a retaining element arranged on the bolt for introducing tensile forces into the bolt, the retaining element being an expansion body and the bolt having an expansion region for the expansion body, - the bolt having a first metal friction surface and the retaining element having a second metal friction surface (29, 79) which is assigned to the first friction surface, characterized in that a coating, in which particles are embedded, is arranged on at least one of the two friction surfaces (19; 29, 79), in that the coating has a lower hardness than the particles, and in that at least a subset of all particles is completely enclosed by the coating. - a bolt and - a retaining element arranged on the bolt for introducing tensile forces into the bolt, the retaining element being an expansion body and the bolt having an expansion region for the expansion body, - the bolt having a first metal friction surface and the retaining element having a second metal friction surface (29, 79) which is assigned to the first friction surface, characterized in that a coating, in which particles are embedded, is arranged on at least one of the two friction surfaces (19; 29, 79), in that the coating has a lower hardness than the particles, and in that at least a subset of all particles is completely enclosed by the coating. characterized in that a coating, in which particles are embedded, is arranged on at least one of the two friction surfaces (19; 29, 79), in that the coating has a lower hardness than the particles, and in that at least a subset of all particles is completely enclosed by the coating.
A fluid chilling system, comprising: a gas-liquid separator adapted to separate a mixed-phase fluid into a substantially gas phase portion and a substantially liquid phase portion; a fluid chiller fluidly coupled to the gas-liquid separator and adapted to chill the substantially liquid phase portion to increase the solubility of remnant gases within the substantially liquid phase portion; and a fraction collector, characterized in that the fraction collector is fluidly coupled to the outlet of the fluid chiller to collect the chilled substantially liquid phase portion. a gas-liquid separator adapted to separate a mixed-phase fluid into a substantially gas phase portion and a substantially liquid phase portion; a fluid chiller fluidly coupled to the gas-liquid separator and adapted to chill the substantially liquid phase portion to increase the solubility of remnant gases within the substantially liquid phase portion; and a fraction collector, characterized in that the fraction collector is fluidly coupled to the outlet of the fluid chiller to collect the chilled substantially liquid phase portion.
A sword bar for dredge fishing comprising a mounting bar upon which one or more teeth are integrally formed from a single piece of material, wherein the mounting bar and teeth occupy a single plane, wherein the teeth are isosceles triangular in form, wherein the teeth comprise two sides or legs which project from the mounting bar with a vertex where the sides or legs meet, wherein the one or more teeth have leading edges, and wherein the leading edges are rounded and characterized in that there are provided two mounting orifices at either end of the mounting bar which also occupy the single plane.
An isolated antibody or antibody fragment specific for IL17C for use in the treatment of an inflammatory disorder, wherein said inflammatory disorder is pulmonary inflammation, rheumatoid arthritis and/or chronic obstructive pulmonary disease (COPD), wherein IL17C consists of amino acids of SEQ. ID No.: 181, and wherein said antibody blocks the binding of IL17C to IL17RE.
A 12CaO·7Al 2 O 3 compound comprising: electrons substituting free oxygen ions at a concentration of 1×10 18 to less than 1.1×10 21 /cm 3, the free oxygen ions contained in cages, at a substitution ratio of the electrons to the free oxygen ions of 2 to 1, the concentration of the electrons being 2×10 18 to less than 2.2×10 21 /cm 3 in the cages, wherein the electrical conductivity at room temperature is in the range of 10 -4 S/cm to less than 10 3 S/cm.
A lithium ion secondary cell, comprising: a negative electrode; a positive electrode; and an electrolytic solution, wherein the negative electrode includes a negative-electrode active material layer including a negative-electrode active material, and the negative-electrode active material includes a mixed material of silicon oxide particles composed of silicon oxide, and iron oxide particles composed of iron oxide, characterized in that the negative-electrode active material layer further includes a binding agent; and the iron oxide particles are rod-shaped particles having an aspect ratio of 2 or more. a negative electrode; a positive electrode; and an electrolytic solution, wherein the negative electrode includes a negative-electrode active material layer including a negative-electrode active material, and the negative-electrode active material includes a mixed material of silicon oxide particles composed of silicon oxide, and iron oxide particles composed of iron oxide, characterized in that the negative-electrode active material layer further includes a binding agent; and the iron oxide particles are rod-shaped particles having an aspect ratio of 2 or more.
A brake disc for a disc brake which consists of a brake disc hub and at least one friction ring which is connected to the brake disc hub via rivets and which is centred in relation to the brake disc hub exclusively via the rivets, wherein a casing of the brake disc hub is provided with portions of reduced wall thickness and/or apertures which are axially directed material cut-outs situated on the outer circumference of the brake disc hub casing and are used for at least partial placement of the axially directed rivets, characterised in that each rivet, prior to its deformation, at least over part of its rivet stem in the region of the brake disc hub is formed in a manner tapering conically starting from a factory head to a closing head (5"") of the rivet, and in that a transition from the rivet stem to the factory head of the rivet is provided with an axial undercut on the factory head (5") of the rivet.
A health investigating arrangement for a first unidirectional conducting and reverse-bias turn off element acting as a main circuit breaker element of a circuit breaker connected in series with a direct current power transmission medium, the element having a reverse blocking state with a first voltage level, a forward conduction state with a second voltage level and a faulty state with a third voltage level, wherein the absolute value of the second voltage level is higher than the absolute value of the third voltage level and the absolute value of the first voltage level is more than ten times higher than the absolute value of the second voltage level, the health investigating arrangement comprising a voltage dividing circuit which when monitoring health is connected in parallel with the first unidirectional conducting element, the voltage dividing circuit comprising: a first voltage handling block connected in series with a second voltage handling block, the first voltage handling block comprising a first voltage dividing component and the second voltage handling block comprising a second voltage dividing component, the first and second voltage dividing components (R1, R2) having a relationship between each other set to divide the voltage of the reverse blocking state down to a level that can be handled by a signal evaluating circuit, where a junction between the first and second voltage handling blocks (40, 42) forms a health signal output on which a health signal (Vmon) capable of representing said states of the first unidirectional conducting element is provided, wherein the second voltage handling block comprises a second unidirectional conducting element with opposite orientation compared with the first unidirectional conducting element in order to remove the voltage division of the first and second voltage dividing components from the health signal when the first unidirectional conducting element is in the forward conduction state.
An apparatus for transmitting a signal for activating a tag (206, 208) comprising: a transmitter controller for providing a transmission waveform; a transmitter circuit for receiving the provided transmission Waveform and providing a transmission signal corresponding to said transmission waveform, said transmission signal being adapted to activate a tag (206, 208); characterized by a signal analysis device for receiving the transmission signal, determining at least one variance characteristic of said transmission signal, and adjusting the transmitter controller in response to the determined variance characteristic of the transmission signal determined for improving the determined variance characteristic, wherein improving comprises making adjustments of the transmission signal so that the next transmission signal more closely corresponds to a desired tag activation signal. a transmitter controller for providing a transmission waveform; a transmitter circuit for receiving the provided transmission Waveform and providing a transmission signal corresponding to said transmission waveform, said transmission signal being adapted to activate a tag (206, 208); characterized by a signal analysis device for receiving the transmission signal, determining at least one variance characteristic of said transmission signal, and adjusting the transmitter controller in response to the determined variance characteristic of the transmission signal determined for improving the determined variance characteristic, wherein improving comprises making adjustments of the transmission signal so that the next transmission signal more closely corresponds to a desired tag activation signal.
A landing apparatus for an airship or hybrid air vehicle, the landing apparatus comprising a hollow, non-toroidal, flexible enclosure, having a substantially vertical axis, and a substantially circular cross-section centred on said axis, a base of the enclosure being arranged to contact the ground, the enclosure being inflatable with air or gas for landing, and deflatable for retraction of the enclosure during flight, characterised in that the landing apparatus includes a plurality of tensioning devices each extending helically from an upper circumferential location of the enclosure to a lower circumferential location, to rotate the base during retraction of the enclosure.
A surface protection sheet comprising a substrate and a layer of a pressure-sensitive adhesive provided thereon, wherein the pressure-sensitive adhesive comprises: an isobutylene homopolymer or a copolymer, wherein isobutylene is copolymerized at a ratio larger than 50 mol%, as a base polymer, with a weight average molecular weight in a range from 10 × 10 4 to 150 × 10 4; and a styrene/isobutylene block copolymer, and the amount of the styrene/isobutylene block copolymer in the pressure-sensitive adhesive is larger than 0 part by mass, but smaller than or equal to 70 parts by mass relative to 100 parts by mass of the polyisobutylene. an isobutylene homopolymer or a copolymer, wherein isobutylene is copolymerized at a ratio larger than 50 mol%, as a base polymer, with a weight average molecular weight in a range from 10 × 10 4 to 150 × 10 4; and a styrene/isobutylene block copolymer, and the amount of the styrene/isobutylene block copolymer in the pressure-sensitive adhesive is larger than 0 part by mass, but smaller than or equal to 70 parts by mass relative to 100 parts by mass of the polyisobutylene.
A sanitary washing device discharging supplied wash water toward a human body, comprising: a washing nozzle including a water discharge port (40, 401, 402) configured to discharge the wash water toward the human body; and a pressurizing device configured to pressurize the wash water and discharge the wash water from the water discharge port (40, 401, 402), the sanitary washing device being configured to perform a first water discharge process having a first time span and a second water discharge process having a second time span, a water discharged by the first water discharge process and a water discharged by the second water discharge process being alternately discharged from the water discharge port (40, 401, 402), in the first water discharge process, the pressurizing device making pressure of wash water discharged later in the first time span higher than pressure of wash water discharged at beginning of the first water discharge process so that the wash water discharged later in the first time span overtakes and unites with the wash water discharged at beginning of the first water discharge process to form a first water drop at a predetermined position from the water discharge port (40, 401, 402), in the second water discharge process, the pressurizing device making pressure of wash water discharged later in the second time span higher than pressure of wash water discharged at beginning of the second water discharge process so that the wash water discharged later in the second time span overtakes and unites with the wash water discharged at beginning of the second water discharge process to form a second water drop at a predetermined position from the water discharge port (40, 401, 402), characterized in that the pressurizing device makes difference between pressure changes of wash water in the first water discharge process and pressure changes of wash water in the second water discharge process so that the first water drop is larger than the second water drop and the second water drop is faster than the first water drop, the pressurizing device making maximum pressure of the wash water in the second water discharge process higher than maximum pressure of the wash water in the first water discharge process and making minimum pressure of the wash water in the second water discharge process higher than minimum pressure of the wash water in the first water discharge process. a washing nozzle including a water discharge port (40, 401, 402) configured to discharge the wash water toward the human body; and a pressurizing device configured to pressurize the wash water and discharge the wash water from the water discharge port (40, 401, 402),
An electronic engine controller for a gas turbine engine, wherein the electronic engine controller is configured to be connected to a solenoid valve, and configured to control the solenoid valve by providing a driving signal to either a first solenoid winding or a second solenoid winding of the solenoid valve, the first and second solenoid windings being magnetically coupled to one another by an armature of the solenoid valve; wherein the armature is movable under the action of the driving signal to operate the solenoid valve; the solenoid winding of the first and second solenoid windings provided with the driving signal is a driving winding and the other solenoid winding of the first and second solenoid windings is a pick-up winding; wherein, when the electronic engine controller controls the solenoid valve via the driving winding by providing the driving signal thereto, it is further configured to sense a position of the solenoid valve via the pick-up winding by detecting a signal induced in the pick-up winding by the magnetic coupling; and wherein the electronic engine controller is configured to sense the position of the solenoid valve based on a comparison between a first area under an amplitude of the driving signal provided to the driving winding, and a second area under an amplitude of the signal induced in the pick-up solenoid winding, the comparison between the first area and the second area being the determination of a ratio of the first area to the second area, and the electronic engine controller being configured to start and stop integrations at the same time when calculating the first area and the second area. wherein the armature is movable under the action of the driving signal to operate the solenoid valve; the solenoid winding of the first and second solenoid windings provided with the driving signal is a driving winding and the other solenoid winding of the first and second solenoid windings is a pick-up winding; wherein, when the electronic engine controller controls the solenoid valve via the driving winding by providing the driving signal thereto, it is further configured to sense a position of the solenoid valve via the pick-up winding by detecting a signal induced in the pick-up winding by the magnetic coupling; and wherein the electronic engine controller is configured to sense the position of the solenoid valve based on a comparison between a first area under an amplitude of the driving signal provided to the driving winding, and a second area under an amplitude of the signal induced in the pick-up solenoid winding, the comparison between the first area and the second area being the determination of a ratio of the first area to the second area, and the electronic engine controller being configured to start and stop integrations at the same time when calculating the first area and the second area.
An engine compartment comprising: - a body portion; - a component; - a bracket connection device for fastening said component to said body portion; - a connection element, fastening said bracket connection device to said body portion; the bracket connection device comprising: - a bracket defined by a plate element, elongated along a longitudinal direction, and comprising: a) an end portion having a through seat; b) an arm, which extends so as to protrude from said end portion; - a collar engaging said seat, comprising elastically deformable material and defining an axial passage; said arm having a plurality of holes made along respective axes which are spaced apart from each other and aligned along said longitudinal direction; said holes having the same diameter; characterized in that: - said axial passage is engaged by said connection element; - said component is fastened to any one of said holes. - a body portion; - a component; - a bracket connection device for fastening said component to said body portion; - a connection element, fastening said bracket connection device to said body portion; - a bracket defined by a plate element, elongated along a longitudinal direction, and comprising: a) an end portion having a through seat; b) an arm, which extends so as to protrude from said end portion; a) an end portion having a through seat; b) an arm, which extends so as to protrude from said end portion; - a collar engaging said seat, comprising elastically deformable material and defining an axial passage; - said axial passage is engaged by said connection element; - said component is fastened to any one of said holes.
A sanitary washing apparatus to be mountable on a toilet bowl having an upper surface on a back side of which are formed a pair of first through-holes (53, 53), the sanitary washing apparatus comprising: a base plate that has a pair of mounting holes (31, 31) that corresponds to the pair of first through-holes (53, 53) of the toilet bowl and mountable thereon by inserting fastening members mounted on the pair of mounting holes (31, 31) through the pair of first through-holes (53, 53) of the toilet bowl; and a body part that incorporates a functional component that includes a washing nozzle, to be mounted on the toilet bowl via the base plate, wherein the sanitary washing apparatus further comprises: a water supply hose and an electrical power supply cord that are connected to the body part such that they are able to pass through a second through-hole of the toilet bowl without passing through the base plate to be drawn from a back side of the toilet bowl, the second through-holes being formed on the back side of the upper surface of the toilet bowl and arranged around the pair of first through-holes (53, 53); wherein the base plate further comprises: a mounting part for mounting the body part on the base plate, the mounting part being formed only between the pair of mounting holes (31, 31) on the base plate. a base plate that has a pair of mounting holes (31, 31) that corresponds to the pair of first through-holes (53, 53) of the toilet bowl and mountable thereon by inserting fastening members mounted on the pair of mounting holes (31, 31) through the pair of first through-holes (53, 53) of the toilet bowl; and a body part that incorporates a functional component that includes a washing nozzle, to be mounted on the toilet bowl via the base plate, wherein the sanitary washing apparatus further comprises: a water supply hose and an electrical power supply cord that are connected to the body part such that they are able to pass through a second through-hole of the toilet bowl without passing through the base plate to be drawn from a back side of the toilet bowl, the second through-holes being formed on the back side of the upper surface of the toilet bowl and arranged around the pair of first through-holes (53, 53); wherein the base plate further comprises: a mounting part for mounting the body part on the base plate, the mounting part being formed only between the pair of mounting holes (31, 31) on the base plate. a water supply hose and an electrical power supply cord that are connected to the body part such that they are able to pass through a second through-hole of the toilet bowl without passing through the base plate to be drawn from a back side of the toilet bowl, the second through-holes being formed on the back side of the upper surface of the toilet bowl and arranged around the pair of first through-holes (53, 53); wherein the base plate further comprises: a mounting part for mounting the body part on the base plate, the mounting part being formed only between the pair of mounting holes (31, 31) on the base plate.